1.  
2. VERTIV-V5-MIB DEFINITIONS ::= BEGIN
3.  
4. IMPORTS
5.  
6. DisplayString, TruthValue, MacAddress FROM SNMPv2-TC
7. SnmpAdminString FROM SNMP-FRAMEWORK-MIB
8. MODULE-IDENTITY, OBJECT-TYPE, enterprises, Integer32,
9. Gauge32, NOTIFICATION-TYPE, OBJECT-IDENTITY FROM SNMPv2-SMI
10. sysName FROM SNMPv2-MIB;
11.  
12. vertiv MODULE-IDENTITY
13.  LAST-UPDATED "202001070000Z"
14.  ORGANIZATION "Vertiv"
15.  CONTACT-INFO "support@geistglobal.com"
16.  DESCRIPTION
17.   "The MIB for Vertiv products"
18.  
19.  REVISION "202001070000Z"
20.  DESCRIPTION
21.   "Updates for VRC spec change"
22.  
23.  REVISION "201909300000Z"
24.  DESCRIPTION
25.   "Added hostname, alarm/warning count, and manufacturer to deviceInfo"
26.  
27.  REVISION "201909120000Z"
28.  DESCRIPTION
29.   "Added SN-2D door switch sensor"
30.  
31.  REVISION "201908300000Z"
32.  DESCRIPTION
33.   "Removed current min, max, and peak fields from pdu phase, line,
34.   breaker, and outlet tables
35.   Removed voltage min, max, and peak fields from pdu phase, line,
36.   breaker, and outlet tables
37.   Removed minmax reset value from pduOutletMeterReset
38.   Added balance field to pdu phase table"
39.  
40.  REVISION "201906060000Z"
41.  DESCRIPTION
42.   "Updated pduOutletSwitchControl description"
43.  
44.  REVISION "201905070000Z"
45.  DESCRIPTION
46.   "Changed productMacAddress type to MacAddress"
47.  
48.  REVISION "201904300000Z"
49.  DESCRIPTION
50.   "Added remote humidity-only sensor"
51.  
52.  REVISION "201903070000Z"
53.  DESCRIPTION
54.   "Added VRC support"
55.  
56.  REVISION "201801190000Z"
57.  DESCRIPTION
58.   "Modified pduOutletSwitchTable to support outlet actions with delays"
59.  
60.  REVISION "201709190000Z"
61.  DESCRIPTION
62.   "Changed SYNTAX of objects, with a UTF-8 encoded string value, to
63.   SnmpAdminString"
64.  
65.  REVISION "201708100000Z"
66.  DESCRIPTION
67.   "Added pduBreakerCurrentPeak, pduLineCurrentPeak,
68.   pduOutletMeterCurrentPeak, pduPhaseVoltagePeak, and
69.   pduPhaseCurrentPeak
70.   Updated object descriptions, indicating which fields are not supported
71.   on all platforms"
72.  
73.  REVISION "201705100000Z"
74.  DESCRIPTION
75.   "Added trapObj group with trap payload objects
76.   Added additional payload objects to trap definitions"
77.  
78.  REVISION "201704050000Z"
79.  DESCRIPTION
80.   "Added productPlatform to deviceInfo group
81.   Added product identity entries"
82.  
83.  REVISION "201606300000Z"
84.  DESCRIPTION
85.   "Raven version"
86.  
87.  REVISION "201209110000Z"
88.  DESCRIPTION
89.   "Original version"
90.  ::= { enterprises 21239 }
91.  
92. v5 OBJECT IDENTIFIER ::= { vertiv 5 }
93.  
94. imd OBJECT IDENTIFIER ::= { v5 2 }
95.  
96. --###########################################################################################--
97. --deviceInfo--
98. --###########################################################################################--
99.  
100. deviceInfo OBJECT IDENTIFIER ::= { imd 1 }
101.  
102. productTitle OBJECT-TYPE
103.  SYNTAX SnmpAdminString
104.  MAX-ACCESS read-only
105.  STATUS current
106.  DESCRIPTION
107.   "Product name"
108.  ::= { deviceInfo 1 }
109.  
110. productVersion OBJECT-TYPE
111.  SYNTAX SnmpAdminString
112.  MAX-ACCESS read-only
113.  STATUS current
114.  DESCRIPTION
115.   "Product version"
116.  ::= { deviceInfo 2 }
117.  
118. productFriendlyName OBJECT-TYPE
119.  SYNTAX SnmpAdminString
120.  MAX-ACCESS read-only
121.  STATUS current
122.  DESCRIPTION
123.   "User-assigned name"
124.  ::= { deviceInfo 3 }
125.  
126. productMacAddress OBJECT-TYPE
127.  SYNTAX MacAddress
128.  MAX-ACCESS read-only
129.  STATUS current
130.  DESCRIPTION
131.   "Product's unique MAC address"
132.  ::= { deviceInfo 4 }
133.  
134. deviceCount OBJECT-TYPE
135.  SYNTAX Integer32(0..16)
136.  MAX-ACCESS read-only
137.  STATUS current
138.  DESCRIPTION
139.   "Total number of devices on unit"
140.  ::= { deviceInfo 6 }
141.  
142. temperatureUnits OBJECT-TYPE
143.  SYNTAX INTEGER {
144.    fahrenheit(0),
145.    celsius(1)
146.    }
147.  MAX-ACCESS read-write
148.  STATUS current
149.  DESCRIPTION
150.   "Current units for temperature/dewpoint values:
151.   0 = Degrees Fahrenheit
152.   1 = Degrees Celsius"
153.  ::= { deviceInfo 7 }
154.  
155. productModelNumber OBJECT-TYPE
156.  SYNTAX SnmpAdminString
157.  MAX-ACCESS read-only
158.  STATUS current
159.  DESCRIPTION
160.   "Product model number (factory-assigned)"
161.  ::= { deviceInfo 8 }
162.  
163. productPartNumber OBJECT-TYPE
164.  SYNTAX SnmpAdminString
165.  MAX-ACCESS read-only
166.  STATUS current
167.  DESCRIPTION
168.   "Product part number (factory-assigned)"
169.  ::= { deviceInfo 9 }
170.  
171. productSerialNumber OBJECT-TYPE
172.  SYNTAX SnmpAdminString
173.  MAX-ACCESS read-only
174.  STATUS current
175.  DESCRIPTION
176.   "Product serial number (factory-assigned)"
177.  ::= { deviceInfo 10 }
178.  
179. productPlatform OBJECT-TYPE
180.  SYNTAX SnmpAdminString
181.  MAX-ACCESS read-only
182.  STATUS current
183.  DESCRIPTION
184.   "Product platform"
185.  ::= { deviceInfo 11 }
186.  
187. productHostname OBJECT-TYPE
188.  SYNTAX SnmpAdminString
189.  MAX-ACCESS read-only
190.  STATUS current
191.  DESCRIPTION
192.   "Product hostname"
193.  ::= { deviceInfo 12 }
194.  
195. productAlarmCount OBJECT-TYPE
196.  SYNTAX Integer32
197.  MAX-ACCESS read-only
198.  STATUS current
199.  DESCRIPTION
200.   "Number of alarms currently tripped"
201.  ::= { deviceInfo 13 }
202.  
203. productWarnCount OBJECT-TYPE
204.  SYNTAX Integer32
205.  MAX-ACCESS read-only
206.  STATUS current
207.  DESCRIPTION
208.   "Number of warnings currently tripped"
209.  ::= { deviceInfo 14 }
210.  
211. productManufacturer OBJECT-TYPE
212.  SYNTAX SnmpAdminString
213.  MAX-ACCESS read-only
214.  STATUS current
215.  DESCRIPTION
216.   "Product manufacturer"
217.  ::= { deviceInfo 15 }
218.  
219. --###########################################################################################--
220. --pdu--
221. --###########################################################################################--
222.  
223. pdu OBJECT IDENTIFIER ::= { imd 3 }
224.  
225. --###########################################################################################--
226. --pduMainTable--
227. --###########################################################################################--
228.  
229. pduMainTable OBJECT-TYPE
230.  SYNTAX SEQUENCE OF PduMainEntry
231.  MAX-ACCESS  not-accessible
232.  STATUS current
233.  DESCRIPTION
234.   "PDU general information"
235.  ::= { pdu 1 }
236.  
237. pduMainEntry OBJECT-TYPE
238.  SYNTAX PduMainEntry
239.  MAX-ACCESS  not-accessible
240.  STATUS current
241.  DESCRIPTION
242.   "Entry in the pduMainTable table: each entry contains an index
243.   and other sensor details"
244.  INDEX { pduMainIndex }
245.  ::= { pduMainTable 1 }
246.  
247. PduMainEntry ::= SEQUENCE {
248.  pduMainIndex    Integer32,
249.  pduMainSerial    DisplayString,
250.  pduMainName    SnmpAdminString,
251.  pduMainLabel    SnmpAdminString,
252.  pduMainAvail    Gauge32,
253.  pduMeterType    INTEGER,
254.  pduTotalName    SnmpAdminString,
255.  pduTotalLabel    SnmpAdminString,
256.  pduTotalRealPower    Gauge32,
257.  pduTotalApparentPower    Gauge32,
258.  pduTotalPowerFactor    Gauge32,
259.  pduTotalEnergy    Gauge32
260. }
261.  
262. pduMainIndex OBJECT-TYPE
263.  SYNTAX Integer32(1..100)
264.  MAX-ACCESS not-accessible
265.  STATUS current
266.  DESCRIPTION
267.   "Table entry index value"
268.  ::= { pduMainEntry 1 }
269.  
270. pduMainSerial OBJECT-TYPE
271.  SYNTAX DisplayString
272.  MAX-ACCESS read-only
273.  STATUS current
274.  DESCRIPTION
275.   "Serial number"
276.  ::= { pduMainEntry 2 }
277.  
278. pduMainName OBJECT-TYPE
279.  SYNTAX SnmpAdminString(SIZE (1..25))
280.  MAX-ACCESS read-only
281.  STATUS current
282.  DESCRIPTION
283.   "PDU name (factory-assigned)"
284.  ::= { pduMainEntry 3 }
285.  
286. pduMainLabel OBJECT-TYPE
287.  SYNTAX SnmpAdminString(SIZE (0..25))
288.  MAX-ACCESS read-write
289.  STATUS current
290.  DESCRIPTION
291.   "PDU label (user-defined)"
292.  ::= { pduMainEntry 4 }
293.  
294. pduMainAvail OBJECT-TYPE
295.  SYNTAX Gauge32
296.  MAX-ACCESS read-only
297.  STATUS current
298.  DESCRIPTION
299.   "Device availability:
300.   0 = Unavailable
301.   1 = Available
302.   2 = Partially Unavailable"
303.  ::= { pduMainEntry 5 }
304.  
305. pduMeterType OBJECT-TYPE
306.  SYNTAX INTEGER {
307.    wye(0),
308.    delta(1)
309.    }
310.  MAX-ACCESS read-only
311.  STATUS current
312.  DESCRIPTION
313.   "Current meter type:
314.   0 = Wye
315.   1 = Delta"
316.  ::= { pduMainEntry 6 }
317.  
318. pduTotalName OBJECT-TYPE
319.  SYNTAX SnmpAdminString(SIZE (1..25))
320.  MAX-ACCESS read-only
321.  STATUS current
322.  DESCRIPTION
323.   "Total name (factory-assigned)"
324.  ::= { pduMainEntry 7 }
325.  
326. pduTotalLabel OBJECT-TYPE
327.  SYNTAX SnmpAdminString(SIZE (0..25))
328.  MAX-ACCESS read-write
329.  STATUS current
330.  DESCRIPTION
331.   "Total label (user-defined)"
332.  ::= { pduMainEntry 8 }
333.  
334. pduTotalRealPower OBJECT-TYPE
335.  SYNTAX Gauge32(0..9999)
336.  UNITS "watts"
337.  MAX-ACCESS read-only
338.  STATUS current
339.  DESCRIPTION
340.   "PDU total real power"
341.  ::= { pduMainEntry 9 }
342.  
343. pduTotalApparentPower OBJECT-TYPE
344.  SYNTAX Gauge32(0..9999)
345.  UNITS "volt-amps"
346.  MAX-ACCESS read-only
347.  STATUS current
348.  DESCRIPTION
349.   "PDU total apparent power"
350.  ::= { pduMainEntry 10 }
351.  
352. pduTotalPowerFactor OBJECT-TYPE
353.  SYNTAX Gauge32(0..100)
354.  UNITS "%"
355.  MAX-ACCESS read-only
356.  STATUS current
357.  DESCRIPTION
358.   "PDU total power factor"
359.  ::= { pduMainEntry 11 }
360.  
361. pduTotalEnergy OBJECT-TYPE
362.  SYNTAX Gauge32(0..9999000)
363.  UNITS "watt-hours"
364.  MAX-ACCESS read-only
365.  STATUS current
366.  DESCRIPTION
367.   "PDU total accumulated energy in watt-hours"
368.  ::= { pduMainEntry 12 }
369.  
370. --###########################################################################################--
371. --pduPhaseTable--
372. --###########################################################################################--
373.  
374. pduPhaseTable OBJECT-TYPE
375.  SYNTAX SEQUENCE OF PduPhaseEntry
376.  MAX-ACCESS  not-accessible
377.  STATUS current
378.  DESCRIPTION
379.   "PDU phases information"
380.  ::= { pdu 2 }
381.  
382. pduPhaseEntry OBJECT-TYPE
383.  SYNTAX PduPhaseEntry
384.  MAX-ACCESS  not-accessible
385.  STATUS current
386.  DESCRIPTION
387.   "Entry in the pduPhaseTable table: each entry contains an index
388.   and other sensor details"
389.  INDEX { pduPhaseIndex }
390.  ::= { pduPhaseTable 1 }
391.  
392. PduPhaseEntry ::= SEQUENCE {
393.  pduPhaseIndex    Integer32,
394.  pduPhaseName    SnmpAdminString,
395.  pduPhaseLabel    SnmpAdminString,
396.  pduPhaseVoltage    Gauge32,
397.  pduPhaseCurrent    Gauge32,
398.  pduPhaseRealPower    Gauge32,
399.  pduPhaseApparentPower    Gauge32,
400.  pduPhasePowerFactor    Gauge32,
401.  pduPhaseEnergy    Gauge32,
402.  pduPhaseBalance    Gauge32,
403.  pduPhaseCurrentCrestFactor    Gauge32
404. }
405.  
406. pduPhaseIndex OBJECT-TYPE
407.  SYNTAX Integer32(1..100)
408.  MAX-ACCESS not-accessible
409.  STATUS current
410.  DESCRIPTION
411.   "Table entry index value"
412.  ::= { pduPhaseEntry 1 }
413.  
414. pduPhaseName OBJECT-TYPE
415.  SYNTAX SnmpAdminString(SIZE (0..25))
416.  MAX-ACCESS read-only
417.  STATUS current
418.  DESCRIPTION
419.   "PDU phase name (factory-assigned)"
420.  ::= { pduPhaseEntry 2 }
421.  
422. pduPhaseLabel OBJECT-TYPE
423.  SYNTAX SnmpAdminString(SIZE (1..25))
424.  MAX-ACCESS read-write
425.  STATUS current
426.  DESCRIPTION
427.   "PDU phase label (user-defined)"
428.  ::= { pduPhaseEntry 3 }
429.  
430. pduPhaseVoltage OBJECT-TYPE
431.  SYNTAX Gauge32(0..3100)
432.  UNITS "decivolts (rms)"
433.  MAX-ACCESS read-only
434.  STATUS current
435.  DESCRIPTION
436.   "PDU phase voltage in tenths of a volt"
437.  ::= { pduPhaseEntry 4 }
438.  
439. pduPhaseCurrent OBJECT-TYPE
440.  SYNTAX Gauge32(0..9900)
441.  UNITS "centiamps (rms)"
442.  MAX-ACCESS read-only
443.  STATUS current
444.  DESCRIPTION
445.   "PDU phase current reading in hundredths of an amp"
446.  ::= { pduPhaseEntry 8 }
447.  
448. pduPhaseRealPower OBJECT-TYPE
449.  SYNTAX Gauge32(0..9999)
450.  UNITS "watts"
451.  MAX-ACCESS read-only
452.  STATUS current
453.  DESCRIPTION
454.   "Real power for phase in watts"
455.  ::= { pduPhaseEntry 12 }
456.  
457. pduPhaseApparentPower OBJECT-TYPE
458.  SYNTAX Gauge32(0..9999)
459.  UNITS "volt-amps"
460.  MAX-ACCESS read-only
461.  STATUS current
462.  DESCRIPTION
463.   "Apparent power for phase in volt-amps"
464.  ::= { pduPhaseEntry 13 }
465.  
466. pduPhasePowerFactor OBJECT-TYPE
467.  SYNTAX Gauge32(0..100)
468.  UNITS "%"
469.  MAX-ACCESS read-only
470.  STATUS current
471.  DESCRIPTION
472.   "Power factor for phase"
473.  ::= { pduPhaseEntry 14 }
474.  
475. pduPhaseEnergy OBJECT-TYPE
476.  SYNTAX Gauge32(0..9999000)
477.  UNITS "watt-hours"
478.  MAX-ACCESS read-only
479.  STATUS current
480.  DESCRIPTION
481.   "Accumulated energy for phase in watt-hours"
482.  ::= { pduPhaseEntry 15 }
483.  
484. pduPhaseBalance OBJECT-TYPE
485.  SYNTAX Gauge32(0..100)
486.  UNITS "%"
487.  MAX-ACCESS read-only
488.  STATUS current
489.  DESCRIPTION
490.   "Phase balance as percent"
491.  ::= { pduPhaseEntry 17 }
492.  
493. pduPhaseCurrentCrestFactor OBJECT-TYPE
494.  SYNTAX Gauge32(0..9999)
495.  MAX-ACCESS read-only
496.  STATUS current
497.  DESCRIPTION
498.   "Current crest factor for phase, in hundredths"
499.  ::= { pduPhaseEntry 19 }
500.  
501. --###########################################################################################--
502. --pduBreakerTable--
503. --###########################################################################################--
504.  
505. pduBreakerTable OBJECT-TYPE
506.  SYNTAX SEQUENCE OF PduBreakerEntry
507.  MAX-ACCESS  not-accessible
508.  STATUS current
509.  DESCRIPTION
510.   "PDU breaker information"
511.  ::= { pdu 3 }
512.  
513. pduBreakerEntry OBJECT-TYPE
514.  SYNTAX PduBreakerEntry
515.  MAX-ACCESS  not-accessible
516.  STATUS current
517.  DESCRIPTION
518.   "Entry in the pduBreakerTable table: each entry contains an index
519.   and other sensor details"
520.  INDEX { pduBreakerIndex }
521.  ::= { pduBreakerTable 1 }
522.  
523. PduBreakerEntry ::= SEQUENCE {
524.  pduBreakerIndex    Integer32,
525.  pduBreakerName    SnmpAdminString,
526.  pduBreakerLabel    SnmpAdminString,
527.  pduBreakerCurrent    Gauge32,
528.  pduBreakerVoltage    Gauge32,
529.  pduBreakerRealPower    Gauge32,
530.  pduBreakerApparentPower    Gauge32,
531.  pduBreakerPowerFactor    Gauge32,
532.  pduBreakerEnergy    Gauge32
533. }
534.  
535. pduBreakerIndex OBJECT-TYPE
536.  SYNTAX Integer32(1..100)
537.  MAX-ACCESS not-accessible
538.  STATUS current
539.  DESCRIPTION
540.   "Table entry index value"
541.  ::= { pduBreakerEntry 1 }
542.  
543. pduBreakerName OBJECT-TYPE
544.  SYNTAX SnmpAdminString(SIZE (1..25))
545.  MAX-ACCESS read-only
546.  STATUS current
547.  DESCRIPTION
548.   "PDU breaker name (factory-assigned)"
549.  ::= { pduBreakerEntry 2 }
550.  
551. pduBreakerLabel OBJECT-TYPE
552.  SYNTAX SnmpAdminString(SIZE (0..25))
553.  MAX-ACCESS read-write
554.  STATUS current
555.  DESCRIPTION
556.   "PDU breaker label (user-defined)"
557.  ::= { pduBreakerEntry 3 }
558.  
559. pduBreakerCurrent OBJECT-TYPE
560.  SYNTAX Gauge32(0..9900)
561.  UNITS "centiamps (rms)"
562.  MAX-ACCESS read-only
563.  STATUS current
564.  DESCRIPTION
565.   "PDU breaker current reading in hundredths of an amp"
566.  ::= { pduBreakerEntry 4 }
567.  
568. pduBreakerVoltage OBJECT-TYPE
569.  SYNTAX Gauge32(0..3100)
570.  UNITS "decivolts (rms)"
571.  MAX-ACCESS read-only
572.  STATUS current
573.  DESCRIPTION
574.   "PDU breaker voltage in tenths of a volt. This object may not exist on
575.   all platforms, due to hardware differences."
576.  ::= { pduBreakerEntry 8 }
577.  
578. pduBreakerRealPower OBJECT-TYPE
579.  SYNTAX Gauge32(0..9999)
580.  UNITS "watts"
581.  MAX-ACCESS read-only
582.  STATUS current
583.  DESCRIPTION
584.   "Real power for breaker in watts. This object may not exist on all
585.   platforms, due to hardware differences."
586.  ::= { pduBreakerEntry 12 }
587.  
588. pduBreakerApparentPower OBJECT-TYPE
589.  SYNTAX Gauge32(0..9999)
590.  UNITS "volt-amps"
591.  MAX-ACCESS read-only
592.  STATUS current
593.  DESCRIPTION
594.   "Apparent power for breaker in volt-amps. This object may not exist on
595.   all platforms, due to hardware differences."
596.  ::= { pduBreakerEntry 13 }
597.  
598. pduBreakerPowerFactor OBJECT-TYPE
599.  SYNTAX Gauge32(0..100)
600.  UNITS "%"
601.  MAX-ACCESS read-only
602.  STATUS current
603.  DESCRIPTION
604.   "Power factor for breaker. This object may not exist on all platforms,
605.   due to hardware differences."
606.  ::= { pduBreakerEntry 14 }
607.  
608. pduBreakerEnergy OBJECT-TYPE
609.  SYNTAX Gauge32(0..9999000)
610.  UNITS "watt-hours"
611.  MAX-ACCESS read-only
612.  STATUS current
613.  DESCRIPTION
614.   "Accumulated energy for breaker in watt-hours. This object may not
615.   exist on all platforms, due to hardware differences."
616.  ::= { pduBreakerEntry 15 }
617.  
618. --###########################################################################################--
619. --pduLineTable--
620. --###########################################################################################--
621.  
622. pduLineTable OBJECT-TYPE
623.  SYNTAX SEQUENCE OF PduLineEntry
624.  MAX-ACCESS  not-accessible
625.  STATUS current
626.  DESCRIPTION
627.   "PDU line current information"
628.  ::= { pdu 4 }
629.  
630. pduLineEntry OBJECT-TYPE
631.  SYNTAX PduLineEntry
632.  MAX-ACCESS  not-accessible
633.  STATUS current
634.  DESCRIPTION
635.   "Entry in the pduLineTable table: each entry contains an index
636.   and other sensor details"
637.  INDEX { pduLineIndex }
638.  ::= { pduLineTable 1 }
639.  
640. PduLineEntry ::= SEQUENCE {
641.  pduLineIndex    Integer32,
642.  pduLineName    SnmpAdminString,
643.  pduLineLabel    SnmpAdminString,
644.  pduLineCurrent    Gauge32
645. }
646.  
647. pduLineIndex OBJECT-TYPE
648.  SYNTAX Integer32(1..100)
649.  MAX-ACCESS not-accessible
650.  STATUS current
651.  DESCRIPTION
652.   "Table entry index value"
653.  ::= { pduLineEntry 1 }
654.  
655. pduLineName OBJECT-TYPE
656.  SYNTAX SnmpAdminString(SIZE (1..25))
657.  MAX-ACCESS read-only
658.  STATUS current
659.  DESCRIPTION
660.   "PDU line name (factory-assigned)"
661.  ::= { pduLineEntry 2 }
662.  
663. pduLineLabel OBJECT-TYPE
664.  SYNTAX SnmpAdminString(SIZE (0..25))
665.  MAX-ACCESS read-write
666.  STATUS current
667.  DESCRIPTION
668.   "PDU line label (user-defined)"
669.  ::= { pduLineEntry 3 }
670.  
671. pduLineCurrent OBJECT-TYPE
672.  SYNTAX Gauge32(0..9900)
673.  UNITS "centiamps (rms)"
674.  MAX-ACCESS read-only
675.  STATUS current
676.  DESCRIPTION
677.   "PDU line current reading in hundredths of an amp"
678.  ::= { pduLineEntry 4 }
679.  
680. --###########################################################################################--
681. --pduOutletSwitchTable--
682. --###########################################################################################--
683.  
684. pduOutletSwitchTable OBJECT-TYPE
685.  SYNTAX SEQUENCE OF PduOutletSwitchEntry
686.  MAX-ACCESS  not-accessible
687.  STATUS current
688.  DESCRIPTION
689.   "Data, config and control for outlets with switching"
690.  ::= { pdu 5 }
691.  
692. pduOutletSwitchEntry OBJECT-TYPE
693.  SYNTAX PduOutletSwitchEntry
694.  MAX-ACCESS  not-accessible
695.  STATUS current
696.  DESCRIPTION
697.   "Entry in the pduOutletSwitchTable table: each entry contains an index
698.   and other sensor details"
699.  INDEX { pduOutletSwitchIndex }
700.  ::= { pduOutletSwitchTable 1 }
701.  
702. PduOutletSwitchEntry ::= SEQUENCE {
703.  pduOutletSwitchIndex    Integer32,
704.  pduOutletSwitchName    SnmpAdminString,
705.  pduOutletSwitchLabel    SnmpAdminString,
706.  pduOutletSwitchState    INTEGER,
707.  pduOutletSwitchRelayFailure    TruthValue,
708.  pduOutletSwitchControl    INTEGER,
709.  pduOutletSwitchTimeToAction    Integer32,
710.  pduOutletSwitchOnDelay    Integer32,
711.  pduOutletSwitchOffDelay    Integer32,
712.  pduOutletSwitchRebootDelay    Integer32,
713.  pduOutletSwitchRebootHoldDelay    Integer32,
714.  pduOutletSwitchPoaAction    INTEGER,
715.  pduOutletSwitchPoaDelay    Integer32
716. }
717.  
718. pduOutletSwitchIndex OBJECT-TYPE
719.  SYNTAX Integer32(1..100)
720.  MAX-ACCESS not-accessible
721.  STATUS current
722.  DESCRIPTION
723.   "Table entry index value"
724.  ::= { pduOutletSwitchEntry 1 }
725.  
726. pduOutletSwitchName OBJECT-TYPE
727.  SYNTAX SnmpAdminString(SIZE (1..25))
728.  MAX-ACCESS read-only
729.  STATUS current
730.  DESCRIPTION
731.   "PDU outlet name (factory-assigned)"
732.  ::= { pduOutletSwitchEntry 2 }
733.  
734. pduOutletSwitchLabel OBJECT-TYPE
735.  SYNTAX SnmpAdminString(SIZE (0..25))
736.  MAX-ACCESS read-write
737.  STATUS current
738.  DESCRIPTION
739.   "PDU outlet label (user-defined)"
740.  ::= { pduOutletSwitchEntry 3 }
741.  
742. pduOutletSwitchState OBJECT-TYPE
743.  SYNTAX INTEGER {
744.    on(1),
745.    off(2),
746.    on2off(3),
747.    off2on(4),
748.    rebootOn(5),
749.    rebootOff(6),
750.    unavailable(7)
751.    }
752.  MAX-ACCESS read-only
753.  STATUS current
754.  DESCRIPTION
755.   "Switch state of the outlet:
756.   1 = Outlet is on
757.   2 = Outlet is off
758.   3 = Outlet is on, but will turn off after a delay
759.   4 = Outlet is off, but will turn on after a delay
760.   5 = Starting reboot cycle, outlet is on, but will go to the
761.   rebootOff(6) state after a delay
762.   6 = Rebooting, outlet is off, but it will turn on after a delay
763.   7 = Cannot get outlet state"
764.  ::= { pduOutletSwitchEntry 4 }
765.  
766. pduOutletSwitchRelayFailure OBJECT-TYPE
767.  SYNTAX TruthValue
768.  MAX-ACCESS read-only
769.  STATUS current
770.  DESCRIPTION
771.   "Tells if the outlet relay has failed. In normal operation, the value
772.   will be false(2)."
773.  ::= { pduOutletSwitchEntry 5 }
774.  
775. pduOutletSwitchControl OBJECT-TYPE
776.  SYNTAX INTEGER {
777.    cancel(1),
778.    on(2),
779.    onAfterDelay(3),
780.    off(4),
781.    offAfterDelay(5),
782.    reboot(6),
783.    rebootAfterDelay(7),
784.    none(8)
785.    }
786.  MAX-ACCESS read-write
787.  STATUS current
788.  DESCRIPTION
789.   "Used for manual control of the outlet. If the outlet is in manual
790.   mode, this field can be set to one of the following values:
791.   1 = Cancel pending operation
792.   2 = Turn outlet on
793.   3 = After delay (pduOutletSwitchOnDelay), turn outlet on
794.   4 = Turn outlet off
795.   5 = After delay (pduOutletSwitchOffDelay), turn outlet off
796.   6 = Reboot: turn off, delay (pduOutletSwitchRebootHoldDelay), turn
797.   outlet back on
798.   7 = After delay (pduOutletSwitchRebootDelay), reboot outlet
799.   When not in manual mode, setting this field will give an
800.   inconsistentValue error. Returns none(8) for all get requests."
801.  ::= { pduOutletSwitchEntry 6 }
802.  
803. pduOutletSwitchTimeToAction OBJECT-TYPE
804.  SYNTAX Integer32(0..600)
805.  MAX-ACCESS read-only
806.  STATUS current
807.  DESCRIPTION
808.   "Seconds until an outlet state change. The value of
809.   pduOutletSwitchState tells what state the outlet will be set, after
810.   the delay."
811.  ::= { pduOutletSwitchEntry 7 }
812.  
813. pduOutletSwitchOnDelay OBJECT-TYPE
814.  SYNTAX Integer32(0..600)
815.  MAX-ACCESS read-write
816.  STATUS current
817.  DESCRIPTION
818.   "Seconds to wait before powering on the outlet, during onAfterDelay(3)
819.   operation. Changing this value has no effect on pending actions."
820.  ::= { pduOutletSwitchEntry 8 }
821.  
822. pduOutletSwitchOffDelay OBJECT-TYPE
823.  SYNTAX Integer32(0..600)
824.  MAX-ACCESS read-write
825.  STATUS current
826.  DESCRIPTION
827.   "Seconds to wait before powering off the outlet, during
828.   offAfterDelay(5) operation. Changing this value has no effect on
829.   pending actions."
830.  ::= { pduOutletSwitchEntry 9 }
831.  
832. pduOutletSwitchRebootDelay OBJECT-TYPE
833.  SYNTAX Integer32(0..600)
834.  MAX-ACCESS read-write
835.  STATUS current
836.  DESCRIPTION
837.   "Seconds to wait before powering off the outlet, during
838.   rebootAfterDelay(7) operation. Changing this value has no effect on
839.   pending actions. See pduOutletSwitchControl for more info."
840.  ::= { pduOutletSwitchEntry 10 }
841.  
842. pduOutletSwitchRebootHoldDelay OBJECT-TYPE
843.  SYNTAX Integer32(0..600)
844.  MAX-ACCESS read-write
845.  STATUS current
846.  DESCRIPTION
847.   "Seconds to hold the outlet off, before powering on the outlet, during
848.   rebootAfterDelay(7) operation. Changing this value has no effect on
849.   pending actions. See pduOutletSwitchControl for more info."
850.  ::= { pduOutletSwitchEntry 11 }
851.  
852. pduOutletSwitchPoaAction OBJECT-TYPE
853.  SYNTAX INTEGER {
854.    on(1),
855.    off(2),
856.    last(3)
857.    }
858.  MAX-ACCESS read-write
859.  STATUS current
860.  DESCRIPTION
861.   "The outlet is set to this state during power-up. The action can be
862.   have one the following values:
863.   1 = Outlet will be turned on
864.   2 = Outlet will stay off
865.   3 = Outlet will be set to last known state"
866.  ::= { pduOutletSwitchEntry 12 }
867.  
868. pduOutletSwitchPoaDelay OBJECT-TYPE
869.  SYNTAX Integer32(0..600)
870.  MAX-ACCESS read-write
871.  STATUS current
872.  DESCRIPTION
873.   "Seconds to wait before setting the outlet to the
874.   pduOutletSwitchPoaAction state. The delay starts at power-up."
875.  ::= { pduOutletSwitchEntry 13 }
876.  
877. --###########################################################################################--
878. --pduOutletMeterTable--
879. --###########################################################################################--
880.  
881. pduOutletMeterTable OBJECT-TYPE
882.  SYNTAX SEQUENCE OF PduOutletMeterEntry
883.  MAX-ACCESS  not-accessible
884.  STATUS current
885.  DESCRIPTION
886.   "Metering data for outlets that support this feature"
887.  ::= { pdu 6 }
888.  
889. pduOutletMeterEntry OBJECT-TYPE
890.  SYNTAX PduOutletMeterEntry
891.  MAX-ACCESS  not-accessible
892.  STATUS current
893.  DESCRIPTION
894.   "Entry in the pduOutletMeterTable table: each entry contains an index
895.   and other sensor details"
896.  INDEX { pduOutletMeterIndex }
897.  ::= { pduOutletMeterTable 1 }
898.  
899. PduOutletMeterEntry ::= SEQUENCE {
900.  pduOutletMeterIndex    Integer32,
901.  pduOutletMeterName    SnmpAdminString,
902.  pduOutletMeterLabel    SnmpAdminString,
903.  pduOutletMeterVoltage    Gauge32,
904.  pduOutletMeterCurrent    Gauge32,
905.  pduOutletMeterRealPower    Gauge32,
906.  pduOutletMeterApparentPower    Gauge32,
907.  pduOutletMeterPowerFactor    Gauge32,
908.  pduOutletMeterEnergy    Gauge32,
909.  pduOutletMeterReset    INTEGER,
910.  pduOutletCurrentCrestFactor    Gauge32
911. }
912.  
913. pduOutletMeterIndex OBJECT-TYPE
914.  SYNTAX Integer32(1..100)
915.  MAX-ACCESS not-accessible
916.  STATUS current
917.  DESCRIPTION
918.   "Table entry index value"
919.  ::= { pduOutletMeterEntry 1 }
920.  
921. pduOutletMeterName OBJECT-TYPE
922.  SYNTAX SnmpAdminString(SIZE (1..25))
923.  MAX-ACCESS read-only
924.  STATUS current
925.  DESCRIPTION
926.   "PDU outlet name (factory-assigned)"
927.  ::= { pduOutletMeterEntry 2 }
928.  
929. pduOutletMeterLabel OBJECT-TYPE
930.  SYNTAX SnmpAdminString(SIZE (0..25))
931.  MAX-ACCESS read-write
932.  STATUS current
933.  DESCRIPTION
934.   "PDU outlet label (user-defined)"
935.  ::= { pduOutletMeterEntry 3 }
936.  
937. pduOutletMeterVoltage OBJECT-TYPE
938.  SYNTAX Gauge32(0..3100)
939.  UNITS "decivolts (rms)"
940.  MAX-ACCESS read-only
941.  STATUS current
942.  DESCRIPTION
943.   "PDU outlet voltage in tenths of a volt"
944.  ::= { pduOutletMeterEntry 4 }
945.  
946. pduOutletMeterCurrent OBJECT-TYPE
947.  SYNTAX Gauge32(0..9900)
948.  UNITS "centiamps (rms)"
949.  MAX-ACCESS read-only
950.  STATUS current
951.  DESCRIPTION
952.   "PDU outlet current reading in hundredths of an amp"
953.  ::= { pduOutletMeterEntry 8 }
954.  
955. pduOutletMeterRealPower OBJECT-TYPE
956.  SYNTAX Gauge32(0..9999)
957.  UNITS "watts"
958.  MAX-ACCESS read-only
959.  STATUS current
960.  DESCRIPTION
961.   "Real power for outlet in watts"
962.  ::= { pduOutletMeterEntry 12 }
963.  
964. pduOutletMeterApparentPower OBJECT-TYPE
965.  SYNTAX Gauge32(0..9999)
966.  UNITS "volt-amps"
967.  MAX-ACCESS read-only
968.  STATUS current
969.  DESCRIPTION
970.   "Apparent power for outlet in volt-amps"
971.  ::= { pduOutletMeterEntry 13 }
972.  
973. pduOutletMeterPowerFactor OBJECT-TYPE
974.  SYNTAX Gauge32(0..100)
975.  UNITS "%"
976.  MAX-ACCESS read-only
977.  STATUS current
978.  DESCRIPTION
979.   "Power factor for outlet"
980.  ::= { pduOutletMeterEntry 14 }
981.  
982. pduOutletMeterEnergy OBJECT-TYPE
983.  SYNTAX Gauge32(0..9999000)
984.  UNITS "watt-hours"
985.  MAX-ACCESS read-only
986.  STATUS current
987.  DESCRIPTION
988.   "Accumulated energy for outlet in watt-hours"
989.  ::= { pduOutletMeterEntry 15 }
990.  
991. pduOutletMeterReset OBJECT-TYPE
992.  SYNTAX INTEGER {
993.    resetEnergy(1),
994.    none(8)
995.    }
996.  MAX-ACCESS read-write
997.  STATUS current
998.  DESCRIPTION
999.   "Used to reset energy. If read, the value is none(8). It can be set to
1000.   resetEnergy(1), which sets outlet energy to 0"
1001.  ::= { pduOutletMeterEntry 16 }
1002.  
1003. pduOutletCurrentCrestFactor OBJECT-TYPE
1004.  SYNTAX Gauge32(0..9999)
1005.  MAX-ACCESS read-only
1006.  STATUS current
1007.  DESCRIPTION
1008.   "Current crest factor for outlet, in hundredths"
1009.  ::= { pduOutletMeterEntry 19 }
1010.  
1011. --###########################################################################################--
1012. --tempSensorTable--
1013. --###########################################################################################--
1014.  
1015. tempSensorTable OBJECT-TYPE
1016.  SYNTAX SEQUENCE OF TempSensorEntry
1017.  MAX-ACCESS  not-accessible
1018.  STATUS current
1019.  DESCRIPTION
1020.   "Remote Temperature (RT) sensor"
1021.  ::= { imd 4 }
1022.  
1023. tempSensorEntry OBJECT-TYPE
1024.  SYNTAX TempSensorEntry
1025.  MAX-ACCESS  not-accessible
1026.  STATUS current
1027.  DESCRIPTION
1028.   "Entry in the tempSensorTable table: each entry contains an index
1029.   and other sensor details"
1030.  INDEX { tempSensorIndex }
1031.  ::= { tempSensorTable 1 }
1032.  
1033. TempSensorEntry ::= SEQUENCE {
1034.  tempSensorIndex    Integer32,
1035.  tempSensorSerial    DisplayString,
1036.  tempSensorLabel    SnmpAdminString,
1037.  tempSensorAvail    Gauge32,
1038.  tempSensorTemp    Integer32
1039. }
1040.  
1041. tempSensorIndex OBJECT-TYPE
1042.  SYNTAX Integer32(1..100)
1043.  MAX-ACCESS not-accessible
1044.  STATUS current
1045.  DESCRIPTION
1046.   "Table entry index value"
1047.  ::= { tempSensorEntry 1 }
1048.  
1049. tempSensorSerial OBJECT-TYPE
1050.  SYNTAX DisplayString
1051.  MAX-ACCESS read-only
1052.  STATUS current
1053.  DESCRIPTION
1054.   "Serial number"
1055.  ::= { tempSensorEntry 2 }
1056.  
1057. tempSensorLabel OBJECT-TYPE
1058.  SYNTAX SnmpAdminString(SIZE (0..25))
1059.  MAX-ACCESS read-write
1060.  STATUS current
1061.  DESCRIPTION
1062.   "User-defined label"
1063.  ::= { tempSensorEntry 3 }
1064.  
1065. tempSensorAvail OBJECT-TYPE
1066.  SYNTAX Gauge32
1067.  MAX-ACCESS read-only
1068.  STATUS current
1069.  DESCRIPTION
1070.   "Device availability:
1071.   0 = Unavailable
1072.   1 = Available
1073.   2 = Partially Unavailable"
1074.  ::= { tempSensorEntry 4 }
1075.  
1076. tempSensorTemp OBJECT-TYPE
1077.  SYNTAX Integer32(-400..2540)
1078.  UNITS "decidegrees"
1079.  MAX-ACCESS read-only
1080.  STATUS current
1081.  DESCRIPTION
1082.   "Temperature in tenths of a degree. Units are given by temperatureUnits
1083.   field in deviceInfo."
1084.  ::= { tempSensorEntry 5 }
1085.  
1086. --###########################################################################################--
1087. --airFlowSensorTable--
1088. --###########################################################################################--
1089.  
1090. airFlowSensorTable OBJECT-TYPE
1091.  SYNTAX SEQUENCE OF AirFlowSensorEntry
1092.  MAX-ACCESS  not-accessible
1093.  STATUS current
1094.  DESCRIPTION
1095.   "Remote Airflow, Humidity, Temperature and Dewpoint (AFHT3) Sensor"
1096.  ::= { imd 5 }
1097.  
1098. airFlowSensorEntry OBJECT-TYPE
1099.  SYNTAX AirFlowSensorEntry
1100.  MAX-ACCESS  not-accessible
1101.  STATUS current
1102.  DESCRIPTION
1103.   "Entry in the airFlowSensorTable table: each entry contains an index
1104.   and other sensor details"
1105.  INDEX { airFlowSensorIndex }
1106.  ::= { airFlowSensorTable 1 }
1107.  
1108. AirFlowSensorEntry ::= SEQUENCE {
1109.  airFlowSensorIndex    Integer32,
1110.  airFlowSensorSerial    DisplayString,
1111.  airFlowSensorLabel    SnmpAdminString,
1112.  airFlowSensorAvail    Gauge32,
1113.  airFlowSensorTemp    Integer32,
1114.  airFlowSensorFlow    Integer32,
1115.  airFlowSensorHumidity    Integer32,
1116.  airFlowSensorDewPoint    Integer32
1117. }
1118.  
1119. airFlowSensorIndex OBJECT-TYPE
1120.  SYNTAX Integer32(1..100)
1121.  MAX-ACCESS not-accessible
1122.  STATUS current
1123.  DESCRIPTION
1124.   "Table entry index value"
1125.  ::= { airFlowSensorEntry 1 }
1126.  
1127. airFlowSensorSerial OBJECT-TYPE
1128.  SYNTAX DisplayString
1129.  MAX-ACCESS read-only
1130.  STATUS current
1131.  DESCRIPTION
1132.   "Serial number"
1133.  ::= { airFlowSensorEntry 2 }
1134.  
1135. airFlowSensorLabel OBJECT-TYPE
1136.  SYNTAX SnmpAdminString(SIZE (0..25))
1137.  MAX-ACCESS read-write
1138.  STATUS current
1139.  DESCRIPTION
1140.   "User-defined label"
1141.  ::= { airFlowSensorEntry 3 }
1142.  
1143. airFlowSensorAvail OBJECT-TYPE
1144.  SYNTAX Gauge32
1145.  MAX-ACCESS read-only
1146.  STATUS current
1147.  DESCRIPTION
1148.   "Device availability:
1149.   0 = Unavailable
1150.   1 = Available
1151.   2 = Partially Unavailable"
1152.  ::= { airFlowSensorEntry 4 }
1153.  
1154. airFlowSensorTemp OBJECT-TYPE
1155.  SYNTAX Integer32(-400..2540)
1156.  UNITS "decidegrees"
1157.  MAX-ACCESS read-only
1158.  STATUS current
1159.  DESCRIPTION
1160.   "Temperature reading in tenths of a degree. Units are given by
1161.   temperatureUnits field in deviceInfo."
1162.  ::= { airFlowSensorEntry 5 }
1163.  
1164. airFlowSensorFlow OBJECT-TYPE
1165.  SYNTAX Integer32(0..100)
1166.  MAX-ACCESS read-only
1167.  STATUS current
1168.  DESCRIPTION
1169.   "Airflow reading. Still air will be less than 20, while rushing air
1170.   will be around 100."
1171.  ::= { airFlowSensorEntry 6 }
1172.  
1173. airFlowSensorHumidity OBJECT-TYPE
1174.  SYNTAX Integer32(0..100)
1175.  UNITS "%"
1176.  MAX-ACCESS read-only
1177.  STATUS current
1178.  DESCRIPTION
1179.   "Humidity reading"
1180.  ::= { airFlowSensorEntry 7 }
1181.  
1182. airFlowSensorDewPoint OBJECT-TYPE
1183.  SYNTAX Integer32(-400..2540)
1184.  UNITS "decidegrees"
1185.  MAX-ACCESS read-only
1186.  STATUS current
1187.  DESCRIPTION
1188.   "Dewpoint reading in tenths of a degree. Units are given by
1189.   temperatureUnits field in deviceInfo."
1190.  ::= { airFlowSensorEntry 8 }
1191.  
1192. --###########################################################################################--
1193. --t3hdSensorTable--
1194. --###########################################################################################--
1195.  
1196. t3hdSensorTable OBJECT-TYPE
1197.  SYNTAX SEQUENCE OF T3hdSensorEntry
1198.  MAX-ACCESS  not-accessible
1199.  STATUS current
1200.  DESCRIPTION
1201.   "Remote Temperature x 3, Humidity and Dewpoint Sensor"
1202.  ::= { imd 8 }
1203.  
1204. t3hdSensorEntry OBJECT-TYPE
1205.  SYNTAX T3hdSensorEntry
1206.  MAX-ACCESS  not-accessible
1207.  STATUS current
1208.  DESCRIPTION
1209.   "Entry in the t3hdSensorTable table: each entry contains an index
1210.   and other sensor details"
1211.  INDEX { t3hdSensorIndex }
1212.  ::= { t3hdSensorTable 1 }
1213.  
1214. T3hdSensorEntry ::= SEQUENCE {
1215.  t3hdSensorIndex    Integer32,
1216.  t3hdSensorSerial    DisplayString,
1217.  t3hdSensorLabel    SnmpAdminString,
1218.  t3hdSensorAvail    Gauge32,
1219.  t3hdSensorIntLabel    SnmpAdminString,
1220.  t3hdSensorIntTemp    Integer32,
1221.  t3hdSensorIntHumidity    Integer32,
1222.  t3hdSensorIntDewPoint    Integer32,
1223.  t3hdSensorExtAAvail    Gauge32,
1224.  t3hdSensorExtALabel    SnmpAdminString,
1225.  t3hdSensorExtATemp    Integer32,
1226.  t3hdSensorExtBAvail    Gauge32,
1227.  t3hdSensorExtBLabel    SnmpAdminString,
1228.  t3hdSensorExtBTemp    Integer32
1229. }
1230.  
1231. t3hdSensorIndex OBJECT-TYPE
1232.  SYNTAX Integer32(1..100)
1233.  MAX-ACCESS not-accessible
1234.  STATUS current
1235.  DESCRIPTION
1236.   "Table entry index value"
1237.  ::= { t3hdSensorEntry 1 }
1238.  
1239. t3hdSensorSerial OBJECT-TYPE
1240.  SYNTAX DisplayString
1241.  MAX-ACCESS read-only
1242.  STATUS current
1243.  DESCRIPTION
1244.   "Serial number"
1245.  ::= { t3hdSensorEntry 2 }
1246.  
1247. t3hdSensorLabel OBJECT-TYPE
1248.  SYNTAX SnmpAdminString(SIZE (0..25))
1249.  MAX-ACCESS read-write
1250.  STATUS current
1251.  DESCRIPTION
1252.   "User-defined label"
1253.  ::= { t3hdSensorEntry 3 }
1254.  
1255. t3hdSensorAvail OBJECT-TYPE
1256.  SYNTAX Gauge32
1257.  MAX-ACCESS read-only
1258.  STATUS current
1259.  DESCRIPTION
1260.   "Device availability:
1261.   0 = Unavailable
1262.   1 = Available
1263.   2 = Partially Unavailable"
1264.  ::= { t3hdSensorEntry 4 }
1265.  
1266. t3hdSensorIntLabel OBJECT-TYPE
1267.  SYNTAX SnmpAdminString(SIZE (0..25))
1268.  MAX-ACCESS read-write
1269.  STATUS current
1270.  DESCRIPTION
1271.   "Internal label (user-defined)"
1272.  ::= { t3hdSensorEntry 5 }
1273.  
1274. t3hdSensorIntTemp OBJECT-TYPE
1275.  SYNTAX Integer32(-400..2540)
1276.  UNITS "decidegrees"
1277.  MAX-ACCESS read-only
1278.  STATUS current
1279.  DESCRIPTION
1280.   "Internal temperature in tenths of a degree. Units are given by
1281.   temperatureUnits field in deviceInfo."
1282.  ::= { t3hdSensorEntry 6 }
1283.  
1284. t3hdSensorIntHumidity OBJECT-TYPE
1285.  SYNTAX Integer32(0..100)
1286.  UNITS "%"
1287.  MAX-ACCESS read-only
1288.  STATUS current
1289.  DESCRIPTION
1290.   "Internal humidity"
1291.  ::= { t3hdSensorEntry 7 }
1292.  
1293. t3hdSensorIntDewPoint OBJECT-TYPE
1294.  SYNTAX Integer32(-400..2540)
1295.  UNITS "decidegrees"
1296.  MAX-ACCESS read-only
1297.  STATUS current
1298.  DESCRIPTION
1299.   "Internal dewpoint in tenths of a degree. Units are given by
1300.   temperatureUnits field in deviceInfo."
1301.  ::= { t3hdSensorEntry 8 }
1302.  
1303. t3hdSensorExtAAvail OBJECT-TYPE
1304.  SYNTAX Gauge32
1305.  MAX-ACCESS read-only
1306.  STATUS current
1307.  DESCRIPTION
1308.   "External A status:
1309.   0 = Unavailable
1310.   1 = Available"
1311.  ::= { t3hdSensorEntry 9 }
1312.  
1313. t3hdSensorExtALabel OBJECT-TYPE
1314.  SYNTAX SnmpAdminString(SIZE (0..25))
1315.  MAX-ACCESS read-write
1316.  STATUS current
1317.  DESCRIPTION
1318.   "External A label (user-defined)"
1319.  ::= { t3hdSensorEntry 10 }
1320.  
1321. t3hdSensorExtATemp OBJECT-TYPE
1322.  SYNTAX Integer32(-400..2540)
1323.  UNITS "decidegrees"
1324.  MAX-ACCESS read-only
1325.  STATUS current
1326.  DESCRIPTION
1327.   "External A temperature in tenths of a degree. Units are given by
1328.   temperatureUnits field in deviceInfo."
1329.  ::= { t3hdSensorEntry 11 }
1330.  
1331. t3hdSensorExtBAvail OBJECT-TYPE
1332.  SYNTAX Gauge32
1333.  MAX-ACCESS read-only
1334.  STATUS current
1335.  DESCRIPTION
1336.   "External B status:
1337.   0 = Unavailable
1338.   1 = Available"
1339.  ::= { t3hdSensorEntry 12 }
1340.  
1341. t3hdSensorExtBLabel OBJECT-TYPE
1342.  SYNTAX SnmpAdminString(SIZE (0..25))
1343.  MAX-ACCESS read-write
1344.  STATUS current
1345.  DESCRIPTION
1346.   "External B label (user-defined)"
1347.  ::= { t3hdSensorEntry 13 }
1348.  
1349. t3hdSensorExtBTemp OBJECT-TYPE
1350.  SYNTAX Integer32(-400..2540)
1351.  UNITS "decidegrees"
1352.  MAX-ACCESS read-only
1353.  STATUS current
1354.  DESCRIPTION
1355.   "External B temperature in tenths of a degree. Units are given by
1356.   temperatureUnits field in deviceInfo."
1357.  ::= { t3hdSensorEntry 14 }
1358.  
1359. --###########################################################################################--
1360. --thdSensorTable--
1361. --###########################################################################################--
1362.  
1363. thdSensorTable OBJECT-TYPE
1364.  SYNTAX SEQUENCE OF ThdSensorEntry
1365.  MAX-ACCESS  not-accessible
1366.  STATUS current
1367.  DESCRIPTION
1368.   "Remote Temperature, Humidity, and Dewpoint (THD) Sensor"
1369.  ::= { imd 9 }
1370.  
1371. thdSensorEntry OBJECT-TYPE
1372.  SYNTAX ThdSensorEntry
1373.  MAX-ACCESS  not-accessible
1374.  STATUS current
1375.  DESCRIPTION
1376.   "Entry in the thdSensorTable table: each entry contains an index
1377.   and other sensor details"
1378.  INDEX { thdSensorIndex }
1379.  ::= { thdSensorTable 1 }
1380.  
1381. ThdSensorEntry ::= SEQUENCE {
1382.  thdSensorIndex    Integer32,
1383.  thdSensorSerial    DisplayString,
1384.  thdSensorLabel    SnmpAdminString,
1385.  thdSensorAvail    Gauge32,
1386.  thdSensorTemp    Integer32,
1387.  thdSensorHumidity    Integer32,
1388.  thdSensorDewPoint    Integer32
1389. }
1390.  
1391. thdSensorIndex OBJECT-TYPE
1392.  SYNTAX Integer32(1..100)
1393.  MAX-ACCESS not-accessible
1394.  STATUS current
1395.  DESCRIPTION
1396.   "Table entry index value"
1397.  ::= { thdSensorEntry 1 }
1398.  
1399. thdSensorSerial OBJECT-TYPE
1400.  SYNTAX DisplayString
1401.  MAX-ACCESS read-only
1402.  STATUS current
1403.  DESCRIPTION
1404.   "Serial number"
1405.  ::= { thdSensorEntry 2 }
1406.  
1407. thdSensorLabel OBJECT-TYPE
1408.  SYNTAX SnmpAdminString(SIZE (0..25))
1409.  MAX-ACCESS read-write
1410.  STATUS current
1411.  DESCRIPTION
1412.   "User-defined label"
1413.  ::= { thdSensorEntry 3 }
1414.  
1415. thdSensorAvail OBJECT-TYPE
1416.  SYNTAX Gauge32
1417.  MAX-ACCESS read-only
1418.  STATUS current
1419.  DESCRIPTION
1420.   "Device availability:
1421.   0 = Unavailable
1422.   1 = Available
1423.   2 = Partially Unavailable"
1424.  ::= { thdSensorEntry 4 }
1425.  
1426. thdSensorTemp OBJECT-TYPE
1427.  SYNTAX Integer32(-400..2540)
1428.  UNITS "decidegrees"
1429.  MAX-ACCESS read-only
1430.  STATUS current
1431.  DESCRIPTION
1432.   "Temperature value in tenths of a degree. Units are given by
1433.   temperatureUnits field in deviceInfo."
1434.  ::= { thdSensorEntry 5 }
1435.  
1436. thdSensorHumidity OBJECT-TYPE
1437.  SYNTAX Integer32(0..100)
1438.  UNITS "%"
1439.  MAX-ACCESS read-only
1440.  STATUS current
1441.  DESCRIPTION
1442.   "Humidity value"
1443.  ::= { thdSensorEntry 6 }
1444.  
1445. thdSensorDewPoint OBJECT-TYPE
1446.  SYNTAX Integer32(-400..2540)
1447.  UNITS "decidegrees"
1448.  MAX-ACCESS read-only
1449.  STATUS current
1450.  DESCRIPTION
1451.   "Dewpoint value in tenths of a degree. Units are given by
1452.   temperatureUnits field in deviceInfo."
1453.  ::= { thdSensorEntry 7 }
1454.  
1455. --###########################################################################################--
1456. --a2dSensorTable--
1457. --###########################################################################################--
1458.  
1459. a2dSensorTable OBJECT-TYPE
1460.  SYNTAX SEQUENCE OF A2dSensorEntry
1461.  MAX-ACCESS  not-accessible
1462.  STATUS current
1463.  DESCRIPTION
1464.   "Analog measurement (A2D) sensor (voltage, current, or dry-contact)"
1465.  ::= { imd 11 }
1466.  
1467. a2dSensorEntry OBJECT-TYPE
1468.  SYNTAX A2dSensorEntry
1469.  MAX-ACCESS  not-accessible
1470.  STATUS current
1471.  DESCRIPTION
1472.   "Entry in the a2dSensorTable table: each entry contains an index
1473.   and other sensor details"
1474.  INDEX { a2dSensorIndex }
1475.  ::= { a2dSensorTable 1 }
1476.  
1477. A2dSensorEntry ::= SEQUENCE {
1478.  a2dSensorIndex    Integer32,
1479.  a2dSensorSerial    DisplayString,
1480.  a2dSensorLabel    SnmpAdminString,
1481.  a2dSensorAvail    Gauge32,
1482.  a2dSensorValue    Integer32,
1483.  a2dSensorDisplayValue    SnmpAdminString,
1484.  a2dSensorMode    INTEGER,
1485.  a2dSensorUnits    SnmpAdminString,
1486.  a2dSensorMin    Integer32,
1487.  a2dSensorMax    Integer32,
1488.  a2dSensorLowLabel    SnmpAdminString,
1489.  a2dSensorHighLabel    SnmpAdminString,
1490.  a2dSensorAnalogLabel    SnmpAdminString
1491. }
1492.  
1493. a2dSensorIndex OBJECT-TYPE
1494.  SYNTAX Integer32(1..100)
1495.  MAX-ACCESS not-accessible
1496.  STATUS current
1497.  DESCRIPTION
1498.   "Table entry index value"
1499.  ::= { a2dSensorEntry 1 }
1500.  
1501. a2dSensorSerial OBJECT-TYPE
1502.  SYNTAX DisplayString
1503.  MAX-ACCESS read-only
1504.  STATUS current
1505.  DESCRIPTION
1506.   "Serial number"
1507.  ::= { a2dSensorEntry 2 }
1508.  
1509. a2dSensorLabel OBJECT-TYPE
1510.  SYNTAX SnmpAdminString(SIZE (0..25))
1511.  MAX-ACCESS read-write
1512.  STATUS current
1513.  DESCRIPTION
1514.   "User-defined label"
1515.  ::= { a2dSensorEntry 3 }
1516.  
1517. a2dSensorAvail OBJECT-TYPE
1518.  SYNTAX Gauge32
1519.  MAX-ACCESS read-only
1520.  STATUS current
1521.  DESCRIPTION
1522.   "Device availability:
1523.   0 = Unavailable
1524.   1 = Available
1525.   2 = Partially Unavailable"
1526.  ::= { a2dSensorEntry 4 }
1527.  
1528. a2dSensorValue OBJECT-TYPE
1529.  SYNTAX Integer32(-1000000..1000000)
1530.  MAX-ACCESS read-only
1531.  STATUS current
1532.  DESCRIPTION
1533.   "Analog measurement value, within either a user-defined or preset
1534.   range, depending on a2dSensorMode."
1535.  ::= { a2dSensorEntry 5 }
1536.  
1537. a2dSensorDisplayValue OBJECT-TYPE
1538.  SYNTAX SnmpAdminString(SIZE (0..25))
1539.  MAX-ACCESS read-only
1540.  STATUS current
1541.  DESCRIPTION
1542.   "For current/voltage modes, the analog value is given as a string. In
1543.   binary modes, the value is either a2dSensorLowLabel or
1544.   a2dSensorHighLabel, based on a2dSensorValue."
1545.  ::= { a2dSensorEntry 6 }
1546.  
1547. a2dSensorMode OBJECT-TYPE
1548.  SYNTAX INTEGER {
1549.    door(1),
1550.    powerFailure(2),
1551.    flood(3),
1552.    wscLeak(4),
1553.    wscFault(5),
1554.    smoke(6),
1555.    ivsNegGnd(7),
1556.    ivsPosGnd(8),
1557.    customVoltage(9),
1558.    customBinary(10),
1559.    customCurrent(11)
1560.    }
1561.  MAX-ACCESS read-write
1562.  STATUS current
1563.  DESCRIPTION
1564.   "Binary modes have two states represented by the values 0 (low) or 1
1565.   (high). These correspond to a2dSensorLowLabel and a2dSensorHighLabel.
1566.   Current and voltage modes provide a scaled value from a2dSensorMin to
1567.   a2dSensorMax.
1568.   Analog modes:
1569.   1 = Door (binary)
1570.   2 = Power failure (binary)
1571.   3 = Flood (binary)
1572.   4 = Water-sensing cable leak (binary)
1573.   5 = Water-sensing cable fault (binary)
1574.   6 = Smoke alarm (binary)
1575.   7 = Isolated voltage negative ground (voltage)
1576.   8 = Isolated voltage positive ground (voltage)
1577.   9 = Custom voltage (voltage)
1578.   10 = Custom binary (binary)
1579.   11 = Custom current (current)"
1580.  ::= { a2dSensorEntry 7 }
1581.  
1582. a2dSensorUnits OBJECT-TYPE
1583.  SYNTAX SnmpAdminString(SIZE (0..7))
1584.  MAX-ACCESS read-write
1585.  STATUS current
1586.  DESCRIPTION
1587.   "The units for the analog value. If a2dSensorMode is customVoltage(9)
1588.   or customCurrent(11), then this field has a user-defined value.
1589.   Otherwise, the value is fixed, based on mode."
1590.  ::= { a2dSensorEntry 8 }
1591.  
1592. a2dSensorMin OBJECT-TYPE
1593.  SYNTAX Integer32(-1000000..1000000)
1594.  MAX-ACCESS read-write
1595.  STATUS current
1596.  DESCRIPTION
1597.   "Minimum analog value, given as an integer. The analog measurement is
1598.   scaled to the range a2dSensorMin to a2dSensorMax. If a2dSensorMode is
1599.   customVoltage(9) or customCurrent(11), then this field has a user-
1600.   defined value. Otherwise, the value is fixed, based on mode."
1601.  ::= { a2dSensorEntry 9 }
1602.  
1603. a2dSensorMax OBJECT-TYPE
1604.  SYNTAX Integer32(-1000000..1000000)
1605.  MAX-ACCESS read-write
1606.  STATUS current
1607.  DESCRIPTION
1608.   "Maximum analog value, given as an integer. The analog measurement is
1609.   scaled to the range a2dSensorMin to a2dSensorMax. If a2dSensorMode is
1610.   customVoltage(9) or customCurrent(11), then this field has a user-
1611.   defined value. Otherwise, the value is fixed, based on mode."
1612.  ::= { a2dSensorEntry 10 }
1613.  
1614. a2dSensorLowLabel OBJECT-TYPE
1615.  SYNTAX SnmpAdminString(SIZE (0..25))
1616.  MAX-ACCESS read-write
1617.  STATUS current
1618.  DESCRIPTION
1619.   "Label for 0 (low) binary value. This field is only applicable if
1620.   a2dSensorMode is one of the binary modes. If a2dSensorMode is
1621.   customBinary(10), then this field is user-defined. Otherwise, it has a
1622.   pre-defined value based on the mode."
1623.  ::= { a2dSensorEntry 11 }
1624.  
1625. a2dSensorHighLabel OBJECT-TYPE
1626.  SYNTAX SnmpAdminString(SIZE (0..25))
1627.  MAX-ACCESS read-write
1628.  STATUS current
1629.  DESCRIPTION
1630.   "Label for 1 (high) binary value. The field is only applicable if
1631.   a2dSensorMode is one of the binary modes. If a2dSensorMode is
1632.   customBinary(10), then this field is user-defined. Otherwise, it has a
1633.   pre-defined value based on the mode."
1634.  ::= { a2dSensorEntry 12 }
1635.  
1636. a2dSensorAnalogLabel OBJECT-TYPE
1637.  SYNTAX SnmpAdminString(SIZE (0..25))
1638.  MAX-ACCESS read-write
1639.  STATUS current
1640.  DESCRIPTION
1641.   "Label for the analog measurement"
1642.  ::= { a2dSensorEntry 13 }
1643.  
1644. --###########################################################################################--
1645. --humiditySensorTable--
1646. --###########################################################################################--
1647.  
1648. humiditySensorTable OBJECT-TYPE
1649.  SYNTAX SEQUENCE OF HumiditySensorEntry
1650.  MAX-ACCESS  not-accessible
1651.  STATUS current
1652.  DESCRIPTION
1653.   "Remote humidity sensor"
1654.  ::= { imd 12 }
1655.  
1656. humiditySensorEntry OBJECT-TYPE
1657.  SYNTAX HumiditySensorEntry
1658.  MAX-ACCESS  not-accessible
1659.  STATUS current
1660.  DESCRIPTION
1661.   "Entry in the humiditySensorTable table: each entry contains an index
1662.   and other sensor details"
1663.  INDEX { humiditySensorIndex }
1664.  ::= { humiditySensorTable 1 }
1665.  
1666. HumiditySensorEntry ::= SEQUENCE {
1667.  humiditySensorIndex    Integer32,
1668.  humiditySensorSerial    DisplayString,
1669.  humiditySensorLabel    SnmpAdminString,
1670.  humiditySensorAvail    Gauge32,
1671.  humiditySensorValue    Integer32
1672. }
1673.  
1674. humiditySensorIndex OBJECT-TYPE
1675.  SYNTAX Integer32(1..100)
1676.  MAX-ACCESS not-accessible
1677.  STATUS current
1678.  DESCRIPTION
1679.   "Table entry index value"
1680.  ::= { humiditySensorEntry 1 }
1681.  
1682. humiditySensorSerial OBJECT-TYPE
1683.  SYNTAX DisplayString
1684.  MAX-ACCESS read-only
1685.  STATUS current
1686.  DESCRIPTION
1687.   "Serial number"
1688.  ::= { humiditySensorEntry 2 }
1689.  
1690. humiditySensorLabel OBJECT-TYPE
1691.  SYNTAX SnmpAdminString(SIZE (0..25))
1692.  MAX-ACCESS read-write
1693.  STATUS current
1694.  DESCRIPTION
1695.   "User-defined label"
1696.  ::= { humiditySensorEntry 3 }
1697.  
1698. humiditySensorAvail OBJECT-TYPE
1699.  SYNTAX Gauge32
1700.  MAX-ACCESS read-only
1701.  STATUS current
1702.  DESCRIPTION
1703.   "Device availability:
1704.   0 = Unavailable
1705.   1 = Available
1706.   2 = Partially Unavailable"
1707.  ::= { humiditySensorEntry 4 }
1708.  
1709. humiditySensorValue OBJECT-TYPE
1710.  SYNTAX Integer32(0..100)
1711.  MAX-ACCESS read-only
1712.  STATUS current
1713.  DESCRIPTION
1714.   "Humidity value"
1715.  ::= { humiditySensorEntry 5 }
1716.  
1717. --###########################################################################################--
1718. --sn2dSensorTable--
1719. --###########################################################################################--
1720.  
1721. sn2dSensorTable OBJECT-TYPE
1722.  SYNTAX SEQUENCE OF Sn2dSensorEntry
1723.  MAX-ACCESS  not-accessible
1724.  STATUS current
1725.  DESCRIPTION
1726.   "2 Door Switch Sensor (SN-2D)"
1727.  ::= { imd 13 }
1728.  
1729. sn2dSensorEntry OBJECT-TYPE
1730.  SYNTAX Sn2dSensorEntry
1731.  MAX-ACCESS  not-accessible
1732.  STATUS current
1733.  DESCRIPTION
1734.   "Entry in the sn2dSensorTable table: each entry contains an index
1735.   and other sensor details"
1736.  INDEX { sn2dSensorIndex }
1737.  ::= { sn2dSensorTable 1 }
1738.  
1739. Sn2dSensorEntry ::= SEQUENCE {
1740.  sn2dSensorIndex    Integer32,
1741.  sn2dSensorSerial    DisplayString,
1742.  sn2dSensorLabel    SnmpAdminString,
1743.  sn2dSensorAvail    Gauge32,
1744.  sn2dSensorDoor1Label    SnmpAdminString,
1745.  sn2dSensorDoor1State    INTEGER,
1746.  sn2dSensorDoor1DisplayState    SnmpAdminString,
1747.  sn2dSensorDoor2Label    SnmpAdminString,
1748.  sn2dSensorDoor2State    INTEGER,
1749.  sn2dSensorDoor2DisplayState    SnmpAdminString
1750. }
1751.  
1752. sn2dSensorIndex OBJECT-TYPE
1753.  SYNTAX Integer32(1..100)
1754.  MAX-ACCESS not-accessible
1755.  STATUS current
1756.  DESCRIPTION
1757.   "Table entry index value"
1758.  ::= { sn2dSensorEntry 1 }
1759.  
1760. sn2dSensorSerial OBJECT-TYPE
1761.  SYNTAX DisplayString
1762.  MAX-ACCESS read-only
1763.  STATUS current
1764.  DESCRIPTION
1765.   "Serial number"
1766.  ::= { sn2dSensorEntry 2 }
1767.  
1768. sn2dSensorLabel OBJECT-TYPE
1769.  SYNTAX SnmpAdminString(SIZE (0..25))
1770.  MAX-ACCESS read-write
1771.  STATUS current
1772.  DESCRIPTION
1773.   "User-defined label"
1774.  ::= { sn2dSensorEntry 3 }
1775.  
1776. sn2dSensorAvail OBJECT-TYPE
1777.  SYNTAX Gauge32
1778.  MAX-ACCESS read-only
1779.  STATUS current
1780.  DESCRIPTION
1781.   "Device availability:
1782.   0 = Unavailable
1783.   1 = Available
1784.   2 = Partially Unavailable"
1785.  ::= { sn2dSensorEntry 4 }
1786.  
1787. sn2dSensorDoor1Label OBJECT-TYPE
1788.  SYNTAX SnmpAdminString(SIZE (0..25))
1789.  MAX-ACCESS read-write
1790.  STATUS current
1791.  DESCRIPTION
1792.   "Door switch 1 label"
1793.  ::= { sn2dSensorEntry 5 }
1794.  
1795. sn2dSensorDoor1State OBJECT-TYPE
1796.  SYNTAX INTEGER {
1797.    open(1),
1798.    closed(2)
1799.    }
1800.  MAX-ACCESS read-only
1801.  STATUS current
1802.  DESCRIPTION
1803.   "Door switch 1 state:
1804.   1 = open
1805.   2 = closed"
1806.  ::= { sn2dSensorEntry 6 }
1807.  
1808. sn2dSensorDoor1DisplayState OBJECT-TYPE
1809.  SYNTAX SnmpAdminString(SIZE (0..25))
1810.  MAX-ACCESS read-only
1811.  STATUS current
1812.  DESCRIPTION
1813.   "Door switch 1 state given as a string"
1814.  ::= { sn2dSensorEntry 7 }
1815.  
1816. sn2dSensorDoor2Label OBJECT-TYPE
1817.  SYNTAX SnmpAdminString(SIZE (0..25))
1818.  MAX-ACCESS read-write
1819.  STATUS current
1820.  DESCRIPTION
1821.   "Door switch 2 label"
1822.  ::= { sn2dSensorEntry 8 }
1823.  
1824. sn2dSensorDoor2State OBJECT-TYPE
1825.  SYNTAX INTEGER {
1826.    open(1),
1827.    closed(2)
1828.    }
1829.  MAX-ACCESS read-only
1830.  STATUS current
1831.  DESCRIPTION
1832.   "Door switch 2 state:
1833.   1 = open
1834.   2 = closed"
1835.  ::= { sn2dSensorEntry 9 }
1836.  
1837. sn2dSensorDoor2DisplayState OBJECT-TYPE
1838.  SYNTAX SnmpAdminString(SIZE (0..25))
1839.  MAX-ACCESS read-only
1840.  STATUS current
1841.  DESCRIPTION
1842.   "Door switch 2 state given as a string"
1843.  ::= { sn2dSensorEntry 10 }
1844.  
1845. --###########################################################################################--
1846. --cooling--
1847. --###########################################################################################--
1848.  
1849. cooling OBJECT IDENTIFIER ::= { imd 30 }
1850.  
1851. --###########################################################################################--
1852. --vrc--
1853. --###########################################################################################--
1854.  
1855. vrc OBJECT IDENTIFIER ::= { cooling 1 }
1856.  
1857. --###########################################################################################--
1858. --vrcMainTable--
1859. --###########################################################################################--
1860.  
1861. vrcMainTable OBJECT-TYPE
1862.  SYNTAX SEQUENCE OF VrcMainEntry
1863.  MAX-ACCESS  not-accessible
1864.  STATUS current
1865.  DESCRIPTION
1866.   "Table that contains general VRC information"
1867.  ::= { vrc 1 }
1868.  
1869. vrcMainEntry OBJECT-TYPE
1870.  SYNTAX VrcMainEntry
1871.  MAX-ACCESS  not-accessible
1872.  STATUS current
1873.  DESCRIPTION
1874.   "Entry in the vrcMainTable: each entry represents a VRC device"
1875.  INDEX { vrcMainIndex }
1876.  ::= { vrcMainTable 1 }
1877.  
1878. VrcMainEntry ::= SEQUENCE {
1879.  vrcMainIndex    Integer32,
1880.  vrcMainSerial    DisplayString,
1881.  vrcMainName    SnmpAdminString,
1882.  vrcMainLabel    SnmpAdminString,
1883.  vrcMainAvail    Gauge32
1884. }
1885.  
1886. vrcMainIndex OBJECT-TYPE
1887.  SYNTAX Integer32(1..100)
1888.  MAX-ACCESS not-accessible
1889.  STATUS current
1890.  DESCRIPTION
1891.   "Unique id for each entry in the table"
1892.  ::= { vrcMainEntry 1 }
1893.  
1894. vrcMainSerial OBJECT-TYPE
1895.  SYNTAX DisplayString
1896.  MAX-ACCESS read-only
1897.  STATUS current
1898.  DESCRIPTION
1899.   "Serial number"
1900.  ::= { vrcMainEntry 2 }
1901.  
1902. vrcMainName OBJECT-TYPE
1903.  SYNTAX SnmpAdminString(SIZE (1..25))
1904.  MAX-ACCESS read-only
1905.  STATUS current
1906.  DESCRIPTION
1907.   "VRC name (factory-assigned)"
1908.  ::= { vrcMainEntry 3 }
1909.  
1910. vrcMainLabel OBJECT-TYPE
1911.  SYNTAX SnmpAdminString(SIZE (0..25))
1912.  MAX-ACCESS read-write
1913.  STATUS current
1914.  DESCRIPTION
1915.   "VRC label (user-defined)"
1916.  ::= { vrcMainEntry 4 }
1917.  
1918. vrcMainAvail OBJECT-TYPE
1919.  SYNTAX Gauge32
1920.  MAX-ACCESS read-only
1921.  STATUS current
1922.  DESCRIPTION
1923.   "Device availability:
1924.   0 = Unavailable
1925.   1 = Available
1926.   2 = Partially Unavailable"
1927.  ::= { vrcMainEntry 5 }
1928.  
1929. --###########################################################################################--
1930. --vrcMainPtTable--
1931. --###########################################################################################--
1932.  
1933. vrcMainPtTable OBJECT-TYPE
1934.  SYNTAX SEQUENCE OF VrcMainPtEntry
1935.  MAX-ACCESS  not-accessible
1936.  STATUS current
1937.  DESCRIPTION
1938.   "Table that contains general VRC status"
1939.  ::= { vrc 2 }
1940.  
1941. vrcMainPtEntry OBJECT-TYPE
1942.  SYNTAX VrcMainPtEntry
1943.  MAX-ACCESS  not-accessible
1944.  STATUS current
1945.  DESCRIPTION
1946.   "Entry in the vrcMainPtTable: each entry contains status data for a VRC
1947.   device"
1948.  INDEX { vrcMainPtIndex }
1949.  ::= { vrcMainPtTable 1 }
1950.  
1951. VrcMainPtEntry ::= SEQUENCE {
1952.  vrcMainPtIndex    Integer32,
1953.  vrcMainPtRunState    INTEGER,
1954.  vrcMainPtEevOpened    Integer32,
1955.  vrcMainPtAlarmNumbers    Integer32,
1956.  vrcMainPtHistoryAlarmNumbers    Integer32,
1957.  vrcMainPtHpAbnRecordCnt    Integer32,
1958.  vrcMainPtMonitorBaudrate    INTEGER,
1959.  vrcMainPtMonitorAddress    Integer32,
1960.  vrcMainPtLp    TruthValue,
1961.  vrcMainPtFilterMaintRemind    TruthValue,
1962.  vrcMainPtCoolingFlag    TruthValue,
1963.  vrcMainPtFirstOnFlag    TruthValue,
1964.  vrcMainPtNewAlarmFlag    TruthValue,
1965.  vrcMainPtComAlarmOutState    TruthValue,
1966.  vrcMainPtHighWaterInput    TruthValue,
1967.  vrcMainPtHighWaterAlarm    TruthValue,
1968.  vrcMainPtWaterUnderFloorAlarm    TruthValue,
1969.  vrcMainPtSwShutDownStatus    TruthValue,
1970.  vrcMainPtRemoteShutdown    TruthValue,
1971.  vrcMainPtRemoteShutDownFlag    TruthValue,
1972.  vrcMainPtRemoteShutDownAlarm    TruthValue,
1973.  vrcMainPtHmiShutDownFlag    TruthValue,
1974.  vrcMainPtLpAlarm    TruthValue,
1975.  vrcMainPtHpAlarm    TruthValue,
1976.  vrcMainPtLpFreqAlarm    TruthValue,
1977.  vrcMainPtHpFreqAlarm    TruthValue,
1978.  vrcMainPtLpSensorFailAlarm    TruthValue,
1979.  vrcMainPtHpSensorFailAlarm    TruthValue,
1980.  vrcMainPtEevCommFailAlarm    TruthValue
1981. }
1982.  
1983. vrcMainPtIndex OBJECT-TYPE
1984.  SYNTAX Integer32(1..100)
1985.  MAX-ACCESS not-accessible
1986.  STATUS current
1987.  DESCRIPTION
1988.   "Unique id for each entry in the table"
1989.  ::= { vrcMainPtEntry 1 }
1990.  
1991. vrcMainPtRunState OBJECT-TYPE
1992.  SYNTAX INTEGER {
1993.    on(1),
1994.    off(2)
1995.    }
1996.  MAX-ACCESS read-only
1997.  STATUS current
1998.  DESCRIPTION
1999.   "VRC run state:
2000.   1 = on
2001.   2 = off"
2002.  ::= { vrcMainPtEntry 2 }
2003.  
2004. vrcMainPtEevOpened OBJECT-TYPE
2005.  SYNTAX Integer32(0..100)
2006.  UNITS "%"
2007.  MAX-ACCESS read-only
2008.  STATUS current
2009.  DESCRIPTION
2010.   "Eev opened value (percent)"
2011.  ::= { vrcMainPtEntry 3 }
2012.  
2013. vrcMainPtAlarmNumbers OBJECT-TYPE
2014.  SYNTAX Integer32(-32768..32767)
2015.  MAX-ACCESS read-only
2016.  STATUS current
2017.  DESCRIPTION
2018.   "Alarm numbers value"
2019.  ::= { vrcMainPtEntry 4 }
2020.  
2021. vrcMainPtHistoryAlarmNumbers OBJECT-TYPE
2022.  SYNTAX Integer32(-32768..32767)
2023.  MAX-ACCESS read-only
2024.  STATUS current
2025.  DESCRIPTION
2026.   "History alarm numbers value"
2027.  ::= { vrcMainPtEntry 5 }
2028.  
2029. vrcMainPtHpAbnRecordCnt OBJECT-TYPE
2030.  SYNTAX Integer32(-32768..32767)
2031.  MAX-ACCESS read-only
2032.  STATUS current
2033.  DESCRIPTION
2034.   "Hp Abnormal record count"
2035.  ::= { vrcMainPtEntry 6 }
2036.  
2037. vrcMainPtMonitorBaudrate OBJECT-TYPE
2038.  SYNTAX INTEGER {
2039.    error(1),
2040.    baud1200(2),
2041.    baud2400(3),
2042.    baud4800(4),
2043.    baud9600(5),
2044.    baud19200(6)
2045.    }
2046.  MAX-ACCESS read-only
2047.  STATUS current
2048.  DESCRIPTION
2049.   "Monitor baud rate:
2050.   1 = error
2051.   2 = 1200
2052.   3 = 2400
2053.   4 = 4800
2054.   5 = 9600
2055.   6 = 19200"
2056.  ::= { vrcMainPtEntry 7 }
2057.  
2058. vrcMainPtMonitorAddress OBJECT-TYPE
2059.  SYNTAX Integer32(1..247)
2060.  MAX-ACCESS read-only
2061.  STATUS current
2062.  DESCRIPTION
2063.   "Monitor address"
2064.  ::= { vrcMainPtEntry 8 }
2065.  
2066. vrcMainPtLp OBJECT-TYPE
2067.  SYNTAX TruthValue
2068.  MAX-ACCESS read-only
2069.  STATUS current
2070.  DESCRIPTION
2071.   "Lp status"
2072.  ::= { vrcMainPtEntry 9 }
2073.  
2074. vrcMainPtFilterMaintRemind OBJECT-TYPE
2075.  SYNTAX TruthValue
2076.  MAX-ACCESS read-only
2077.  STATUS current
2078.  DESCRIPTION
2079.   "Filter maintenance reminder status"
2080.  ::= { vrcMainPtEntry 10 }
2081.  
2082. vrcMainPtCoolingFlag OBJECT-TYPE
2083.  SYNTAX TruthValue
2084.  MAX-ACCESS read-only
2085.  STATUS current
2086.  DESCRIPTION
2087.   "Cooling flag"
2088.  ::= { vrcMainPtEntry 11 }
2089.  
2090. vrcMainPtFirstOnFlag OBJECT-TYPE
2091.  SYNTAX TruthValue
2092.  MAX-ACCESS read-only
2093.  STATUS current
2094.  DESCRIPTION
2095.   "First on flag"
2096.  ::= { vrcMainPtEntry 12 }
2097.  
2098. vrcMainPtNewAlarmFlag OBJECT-TYPE
2099.  SYNTAX TruthValue
2100.  MAX-ACCESS read-only
2101.  STATUS current
2102.  DESCRIPTION
2103.   "New alarm flag"
2104.  ::= { vrcMainPtEntry 13 }
2105.  
2106. vrcMainPtComAlarmOutState OBJECT-TYPE
2107.  SYNTAX TruthValue
2108.  MAX-ACCESS read-only
2109.  STATUS current
2110.  DESCRIPTION
2111.   "Common alarm output state"
2112.  ::= { vrcMainPtEntry 14 }
2113.  
2114. vrcMainPtHighWaterInput OBJECT-TYPE
2115.  SYNTAX TruthValue
2116.  MAX-ACCESS read-only
2117.  STATUS current
2118.  DESCRIPTION
2119.   "High water input"
2120.  ::= { vrcMainPtEntry 15 }
2121.  
2122. vrcMainPtHighWaterAlarm OBJECT-TYPE
2123.  SYNTAX TruthValue
2124.  MAX-ACCESS read-only
2125.  STATUS current
2126.  DESCRIPTION
2127.   "High water alarm status"
2128.  ::= { vrcMainPtEntry 16 }
2129.  
2130. vrcMainPtWaterUnderFloorAlarm OBJECT-TYPE
2131.  SYNTAX TruthValue
2132.  MAX-ACCESS read-only
2133.  STATUS current
2134.  DESCRIPTION
2135.   "Water under floor alarm status"
2136.  ::= { vrcMainPtEntry 17 }
2137.  
2138. vrcMainPtSwShutDownStatus OBJECT-TYPE
2139.  SYNTAX TruthValue
2140.  MAX-ACCESS read-only
2141.  STATUS current
2142.  DESCRIPTION
2143.   "Software shutdown status"
2144.  ::= { vrcMainPtEntry 18 }
2145.  
2146. vrcMainPtRemoteShutdown OBJECT-TYPE
2147.  SYNTAX TruthValue
2148.  MAX-ACCESS read-only
2149.  STATUS current
2150.  DESCRIPTION
2151.   "Remote shutdown status"
2152.  ::= { vrcMainPtEntry 19 }
2153.  
2154. vrcMainPtRemoteShutDownFlag OBJECT-TYPE
2155.  SYNTAX TruthValue
2156.  MAX-ACCESS read-only
2157.  STATUS current
2158.  DESCRIPTION
2159.   "Remote shutdown flag"
2160.  ::= { vrcMainPtEntry 20 }
2161.  
2162. vrcMainPtRemoteShutDownAlarm OBJECT-TYPE
2163.  SYNTAX TruthValue
2164.  MAX-ACCESS read-only
2165.  STATUS current
2166.  DESCRIPTION
2167.   "Remote shutdown alarm status"
2168.  ::= { vrcMainPtEntry 21 }
2169.  
2170. vrcMainPtHmiShutDownFlag OBJECT-TYPE
2171.  SYNTAX TruthValue
2172.  MAX-ACCESS read-only
2173.  STATUS current
2174.  DESCRIPTION
2175.   "Hmi shutdown flag"
2176.  ::= { vrcMainPtEntry 22 }
2177.  
2178. vrcMainPtLpAlarm OBJECT-TYPE
2179.  SYNTAX TruthValue
2180.  MAX-ACCESS read-only
2181.  STATUS current
2182.  DESCRIPTION
2183.   "Low pressure alarm status"
2184.  ::= { vrcMainPtEntry 23 }
2185.  
2186. vrcMainPtHpAlarm OBJECT-TYPE
2187.  SYNTAX TruthValue
2188.  MAX-ACCESS read-only
2189.  STATUS current
2190.  DESCRIPTION
2191.   "High pressure alarm status"
2192.  ::= { vrcMainPtEntry 24 }
2193.  
2194. vrcMainPtLpFreqAlarm OBJECT-TYPE
2195.  SYNTAX TruthValue
2196.  MAX-ACCESS read-only
2197.  STATUS current
2198.  DESCRIPTION
2199.   "Low pressure frequently alarm status"
2200.  ::= { vrcMainPtEntry 25 }
2201.  
2202. vrcMainPtHpFreqAlarm OBJECT-TYPE
2203.  SYNTAX TruthValue
2204.  MAX-ACCESS read-only
2205.  STATUS current
2206.  DESCRIPTION
2207.   "High pressure frequently alarm status"
2208.  ::= { vrcMainPtEntry 26 }
2209.  
2210. vrcMainPtLpSensorFailAlarm OBJECT-TYPE
2211.  SYNTAX TruthValue
2212.  MAX-ACCESS read-only
2213.  STATUS current
2214.  DESCRIPTION
2215.   "Low pressure sensor failure alarm status"
2216.  ::= { vrcMainPtEntry 27 }
2217.  
2218. vrcMainPtHpSensorFailAlarm OBJECT-TYPE
2219.  SYNTAX TruthValue
2220.  MAX-ACCESS read-only
2221.  STATUS current
2222.  DESCRIPTION
2223.   "High pressure sensor failure alarm status"
2224.  ::= { vrcMainPtEntry 28 }
2225.  
2226. vrcMainPtEevCommFailAlarm OBJECT-TYPE
2227.  SYNTAX TruthValue
2228.  MAX-ACCESS read-only
2229.  STATUS current
2230.  DESCRIPTION
2231.   "Eev communication failure alarm status"
2232.  ::= { vrcMainPtEntry 29 }
2233.  
2234. --###########################################################################################--
2235. --vrcMainCfgTable--
2236. --###########################################################################################--
2237.  
2238. vrcMainCfgTable OBJECT-TYPE
2239.  SYNTAX SEQUENCE OF VrcMainCfgEntry
2240.  MAX-ACCESS  not-accessible
2241.  STATUS current
2242.  DESCRIPTION
2243.   "Table that contains general VRC configuration"
2244.  ::= { vrc 3 }
2245.  
2246. vrcMainCfgEntry OBJECT-TYPE
2247.  SYNTAX VrcMainCfgEntry
2248.  MAX-ACCESS  not-accessible
2249.  STATUS current
2250.  DESCRIPTION
2251.   "Entry in the vrcMainCfgTable: each entry contains general config
2252.   fields for a VRC device"
2253.  INDEX { vrcMainCfgIndex }
2254.  ::= { vrcMainCfgTable 1 }
2255.  
2256. VrcMainCfgEntry ::= SEQUENCE {
2257.  vrcMainCfgIndex    Integer32,
2258.  vrcMainCfgModelSelect    INTEGER,
2259.  vrcMainCfgSystemTimeYear    Integer32,
2260.  vrcMainCfgSystemTimeMonth    Integer32,
2261.  vrcMainCfgSystemTimeDay    Integer32,
2262.  vrcMainCfgSystemTimeHour    Integer32,
2263.  vrcMainCfgSystemTimeMin    Integer32,
2264.  vrcMainCfgSystemTimeSec    Integer32,
2265.  vrcMainCfgEevShtSettingMin    Integer32,
2266.  vrcMainCfgEevShtSettingMax    Integer32,
2267.  vrcMainCfgEevValveCloseSht    Integer32,
2268.  vrcMainCfgEevMopPressSetting    Integer32,
2269.  vrcMainCfgLpdt    Integer32,
2270.  vrcMainCfgDeadBand    Integer32,
2271.  vrcMainCfgOnOffSwitch    TruthValue,
2272.  vrcMainCfgVacuumState    TruthValue,
2273.  vrcMainCfgControlMode    INTEGER,
2274.  vrcMainCfgManualRunEnable    TruthValue,
2275.  vrcMainCfgRemShutdownInput    TruthValue,
2276.  vrcMainCfgMonitorShutDownFlag    TruthValue,
2277.  vrcMainCfgFirstOnPassword    Integer32,
2278.  vrcMainCfgFilterMaintSetting    TruthValue,
2279.  vrcMainCfgFilterMaintRemindTime    Integer32,
2280.  vrcMainCfgFilterMaintRemindCtrl    INTEGER,
2281.  vrcMainCfgCommonAlarmOutputDir    TruthValue,
2282.  vrcMainCfgHpAbnAlarmSetting    Integer32,
2283.  vrcMainCfgLpAlarmCtrl    INTEGER,
2284.  vrcMainCfgHpAlarmCtrl    INTEGER,
2285.  vrcMainCfgLpFreqAlarmCtrl    INTEGER,
2286.  vrcMainCfgHpFreqAlarmCtrl    INTEGER,
2287.  vrcMainCfgLpSensorFailAlarmCtrl    INTEGER,
2288.  vrcMainCfgHpSensorFailAlarmCtrl    INTEGER,
2289.  vrcMainCfgHighWaterAlarmCtrl    INTEGER,
2290.  vrcMainCfgRemShutdownAlarmCtrl    INTEGER,
2291.  vrcMainCfgEevCommFailAlarmCtrl    INTEGER
2292. }
2293.  
2294. vrcMainCfgIndex OBJECT-TYPE
2295.  SYNTAX Integer32(1..100)
2296.  MAX-ACCESS not-accessible
2297.  STATUS current
2298.  DESCRIPTION
2299.   "Unique id for each entry in the table"
2300.  ::= { vrcMainCfgEntry 1 }
2301.  
2302. vrcMainCfgModelSelect OBJECT-TYPE
2303.  SYNTAX INTEGER {
2304.    tmLoc(1),
2305.    r035Ap(2),
2306.    r035Ak(3),
2307.    scLoc(4),
2308.    zeroULoc(5),
2309.    r035Ep(6),
2310.    r035Ek(7)
2311.    }
2312.  MAX-ACCESS read-write
2313.  STATUS current
2314.  DESCRIPTION
2315.   "Model Selection:
2316.   1 = TMM-Local 220V 50/60HZ
2317.   2 = TMM-Global 208/230V 50/60HZ
2318.   3 = TMM-Global 120V 50/60HZ
2319.   4 = SC 220V 50/60HZ
2320.   5 = 0U 220V 50/60HZ
2321.   6 = SS 208/230V 50/60HZ
2322.   7 = SS 120V 50/60HZ"
2323.  ::= { vrcMainCfgEntry 2 }
2324.  
2325. vrcMainCfgSystemTimeYear OBJECT-TYPE
2326.  SYNTAX Integer32(2000..2099)
2327.  MAX-ACCESS read-write
2328.  STATUS current
2329.  DESCRIPTION
2330.   "System time - year"
2331.  ::= { vrcMainCfgEntry 3 }
2332.  
2333. vrcMainCfgSystemTimeMonth OBJECT-TYPE
2334.  SYNTAX Integer32(1..12)
2335.  MAX-ACCESS read-write
2336.  STATUS current
2337.  DESCRIPTION
2338.   "System time - month"
2339.  ::= { vrcMainCfgEntry 4 }
2340.  
2341. vrcMainCfgSystemTimeDay OBJECT-TYPE
2342.  SYNTAX Integer32(1..31)
2343.  MAX-ACCESS read-write
2344.  STATUS current
2345.  DESCRIPTION
2346.   "System time - day"
2347.  ::= { vrcMainCfgEntry 5 }
2348.  
2349. vrcMainCfgSystemTimeHour OBJECT-TYPE
2350.  SYNTAX Integer32(0..23)
2351.  MAX-ACCESS read-write
2352.  STATUS current
2353.  DESCRIPTION
2354.   "System time - hour"
2355.  ::= { vrcMainCfgEntry 6 }
2356.  
2357. vrcMainCfgSystemTimeMin OBJECT-TYPE
2358.  SYNTAX Integer32(0..59)
2359.  MAX-ACCESS read-write
2360.  STATUS current
2361.  DESCRIPTION
2362.   "System time - minutes"
2363.  ::= { vrcMainCfgEntry 7 }
2364.  
2365. vrcMainCfgSystemTimeSec OBJECT-TYPE
2366.  SYNTAX Integer32(0..59)
2367.  MAX-ACCESS read-write
2368.  STATUS current
2369.  DESCRIPTION
2370.   "System time - seconds"
2371.  ::= { vrcMainCfgEntry 8 }
2372.  
2373. vrcMainCfgEevShtSettingMin OBJECT-TYPE
2374.  SYNTAX Integer32
2375.  UNITS "decidegrees"
2376.  MAX-ACCESS read-write
2377.  STATUS current
2378.  DESCRIPTION
2379.   "Min Eev sht in tenths of a degree. Units are given by temperatureUnits
2380.   field in deviceInfo. The settable range is determined by the current
2381.   temperature units.
2382.   Celsius:    50 to 200
2383.   Fahrenheit: 90 to 359"
2384.  ::= { vrcMainCfgEntry 9 }
2385.  
2386. vrcMainCfgEevShtSettingMax OBJECT-TYPE
2387.  SYNTAX Integer32
2388.  UNITS "decidegrees"
2389.  MAX-ACCESS read-write
2390.  STATUS current
2391.  DESCRIPTION
2392.   "Max Eev sht in tenths of a degree. Units are given by temperatureUnits
2393.   field in deviceInfo. The settable range is determined by the current
2394.   temperature units.
2395.   Celsius:    50 to 200
2396.   Fahrenheit: 90 to 359"
2397.  ::= { vrcMainCfgEntry 10 }
2398.  
2399. vrcMainCfgEevValveCloseSht OBJECT-TYPE
2400.  SYNTAX Integer32
2401.  UNITS "decidegrees"
2402.  MAX-ACCESS read-write
2403.  STATUS current
2404.  DESCRIPTION
2405.   "Eev valve close sht in tenths of a degree. Units are given by
2406.   temperatureUnits field in deviceInfo. The settable range is determined
2407.   by the current temperature units.
2408.   Celsius:    0 to 100
2409.   Fahrenheit: 0 to 179"
2410.  ::= { vrcMainCfgEntry 11 }
2411.  
2412. vrcMainCfgEevMopPressSetting OBJECT-TYPE
2413.  SYNTAX Integer32(0..200)
2414.  UNITS "decibars"
2415.  MAX-ACCESS read-write
2416.  STATUS current
2417.  DESCRIPTION
2418.   "Eev mop pressure setting in tenths of a bar."
2419.  ::= { vrcMainCfgEntry 12 }
2420.  
2421. vrcMainCfgLpdt OBJECT-TYPE
2422.  SYNTAX Integer32(30..600)
2423.  UNITS "seconds"
2424.  MAX-ACCESS read-write
2425.  STATUS current
2426.  DESCRIPTION
2427.   "Low pressure dt in seconds"
2428.  ::= { vrcMainCfgEntry 13 }
2429.  
2430. vrcMainCfgDeadBand OBJECT-TYPE
2431.  SYNTAX Integer32
2432.  UNITS "decidegrees"
2433.  MAX-ACCESS read-write
2434.  STATUS current
2435.  DESCRIPTION
2436.   "Dead band in tenths of a degree. Units are given by temperatureUnits
2437.   field in deviceInfo. The settable range is determined by the current
2438.   temperature units.
2439.   Celsius:    0 to 20
2440.   Fahrenheit: 0 to 35"
2441.  ::= { vrcMainCfgEntry 14 }
2442.  
2443. vrcMainCfgOnOffSwitch OBJECT-TYPE
2444.  SYNTAX TruthValue
2445.  MAX-ACCESS read-write
2446.  STATUS current
2447.  DESCRIPTION
2448.   "On-off switch"
2449.  ::= { vrcMainCfgEntry 15 }
2450.  
2451. vrcMainCfgVacuumState OBJECT-TYPE
2452.  SYNTAX TruthValue
2453.  MAX-ACCESS read-write
2454.  STATUS current
2455.  DESCRIPTION
2456.   "Vacuum state"
2457.  ::= { vrcMainCfgEntry 16 }
2458.  
2459. vrcMainCfgControlMode OBJECT-TYPE
2460.  SYNTAX INTEGER {
2461.    supply(1),
2462.    return(2)
2463.    }
2464.  MAX-ACCESS read-write
2465.  STATUS current
2466.  DESCRIPTION
2467.   "Control mode:
2468.   1 = supply
2469.   2 = return"
2470.  ::= { vrcMainCfgEntry 17 }
2471.  
2472. vrcMainCfgManualRunEnable OBJECT-TYPE
2473.  SYNTAX TruthValue
2474.  MAX-ACCESS read-write
2475.  STATUS current
2476.  DESCRIPTION
2477.   "Manual run enable"
2478.  ::= { vrcMainCfgEntry 18 }
2479.  
2480. vrcMainCfgRemShutdownInput OBJECT-TYPE
2481.  SYNTAX TruthValue
2482.  MAX-ACCESS read-write
2483.  STATUS current
2484.  DESCRIPTION
2485.   "Remote shutdown input"
2486.  ::= { vrcMainCfgEntry 19 }
2487.  
2488. vrcMainCfgMonitorShutDownFlag OBJECT-TYPE
2489.  SYNTAX TruthValue
2490.  MAX-ACCESS read-write
2491.  STATUS current
2492.  DESCRIPTION
2493.   "Monitor shutdown flag"
2494.  ::= { vrcMainCfgEntry 20 }
2495.  
2496. vrcMainCfgFirstOnPassword OBJECT-TYPE
2497.  SYNTAX Integer32(-32768..32767)
2498.  MAX-ACCESS read-write
2499.  STATUS current
2500.  DESCRIPTION
2501.   "First on password value"
2502.  ::= { vrcMainCfgEntry 21 }
2503.  
2504. vrcMainCfgFilterMaintSetting OBJECT-TYPE
2505.  SYNTAX TruthValue
2506.  MAX-ACCESS read-write
2507.  STATUS current
2508.  DESCRIPTION
2509.   "Filter maintenance setting"
2510.  ::= { vrcMainCfgEntry 22 }
2511.  
2512. vrcMainCfgFilterMaintRemindTime OBJECT-TYPE
2513.  SYNTAX Integer32(30..360)
2514.  UNITS "days"
2515.  MAX-ACCESS read-write
2516.  STATUS current
2517.  DESCRIPTION
2518.   "Time between filter maintenance reminders in days"
2519.  ::= { vrcMainCfgEntry 23 }
2520.  
2521. vrcMainCfgFilterMaintRemindCtrl OBJECT-TYPE
2522.  SYNTAX INTEGER {
2523.    close(1),
2524.    suspend(2),
2525.    open(3)
2526.    }
2527.  MAX-ACCESS read-write
2528.  STATUS current
2529.  DESCRIPTION
2530.   "Filter maintenance reminder:
2531.   1 = close
2532.   2 = suspend
2533.   3 = open"
2534.  ::= { vrcMainCfgEntry 24 }
2535.  
2536. vrcMainCfgCommonAlarmOutputDir OBJECT-TYPE
2537.  SYNTAX TruthValue
2538.  MAX-ACCESS read-write
2539.  STATUS current
2540.  DESCRIPTION
2541.   "Common alarm output direction"
2542.  ::= { vrcMainCfgEntry 25 }
2543.  
2544. vrcMainCfgHpAbnAlarmSetting OBJECT-TYPE
2545.  SYNTAX Integer32(300..360)
2546.  UNITS "decibars"
2547.  MAX-ACCESS read-write
2548.  STATUS current
2549.  DESCRIPTION
2550.   "Abnormal high pressure alarm value in tenths of a bar"
2551.  ::= { vrcMainCfgEntry 26 }
2552.  
2553. vrcMainCfgLpAlarmCtrl OBJECT-TYPE
2554.  SYNTAX INTEGER {
2555.    suspend(2),
2556.    open(3)
2557.    }
2558.  MAX-ACCESS read-write
2559.  STATUS current
2560.  DESCRIPTION
2561.   "Low pressure alarm control:
2562.   2 = suspend
2563.   3 = open"
2564.  ::= { vrcMainCfgEntry 27 }
2565.  
2566. vrcMainCfgHpAlarmCtrl OBJECT-TYPE
2567.  SYNTAX INTEGER {
2568.    suspend(2),
2569.    open(3)
2570.    }
2571.  MAX-ACCESS read-write
2572.  STATUS current
2573.  DESCRIPTION
2574.   "High pressure alarm control:
2575.   2 = suspend
2576.   3 = open"
2577.  ::= { vrcMainCfgEntry 28 }
2578.  
2579. vrcMainCfgLpFreqAlarmCtrl OBJECT-TYPE
2580.  SYNTAX INTEGER {
2581.    suspend(2),
2582.    open(3)
2583.    }
2584.  MAX-ACCESS read-write
2585.  STATUS current
2586.  DESCRIPTION
2587.   "Low pressure frequently alarm control:
2588.   2 = suspend
2589.   3 = open"
2590.  ::= { vrcMainCfgEntry 29 }
2591.  
2592. vrcMainCfgHpFreqAlarmCtrl OBJECT-TYPE
2593.  SYNTAX INTEGER {
2594.    suspend(2),
2595.    open(3)
2596.    }
2597.  MAX-ACCESS read-write
2598.  STATUS current
2599.  DESCRIPTION
2600.   "High pressure frequently alarm control:
2601.   2 = suspend
2602.   3 = open"
2603.  ::= { vrcMainCfgEntry 30 }
2604.  
2605. vrcMainCfgLpSensorFailAlarmCtrl OBJECT-TYPE
2606.  SYNTAX INTEGER {
2607.    suspend(2),
2608.    open(3)
2609.    }
2610.  MAX-ACCESS read-write
2611.  STATUS current
2612.  DESCRIPTION
2613.   "Low pressure sensor failure alarm control:
2614.   2 = suspend
2615.   3 = open"
2616.  ::= { vrcMainCfgEntry 31 }
2617.  
2618. vrcMainCfgHpSensorFailAlarmCtrl OBJECT-TYPE
2619.  SYNTAX INTEGER {
2620.    suspend(2),
2621.    open(3)
2622.    }
2623.  MAX-ACCESS read-write
2624.  STATUS current
2625.  DESCRIPTION
2626.   "High pressure sensor failure alarm control:
2627.   2 = suspend
2628.   3 = open"
2629.  ::= { vrcMainCfgEntry 32 }
2630.  
2631. vrcMainCfgHighWaterAlarmCtrl OBJECT-TYPE
2632.  SYNTAX INTEGER {
2633.    close(1),
2634.    suspend(2),
2635.    open(3)
2636.    }
2637.  MAX-ACCESS read-write
2638.  STATUS current
2639.  DESCRIPTION
2640.   "High water alarm control:
2641.   1 = close
2642.   2 = suspend
2643.   3 = open"
2644.  ::= { vrcMainCfgEntry 33 }
2645.  
2646. vrcMainCfgRemShutdownAlarmCtrl OBJECT-TYPE
2647.  SYNTAX INTEGER {
2648.    suspend(2),
2649.    open(3)
2650.    }
2651.  MAX-ACCESS read-write
2652.  STATUS current
2653.  DESCRIPTION
2654.   "Remote shutdown alarm control:
2655.   2 = suspend
2656.   3 = open"
2657.  ::= { vrcMainCfgEntry 34 }
2658.  
2659. vrcMainCfgEevCommFailAlarmCtrl OBJECT-TYPE
2660.  SYNTAX INTEGER {
2661.    suspend(2),
2662.    open(3)
2663.    }
2664.  MAX-ACCESS read-write
2665.  STATUS current
2666.  DESCRIPTION
2667.   "Eev communication failure alarm:
2668.   2 = suspend
2669.   3 = open"
2670.  ::= { vrcMainCfgEntry 35 }
2671.  
2672. --###########################################################################################--
2673. --vrcOutFanPtTable--
2674. --###########################################################################################--
2675.  
2676. vrcOutFanPtTable OBJECT-TYPE
2677.  SYNTAX SEQUENCE OF VrcOutFanPtEntry
2678.  MAX-ACCESS  not-accessible
2679.  STATUS current
2680.  DESCRIPTION
2681.   "Table that contains VRC out-fan status"
2682.  ::= { vrc 4 }
2683.  
2684. vrcOutFanPtEntry OBJECT-TYPE
2685.  SYNTAX VrcOutFanPtEntry
2686.  MAX-ACCESS  not-accessible
2687.  STATUS current
2688.  DESCRIPTION
2689.   "Entry in the vrcOutFanPtTable: each entry represents data for a VRC
2690.   out-fan"
2691.  INDEX { vrcOutFanPtIndex }
2692.  ::= { vrcOutFanPtTable 1 }
2693.  
2694. VrcOutFanPtEntry ::= SEQUENCE {
2695.  vrcOutFanPtIndex    Integer32,
2696.  vrcOutFanPtName    SnmpAdminString,
2697.  vrcOutFanPtSpeed    Integer32
2698. }
2699.  
2700. vrcOutFanPtIndex OBJECT-TYPE
2701.  SYNTAX Integer32(1..100)
2702.  MAX-ACCESS not-accessible
2703.  STATUS current
2704.  DESCRIPTION
2705.   "Unique id for each entry in the table"
2706.  ::= { vrcOutFanPtEntry 1 }
2707.  
2708. vrcOutFanPtName OBJECT-TYPE
2709.  SYNTAX SnmpAdminString(SIZE (1..25))
2710.  MAX-ACCESS read-only
2711.  STATUS current
2712.  DESCRIPTION
2713.   "Out-fan name (factory-assigned)"
2714.  ::= { vrcOutFanPtEntry 2 }
2715.  
2716. vrcOutFanPtSpeed OBJECT-TYPE
2717.  SYNTAX Integer32(0..100)
2718.  UNITS "%"
2719.  MAX-ACCESS read-only
2720.  STATUS current
2721.  DESCRIPTION
2722.   "Fan speed (percent)"
2723.  ::= { vrcOutFanPtEntry 3 }
2724.  
2725. --###########################################################################################--
2726. --vrcOutFanCfgTable--
2727. --###########################################################################################--
2728.  
2729. vrcOutFanCfgTable OBJECT-TYPE
2730.  SYNTAX SEQUENCE OF VrcOutFanCfgEntry
2731.  MAX-ACCESS  not-accessible
2732.  STATUS current
2733.  DESCRIPTION
2734.   "Table used for VRC out-fan configuration"
2735.  ::= { vrc 5 }
2736.  
2737. vrcOutFanCfgEntry OBJECT-TYPE
2738.  SYNTAX VrcOutFanCfgEntry
2739.  MAX-ACCESS  not-accessible
2740.  STATUS current
2741.  DESCRIPTION
2742.   "Entry in the vrcOutFanCfgTable: each entry contains config fields for
2743.   a VRC out-fan"
2744.  INDEX { vrcOutFanCfgIndex }
2745.  ::= { vrcOutFanCfgTable 1 }
2746.  
2747. VrcOutFanCfgEntry ::= SEQUENCE {
2748.  vrcOutFanCfgIndex    Integer32,
2749.  vrcOutFanCfgStartPress    Integer32,
2750.  vrcOutFanCfgPressSetting    Integer32,
2751.  vrcOutFanCfgMinPowerVoltage    Integer32,
2752.  vrcOutFanCfgMaxPowerVoltage    Integer32,
2753.  vrcOutFanCfgSpeed    Integer32
2754. }
2755.  
2756. vrcOutFanCfgIndex OBJECT-TYPE
2757.  SYNTAX Integer32(1..100)
2758.  MAX-ACCESS not-accessible
2759.  STATUS current
2760.  DESCRIPTION
2761.   "Unique id for each entry in the table"
2762.  ::= { vrcOutFanCfgEntry 1 }
2763.  
2764. vrcOutFanCfgStartPress OBJECT-TYPE
2765.  SYNTAX Integer32(190..250)
2766.  UNITS "decibars"
2767.  MAX-ACCESS read-write
2768.  STATUS current
2769.  DESCRIPTION
2770.   "Out-fan start pressure in tenths of a bar"
2771.  ::= { vrcOutFanCfgEntry 2 }
2772.  
2773. vrcOutFanCfgPressSetting OBJECT-TYPE
2774.  SYNTAX Integer32(50..80)
2775.  UNITS "decibars"
2776.  MAX-ACCESS read-write
2777.  STATUS current
2778.  DESCRIPTION
2779.   "Out-fan pressure setting in tenths of a bar"
2780.  ::= { vrcOutFanCfgEntry 3 }
2781.  
2782. vrcOutFanCfgMinPowerVoltage OBJECT-TYPE
2783.  SYNTAX Integer32(30..50)
2784.  UNITS "%"
2785.  MAX-ACCESS read-write
2786.  STATUS current
2787.  DESCRIPTION
2788.   "Min out-fan voltage (percent)"
2789.  ::= { vrcOutFanCfgEntry 4 }
2790.  
2791. vrcOutFanCfgMaxPowerVoltage OBJECT-TYPE
2792.  SYNTAX Integer32(60..100)
2793.  UNITS "%"
2794.  MAX-ACCESS read-write
2795.  STATUS current
2796.  DESCRIPTION
2797.   "Max out-fan voltage (percent)"
2798.  ::= { vrcOutFanCfgEntry 5 }
2799.  
2800. vrcOutFanCfgSpeed OBJECT-TYPE
2801.  SYNTAX Integer32(0..100)
2802.  UNITS "%"
2803.  MAX-ACCESS read-write
2804.  STATUS current
2805.  DESCRIPTION
2806.   "Out-fan speed  (percent)"
2807.  ::= { vrcOutFanCfgEntry 6 }
2808.  
2809. --###########################################################################################--
2810. --vrcInFanPtTable--
2811. --###########################################################################################--
2812.  
2813. vrcInFanPtTable OBJECT-TYPE
2814.  SYNTAX SEQUENCE OF VrcInFanPtEntry
2815.  MAX-ACCESS  not-accessible
2816.  STATUS current
2817.  DESCRIPTION
2818.   "Table that contains VRC in-fan status"
2819.  ::= { vrc 6 }
2820.  
2821. vrcInFanPtEntry OBJECT-TYPE
2822.  SYNTAX VrcInFanPtEntry
2823.  MAX-ACCESS  not-accessible
2824.  STATUS current
2825.  DESCRIPTION
2826.   "Entry in the vrcInFanPtTable: each entry represents data for a VRC in-
2827.   fan"
2828.  INDEX { vrcInFanPtIndex }
2829.  ::= { vrcInFanPtTable 1 }
2830.  
2831. VrcInFanPtEntry ::= SEQUENCE {
2832.  vrcInFanPtIndex    Integer32,
2833.  vrcInFanPtName    SnmpAdminString,
2834.  vrcInFanPtRunTimeHours    Integer32,
2835.  vrcInFanPtStartStopCount    Integer32
2836. }
2837.  
2838. vrcInFanPtIndex OBJECT-TYPE
2839.  SYNTAX Integer32(1..100)
2840.  MAX-ACCESS not-accessible
2841.  STATUS current
2842.  DESCRIPTION
2843.   "Unique id for each entry in the table"
2844.  ::= { vrcInFanPtEntry 1 }
2845.  
2846. vrcInFanPtName OBJECT-TYPE
2847.  SYNTAX SnmpAdminString(SIZE (1..25))
2848.  MAX-ACCESS read-only
2849.  STATUS current
2850.  DESCRIPTION
2851.   "In-fan name (factory-assigned)"
2852.  ::= { vrcInFanPtEntry 2 }
2853.  
2854. vrcInFanPtRunTimeHours OBJECT-TYPE
2855.  SYNTAX Integer32(-32768..32767)
2856.  UNITS "hours"
2857.  MAX-ACCESS read-only
2858.  STATUS current
2859.  DESCRIPTION
2860.   "In-fan run time in hours"
2861.  ::= { vrcInFanPtEntry 3 }
2862.  
2863. vrcInFanPtStartStopCount OBJECT-TYPE
2864.  SYNTAX Integer32(-32768..32767)
2865.  MAX-ACCESS read-only
2866.  STATUS current
2867.  DESCRIPTION
2868.   "In-fan start/stop count"
2869.  ::= { vrcInFanPtEntry 4 }
2870.  
2871. --###########################################################################################--
2872. --vrcInFanCfgTable--
2873. --###########################################################################################--
2874.  
2875. vrcInFanCfgTable OBJECT-TYPE
2876.  SYNTAX SEQUENCE OF VrcInFanCfgEntry
2877.  MAX-ACCESS  not-accessible
2878.  STATUS current
2879.  DESCRIPTION
2880.   "Table used for VRC in-fan configuration"
2881.  ::= { vrc 7 }
2882.  
2883. vrcInFanCfgEntry OBJECT-TYPE
2884.  SYNTAX VrcInFanCfgEntry
2885.  MAX-ACCESS  not-accessible
2886.  STATUS current
2887.  DESCRIPTION
2888.   "Entry in the vrcInFanCfgTable: each entry contains config fields for a
2889.   VRC in-fan"
2890.  INDEX { vrcInFanCfgIndex }
2891.  ::= { vrcInFanCfgTable 1 }
2892.  
2893. VrcInFanCfgEntry ::= SEQUENCE {
2894.  vrcInFanCfgIndex    Integer32,
2895.  vrcInFanCfgOutputStatus    TruthValue,
2896.  vrcInFanCfgLowSpeedStep    Integer32,
2897.  vrcInFanCfgHighSpeedStep    Integer32,
2898.  vrcInFanCfgMinSpeed    Integer32,
2899.  vrcInFanCfgStandardSpeed    Integer32,
2900.  vrcInFanCfgMinCfc    Integer32,
2901.  vrcInFanCfgStandardCfc    Integer32,
2902.  vrcInFanCfgStartDelay    Integer32,
2903.  vrcInFanCfgStopDelay    Integer32,
2904.  vrcInFanCfgReduceSpeedDelay    Integer32,
2905.  vrcInFanCfgJumpBand1    Integer32,
2906.  vrcInFanCfgJumpBand2    Integer32,
2907.  vrcInFanCfgJumpBand3    Integer32,
2908.  vrcInFanCfgJumpBand4    Integer32,
2909.  vrcInFanCfgJumpBand5    Integer32,
2910.  vrcInFanCfgJumpFreq1    Integer32,
2911.  vrcInFanCfgJumpFreq2    Integer32,
2912.  vrcInFanCfgJumpFreq3    Integer32,
2913.  vrcInFanCfgJumpFreq4    Integer32,
2914.  vrcInFanCfgJumpFreq5    Integer32,
2915.  vrcInFanCfgTempP    Integer32,
2916.  vrcInFanCfgTempI    Integer32,
2917.  vrcInFanCfgTempD    Integer32
2918. }
2919.  
2920. vrcInFanCfgIndex OBJECT-TYPE
2921.  SYNTAX Integer32(1..100)
2922.  MAX-ACCESS not-accessible
2923.  STATUS current
2924.  DESCRIPTION
2925.   "Unique id for each entry in the table"
2926.  ::= { vrcInFanCfgEntry 1 }
2927.  
2928. vrcInFanCfgOutputStatus OBJECT-TYPE
2929.  SYNTAX TruthValue
2930.  MAX-ACCESS read-write
2931.  STATUS current
2932.  DESCRIPTION
2933.   "In-fan output status"
2934.  ::= { vrcInFanCfgEntry 2 }
2935.  
2936. vrcInFanCfgLowSpeedStep OBJECT-TYPE
2937.  SYNTAX Integer32(1..20)
2938.  UNITS "0.1%/s"
2939.  MAX-ACCESS read-write
2940.  STATUS current
2941.  DESCRIPTION
2942.   "In-fan low speed step in tenths of a percent per second"
2943.  ::= { vrcInFanCfgEntry 3 }
2944.  
2945. vrcInFanCfgHighSpeedStep OBJECT-TYPE
2946.  SYNTAX Integer32(1..50)
2947.  UNITS "0.1%/s"
2948.  MAX-ACCESS read-write
2949.  STATUS current
2950.  DESCRIPTION
2951.   "In-fan high speed step in tenths of a percent per second"
2952.  ::= { vrcInFanCfgEntry 4 }
2953.  
2954. vrcInFanCfgMinSpeed OBJECT-TYPE
2955.  SYNTAX Integer32(30..80)
2956.  UNITS "%"
2957.  MAX-ACCESS read-write
2958.  STATUS current
2959.  DESCRIPTION
2960.   "Min in-fan speed (percent)"
2961.  ::= { vrcInFanCfgEntry 5 }
2962.  
2963. vrcInFanCfgStandardSpeed OBJECT-TYPE
2964.  SYNTAX Integer32(80..100)
2965.  UNITS "%"
2966.  MAX-ACCESS read-write
2967.  STATUS current
2968.  DESCRIPTION
2969.   "Standard in-fan speed (percent)"
2970.  ::= { vrcInFanCfgEntry 6 }
2971.  
2972. vrcInFanCfgMinCfc OBJECT-TYPE
2973.  SYNTAX Integer32(0..30)
2974.  UNITS "%"
2975.  MAX-ACCESS read-write
2976.  STATUS current
2977.  DESCRIPTION
2978.   "Min in-fan cfc (percent)"
2979.  ::= { vrcInFanCfgEntry 7 }
2980.  
2981. vrcInFanCfgStandardCfc OBJECT-TYPE
2982.  SYNTAX Integer32(85..100)
2983.  UNITS "%"
2984.  MAX-ACCESS read-write
2985.  STATUS current
2986.  DESCRIPTION
2987.   "Standard in-fan cfc (percent)"
2988.  ::= { vrcInFanCfgEntry 8 }
2989.  
2990. vrcInFanCfgStartDelay OBJECT-TYPE
2991.  SYNTAX Integer32(10..600)
2992.  UNITS "seconds"
2993.  MAX-ACCESS read-write
2994.  STATUS current
2995.  DESCRIPTION
2996.   "In-fan start delay in seconds"
2997.  ::= { vrcInFanCfgEntry 9 }
2998.  
2999. vrcInFanCfgStopDelay OBJECT-TYPE
3000.  SYNTAX Integer32(10..300)
3001.  UNITS "seconds"
3002.  MAX-ACCESS read-write
3003.  STATUS current
3004.  DESCRIPTION
3005.   "In-fan stop delay in seconds"
3006.  ::= { vrcInFanCfgEntry 10 }
3007.  
3008. vrcInFanCfgReduceSpeedDelay OBJECT-TYPE
3009.  SYNTAX Integer32(0..300)
3010.  UNITS "seconds"
3011.  MAX-ACCESS read-write
3012.  STATUS current
3013.  DESCRIPTION
3014.   "In-fan reduce speed delay in seconds"
3015.  ::= { vrcInFanCfgEntry 11 }
3016.  
3017. vrcInFanCfgJumpBand1 OBJECT-TYPE
3018.  SYNTAX Integer32(0..100)
3019.  UNITS "0.1%"
3020.  MAX-ACCESS read-write
3021.  STATUS current
3022.  DESCRIPTION
3023.   "In-fan jump band 1 in tenths of a percent"
3024.  ::= { vrcInFanCfgEntry 12 }
3025.  
3026. vrcInFanCfgJumpBand2 OBJECT-TYPE
3027.  SYNTAX Integer32(0..100)
3028.  UNITS "0.1%"
3029.  MAX-ACCESS read-write
3030.  STATUS current
3031.  DESCRIPTION
3032.   "In-fan jump band 2 in tenths of a percent"
3033.  ::= { vrcInFanCfgEntry 13 }
3034.  
3035. vrcInFanCfgJumpBand3 OBJECT-TYPE
3036.  SYNTAX Integer32(0..100)
3037.  UNITS "0.1%"
3038.  MAX-ACCESS read-write
3039.  STATUS current
3040.  DESCRIPTION
3041.   "In-fan jump band 3 in tenths of a percent"
3042.  ::= { vrcInFanCfgEntry 14 }
3043.  
3044. vrcInFanCfgJumpBand4 OBJECT-TYPE
3045.  SYNTAX Integer32(0..100)
3046.  UNITS "0.1%"
3047.  MAX-ACCESS read-write
3048.  STATUS current
3049.  DESCRIPTION
3050.   "In-fan jump band 4 in tenths of a percent"
3051.  ::= { vrcInFanCfgEntry 15 }
3052.  
3053. vrcInFanCfgJumpBand5 OBJECT-TYPE
3054.  SYNTAX Integer32(0..100)
3055.  UNITS "0.1%"
3056.  MAX-ACCESS read-write
3057.  STATUS current
3058.  DESCRIPTION
3059.   "In-fan jump band 5 in tenths of a percent"
3060.  ::= { vrcInFanCfgEntry 16 }
3061.  
3062. vrcInFanCfgJumpFreq1 OBJECT-TYPE
3063.  SYNTAX Integer32(0..1000)
3064.  UNITS "0.1%"
3065.  MAX-ACCESS read-write
3066.  STATUS current
3067.  DESCRIPTION
3068.   "In-fan jump frequency 1 in tenths of a percent"
3069.  ::= { vrcInFanCfgEntry 17 }
3070.  
3071. vrcInFanCfgJumpFreq2 OBJECT-TYPE
3072.  SYNTAX Integer32(0..1000)
3073.  UNITS "0.1%"
3074.  MAX-ACCESS read-write
3075.  STATUS current
3076.  DESCRIPTION
3077.   "In-fan jump frequency 2 in tenths of a percent"
3078.  ::= { vrcInFanCfgEntry 18 }
3079.  
3080. vrcInFanCfgJumpFreq3 OBJECT-TYPE
3081.  SYNTAX Integer32(0..1000)
3082.  UNITS "0.1%"
3083.  MAX-ACCESS read-write
3084.  STATUS current
3085.  DESCRIPTION
3086.   "In-fan jump frequency 3 in tenths of a percent"
3087.  ::= { vrcInFanCfgEntry 19 }
3088.  
3089. vrcInFanCfgJumpFreq4 OBJECT-TYPE
3090.  SYNTAX Integer32(0..1000)
3091.  UNITS "0.1%"
3092.  MAX-ACCESS read-write
3093.  STATUS current
3094.  DESCRIPTION
3095.   "In-fan jump frequency 4 in tenths of a percent"
3096.  ::= { vrcInFanCfgEntry 20 }
3097.  
3098. vrcInFanCfgJumpFreq5 OBJECT-TYPE
3099.  SYNTAX Integer32(0..1000)
3100.  UNITS "0.1%"
3101.  MAX-ACCESS read-write
3102.  STATUS current
3103.  DESCRIPTION
3104.   "In-fan jump frequency 5 in tenths of a percent"
3105.  ::= { vrcInFanCfgEntry 21 }
3106.  
3107. vrcInFanCfgTempP OBJECT-TYPE
3108.  SYNTAX Integer32(10..150)
3109.  UNITS "decidegrees"
3110.  MAX-ACCESS read-write
3111.  STATUS current
3112.  DESCRIPTION
3113.   "In-fan temperature P in tenths of a degree. Units are given by
3114.   temperatureUnits field in deviceInfo."
3115.  ::= { vrcInFanCfgEntry 22 }
3116.  
3117. vrcInFanCfgTempI OBJECT-TYPE
3118.  SYNTAX Integer32(0..900)
3119.  UNITS "seconds"
3120.  MAX-ACCESS read-write
3121.  STATUS current
3122.  DESCRIPTION
3123.   "In-fan temperature I in seconds"
3124.  ::= { vrcInFanCfgEntry 23 }
3125.  
3126. vrcInFanCfgTempD OBJECT-TYPE
3127.  SYNTAX Integer32(0..900)
3128.  UNITS "seconds"
3129.  MAX-ACCESS read-write
3130.  STATUS current
3131.  DESCRIPTION
3132.   "In-fan temperature D in seconds"
3133.  ::= { vrcInFanCfgEntry 24 }
3134.  
3135. --###########################################################################################--
3136. --vrcCompPtTable--
3137. --###########################################################################################--
3138.  
3139. vrcCompPtTable OBJECT-TYPE
3140.  SYNTAX SEQUENCE OF VrcCompPtEntry
3141.  MAX-ACCESS  not-accessible
3142.  STATUS current
3143.  DESCRIPTION
3144.   "Table that contains VRC compressor status"
3145.  ::= { vrc 8 }
3146.  
3147. vrcCompPtEntry OBJECT-TYPE
3148.  SYNTAX VrcCompPtEntry
3149.  MAX-ACCESS  not-accessible
3150.  STATUS current
3151.  DESCRIPTION
3152.   "Entry in the vrcCompPtTable: each entry represents data for a VRC
3153.   compressor"
3154.  INDEX { vrcCompPtIndex }
3155.  ::= { vrcCompPtTable 1 }
3156.  
3157. VrcCompPtEntry ::= SEQUENCE {
3158.  vrcCompPtIndex    Integer32,
3159.  vrcCompPtName    SnmpAdminString,
3160.  vrcCompPtCapacity    Integer32,
3161.  vrcCompPtRunTimeHours    Integer32,
3162.  vrcCompPtStartStopCount    Integer32,
3163.  vrcCompPtDriverFaultU00    TruthValue,
3164.  vrcCompPtDriverFaultU01    TruthValue,
3165.  vrcCompPtDriverFaultU02    TruthValue,
3166.  vrcCompPtDriverFaultU03    TruthValue,
3167.  vrcCompPtDriverFaultU04    TruthValue,
3168.  vrcCompPtDriverFaultU05    TruthValue,
3169.  vrcCompPtDriverFaultU06    TruthValue,
3170.  vrcCompPtDriverFaultU07    TruthValue,
3171.  vrcCompPtDriverFaultU08    TruthValue,
3172.  vrcCompPtDriverFaultU09    TruthValue,
3173.  vrcCompPtDriverFaultU10    TruthValue,
3174.  vrcCompPtDriverFaultU11    TruthValue,
3175.  vrcCompPtDriverFaultU12    TruthValue,
3176.  vrcCompPtDriverFaultU13    TruthValue,
3177.  vrcCompPtDriverFaultU14    TruthValue,
3178.  vrcCompPtDriverFaultU15    TruthValue,
3179.  vrcCompPtDriverCommFailAlarm    TruthValue,
3180.  vrcCompPtFaultLockAlarm    TruthValue
3181. }
3182.  
3183. vrcCompPtIndex OBJECT-TYPE
3184.  SYNTAX Integer32(1..100)
3185.  MAX-ACCESS not-accessible
3186.  STATUS current
3187.  DESCRIPTION
3188.   "Unique id for each entry in the table"
3189.  ::= { vrcCompPtEntry 1 }
3190.  
3191. vrcCompPtName OBJECT-TYPE
3192.  SYNTAX SnmpAdminString(SIZE (1..25))
3193.  MAX-ACCESS read-only
3194.  STATUS current
3195.  DESCRIPTION
3196.   "Compressor name (factory-assigned)"
3197.  ::= { vrcCompPtEntry 2 }
3198.  
3199. vrcCompPtCapacity OBJECT-TYPE
3200.  SYNTAX Integer32(0..100)
3201.  UNITS "%"
3202.  MAX-ACCESS read-only
3203.  STATUS current
3204.  DESCRIPTION
3205.   "Compressor capacity value (percent)"
3206.  ::= { vrcCompPtEntry 3 }
3207.  
3208. vrcCompPtRunTimeHours OBJECT-TYPE
3209.  SYNTAX Integer32(-32768..32767)
3210.  UNITS "hours"
3211.  MAX-ACCESS read-only
3212.  STATUS current
3213.  DESCRIPTION
3214.   "Compressor run time in hours"
3215.  ::= { vrcCompPtEntry 4 }
3216.  
3217. vrcCompPtStartStopCount OBJECT-TYPE
3218.  SYNTAX Integer32(-32768..32767)
3219.  MAX-ACCESS read-only
3220.  STATUS current
3221.  DESCRIPTION
3222.   "Compressor start/stop count"
3223.  ::= { vrcCompPtEntry 5 }
3224.  
3225. vrcCompPtDriverFaultU00 OBJECT-TYPE
3226.  SYNTAX TruthValue
3227.  MAX-ACCESS read-only
3228.  STATUS current
3229.  DESCRIPTION
3230.   "Compressor driver fault alarm U00 state"
3231.  ::= { vrcCompPtEntry 6 }
3232.  
3233. vrcCompPtDriverFaultU01 OBJECT-TYPE
3234.  SYNTAX TruthValue
3235.  MAX-ACCESS read-only
3236.  STATUS current
3237.  DESCRIPTION
3238.   "Compressor driver fault alarm U01 state"
3239.  ::= { vrcCompPtEntry 7 }
3240.  
3241. vrcCompPtDriverFaultU02 OBJECT-TYPE
3242.  SYNTAX TruthValue
3243.  MAX-ACCESS read-only
3244.  STATUS current
3245.  DESCRIPTION
3246.   "Compressor driver fault alarm U02 state"
3247.  ::= { vrcCompPtEntry 8 }
3248.  
3249. vrcCompPtDriverFaultU03 OBJECT-TYPE
3250.  SYNTAX TruthValue
3251.  MAX-ACCESS read-only
3252.  STATUS current
3253.  DESCRIPTION
3254.   "Compressor driver fault alarm U03 state"
3255.  ::= { vrcCompPtEntry 9 }
3256.  
3257. vrcCompPtDriverFaultU04 OBJECT-TYPE
3258.  SYNTAX TruthValue
3259.  MAX-ACCESS read-only
3260.  STATUS current
3261.  DESCRIPTION
3262.   "Compressor driver fault alarm U04 state"
3263.  ::= { vrcCompPtEntry 10 }
3264.  
3265. vrcCompPtDriverFaultU05 OBJECT-TYPE
3266.  SYNTAX TruthValue
3267.  MAX-ACCESS read-only
3268.  STATUS current
3269.  DESCRIPTION
3270.   "Compressor driver fault alarm U05 state"
3271.  ::= { vrcCompPtEntry 11 }
3272.  
3273. vrcCompPtDriverFaultU06 OBJECT-TYPE
3274.  SYNTAX TruthValue
3275.  MAX-ACCESS read-only
3276.  STATUS current
3277.  DESCRIPTION
3278.   "Compressor driver fault alarm U06 state"
3279.  ::= { vrcCompPtEntry 12 }
3280.  
3281. vrcCompPtDriverFaultU07 OBJECT-TYPE
3282.  SYNTAX TruthValue
3283.  MAX-ACCESS read-only
3284.  STATUS current
3285.  DESCRIPTION
3286.   "Compressor driver fault alarm U07 state"
3287.  ::= { vrcCompPtEntry 13 }
3288.  
3289. vrcCompPtDriverFaultU08 OBJECT-TYPE
3290.  SYNTAX TruthValue
3291.  MAX-ACCESS read-only
3292.  STATUS current
3293.  DESCRIPTION
3294.   "Compressor driver fault alarm U08 state"
3295.  ::= { vrcCompPtEntry 14 }
3296.  
3297. vrcCompPtDriverFaultU09 OBJECT-TYPE
3298.  SYNTAX TruthValue
3299.  MAX-ACCESS read-only
3300.  STATUS current
3301.  DESCRIPTION
3302.   "Compressor driver fault alarm U09 state"
3303.  ::= { vrcCompPtEntry 15 }
3304.  
3305. vrcCompPtDriverFaultU10 OBJECT-TYPE
3306.  SYNTAX TruthValue
3307.  MAX-ACCESS read-only
3308.  STATUS current
3309.  DESCRIPTION
3310.   "Compressor driver fault alarm U10 state"
3311.  ::= { vrcCompPtEntry 16 }
3312.  
3313. vrcCompPtDriverFaultU11 OBJECT-TYPE
3314.  SYNTAX TruthValue
3315.  MAX-ACCESS read-only
3316.  STATUS current
3317.  DESCRIPTION
3318.   "Compressor driver fault alarm U11 state"
3319.  ::= { vrcCompPtEntry 17 }
3320.  
3321. vrcCompPtDriverFaultU12 OBJECT-TYPE
3322.  SYNTAX TruthValue
3323.  MAX-ACCESS read-only
3324.  STATUS current
3325.  DESCRIPTION
3326.   "Compressor driver fault alarm U12 state"
3327.  ::= { vrcCompPtEntry 18 }
3328.  
3329. vrcCompPtDriverFaultU13 OBJECT-TYPE
3330.  SYNTAX TruthValue
3331.  MAX-ACCESS read-only
3332.  STATUS current
3333.  DESCRIPTION
3334.   "Compressor driver fault alarm U13 state"
3335.  ::= { vrcCompPtEntry 19 }
3336.  
3337. vrcCompPtDriverFaultU14 OBJECT-TYPE
3338.  SYNTAX TruthValue
3339.  MAX-ACCESS read-only
3340.  STATUS current
3341.  DESCRIPTION
3342.   "Compressor driver fault alarm U14 state"
3343.  ::= { vrcCompPtEntry 20 }
3344.  
3345. vrcCompPtDriverFaultU15 OBJECT-TYPE
3346.  SYNTAX TruthValue
3347.  MAX-ACCESS read-only
3348.  STATUS current
3349.  DESCRIPTION
3350.   "Compressor driver fault alarm U15 state"
3351.  ::= { vrcCompPtEntry 21 }
3352.  
3353. vrcCompPtDriverCommFailAlarm OBJECT-TYPE
3354.  SYNTAX TruthValue
3355.  MAX-ACCESS read-only
3356.  STATUS current
3357.  DESCRIPTION
3358.   "Compressor driver communication failure alarm state"
3359.  ::= { vrcCompPtEntry 22 }
3360.  
3361. vrcCompPtFaultLockAlarm OBJECT-TYPE
3362.  SYNTAX TruthValue
3363.  MAX-ACCESS read-only
3364.  STATUS current
3365.  DESCRIPTION
3366.   "Compressor fault lock alarm state"
3367.  ::= { vrcCompPtEntry 23 }
3368.  
3369. --###########################################################################################--
3370. --vrcCompCfgTable--
3371. --###########################################################################################--
3372.  
3373. vrcCompCfgTable OBJECT-TYPE
3374.  SYNTAX SEQUENCE OF VrcCompCfgEntry
3375.  MAX-ACCESS  not-accessible
3376.  STATUS current
3377.  DESCRIPTION
3378.   "Table used for VRC compressor configuration"
3379.  ::= { vrc 9 }
3380.  
3381. vrcCompCfgEntry OBJECT-TYPE
3382.  SYNTAX VrcCompCfgEntry
3383.  MAX-ACCESS  not-accessible
3384.  STATUS current
3385.  DESCRIPTION
3386.   "Entry in the vrcCompCfgTable: each entry contains config fields for a
3387.   VRC compressor"
3388.  INDEX { vrcCompCfgIndex }
3389.  ::= { vrcCompCfgTable 1 }
3390.  
3391. VrcCompCfgEntry ::= SEQUENCE {
3392.  vrcCompCfgIndex    Integer32,
3393.  vrcCompCfgOutputStatus    TruthValue,
3394.  vrcCompCfgOutputDeadBand    Integer32,
3395.  vrcCompCfgCapacityOutputValue    Integer32,
3396.  vrcCompCfgMinCapacity    Integer32,
3397.  vrcCompCfgStartCapacity    Integer32,
3398.  vrcCompCfgStandardCapacity    Integer32,
3399.  vrcCompCfgStartCfc    Integer32,
3400.  vrcCompCfgStopCfc    Integer32,
3401.  vrcCompCfgMinRunTime    Integer32,
3402.  vrcCompCfgMinStopTime    Integer32,
3403.  vrcCompCfgJumpBand1    Integer32,
3404.  vrcCompCfgJumpBand2    Integer32,
3405.  vrcCompCfgJumpBand3    Integer32,
3406.  vrcCompCfgJumpBand4    Integer32,
3407.  vrcCompCfgJumpBand5    Integer32,
3408.  vrcCompCfgJumpFreq1    Integer32,
3409.  vrcCompCfgJumpFreq2    Integer32,
3410.  vrcCompCfgJumpFreq3    Integer32,
3411.  vrcCompCfgJumpFreq4    Integer32,
3412.  vrcCompCfgJumpFreq5    Integer32,
3413.  vrcCompCfgTempP    Integer32,
3414.  vrcCompCfgTempI    Integer32,
3415.  vrcCompCfgTempD    Integer32,
3416.  vrcCompCfgDriverFaultAlmCtrl    INTEGER,
3417.  vrcCompCfgDriverCommFailAlmCtrl    INTEGER,
3418.  vrcCompCfgFaultLockAlmCtrl    INTEGER
3419. }
3420.  
3421. vrcCompCfgIndex OBJECT-TYPE
3422.  SYNTAX Integer32(1..100)
3423.  MAX-ACCESS not-accessible
3424.  STATUS current
3425.  DESCRIPTION
3426.   "Unique id for each entry in the table"
3427.  ::= { vrcCompCfgEntry 1 }
3428.  
3429. vrcCompCfgOutputStatus OBJECT-TYPE
3430.  SYNTAX TruthValue
3431.  MAX-ACCESS read-write
3432.  STATUS current
3433.  DESCRIPTION
3434.   "Compressor output status"
3435.  ::= { vrcCompCfgEntry 2 }
3436.  
3437. vrcCompCfgOutputDeadBand OBJECT-TYPE
3438.  SYNTAX Integer32(0..50)
3439.  UNITS "0.1%"
3440.  MAX-ACCESS read-write
3441.  STATUS current
3442.  DESCRIPTION
3443.   "Compressor output dead band in tenths of a percent"
3444.  ::= { vrcCompCfgEntry 3 }
3445.  
3446. vrcCompCfgCapacityOutputValue OBJECT-TYPE
3447.  SYNTAX Integer32(0..100)
3448.  UNITS "%"
3449.  MAX-ACCESS read-write
3450.  STATUS current
3451.  DESCRIPTION
3452.   "Compressor capacity output (percent)"
3453.  ::= { vrcCompCfgEntry 4 }
3454.  
3455. vrcCompCfgMinCapacity OBJECT-TYPE
3456.  SYNTAX Integer32(15..50)
3457.  UNITS "%"
3458.  MAX-ACCESS read-write
3459.  STATUS current
3460.  DESCRIPTION
3461.   "Compressor min capacity (percent)"
3462.  ::= { vrcCompCfgEntry 5 }
3463.  
3464. vrcCompCfgStartCapacity OBJECT-TYPE
3465.  SYNTAX Integer32(40..100)
3466.  UNITS "%"
3467.  MAX-ACCESS read-write
3468.  STATUS current
3469.  DESCRIPTION
3470.   "Compressor start capacity (percent)"
3471.  ::= { vrcCompCfgEntry 6 }
3472.  
3473. vrcCompCfgStandardCapacity OBJECT-TYPE
3474.  SYNTAX Integer32(80..100)
3475.  UNITS "%"
3476.  MAX-ACCESS read-write
3477.  STATUS current
3478.  DESCRIPTION
3479.   "Compressor standard capacity (percent)"
3480.  ::= { vrcCompCfgEntry 7 }
3481.  
3482. vrcCompCfgStartCfc OBJECT-TYPE
3483.  SYNTAX Integer32(1..100)
3484.  UNITS "%"
3485.  MAX-ACCESS read-write
3486.  STATUS current
3487.  DESCRIPTION
3488.   "Compressor start cfc (percent)"
3489.  ::= { vrcCompCfgEntry 8 }
3490.  
3491. vrcCompCfgStopCfc OBJECT-TYPE
3492.  SYNTAX Integer32(-200..-50)
3493.  UNITS "%"
3494.  MAX-ACCESS read-write
3495.  STATUS current
3496.  DESCRIPTION
3497.   "Compressor stop cfc (percent)"
3498.  ::= { vrcCompCfgEntry 9 }
3499.  
3500. vrcCompCfgMinRunTime OBJECT-TYPE
3501.  SYNTAX Integer32(0..30)
3502.  UNITS "minutes"
3503.  MAX-ACCESS read-write
3504.  STATUS current
3505.  DESCRIPTION
3506.   "Compressor min run time in minutes"
3507.  ::= { vrcCompCfgEntry 10 }
3508.  
3509. vrcCompCfgMinStopTime OBJECT-TYPE
3510.  SYNTAX Integer32(0..10)
3511.  UNITS "minutes"
3512.  MAX-ACCESS read-write
3513.  STATUS current
3514.  DESCRIPTION
3515.   "Compressor min stop time in minutes"
3516.  ::= { vrcCompCfgEntry 11 }
3517.  
3518. vrcCompCfgJumpBand1 OBJECT-TYPE
3519.  SYNTAX Integer32(0..100)
3520.  UNITS "0.1%"
3521.  MAX-ACCESS read-write
3522.  STATUS current
3523.  DESCRIPTION
3524.   "Compressor jump band 1 in tenths of a percent"
3525.  ::= { vrcCompCfgEntry 12 }
3526.  
3527. vrcCompCfgJumpBand2 OBJECT-TYPE
3528.  SYNTAX Integer32(0..100)
3529.  UNITS "0.1%"
3530.  MAX-ACCESS read-write
3531.  STATUS current
3532.  DESCRIPTION
3533.   "Compressor jump band 2 in tenths of a percent"
3534.  ::= { vrcCompCfgEntry 13 }
3535.  
3536. vrcCompCfgJumpBand3 OBJECT-TYPE
3537.  SYNTAX Integer32(0..100)
3538.  UNITS "0.1%"
3539.  MAX-ACCESS read-write
3540.  STATUS current
3541.  DESCRIPTION
3542.   "Compressor jump band 3 in tenths of a percent"
3543.  ::= { vrcCompCfgEntry 14 }
3544.  
3545. vrcCompCfgJumpBand4 OBJECT-TYPE
3546.  SYNTAX Integer32(0..100)
3547.  UNITS "0.1%"
3548.  MAX-ACCESS read-write
3549.  STATUS current
3550.  DESCRIPTION
3551.   "Compressor jump band 4 in tenths of a percent"
3552.  ::= { vrcCompCfgEntry 15 }
3553.  
3554. vrcCompCfgJumpBand5 OBJECT-TYPE
3555.  SYNTAX Integer32(0..100)
3556.  UNITS "0.1%"
3557.  MAX-ACCESS read-write
3558.  STATUS current
3559.  DESCRIPTION
3560.   "Compressor jump band 5 in tenths of a percent"
3561.  ::= { vrcCompCfgEntry 16 }
3562.  
3563. vrcCompCfgJumpFreq1 OBJECT-TYPE
3564.  SYNTAX Integer32(0..1000)
3565.  UNITS "0.1%"
3566.  MAX-ACCESS read-write
3567.  STATUS current
3568.  DESCRIPTION
3569.   "Compressor jump frequency 1 in tenths of a percent"
3570.  ::= { vrcCompCfgEntry 17 }
3571.  
3572. vrcCompCfgJumpFreq2 OBJECT-TYPE
3573.  SYNTAX Integer32(0..1000)
3574.  UNITS "0.1%"
3575.  MAX-ACCESS read-write
3576.  STATUS current
3577.  DESCRIPTION
3578.   "Compressor jump frequency 2 in tenths of a percent"
3579.  ::= { vrcCompCfgEntry 18 }
3580.  
3581. vrcCompCfgJumpFreq3 OBJECT-TYPE
3582.  SYNTAX Integer32(0..1000)
3583.  UNITS "0.1%"
3584.  MAX-ACCESS read-write
3585.  STATUS current
3586.  DESCRIPTION
3587.   "Compressor jump frequency 3 in tenths of a percent"
3588.  ::= { vrcCompCfgEntry 19 }
3589.  
3590. vrcCompCfgJumpFreq4 OBJECT-TYPE
3591.  SYNTAX Integer32(0..1000)
3592.  UNITS "0.1%"
3593.  MAX-ACCESS read-write
3594.  STATUS current
3595.  DESCRIPTION
3596.   "Compressor jump frequency 4 in tenths of a percent"
3597.  ::= { vrcCompCfgEntry 20 }
3598.  
3599. vrcCompCfgJumpFreq5 OBJECT-TYPE
3600.  SYNTAX Integer32(0..1000)
3601.  UNITS "0.1%"
3602.  MAX-ACCESS read-write
3603.  STATUS current
3604.  DESCRIPTION
3605.   "Compressor jump frequency 5 in tenths of a percent"
3606.  ::= { vrcCompCfgEntry 21 }
3607.  
3608. vrcCompCfgTempP OBJECT-TYPE
3609.  SYNTAX Integer32
3610.  UNITS "decidegrees"
3611.  MAX-ACCESS read-write
3612.  STATUS current
3613.  DESCRIPTION
3614.   "Compressor temperature P in tenths of a degree. Units are given by
3615.   temperatureUnits field in deviceInfo. The settable range is determined
3616.   by the current temperature units.
3617.   Celsius:    10 to 150
3618.   Fahrenheit: 18 to 269"
3619.  ::= { vrcCompCfgEntry 22 }
3620.  
3621. vrcCompCfgTempI OBJECT-TYPE
3622.  SYNTAX Integer32(0..900)
3623.  UNITS "seconds"
3624.  MAX-ACCESS read-write
3625.  STATUS current
3626.  DESCRIPTION
3627.   "Compressor temperature I in seconds"
3628.  ::= { vrcCompCfgEntry 23 }
3629.  
3630. vrcCompCfgTempD OBJECT-TYPE
3631.  SYNTAX Integer32(0..900)
3632.  UNITS "seconds"
3633.  MAX-ACCESS read-write
3634.  STATUS current
3635.  DESCRIPTION
3636.   "Compressor temperature D in seconds"
3637.  ::= { vrcCompCfgEntry 24 }
3638.  
3639. vrcCompCfgDriverFaultAlmCtrl OBJECT-TYPE
3640.  SYNTAX INTEGER {
3641.    suspend(2),
3642.    open(3)
3643.    }
3644.  MAX-ACCESS read-write
3645.  STATUS current
3646.  DESCRIPTION
3647.   "Compressor driver fault alarm control:
3648.   2 = suspend
3649.   3 = open"
3650.  ::= { vrcCompCfgEntry 25 }
3651.  
3652. vrcCompCfgDriverCommFailAlmCtrl OBJECT-TYPE
3653.  SYNTAX INTEGER {
3654.    suspend(2),
3655.    open(3)
3656.    }
3657.  MAX-ACCESS read-write
3658.  STATUS current
3659.  DESCRIPTION
3660.   "Compressor driver communication failure alarm control:
3661.   2 = suspend
3662.   3 = open"
3663.  ::= { vrcCompCfgEntry 26 }
3664.  
3665. vrcCompCfgFaultLockAlmCtrl OBJECT-TYPE
3666.  SYNTAX INTEGER {
3667.    suspend(2),
3668.    open(3)
3669.    }
3670.  MAX-ACCESS read-write
3671.  STATUS current
3672.  DESCRIPTION
3673.   "Compressor fault lock alarm control:
3674.   2 = suspend
3675.   3 = open"
3676.  ::= { vrcCompCfgEntry 27 }
3677.  
3678. --###########################################################################################--
3679. --vrcReturnPtTable--
3680. --###########################################################################################--
3681.  
3682. vrcReturnPtTable OBJECT-TYPE
3683.  SYNTAX SEQUENCE OF VrcReturnPtEntry
3684.  MAX-ACCESS  not-accessible
3685.  STATUS current
3686.  DESCRIPTION
3687.   "Table that contains VRC return status"
3688.  ::= { vrc 10 }
3689.  
3690. vrcReturnPtEntry OBJECT-TYPE
3691.  SYNTAX VrcReturnPtEntry
3692.  MAX-ACCESS  not-accessible
3693.  STATUS current
3694.  DESCRIPTION
3695.   "Entry in the vrcReturnPtTable: each entry represents return data for a
3696.   VRC"
3697.  INDEX { vrcReturnPtIndex }
3698.  ::= { vrcReturnPtTable 1 }
3699.  
3700. VrcReturnPtEntry ::= SEQUENCE {
3701.  vrcReturnPtIndex    Integer32,
3702.  vrcReturnPtName    SnmpAdminString,
3703.  vrcReturnPtTemp    Integer32,
3704.  vrcReturnPtHighTempAlarm    TruthValue,
3705.  vrcReturnPtTempSensorFailAlarm    TruthValue
3706. }
3707.  
3708. vrcReturnPtIndex OBJECT-TYPE
3709.  SYNTAX Integer32(1..100)
3710.  MAX-ACCESS not-accessible
3711.  STATUS current
3712.  DESCRIPTION
3713.   "Unique id for each entry in the table"
3714.  ::= { vrcReturnPtEntry 1 }
3715.  
3716. vrcReturnPtName OBJECT-TYPE
3717.  SYNTAX SnmpAdminString(SIZE (1..25))
3718.  MAX-ACCESS read-only
3719.  STATUS current
3720.  DESCRIPTION
3721.   "Return name (factory-assigned)"
3722.  ::= { vrcReturnPtEntry 2 }
3723.  
3724. vrcReturnPtTemp OBJECT-TYPE
3725.  SYNTAX Integer32
3726.  UNITS "decidegrees"
3727.  MAX-ACCESS read-only
3728.  STATUS current
3729.  DESCRIPTION
3730.   "Return temperature value in tenths of a degree. Units are given by
3731.   temperatureUnits field in deviceInfo. The range is determined by the
3732.   current temperature units.
3733.   Celsius:    -400 to 1000
3734.   Fahrenheit: -400 to 2120"
3735.  ::= { vrcReturnPtEntry 3 }
3736.  
3737. vrcReturnPtHighTempAlarm OBJECT-TYPE
3738.  SYNTAX TruthValue
3739.  MAX-ACCESS read-only
3740.  STATUS current
3741.  DESCRIPTION
3742.   "Return high temperature alarm state"
3743.  ::= { vrcReturnPtEntry 4 }
3744.  
3745. vrcReturnPtTempSensorFailAlarm OBJECT-TYPE
3746.  SYNTAX TruthValue
3747.  MAX-ACCESS read-only
3748.  STATUS current
3749.  DESCRIPTION
3750.   "Return temperature sensor failure alarm state"
3751.  ::= { vrcReturnPtEntry 5 }
3752.  
3753. --###########################################################################################--
3754. --vrcReturnCfgTable--
3755. --###########################################################################################--
3756.  
3757. vrcReturnCfgTable OBJECT-TYPE
3758.  SYNTAX SEQUENCE OF VrcReturnCfgEntry
3759.  MAX-ACCESS  not-accessible
3760.  STATUS current
3761.  DESCRIPTION
3762.   "Table used for VRC return configuration"
3763.  ::= { vrc 11 }
3764.  
3765. vrcReturnCfgEntry OBJECT-TYPE
3766.  SYNTAX VrcReturnCfgEntry
3767.  MAX-ACCESS  not-accessible
3768.  STATUS current
3769.  DESCRIPTION
3770.   "Entry in the vrcReturnCfgTable: each entry contains config fields for
3771.   VRC return"
3772.  INDEX { vrcReturnCfgIndex }
3773.  ::= { vrcReturnCfgTable 1 }
3774.  
3775. VrcReturnCfgEntry ::= SEQUENCE {
3776.  vrcReturnCfgIndex    Integer32,
3777.  vrcReturnCfgOilCycle    Integer32,
3778.  vrcReturnCfgOilRunCapacity    Integer32,
3779.  vrcReturnCfgOilRunTime    Integer32,
3780.  vrcReturnCfgTempCalValue    Integer32,
3781.  vrcReturnCfgTempSetting    Integer32,
3782.  vrcReturnCfgHighTempAlarmValue    Integer32,
3783.  vrcReturnCfgHighTempAlarmCtrl    INTEGER,
3784.  vrcReturnCfgTempSensFailAlmCtrl    INTEGER
3785. }
3786.  
3787. vrcReturnCfgIndex OBJECT-TYPE
3788.  SYNTAX Integer32(1..100)
3789.  MAX-ACCESS not-accessible
3790.  STATUS current
3791.  DESCRIPTION
3792.   "Unique id for each entry in the table"
3793.  ::= { vrcReturnCfgEntry 1 }
3794.  
3795. vrcReturnCfgOilCycle OBJECT-TYPE
3796.  SYNTAX Integer32(5..50)
3797.  UNITS "decihours"
3798.  MAX-ACCESS read-write
3799.  STATUS current
3800.  DESCRIPTION
3801.   "Return oil cycle in tenths of an hour"
3802.  ::= { vrcReturnCfgEntry 2 }
3803.  
3804. vrcReturnCfgOilRunCapacity OBJECT-TYPE
3805.  SYNTAX Integer32(50..100)
3806.  UNITS "%"
3807.  MAX-ACCESS read-write
3808.  STATUS current
3809.  DESCRIPTION
3810.   "Return Oil run capacity (percent)"
3811.  ::= { vrcReturnCfgEntry 3 }
3812.  
3813. vrcReturnCfgOilRunTime OBJECT-TYPE
3814.  SYNTAX Integer32(0..10)
3815.  UNITS "minutes"
3816.  MAX-ACCESS read-write
3817.  STATUS current
3818.  DESCRIPTION
3819.   "Return oil run time in minutes"
3820.  ::= { vrcReturnCfgEntry 4 }
3821.  
3822. vrcReturnCfgTempCalValue OBJECT-TYPE
3823.  SYNTAX Integer32
3824.  UNITS "decidegrees"
3825.  MAX-ACCESS read-write
3826.  STATUS current
3827.  DESCRIPTION
3828.   "Return temperature calibration value in tenths of a degree. Units are
3829.   given by temperatureUnits field in deviceInfo. The settable range is
3830.   determined by the current temperature units.
3831.   Celsius:    -100 to 100
3832.   Fahrenheit: -179 to 179"
3833.  ::= { vrcReturnCfgEntry 5 }
3834.  
3835. vrcReturnCfgTempSetting OBJECT-TYPE
3836.  SYNTAX Integer32
3837.  UNITS "decidegrees"
3838.  MAX-ACCESS read-write
3839.  STATUS current
3840.  DESCRIPTION
3841.   "Return temperature setting in tenths of a degree. Units are given by
3842.   temperatureUnits field in deviceInfo. The settable range is determined
3843.   by the current temperature units.
3844.   Celsius:    250 to 350
3845.   Fahrenheit: 770 to 949"
3846.  ::= { vrcReturnCfgEntry 6 }
3847.  
3848. vrcReturnCfgHighTempAlarmValue OBJECT-TYPE
3849.  SYNTAX Integer32
3850.  UNITS "decidegrees"
3851.  MAX-ACCESS read-write
3852.  STATUS current
3853.  DESCRIPTION
3854.   "Return high temperature alarm value in tenths of a degree. Units are
3855.   given by temperatureUnits field in deviceInfo. The settable range is
3856.   determined by the current temperature units.
3857.   Celsius:    300 to 450
3858.   Fahrenheit: 860 to 1129"
3859.  ::= { vrcReturnCfgEntry 7 }
3860.  
3861. vrcReturnCfgHighTempAlarmCtrl OBJECT-TYPE
3862.  SYNTAX INTEGER {
3863.    close(1),
3864.    suspend(2),
3865.    open(3)
3866.    }
3867.  MAX-ACCESS read-write
3868.  STATUS current
3869.  DESCRIPTION
3870.   "Return high temperature alarm control:
3871.   1 = close
3872.   2 = suspend
3873.   3 = open"
3874.  ::= { vrcReturnCfgEntry 8 }
3875.  
3876. vrcReturnCfgTempSensFailAlmCtrl OBJECT-TYPE
3877.  SYNTAX INTEGER {
3878.    close(1),
3879.    suspend(2),
3880.    open(3)
3881.    }
3882.  MAX-ACCESS read-write
3883.  STATUS current
3884.  DESCRIPTION
3885.   "Return temperature sensor failure alarm control:
3886.   1 = close
3887.   2 = suspend
3888.   3 = open"
3889.  ::= { vrcReturnCfgEntry 9 }
3890.  
3891. --###########################################################################################--
3892. --vrcSupplyPtTable--
3893. --###########################################################################################--
3894.  
3895. vrcSupplyPtTable OBJECT-TYPE
3896.  SYNTAX SEQUENCE OF VrcSupplyPtEntry
3897.  MAX-ACCESS  not-accessible
3898.  STATUS current
3899.  DESCRIPTION
3900.   "Table that contains VRC supply status"
3901.  ::= { vrc 12 }
3902.  
3903. vrcSupplyPtEntry OBJECT-TYPE
3904.  SYNTAX VrcSupplyPtEntry
3905.  MAX-ACCESS  not-accessible
3906.  STATUS current
3907.  DESCRIPTION
3908.   "Entry in the vrcSupplyPtTable: each entry represents supply data for a
3909.   VRC"
3910.  INDEX { vrcSupplyPtIndex }
3911.  ::= { vrcSupplyPtTable 1 }
3912.  
3913. VrcSupplyPtEntry ::= SEQUENCE {
3914.  vrcSupplyPtIndex    Integer32,
3915.  vrcSupplyPtName    SnmpAdminString,
3916.  vrcSupplyPtTemp    Integer32,
3917.  vrcSupplyPtLowTempAlarm    TruthValue,
3918.  vrcSupplyPtHighTempAlarm    TruthValue,
3919.  vrcSupplyPtTempSensorFailAlarm    TruthValue
3920. }
3921.  
3922. vrcSupplyPtIndex OBJECT-TYPE
3923.  SYNTAX Integer32(1..100)
3924.  MAX-ACCESS not-accessible
3925.  STATUS current
3926.  DESCRIPTION
3927.   "Unique id for each entry in the table"
3928.  ::= { vrcSupplyPtEntry 1 }
3929.  
3930. vrcSupplyPtName OBJECT-TYPE
3931.  SYNTAX SnmpAdminString(SIZE (1..25))
3932.  MAX-ACCESS read-only
3933.  STATUS current
3934.  DESCRIPTION
3935.   "Supply name (factory-assigned)"
3936.  ::= { vrcSupplyPtEntry 2 }
3937.  
3938. vrcSupplyPtTemp OBJECT-TYPE
3939.  SYNTAX Integer32
3940.  UNITS "decidegrees"
3941.  MAX-ACCESS read-only
3942.  STATUS current
3943.  DESCRIPTION
3944.   "Supply temperature value in tenths of a degree. Units are given by
3945.   temperatureUnits field in deviceInfo. The range is determined by the
3946.   current temperature units.
3947.   Celsius:    -400 to 1000
3948.   Fahrenheit: -400 to 2120"
3949.  ::= { vrcSupplyPtEntry 3 }
3950.  
3951. vrcSupplyPtLowTempAlarm OBJECT-TYPE
3952.  SYNTAX TruthValue
3953.  MAX-ACCESS read-only
3954.  STATUS current
3955.  DESCRIPTION
3956.   "Supply low temperature alarm state"
3957.  ::= { vrcSupplyPtEntry 4 }
3958.  
3959. vrcSupplyPtHighTempAlarm OBJECT-TYPE
3960.  SYNTAX TruthValue
3961.  MAX-ACCESS read-only
3962.  STATUS current
3963.  DESCRIPTION
3964.   "Supply high temperature alarm state"
3965.  ::= { vrcSupplyPtEntry 5 }
3966.  
3967. vrcSupplyPtTempSensorFailAlarm OBJECT-TYPE
3968.  SYNTAX TruthValue
3969.  MAX-ACCESS read-only
3970.  STATUS current
3971.  DESCRIPTION
3972.   "Supply temperature sensor failure alarm state"
3973.  ::= { vrcSupplyPtEntry 6 }
3974.  
3975. --###########################################################################################--
3976. --vrcSupplyCfgTable--
3977. --###########################################################################################--
3978.  
3979. vrcSupplyCfgTable OBJECT-TYPE
3980.  SYNTAX SEQUENCE OF VrcSupplyCfgEntry
3981.  MAX-ACCESS  not-accessible
3982.  STATUS current
3983.  DESCRIPTION
3984.   "Table used for VRC supply configuration"
3985.  ::= { vrc 13 }
3986.  
3987. vrcSupplyCfgEntry OBJECT-TYPE
3988.  SYNTAX VrcSupplyCfgEntry
3989.  MAX-ACCESS  not-accessible
3990.  STATUS current
3991.  DESCRIPTION
3992.   "Entry in the vrcSupplyCfgTable: each entry contains config fields for
3993.   a VRC supply"
3994.  INDEX { vrcSupplyCfgIndex }
3995.  ::= { vrcSupplyCfgTable 1 }
3996.  
3997. VrcSupplyCfgEntry ::= SEQUENCE {
3998.  vrcSupplyCfgIndex    Integer32,
3999.  vrcSupplyCfgTempCalValue    Integer32,
4000.  vrcSupplyCfgTempSetting    Integer32,
4001.  vrcSupplyCfgLowTempAlarmValue    Integer32,
4002.  vrcSupplyCfgHighTempAlarmValue    Integer32,
4003.  vrcSupplyCfgLowTempAlmCtrl    INTEGER,
4004.  vrcSupplyCfgHighTempAlmCtrl    INTEGER,
4005.  vrcSupplyCfgTempSensFailAlmCtrl    INTEGER
4006. }
4007.  
4008. vrcSupplyCfgIndex OBJECT-TYPE
4009.  SYNTAX Integer32(1..100)
4010.  MAX-ACCESS not-accessible
4011.  STATUS current
4012.  DESCRIPTION
4013.   "Unique id for each entry in the table"
4014.  ::= { vrcSupplyCfgEntry 1 }
4015.  
4016. vrcSupplyCfgTempCalValue OBJECT-TYPE
4017.  SYNTAX Integer32
4018.  UNITS "decidegrees"
4019.  MAX-ACCESS read-write
4020.  STATUS current
4021.  DESCRIPTION
4022.   "Supply temperature calibration value in tenths of a degree. Units are
4023.   given by temperatureUnits field in deviceInfo. The settable range is
4024.   determined by the current temperature units.
4025.   Celsius:    -100 to 100
4026.   Fahrenheit: -179 to 179"
4027.  ::= { vrcSupplyCfgEntry 2 }
4028.  
4029. vrcSupplyCfgTempSetting OBJECT-TYPE
4030.  SYNTAX Integer32
4031.  UNITS "decidegrees"
4032.  MAX-ACCESS read-write
4033.  STATUS current
4034.  DESCRIPTION
4035.   "Supply temperature setting in tenths of a degree. Units are given by
4036.   temperatureUnits field in deviceInfo. The settable range is determined
4037.   by the current temperature units.
4038.   Celsius:    130 to 280
4039.   Fahrenheit: 554 to 823"
4040.  ::= { vrcSupplyCfgEntry 3 }
4041.  
4042. vrcSupplyCfgLowTempAlarmValue OBJECT-TYPE
4043.  SYNTAX Integer32
4044.  UNITS "decidegrees"
4045.  MAX-ACCESS read-write
4046.  STATUS current
4047.  DESCRIPTION
4048.   "Supply low temperature alarm value in tenths of a degree. Units are
4049.   given by temperatureUnits field in deviceInfo. The settable range is
4050.   determined by the current temperature units.
4051.   Celsius:    50 to 200
4052.   Fahrenheit: 410 to 679"
4053.  ::= { vrcSupplyCfgEntry 4 }
4054.  
4055. vrcSupplyCfgHighTempAlarmValue OBJECT-TYPE
4056.  SYNTAX Integer32
4057.  UNITS "decidegrees"
4058.  MAX-ACCESS read-write
4059.  STATUS current
4060.  DESCRIPTION
4061.   "Supply high temperature alarm value in tenths of a degree. Units are
4062.   given by temperatureUnits field in deviceInfo. The settable range is
4063.   determined by the current temperature units.
4064.   Celsius:    200 to 350
4065.   Fahrenheit: 680 to 949"
4066.  ::= { vrcSupplyCfgEntry 5 }
4067.  
4068. vrcSupplyCfgLowTempAlmCtrl OBJECT-TYPE
4069.  SYNTAX INTEGER {
4070.    close(1),
4071.    suspend(2),
4072.    open(3)
4073.    }
4074.  MAX-ACCESS read-write
4075.  STATUS current
4076.  DESCRIPTION
4077.   "Supply low temperature alarm control:
4078.   1 = close
4079.   2 = suspend
4080.   3 = open"
4081.  ::= { vrcSupplyCfgEntry 6 }
4082.  
4083. vrcSupplyCfgHighTempAlmCtrl OBJECT-TYPE
4084.  SYNTAX INTEGER {
4085.    close(1),
4086.    suspend(2),
4087.    open(3)
4088.    }
4089.  MAX-ACCESS read-write
4090.  STATUS current
4091.  DESCRIPTION
4092.   "Supply high temperature alarm control:
4093.   1 = close
4094.   2 = suspend
4095.   3 = open"
4096.  ::= { vrcSupplyCfgEntry 7 }
4097.  
4098. vrcSupplyCfgTempSensFailAlmCtrl OBJECT-TYPE
4099.  SYNTAX INTEGER {
4100.    close(1),
4101.    suspend(2),
4102.    open(3)
4103.    }
4104.  MAX-ACCESS read-write
4105.  STATUS current
4106.  DESCRIPTION
4107.   "Supply temperature sensor failure alarm control:
4108.   1 = close
4109.   2 = suspend
4110.   3 = open"
4111.  ::= { vrcSupplyCfgEntry 8 }
4112.  
4113. --###########################################################################################--
4114. --vrcPowerPtTable--
4115. --###########################################################################################--
4116.  
4117. vrcPowerPtTable OBJECT-TYPE
4118.  SYNTAX SEQUENCE OF VrcPowerPtEntry
4119.  MAX-ACCESS  not-accessible
4120.  STATUS current
4121.  DESCRIPTION
4122.   "Table that contains VRC power status"
4123.  ::= { vrc 14 }
4124.  
4125. vrcPowerPtEntry OBJECT-TYPE
4126.  SYNTAX VrcPowerPtEntry
4127.  MAX-ACCESS  not-accessible
4128.  STATUS current
4129.  DESCRIPTION
4130.   "Entry in the vrcPowerPtTable: each entry represents power data for a
4131.   VRC"
4132.  INDEX { vrcPowerPtIndex }
4133.  ::= { vrcPowerPtTable 1 }
4134.  
4135. VrcPowerPtEntry ::= SEQUENCE {
4136.  vrcPowerPtIndex    Integer32,
4137.  vrcPowerPtName    SnmpAdminString,
4138.  vrcPowerPtVoltage    Integer32,
4139.  vrcPowerPtFrequency    Integer32,
4140.  vrcPowerPtLowVoltageAlarm    TruthValue,
4141.  vrcPowerPtHighVoltageAlarm    TruthValue,
4142.  vrcPowerPtLossOfPhasePowerAlarm    TruthValue,
4143.  vrcPowerPtLossOfPowerAlarm    TruthValue,
4144.  vrcPowerPtFrequencyErrorAlarm    TruthValue
4145. }
4146.  
4147. vrcPowerPtIndex OBJECT-TYPE
4148.  SYNTAX Integer32(1..100)
4149.  MAX-ACCESS not-accessible
4150.  STATUS current
4151.  DESCRIPTION
4152.   "Unique id for each entry in the table"
4153.  ::= { vrcPowerPtEntry 1 }
4154.  
4155. vrcPowerPtName OBJECT-TYPE
4156.  SYNTAX SnmpAdminString(SIZE (1..25))
4157.  MAX-ACCESS read-only
4158.  STATUS current
4159.  DESCRIPTION
4160.   "Power name (factory-assigned)"
4161.  ::= { vrcPowerPtEntry 2 }
4162.  
4163. vrcPowerPtVoltage OBJECT-TYPE
4164.  SYNTAX Integer32(-32768..32767)
4165.  UNITS "decivolts"
4166.  MAX-ACCESS read-only
4167.  STATUS current
4168.  DESCRIPTION
4169.   "Power voltage measurement in tenths of a volt"
4170.  ::= { vrcPowerPtEntry 3 }
4171.  
4172. vrcPowerPtFrequency OBJECT-TYPE
4173.  SYNTAX Integer32(-32768..32767)
4174.  UNITS "decihertz"
4175.  MAX-ACCESS read-only
4176.  STATUS current
4177.  DESCRIPTION
4178.   "Power frequency measurement in tenths of hertz"
4179.  ::= { vrcPowerPtEntry 4 }
4180.  
4181. vrcPowerPtLowVoltageAlarm OBJECT-TYPE
4182.  SYNTAX TruthValue
4183.  MAX-ACCESS read-only
4184.  STATUS current
4185.  DESCRIPTION
4186.   "Power low voltage alarm state"
4187.  ::= { vrcPowerPtEntry 5 }
4188.  
4189. vrcPowerPtHighVoltageAlarm OBJECT-TYPE
4190.  SYNTAX TruthValue
4191.  MAX-ACCESS read-only
4192.  STATUS current
4193.  DESCRIPTION
4194.   "Power high voltage alarm state"
4195.  ::= { vrcPowerPtEntry 6 }
4196.  
4197. vrcPowerPtLossOfPhasePowerAlarm OBJECT-TYPE
4198.  SYNTAX TruthValue
4199.  MAX-ACCESS read-only
4200.  STATUS current
4201.  DESCRIPTION
4202.   "Phase power loss alarm state"
4203.  ::= { vrcPowerPtEntry 7 }
4204.  
4205. vrcPowerPtLossOfPowerAlarm OBJECT-TYPE
4206.  SYNTAX TruthValue
4207.  MAX-ACCESS read-only
4208.  STATUS current
4209.  DESCRIPTION
4210.   "Power loss alarm state"
4211.  ::= { vrcPowerPtEntry 8 }
4212.  
4213. vrcPowerPtFrequencyErrorAlarm OBJECT-TYPE
4214.  SYNTAX TruthValue
4215.  MAX-ACCESS read-only
4216.  STATUS current
4217.  DESCRIPTION
4218.   "Power frequency error alarm state"
4219.  ::= { vrcPowerPtEntry 9 }
4220.  
4221. --###########################################################################################--
4222. --vrcPowerCfgTable--
4223. --###########################################################################################--
4224.  
4225. vrcPowerCfgTable OBJECT-TYPE
4226.  SYNTAX SEQUENCE OF VrcPowerCfgEntry
4227.  MAX-ACCESS  not-accessible
4228.  STATUS current
4229.  DESCRIPTION
4230.   "Table used for VRC power configuration"
4231.  ::= { vrc 15 }
4232.  
4233. vrcPowerCfgEntry OBJECT-TYPE
4234.  SYNTAX VrcPowerCfgEntry
4235.  MAX-ACCESS  not-accessible
4236.  STATUS current
4237.  DESCRIPTION
4238.   "Entry in the vrcPowerCfgTable: each entry contains config fields for
4239.   VRC power"
4240.  INDEX { vrcPowerCfgIndex }
4241.  ::= { vrcPowerCfgTable 1 }
4242.  
4243. VrcPowerCfgEntry ::= SEQUENCE {
4244.  vrcPowerCfgIndex    Integer32,
4245.  vrcPowerCfgLowVoltageSetting    Integer32,
4246.  vrcPowerCfgHighVoltageSetting    Integer32,
4247.  vrcPowerCfgLowVoltageAlarmCtrl    INTEGER,
4248.  vrcPowerCfgHighVoltageAlarmCtrl    INTEGER,
4249.  vrcPowerCfgLossOfPowerAlarmCtrl    INTEGER,
4250.  vrcPowerCfgFreqErrorAlarmCtrl    INTEGER
4251. }
4252.  
4253. vrcPowerCfgIndex OBJECT-TYPE
4254.  SYNTAX Integer32(1..100)
4255.  MAX-ACCESS not-accessible
4256.  STATUS current
4257.  DESCRIPTION
4258.   "Unique id for each entry in the table"
4259.  ::= { vrcPowerCfgEntry 1 }
4260.  
4261. vrcPowerCfgLowVoltageSetting OBJECT-TYPE
4262.  SYNTAX Integer32(100..230)
4263.  UNITS "volts"
4264.  MAX-ACCESS read-write
4265.  STATUS current
4266.  DESCRIPTION
4267.   "Power low voltage setting in volts"
4268.  ::= { vrcPowerCfgEntry 2 }
4269.  
4270. vrcPowerCfgHighVoltageSetting OBJECT-TYPE
4271.  SYNTAX Integer32(100..300)
4272.  UNITS "volts"
4273.  MAX-ACCESS read-write
4274.  STATUS current
4275.  DESCRIPTION
4276.   "Power high voltage setting in volts"
4277.  ::= { vrcPowerCfgEntry 3 }
4278.  
4279. vrcPowerCfgLowVoltageAlarmCtrl OBJECT-TYPE
4280.  SYNTAX INTEGER {
4281.    close(1),
4282.    suspend(2),
4283.    open(3)
4284.    }
4285.  MAX-ACCESS read-write
4286.  STATUS current
4287.  DESCRIPTION
4288.   "Power low voltage alarm control:
4289.   1 = close
4290.   2 = suspend
4291.   3 = open"
4292.  ::= { vrcPowerCfgEntry 4 }
4293.  
4294. vrcPowerCfgHighVoltageAlarmCtrl OBJECT-TYPE
4295.  SYNTAX INTEGER {
4296.    close(1),
4297.    suspend(2),
4298.    open(3)
4299.    }
4300.  MAX-ACCESS read-write
4301.  STATUS current
4302.  DESCRIPTION
4303.   "Power high voltage alarm control:
4304.   1 = close
4305.   2 = suspend
4306.   3 = open"
4307.  ::= { vrcPowerCfgEntry 5 }
4308.  
4309. vrcPowerCfgLossOfPowerAlarmCtrl OBJECT-TYPE
4310.  SYNTAX INTEGER {
4311.    close(1),
4312.    suspend(2),
4313.    open(3)
4314.    }
4315.  MAX-ACCESS read-write
4316.  STATUS current
4317.  DESCRIPTION
4318.   "Power loss alarm control:
4319.   1 = close
4320.   2 = suspend
4321.   3 = open"
4322.  ::= { vrcPowerCfgEntry 6 }
4323.  
4324. vrcPowerCfgFreqErrorAlarmCtrl OBJECT-TYPE
4325.  SYNTAX INTEGER {
4326.    close(1),
4327.    suspend(2),
4328.    open(3)
4329.    }
4330.  MAX-ACCESS read-write
4331.  STATUS current
4332.  DESCRIPTION
4333.   "Power frequency error alarm control:
4334.   1 = close
4335.   2 = suspend
4336.   3 = open"
4337.  ::= { vrcPowerCfgEntry 7 }
4338.  
4339. --###########################################################################################--
4340. --vrcOutdoorPtTable--
4341. --###########################################################################################--
4342.  
4343. vrcOutdoorPtTable OBJECT-TYPE
4344.  SYNTAX SEQUENCE OF VrcOutdoorPtEntry
4345.  MAX-ACCESS  not-accessible
4346.  STATUS current
4347.  DESCRIPTION
4348.   "Table that contains VRC outdoor status"
4349.  ::= { vrc 16 }
4350.  
4351. vrcOutdoorPtEntry OBJECT-TYPE
4352.  SYNTAX VrcOutdoorPtEntry
4353.  MAX-ACCESS  not-accessible
4354.  STATUS current
4355.  DESCRIPTION
4356.   "Entry in the vrcOutdoorPtTable: each entry represents data for a VRC
4357.   outdoor"
4358.  INDEX { vrcOutdoorPtIndex }
4359.  ::= { vrcOutdoorPtTable 1 }
4360.  
4361. VrcOutdoorPtEntry ::= SEQUENCE {
4362.  vrcOutdoorPtIndex    Integer32,
4363.  vrcOutdoorPtName    SnmpAdminString,
4364.  vrcOutdoorPtTemp    Integer32
4365. }
4366.  
4367. vrcOutdoorPtIndex OBJECT-TYPE
4368.  SYNTAX Integer32(1..100)
4369.  MAX-ACCESS not-accessible
4370.  STATUS current
4371.  DESCRIPTION
4372.   "Unique id for each entry in the table"
4373.  ::= { vrcOutdoorPtEntry 1 }
4374.  
4375. vrcOutdoorPtName OBJECT-TYPE
4376.  SYNTAX SnmpAdminString(SIZE (1..25))
4377.  MAX-ACCESS read-only
4378.  STATUS current
4379.  DESCRIPTION
4380.   "Outdoor name (factory-assigned)"
4381.  ::= { vrcOutdoorPtEntry 2 }
4382.  
4383. vrcOutdoorPtTemp OBJECT-TYPE
4384.  SYNTAX Integer32
4385.  UNITS "decidegrees"
4386.  MAX-ACCESS read-only
4387.  STATUS current
4388.  DESCRIPTION
4389.   "Outdoor temperature value in tenths of a degree. Units are given by
4390.   temperatureUnits field in deviceInfo. The range is determined by the
4391.   current temperature units.
4392.   Celsius:    -400 to 1000
4393.   Fahrenheit: -400 to 2120"
4394.  ::= { vrcOutdoorPtEntry 3 }
4395.  
4396. --###########################################################################################--
4397. --vrcDischPtTable--
4398. --###########################################################################################--
4399.  
4400. vrcDischPtTable OBJECT-TYPE
4401.  SYNTAX SEQUENCE OF VrcDischPtEntry
4402.  MAX-ACCESS  not-accessible
4403.  STATUS current
4404.  DESCRIPTION
4405.   "Table that contains VRC discharge status"
4406.  ::= { vrc 18 }
4407.  
4408. vrcDischPtEntry OBJECT-TYPE
4409.  SYNTAX VrcDischPtEntry
4410.  MAX-ACCESS  not-accessible
4411.  STATUS current
4412.  DESCRIPTION
4413.   "Entry in the vrcDischPtTable: each entry represents discharge data for
4414.   a VRC"
4415.  INDEX { vrcDischPtIndex }
4416.  ::= { vrcDischPtTable 1 }
4417.  
4418. VrcDischPtEntry ::= SEQUENCE {
4419.  vrcDischPtIndex    Integer32,
4420.  vrcDischPtName    SnmpAdminString,
4421.  vrcDischPtTemp    Integer32,
4422.  vrcDischPtPressure    Integer32,
4423.  vrcDischPtHighTempAlarm    TruthValue,
4424.  vrcDischPtHighTempFreqAlarm    TruthValue,
4425.  vrcDischPtTempSensorFailAlarm    TruthValue
4426. }
4427.  
4428. vrcDischPtIndex OBJECT-TYPE
4429.  SYNTAX Integer32(1..100)
4430.  MAX-ACCESS not-accessible
4431.  STATUS current
4432.  DESCRIPTION
4433.   "Unique id for each entry in the table"
4434.  ::= { vrcDischPtEntry 1 }
4435.  
4436. vrcDischPtName OBJECT-TYPE
4437.  SYNTAX SnmpAdminString(SIZE (1..25))
4438.  MAX-ACCESS read-only
4439.  STATUS current
4440.  DESCRIPTION
4441.   "Discharge name (factory-assigned)"
4442.  ::= { vrcDischPtEntry 2 }
4443.  
4444. vrcDischPtTemp OBJECT-TYPE
4445.  SYNTAX Integer32
4446.  UNITS "decidegrees"
4447.  MAX-ACCESS read-write
4448.  STATUS current
4449.  DESCRIPTION
4450.   "Discharge temperature value in tenths of a degree. Units are given by
4451.   temperatureUnits field in deviceInfo. The range is determined by the
4452.   current temperature units.
4453.   Celsius:    -400 to 1560
4454.   Fahrenheit: -400 to 3128"
4455.  ::= { vrcDischPtEntry 3 }
4456.  
4457. vrcDischPtPressure OBJECT-TYPE
4458.  SYNTAX Integer32(0..460)
4459.  UNITS "decibars"
4460.  MAX-ACCESS read-write
4461.  STATUS current
4462.  DESCRIPTION
4463.   "Discharge air pressure value in tenths of a bar"
4464.  ::= { vrcDischPtEntry 4 }
4465.  
4466. vrcDischPtHighTempAlarm OBJECT-TYPE
4467.  SYNTAX TruthValue
4468.  MAX-ACCESS read-only
4469.  STATUS current
4470.  DESCRIPTION
4471.   "Discharge high temperature alarm state"
4472.  ::= { vrcDischPtEntry 5 }
4473.  
4474. vrcDischPtHighTempFreqAlarm OBJECT-TYPE
4475.  SYNTAX TruthValue
4476.  MAX-ACCESS read-only
4477.  STATUS current
4478.  DESCRIPTION
4479.   "Discharge high temperature frequently alarm state"
4480.  ::= { vrcDischPtEntry 6 }
4481.  
4482. vrcDischPtTempSensorFailAlarm OBJECT-TYPE
4483.  SYNTAX TruthValue
4484.  MAX-ACCESS read-only
4485.  STATUS current
4486.  DESCRIPTION
4487.   "Discharge temperature sensor failure alarm state"
4488.  ::= { vrcDischPtEntry 7 }
4489.  
4490. --###########################################################################################--
4491. --vrcDischCfgTable--
4492. --###########################################################################################--
4493.  
4494. vrcDischCfgTable OBJECT-TYPE
4495.  SYNTAX SEQUENCE OF VrcDischCfgEntry
4496.  MAX-ACCESS  not-accessible
4497.  STATUS current
4498.  DESCRIPTION
4499.   "Table used for VRC discharge configuration"
4500.  ::= { vrc 19 }
4501.  
4502. vrcDischCfgEntry OBJECT-TYPE
4503.  SYNTAX VrcDischCfgEntry
4504.  MAX-ACCESS  not-accessible
4505.  STATUS current
4506.  DESCRIPTION
4507.   "Entry in the vrcDischCfgTable: each entry contains config fields for
4508.   VRC discharge"
4509.  INDEX { vrcDischCfgIndex }
4510.  ::= { vrcDischCfgTable 1 }
4511.  
4512. VrcDischCfgEntry ::= SEQUENCE {
4513.  vrcDischCfgIndex    Integer32,
4514.  vrcDischCfgTempCalValue    Integer32,
4515.  vrcDischCfgPressCalValue    Integer32,
4516.  vrcDischCfgHighTempAlmCtrl    INTEGER,
4517.  vrcDischCfgHighTempFreqAlmCtrl    INTEGER,
4518.  vrcDischCfgTempSensFailAlmCtrl    INTEGER
4519. }
4520.  
4521. vrcDischCfgIndex OBJECT-TYPE
4522.  SYNTAX Integer32(1..100)
4523.  MAX-ACCESS not-accessible
4524.  STATUS current
4525.  DESCRIPTION
4526.   "Unique id for each entry in the table"
4527.  ::= { vrcDischCfgEntry 1 }
4528.  
4529. vrcDischCfgTempCalValue OBJECT-TYPE
4530.  SYNTAX Integer32
4531.  UNITS "decidegrees"
4532.  MAX-ACCESS read-write
4533.  STATUS current
4534.  DESCRIPTION
4535.   "Discharge temperature calibration value in tenths of a degree. Units
4536.   are given by temperatureUnits field in deviceInfo. The settable range
4537.   is determined by the current temperature units.
4538.   Celsius:    -100 to 100
4539.   Fahrenheit: -179 to 179"
4540.  ::= { vrcDischCfgEntry 2 }
4541.  
4542. vrcDischCfgPressCalValue OBJECT-TYPE
4543.  SYNTAX Integer32(-100..100)
4544.  UNITS "decibars"
4545.  MAX-ACCESS read-write
4546.  STATUS current
4547.  DESCRIPTION
4548.   "Discharge pressure calibration value in tenths of a bar"
4549.  ::= { vrcDischCfgEntry 3 }
4550.  
4551. vrcDischCfgHighTempAlmCtrl OBJECT-TYPE
4552.  SYNTAX INTEGER {
4553.    suspend(2),
4554.    open(3)
4555.    }
4556.  MAX-ACCESS read-write
4557.  STATUS current
4558.  DESCRIPTION
4559.   "Discharge high temperature alarm control:
4560.   2 = suspend
4561.   3 = open"
4562.  ::= { vrcDischCfgEntry 4 }
4563.  
4564. vrcDischCfgHighTempFreqAlmCtrl OBJECT-TYPE
4565.  SYNTAX INTEGER {
4566.    suspend(2),
4567.    open(3)
4568.    }
4569.  MAX-ACCESS read-write
4570.  STATUS current
4571.  DESCRIPTION
4572.   "Discharge high temperature frequenctly alarm control:
4573.   2 = suspend
4574.   3 = open"
4575.  ::= { vrcDischCfgEntry 5 }
4576.  
4577. vrcDischCfgTempSensFailAlmCtrl OBJECT-TYPE
4578.  SYNTAX INTEGER {
4579.    suspend(2),
4580.    open(3)
4581.    }
4582.  MAX-ACCESS read-write
4583.  STATUS current
4584.  DESCRIPTION
4585.   "Discharge temperature sensor failure alarm control:
4586.   2 = suspend
4587.   3 = open"
4588.  ::= { vrcDischCfgEntry 6 }
4589.  
4590. --###########################################################################################--
4591. --vrcSuctPtTable--
4592. --###########################################################################################--
4593.  
4594. vrcSuctPtTable OBJECT-TYPE
4595.  SYNTAX SEQUENCE OF VrcSuctPtEntry
4596.  MAX-ACCESS  not-accessible
4597.  STATUS current
4598.  DESCRIPTION
4599.   "Table that contains VRC suction status"
4600.  ::= { vrc 20 }
4601.  
4602. vrcSuctPtEntry OBJECT-TYPE
4603.  SYNTAX VrcSuctPtEntry
4604.  MAX-ACCESS  not-accessible
4605.  STATUS current
4606.  DESCRIPTION
4607.   "Entry in the vrcSuctPtTable: each entry represents suction data for a
4608.   VRC"
4609.  INDEX { vrcSuctPtIndex }
4610.  ::= { vrcSuctPtTable 1 }
4611.  
4612. VrcSuctPtEntry ::= SEQUENCE {
4613.  vrcSuctPtIndex    Integer32,
4614.  vrcSuctPtName    SnmpAdminString,
4615.  vrcSuctPtTemp    Integer32,
4616.  vrcSuctPtPressure    Integer32,
4617.  vrcSuctPtSuperHeatTemp    Integer32,
4618.  vrcSuctPtTempSensorFailAlarm    TruthValue
4619. }
4620.  
4621. vrcSuctPtIndex OBJECT-TYPE
4622.  SYNTAX Integer32(1..100)
4623.  MAX-ACCESS not-accessible
4624.  STATUS current
4625.  DESCRIPTION
4626.   "Unique id for each entry in the table"
4627.  ::= { vrcSuctPtEntry 1 }
4628.  
4629. vrcSuctPtName OBJECT-TYPE
4630.  SYNTAX SnmpAdminString(SIZE (1..25))
4631.  MAX-ACCESS read-only
4632.  STATUS current
4633.  DESCRIPTION
4634.   "Suction name (factory-assigned)"
4635.  ::= { vrcSuctPtEntry 2 }
4636.  
4637. vrcSuctPtTemp OBJECT-TYPE
4638.  SYNTAX Integer32
4639.  UNITS "decidegrees"
4640.  MAX-ACCESS read-only
4641.  STATUS current
4642.  DESCRIPTION
4643.   "Suction temperature in tenths of a degree. Units are given by
4644.   temperatureUnits field in deviceInfo. The range is determined by the
4645.   current temperature units.
4646.   Celsius:    -400 to 1000
4647.   Fahrenheit: -400 to 2120"
4648.  ::= { vrcSuctPtEntry 3 }
4649.  
4650. vrcSuctPtPressure OBJECT-TYPE
4651.  SYNTAX Integer32(0..173)
4652.  UNITS "decibars"
4653.  MAX-ACCESS read-only
4654.  STATUS current
4655.  DESCRIPTION
4656.   "Suction air pressure in tenths of a bar"
4657.  ::= { vrcSuctPtEntry 4 }
4658.  
4659. vrcSuctPtSuperHeatTemp OBJECT-TYPE
4660.  SYNTAX Integer32
4661.  UNITS "decidegrees"
4662.  MAX-ACCESS read-only
4663.  STATUS current
4664.  DESCRIPTION
4665.   "Suction super heat temperature in tenths of a degree. Units are given
4666.   by temperatureUnits field in deviceInfo. The range is determined by
4667.   the current temperature units.
4668.   Celsius:    -400 to 1000
4669.   Fahrenheit: -400 to 2120"
4670.  ::= { vrcSuctPtEntry 5 }
4671.  
4672. vrcSuctPtTempSensorFailAlarm OBJECT-TYPE
4673.  SYNTAX TruthValue
4674.  MAX-ACCESS read-only
4675.  STATUS current
4676.  DESCRIPTION
4677.   "Suction temperature sensor failure alarm state"
4678.  ::= { vrcSuctPtEntry 6 }
4679.  
4680. --###########################################################################################--
4681. --vrcSuctCfgTable--
4682. --###########################################################################################--
4683.  
4684. vrcSuctCfgTable OBJECT-TYPE
4685.  SYNTAX SEQUENCE OF VrcSuctCfgEntry
4686.  MAX-ACCESS  not-accessible
4687.  STATUS current
4688.  DESCRIPTION
4689.   "Table used for VRC suction configuration"
4690.  ::= { vrc 21 }
4691.  
4692. vrcSuctCfgEntry OBJECT-TYPE
4693.  SYNTAX VrcSuctCfgEntry
4694.  MAX-ACCESS  not-accessible
4695.  STATUS current
4696.  DESCRIPTION
4697.   "Entry in the vrcSuctCfgTable: each entry contains config fields for
4698.   VRC suction"
4699.  INDEX { vrcSuctCfgIndex }
4700.  ::= { vrcSuctCfgTable 1 }
4701.  
4702. VrcSuctCfgEntry ::= SEQUENCE {
4703.  vrcSuctCfgIndex    Integer32,
4704.  vrcSuctCfgPressCalValue    Integer32,
4705.  vrcSuctCfgTempSensFailAlmCtrl    INTEGER
4706. }
4707.  
4708. vrcSuctCfgIndex OBJECT-TYPE
4709.  SYNTAX Integer32(1..100)
4710.  MAX-ACCESS not-accessible
4711.  STATUS current
4712.  DESCRIPTION
4713.   "Unique id for each entry in the table"
4714.  ::= { vrcSuctCfgEntry 1 }
4715.  
4716. vrcSuctCfgPressCalValue OBJECT-TYPE
4717.  SYNTAX Integer32(-100..100)
4718.  UNITS "decibars"
4719.  MAX-ACCESS read-write
4720.  STATUS current
4721.  DESCRIPTION
4722.   "Suction pressure calibration value in tenths of a bar"
4723.  ::= { vrcSuctCfgEntry 2 }
4724.  
4725. vrcSuctCfgTempSensFailAlmCtrl OBJECT-TYPE
4726.  SYNTAX INTEGER {
4727.    suspend(2),
4728.    open(3)
4729.    }
4730.  MAX-ACCESS read-write
4731.  STATUS current
4732.  DESCRIPTION
4733.   "Suction temperature sensor failure alarm control:
4734.   2 = suspend
4735.   3 = open"
4736.  ::= { vrcSuctCfgEntry 3 }
4737.  
4738. --###########################################################################################--
4739. --Notifications--
4740. --###########################################################################################--
4741.  
4742. trap OBJECT IDENTIFIER ::= { imd 32767 }
4743.  
4744. trapPrefix OBJECT IDENTIFIER ::= { trap 0 }
4745.  
4746. trapObj OBJECT IDENTIFIER ::= { trap 1 }
4747.  
4748.  
4749. trapSeverity OBJECT-TYPE
4750.  SYNTAX INTEGER {
4751.    none(0),
4752.    warning(1),
4753.    alarm(2)
4754.    }
4755.  MAX-ACCESS accessible-for-notify
4756.  STATUS current
4757.  DESCRIPTION
4758.   "Indicates the severity of the trap:
4759.   0 = None
4760.   1 = Warning
4761.   2 = Alarm"
4762.  ::= { trapObj 1 }
4763.  
4764. trapThreshType OBJECT-TYPE
4765.  SYNTAX INTEGER {
4766.    low(1),
4767.    high(2)
4768.    }
4769.  MAX-ACCESS accessible-for-notify
4770.  STATUS current
4771.  DESCRIPTION
4772.   "Only sent for threshold alarms. Identifies the threshold type:
4773.   1 = Low
4774.   2 = High"
4775.  ::= { trapObj 2 }
4776.  
4777. internalTestNOTIFY NOTIFICATION-TYPE
4778.  STATUS current
4779.  DESCRIPTION "Test SNMP Trap"
4780.  ::= { trapPrefix 10101 }
4781.  
4782. --#####deviceInfo#####--
4783.  
4784. --#####pdu#####--
4785.  
4786. --#####pduMainTable#####--
4787.  
4788. pduMainAvailNOTIFY NOTIFICATION-TYPE
4789.  OBJECTS {
4790.    pduMainAvail,
4791.    trapSeverity,
4792.    sysName,
4793.    pduMainLabel
4794.   }
4795.  STATUS current
4796.  DESCRIPTION "PDU availability trap"
4797.  ::= { trapPrefix 10305 }
4798.  
4799. pduMainAvailCLEAR NOTIFICATION-TYPE
4800.  OBJECTS {
4801.    pduMainAvail,
4802.    trapSeverity,
4803.    sysName,
4804.    pduMainLabel
4805.   }
4806.  STATUS current
4807.  DESCRIPTION "PDU availability clear trap"
4808.  ::= { trapPrefix 20305 }
4809.  
4810. pduTotalRealPowerNOTIFY NOTIFICATION-TYPE
4811.  OBJECTS {
4812.    pduTotalRealPower,
4813.    trapThreshType,
4814.    trapSeverity,
4815.    sysName,
4816.    pduMainLabel,
4817.    pduTotalLabel
4818.   }
4819.  STATUS current
4820.  DESCRIPTION "PDU total real power trap"
4821.  ::= { trapPrefix 10309 }
4822.  
4823. pduTotalRealPowerCLEAR NOTIFICATION-TYPE
4824.  OBJECTS {
4825.    pduTotalRealPower,
4826.    trapThreshType,
4827.    trapSeverity,
4828.    sysName,
4829.    pduMainLabel,
4830.    pduTotalLabel
4831.   }
4832.  STATUS current
4833.  DESCRIPTION "PDU total real power clear trap"
4834.  ::= { trapPrefix 20309 }
4835.  
4836. pduTotalApparentPowerNOTIFY NOTIFICATION-TYPE
4837.  OBJECTS {
4838.    pduTotalApparentPower,
4839.    trapThreshType,
4840.    trapSeverity,
4841.    sysName,
4842.    pduMainLabel,
4843.    pduTotalLabel
4844.   }
4845.  STATUS current
4846.  DESCRIPTION "PDU total apparent power trap"
4847.  ::= { trapPrefix 10310 }
4848.  
4849. pduTotalApparentPowerCLEAR NOTIFICATION-TYPE
4850.  OBJECTS {
4851.    pduTotalApparentPower,
4852.    trapThreshType,
4853.    trapSeverity,
4854.    sysName,
4855.    pduMainLabel,
4856.    pduTotalLabel
4857.   }
4858.  STATUS current
4859.  DESCRIPTION "PDU total apparent power clear trap"
4860.  ::= { trapPrefix 20310 }
4861.  
4862. pduTotalPowerFactorNOTIFY NOTIFICATION-TYPE
4863.  OBJECTS {
4864.    pduTotalPowerFactor,
4865.    trapThreshType,
4866.    trapSeverity,
4867.    sysName,
4868.    pduMainLabel,
4869.    pduTotalLabel
4870.   }
4871.  STATUS current
4872.  DESCRIPTION "PDU total power factor trap"
4873.  ::= { trapPrefix 10311 }
4874.  
4875. pduTotalPowerFactorCLEAR NOTIFICATION-TYPE
4876.  OBJECTS {
4877.    pduTotalPowerFactor,
4878.    trapThreshType,
4879.    trapSeverity,
4880.    sysName,
4881.    pduMainLabel,
4882.    pduTotalLabel
4883.   }
4884.  STATUS current
4885.  DESCRIPTION "PDU total power factor clear trap"
4886.  ::= { trapPrefix 20311 }
4887.  
4888. pduTotalEnergyNOTIFY NOTIFICATION-TYPE
4889.  OBJECTS {
4890.    pduTotalEnergy,
4891.    trapThreshType,
4892.    trapSeverity,
4893.    sysName,
4894.    pduMainLabel,
4895.    pduTotalLabel
4896.   }
4897.  STATUS current
4898.  DESCRIPTION "PDU total energy trap"
4899.  ::= { trapPrefix 10312 }
4900.  
4901. pduTotalEnergyCLEAR NOTIFICATION-TYPE
4902.  OBJECTS {
4903.    pduTotalEnergy,
4904.    trapThreshType,
4905.    trapSeverity,
4906.    sysName,
4907.    pduMainLabel,
4908.    pduTotalLabel
4909.   }
4910.  STATUS current
4911.  DESCRIPTION "PDU total energy clear trap"
4912.  ::= { trapPrefix 20312 }
4913.  
4914. --#####pduPhaseTable#####--
4915.  
4916. pduPhaseVoltageNOTIFY NOTIFICATION-TYPE
4917.  OBJECTS {
4918.    pduPhaseVoltage,
4919.    trapThreshType,
4920.    trapSeverity,
4921.    sysName,
4922.    pduMainLabel,
4923.    pduPhaseLabel
4924.   }
4925.  STATUS current
4926.  DESCRIPTION "PDU phase voltage trap"
4927.  ::= { trapPrefix 10324 }
4928.  
4929. pduPhaseVoltageCLEAR NOTIFICATION-TYPE
4930.  OBJECTS {
4931.    pduPhaseVoltage,
4932.    trapThreshType,
4933.    trapSeverity,
4934.    sysName,
4935.    pduMainLabel,
4936.    pduPhaseLabel
4937.   }
4938.  STATUS current
4939.  DESCRIPTION "PDU phase voltage clear trap"
4940.  ::= { trapPrefix 20324 }
4941.  
4942. pduPhaseCurrentNOTIFY NOTIFICATION-TYPE
4943.  OBJECTS {
4944.    pduPhaseCurrent,
4945.    trapThreshType,
4946.    trapSeverity,
4947.    sysName,
4948.    pduMainLabel,
4949.    pduPhaseLabel
4950.   }
4951.  STATUS current
4952.  DESCRIPTION "PDU phase current trap"
4953.  ::= { trapPrefix 10328 }
4954.  
4955. pduPhaseCurrentCLEAR NOTIFICATION-TYPE
4956.  OBJECTS {
4957.    pduPhaseCurrent,
4958.    trapThreshType,
4959.    trapSeverity,
4960.    sysName,
4961.    pduMainLabel,
4962.    pduPhaseLabel
4963.   }
4964.  STATUS current
4965.  DESCRIPTION "PDU phase current clear trap"
4966.  ::= { trapPrefix 20328 }
4967.  
4968. pduPhaseRealPowerNOTIFY NOTIFICATION-TYPE
4969.  OBJECTS {
4970.    pduPhaseRealPower,
4971.    trapThreshType,
4972.    trapSeverity,
4973.    sysName,
4974.    pduMainLabel,
4975.    pduPhaseLabel
4976.   }
4977.  STATUS current
4978.  DESCRIPTION "PDU phase real power trap"
4979.  ::= { trapPrefix 10332 }
4980.  
4981. pduPhaseRealPowerCLEAR NOTIFICATION-TYPE
4982.  OBJECTS {
4983.    pduPhaseRealPower,
4984.    trapThreshType,
4985.    trapSeverity,
4986.    sysName,
4987.    pduMainLabel,
4988.    pduPhaseLabel
4989.   }
4990.  STATUS current
4991.  DESCRIPTION "PDU phase real power clear trap"
4992.  ::= { trapPrefix 20332 }
4993.  
4994. pduPhaseApparentPowerNOTIFY NOTIFICATION-TYPE
4995.  OBJECTS {
4996.    pduPhaseApparentPower,
4997.    trapThreshType,
4998.    trapSeverity,
4999.    sysName,
5000.    pduMainLabel,
5001.    pduPhaseLabel
5002.   }
5003.  STATUS current
5004.  DESCRIPTION "PDU phase apparent power trap"
5005.  ::= { trapPrefix 10333 }
5006.  
5007. pduPhaseApparentPowerCLEAR NOTIFICATION-TYPE
5008.  OBJECTS {
5009.    pduPhaseApparentPower,
5010.    trapThreshType,
5011.    trapSeverity,
5012.    sysName,
5013.    pduMainLabel,
5014.    pduPhaseLabel
5015.   }
5016.  STATUS current
5017.  DESCRIPTION "PDU phase apparent power clear trap"
5018.  ::= { trapPrefix 20333 }
5019.  
5020. pduPhasePowerFactorNOTIFY NOTIFICATION-TYPE
5021.  OBJECTS {
5022.    pduPhasePowerFactor,
5023.    trapThreshType,
5024.    trapSeverity,
5025.    sysName,
5026.    pduMainLabel,
5027.    pduPhaseLabel
5028.   }
5029.  STATUS current
5030.  DESCRIPTION "PDU phase power factor trap"
5031.  ::= { trapPrefix 10334 }
5032.  
5033. pduPhasePowerFactorCLEAR NOTIFICATION-TYPE
5034.  OBJECTS {
5035.    pduPhasePowerFactor,
5036.    trapThreshType,
5037.    trapSeverity,
5038.    sysName,
5039.    pduMainLabel,
5040.    pduPhaseLabel
5041.   }
5042.  STATUS current
5043.  DESCRIPTION "PDU phase power factor clear trap"
5044.  ::= { trapPrefix 20334 }
5045.  
5046. pduPhaseEnergyNOTIFY NOTIFICATION-TYPE
5047.  OBJECTS {
5048.    pduPhaseEnergy,
5049.    trapThreshType,
5050.    trapSeverity,
5051.    sysName,
5052.    pduMainLabel,
5053.    pduPhaseLabel
5054.   }
5055.  STATUS current
5056.  DESCRIPTION "PDU phase energy trap"
5057.  ::= { trapPrefix 10335 }
5058.  
5059. pduPhaseEnergyCLEAR NOTIFICATION-TYPE
5060.  OBJECTS {
5061.    pduPhaseEnergy,
5062.    trapThreshType,
5063.    trapSeverity,
5064.    sysName,
5065.    pduMainLabel,
5066.    pduPhaseLabel
5067.   }
5068.  STATUS current
5069.  DESCRIPTION "PDU phase energy clear trap"
5070.  ::= { trapPrefix 20335 }
5071.  
5072. pduPhaseBalanceNOTIFY NOTIFICATION-TYPE
5073.  OBJECTS {
5074.    pduPhaseBalance,
5075.    trapThreshType,
5076.    trapSeverity,
5077.    sysName,
5078.    pduMainLabel,
5079.    pduPhaseLabel
5080.   }
5081.  STATUS current
5082.  DESCRIPTION "PDU phase balance trap"
5083.  ::= { trapPrefix 10337 }
5084.  
5085. pduPhaseBalanceCLEAR NOTIFICATION-TYPE
5086.  OBJECTS {
5087.    pduPhaseBalance,
5088.    trapThreshType,
5089.    trapSeverity,
5090.    sysName,
5091.    pduMainLabel,
5092.    pduPhaseLabel
5093.   }
5094.  STATUS current
5095.  DESCRIPTION "PDU phase balance clear trap"
5096.  ::= { trapPrefix 20337 }
5097.  
5098. pduPhaseCurrentCrestFactorNOTIFY NOTIFICATION-TYPE
5099.  OBJECTS {
5100.    pduPhaseCurrentCrestFactor,
5101.    trapThreshType,
5102.    trapSeverity,
5103.    sysName,
5104.    pduMainLabel,
5105.    pduPhaseLabel
5106.   }
5107.  STATUS current
5108.  DESCRIPTION "PDU phase current crest factor trap"
5109.  ::= { trapPrefix 10339 }
5110.  
5111. pduPhaseCurrentCrestFactorCLEAR NOTIFICATION-TYPE
5112.  OBJECTS {
5113.    pduPhaseCurrentCrestFactor,
5114.    trapThreshType,
5115.    trapSeverity,
5116.    sysName,
5117.    pduMainLabel,
5118.    pduPhaseLabel
5119.   }
5120.  STATUS current
5121.  DESCRIPTION "PDU phase current crest factor clear trap"
5122.  ::= { trapPrefix 20339 }
5123.  
5124. --#####pduBreakerTable#####--
5125.  
5126. pduBreakerCurrentNOTIFY NOTIFICATION-TYPE
5127.  OBJECTS {
5128.    pduBreakerCurrent,
5129.    trapThreshType,
5130.    trapSeverity,
5131.    sysName,
5132.    pduMainLabel,
5133.    pduBreakerLabel
5134.   }
5135.  STATUS current
5136.  DESCRIPTION "PDU breaker current trap"
5137.  ::= { trapPrefix 10354 }
5138.  
5139. pduBreakerCurrentCLEAR NOTIFICATION-TYPE
5140.  OBJECTS {
5141.    pduBreakerCurrent,
5142.    trapThreshType,
5143.    trapSeverity,
5144.    sysName,
5145.    pduMainLabel,
5146.    pduBreakerLabel
5147.   }
5148.  STATUS current
5149.  DESCRIPTION "PDU breaker current clear trap"
5150.  ::= { trapPrefix 20354 }
5151.  
5152. pduBreakerVoltageNOTIFY NOTIFICATION-TYPE
5153.  OBJECTS {
5154.    pduBreakerVoltage,
5155.    trapThreshType,
5156.    trapSeverity,
5157.    sysName,
5158.    pduMainLabel,
5159.    pduBreakerLabel
5160.   }
5161.  STATUS current
5162.  DESCRIPTION "PDU breaker voltage trap"
5163.  ::= { trapPrefix 10358 }
5164.  
5165. pduBreakerVoltageCLEAR NOTIFICATION-TYPE
5166.  OBJECTS {
5167.    pduBreakerVoltage,
5168.    trapThreshType,
5169.    trapSeverity,
5170.    sysName,
5171.    pduMainLabel,
5172.    pduBreakerLabel
5173.   }
5174.  STATUS current
5175.  DESCRIPTION "PDU breaker voltage clear trap"
5176.  ::= { trapPrefix 20358 }
5177.  
5178. pduBreakerRealPowerNOTIFY NOTIFICATION-TYPE
5179.  OBJECTS {
5180.    pduBreakerRealPower,
5181.    trapThreshType,
5182.    trapSeverity,
5183.    sysName,
5184.    pduMainLabel,
5185.    pduBreakerLabel
5186.   }
5187.  STATUS current
5188.  DESCRIPTION "PDU breaker real power trap"
5189.  ::= { trapPrefix 10362 }
5190.  
5191. pduBreakerRealPowerCLEAR NOTIFICATION-TYPE
5192.  OBJECTS {
5193.    pduBreakerRealPower,
5194.    trapThreshType,
5195.    trapSeverity,
5196.    sysName,
5197.    pduMainLabel,
5198.    pduBreakerLabel
5199.   }
5200.  STATUS current
5201.  DESCRIPTION "PDU breaker real power clear trap"
5202.  ::= { trapPrefix 20362 }
5203.  
5204. pduBreakerApparentPowerNOTIFY NOTIFICATION-TYPE
5205.  OBJECTS {
5206.    pduBreakerApparentPower,
5207.    trapThreshType,
5208.    trapSeverity,
5209.    sysName,
5210.    pduMainLabel,
5211.    pduBreakerLabel
5212.   }
5213.  STATUS current
5214.  DESCRIPTION "PDU breaker apparent power trap"
5215.  ::= { trapPrefix 10363 }
5216.  
5217. pduBreakerApparentPowerCLEAR NOTIFICATION-TYPE
5218.  OBJECTS {
5219.    pduBreakerApparentPower,
5220.    trapThreshType,
5221.    trapSeverity,
5222.    sysName,
5223.    pduMainLabel,
5224.    pduBreakerLabel
5225.   }
5226.  STATUS current
5227.  DESCRIPTION "PDU breaker apparent power clear trap"
5228.  ::= { trapPrefix 20363 }
5229.  
5230. pduBreakerPowerFactorNOTIFY NOTIFICATION-TYPE
5231.  OBJECTS {
5232.    pduBreakerPowerFactor,
5233.    trapThreshType,
5234.    trapSeverity,
5235.    sysName,
5236.    pduMainLabel,
5237.    pduBreakerLabel
5238.   }
5239.  STATUS current
5240.  DESCRIPTION "PDU breaker power factor trap"
5241.  ::= { trapPrefix 10364 }
5242.  
5243. pduBreakerPowerFactorCLEAR NOTIFICATION-TYPE
5244.  OBJECTS {
5245.    pduBreakerPowerFactor,
5246.    trapThreshType,
5247.    trapSeverity,
5248.    sysName,
5249.    pduMainLabel,
5250.    pduBreakerLabel
5251.   }
5252.  STATUS current
5253.  DESCRIPTION "PDU breaker power factor clear trap"
5254.  ::= { trapPrefix 20364 }
5255.  
5256. pduBreakerEnergyNOTIFY NOTIFICATION-TYPE
5257.  OBJECTS {
5258.    pduBreakerEnergy,
5259.    trapThreshType,
5260.    trapSeverity,
5261.    sysName,
5262.    pduMainLabel,
5263.    pduBreakerLabel
5264.   }
5265.  STATUS current
5266.  DESCRIPTION "PDU breaker energy trap"
5267.  ::= { trapPrefix 10365 }
5268.  
5269. pduBreakerEnergyCLEAR NOTIFICATION-TYPE
5270.  OBJECTS {
5271.    pduBreakerEnergy,
5272.    trapThreshType,
5273.    trapSeverity,
5274.    sysName,
5275.    pduMainLabel,
5276.    pduBreakerLabel
5277.   }
5278.  STATUS current
5279.  DESCRIPTION "PDU breaker energy clear trap"
5280.  ::= { trapPrefix 20365 }
5281.  
5282. --#####pduLineTable#####--
5283.  
5284. pduLineCurrentNOTIFY NOTIFICATION-TYPE
5285.  OBJECTS {
5286.    pduLineCurrent,
5287.    trapThreshType,
5288.    trapSeverity,
5289.    sysName,
5290.    pduMainLabel,
5291.    pduLineLabel
5292.   }
5293.  STATUS current
5294.  DESCRIPTION "PDU line current trap"
5295.  ::= { trapPrefix 10374 }
5296.  
5297. pduLineCurrentCLEAR NOTIFICATION-TYPE
5298.  OBJECTS {
5299.    pduLineCurrent,
5300.    trapThreshType,
5301.    trapSeverity,
5302.    sysName,
5303.    pduMainLabel,
5304.    pduLineLabel
5305.   }
5306.  STATUS current
5307.  DESCRIPTION "PDU line current clear trap"
5308.  ::= { trapPrefix 20374 }
5309.  
5310. --#####pduOutletSwitchTable#####--
5311.  
5312. --#####pduOutletMeterTable#####--
5313.  
5314. pduOutletMeterVoltageNOTIFY NOTIFICATION-TYPE
5315.  OBJECTS {
5316.    pduOutletMeterVoltage,
5317.    trapThreshType,
5318.    trapSeverity,
5319.    sysName,
5320.    pduMainLabel,
5321.    pduOutletMeterLabel
5322.   }
5323.  STATUS current
5324.  DESCRIPTION "PDU outlet voltage trap"
5325.  ::= { trapPrefix 10385 }
5326.  
5327. pduOutletMeterVoltageCLEAR NOTIFICATION-TYPE
5328.  OBJECTS {
5329.    pduOutletMeterVoltage,
5330.    trapThreshType,
5331.    trapSeverity,
5332.    sysName,
5333.    pduMainLabel,
5334.    pduOutletMeterLabel
5335.   }
5336.  STATUS current
5337.  DESCRIPTION "PDU outlet voltage clear trap"
5338.  ::= { trapPrefix 20385 }
5339.  
5340. pduOutletMeterCurrentNOTIFY NOTIFICATION-TYPE
5341.  OBJECTS {
5342.    pduOutletMeterCurrent,
5343.    trapThreshType,
5344.    trapSeverity,
5345.    sysName,
5346.    pduMainLabel,
5347.    pduOutletMeterLabel
5348.   }
5349.  STATUS current
5350.  DESCRIPTION "PDU outlet current trap"
5351.  ::= { trapPrefix 10389 }
5352.  
5353. pduOutletMeterCurrentCLEAR NOTIFICATION-TYPE
5354.  OBJECTS {
5355.    pduOutletMeterCurrent,
5356.    trapThreshType,
5357.    trapSeverity,
5358.    sysName,
5359.    pduMainLabel,
5360.    pduOutletMeterLabel
5361.   }
5362.  STATUS current
5363.  DESCRIPTION "PDU outlet current clear trap"
5364.  ::= { trapPrefix 20389 }
5365.  
5366. pduOutletMeterRealPowerNOTIFY NOTIFICATION-TYPE
5367.  OBJECTS {
5368.    pduOutletMeterRealPower,
5369.    trapThreshType,
5370.    trapSeverity,
5371.    sysName,
5372.    pduMainLabel,
5373.    pduOutletMeterLabel
5374.   }
5375.  STATUS current
5376.  DESCRIPTION "PDU outlet real power trap"
5377.  ::= { trapPrefix 10393 }
5378.  
5379. pduOutletMeterRealPowerCLEAR NOTIFICATION-TYPE
5380.  OBJECTS {
5381.    pduOutletMeterRealPower,
5382.    trapThreshType,
5383.    trapSeverity,
5384.    sysName,
5385.    pduMainLabel,
5386.    pduOutletMeterLabel
5387.   }
5388.  STATUS current
5389.  DESCRIPTION "PDU outlet real power clear trap"
5390.  ::= { trapPrefix 20393 }
5391.  
5392. pduOutletMeterApparentPowerNOTIFY NOTIFICATION-TYPE
5393.  OBJECTS {
5394.    pduOutletMeterApparentPower,
5395.    trapThreshType,
5396.    trapSeverity,
5397.    sysName,
5398.    pduMainLabel,
5399.    pduOutletMeterLabel
5400.   }
5401.  STATUS current
5402.  DESCRIPTION "PDU outlet apparent power trap"
5403.  ::= { trapPrefix 10394 }
5404.  
5405. pduOutletMeterApparentPowerCLEAR NOTIFICATION-TYPE
5406.  OBJECTS {
5407.    pduOutletMeterApparentPower,
5408.    trapThreshType,
5409.    trapSeverity,
5410.    sysName,
5411.    pduMainLabel,
5412.    pduOutletMeterLabel
5413.   }
5414.  STATUS current
5415.  DESCRIPTION "PDU outlet apparent power clear trap"
5416.  ::= { trapPrefix 20394 }
5417.  
5418. pduOutletMeterPowerFactorNOTIFY NOTIFICATION-TYPE
5419.  OBJECTS {
5420.    pduOutletMeterPowerFactor,
5421.    trapThreshType,
5422.    trapSeverity,
5423.    sysName,
5424.    pduMainLabel,
5425.    pduOutletMeterLabel
5426.   }
5427.  STATUS current
5428.  DESCRIPTION "PDU outlet power factor trap"
5429.  ::= { trapPrefix 10395 }
5430.  
5431. pduOutletMeterPowerFactorCLEAR NOTIFICATION-TYPE
5432.  OBJECTS {
5433.    pduOutletMeterPowerFactor,
5434.    trapThreshType,
5435.    trapSeverity,
5436.    sysName,
5437.    pduMainLabel,
5438.    pduOutletMeterLabel
5439.   }
5440.  STATUS current
5441.  DESCRIPTION "PDU outlet power factor clear trap"
5442.  ::= { trapPrefix 20395 }
5443.  
5444. pduOutletMeterEnergyNOTIFY NOTIFICATION-TYPE
5445.  OBJECTS {
5446.    pduOutletMeterEnergy,
5447.    trapThreshType,
5448.    trapSeverity,
5449.    sysName,
5450.    pduMainLabel,
5451.    pduOutletMeterLabel
5452.   }
5453.  STATUS current
5454.  DESCRIPTION "PDU outlet energy trap"
5455.  ::= { trapPrefix 10396 }
5456.  
5457. pduOutletMeterEnergyCLEAR NOTIFICATION-TYPE
5458.  OBJECTS {
5459.    pduOutletMeterEnergy,
5460.    trapThreshType,
5461.    trapSeverity,
5462.    sysName,
5463.    pduMainLabel,
5464.    pduOutletMeterLabel
5465.   }
5466.  STATUS current
5467.  DESCRIPTION "PDU outlet energy clear trap"
5468.  ::= { trapPrefix 20396 }
5469.  
5470. pduOutletCurrentCrestFactorNOTIFY NOTIFICATION-TYPE
5471.  OBJECTS {
5472.    pduOutletCurrentCrestFactor,
5473.    trapThreshType,
5474.    trapSeverity,
5475.    sysName,
5476.    pduMainLabel,
5477.    pduOutletMeterLabel
5478.   }
5479.  STATUS current
5480.  DESCRIPTION "PDU outlet current crest factor trap"
5481.  ::= { trapPrefix 10400 }
5482.  
5483. pduOutletCurrentCrestFactorCLEAR NOTIFICATION-TYPE
5484.  OBJECTS {
5485.    pduOutletCurrentCrestFactor,
5486.    trapThreshType,
5487.    trapSeverity,
5488.    sysName,
5489.    pduMainLabel,
5490.    pduOutletMeterLabel
5491.   }
5492.  STATUS current
5493.  DESCRIPTION "PDU outlet current crest factor clear trap"
5494.  ::= { trapPrefix 20400 }
5495.  
5496. --#####tempSensorTable#####--
5497.  
5498. tempSensorAvailNOTIFY NOTIFICATION-TYPE
5499.  OBJECTS {
5500.    tempSensorAvail,
5501.    trapSeverity,
5502.    sysName,
5503.    tempSensorLabel
5504.   }
5505.  STATUS current
5506.  DESCRIPTION "RT availability trap"
5507.  ::= { trapPrefix 10404 }
5508.  
5509. tempSensorAvailCLEAR NOTIFICATION-TYPE
5510.  OBJECTS {
5511.    tempSensorAvail,
5512.    trapSeverity,
5513.    sysName,
5514.    tempSensorLabel
5515.   }
5516.  STATUS current
5517.  DESCRIPTION "RT availability clear trap"
5518.  ::= { trapPrefix 20404 }
5519.  
5520. tempSensorTempNOTIFY NOTIFICATION-TYPE
5521.  OBJECTS {
5522.    tempSensorTemp,
5523.    temperatureUnits,
5524.    trapThreshType,
5525.    trapSeverity,
5526.    sysName,
5527.    tempSensorLabel
5528.   }
5529.  STATUS current
5530.  DESCRIPTION "RT temperature trap"
5531.  ::= { trapPrefix 10405 }
5532.  
5533. tempSensorTempCLEAR NOTIFICATION-TYPE
5534.  OBJECTS {
5535.    tempSensorTemp,
5536.    temperatureUnits,
5537.    trapThreshType,
5538.    trapSeverity,
5539.    sysName,
5540.    tempSensorLabel
5541.   }
5542.  STATUS current
5543.  DESCRIPTION "RT temperature clear trap"
5544.  ::= { trapPrefix 20405 }
5545.  
5546. --#####airFlowSensorTable#####--
5547.  
5548. airFlowSensorAvailNOTIFY NOTIFICATION-TYPE
5549.  OBJECTS {
5550.    airFlowSensorAvail,
5551.    trapSeverity,
5552.    sysName,
5553.    airFlowSensorLabel
5554.   }
5555.  STATUS current
5556.  DESCRIPTION "AFHT3 availability trap"
5557.  ::= { trapPrefix 10504 }
5558.  
5559. airFlowSensorAvailCLEAR NOTIFICATION-TYPE
5560.  OBJECTS {
5561.    airFlowSensorAvail,
5562.    trapSeverity,
5563.    sysName,
5564.    airFlowSensorLabel
5565.   }
5566.  STATUS current
5567.  DESCRIPTION "AFHT3 availability clear trap"
5568.  ::= { trapPrefix 20504 }
5569.  
5570. airFlowSensorTempNOTIFY NOTIFICATION-TYPE
5571.  OBJECTS {
5572.    airFlowSensorTemp,
5573.    temperatureUnits,
5574.    trapThreshType,
5575.    trapSeverity,
5576.    sysName,
5577.    airFlowSensorLabel
5578.   }
5579.  STATUS current
5580.  DESCRIPTION "AFHT3 temperature trap"
5581.  ::= { trapPrefix 10505 }
5582.  
5583. airFlowSensorTempCLEAR NOTIFICATION-TYPE
5584.  OBJECTS {
5585.    airFlowSensorTemp,
5586.    temperatureUnits,
5587.    trapThreshType,
5588.    trapSeverity,
5589.    sysName,
5590.    airFlowSensorLabel
5591.   }
5592.  STATUS current
5593.  DESCRIPTION "AFHT3 temperature clear trap"
5594.  ::= { trapPrefix 20505 }
5595.  
5596. airFlowSensorFlowNOTIFY NOTIFICATION-TYPE
5597.  OBJECTS {
5598.    airFlowSensorFlow,
5599.    trapThreshType,
5600.    trapSeverity,
5601.    sysName,
5602.    airFlowSensorLabel
5603.   }
5604.  STATUS current
5605.  DESCRIPTION "AFHT3 airflow trap"
5606.  ::= { trapPrefix 10506 }
5607.  
5608. airFlowSensorFlowCLEAR NOTIFICATION-TYPE
5609.  OBJECTS {
5610.    airFlowSensorFlow,
5611.    trapThreshType,
5612.    trapSeverity,
5613.    sysName,
5614.    airFlowSensorLabel
5615.   }
5616.  STATUS current
5617.  DESCRIPTION "AFHT3 airflow clear trap"
5618.  ::= { trapPrefix 20506 }
5619.  
5620. airFlowSensorHumidityNOTIFY NOTIFICATION-TYPE
5621.  OBJECTS {
5622.    airFlowSensorHumidity,
5623.    trapThreshType,
5624.    trapSeverity,
5625.    sysName,
5626.    airFlowSensorLabel
5627.   }
5628.  STATUS current
5629.  DESCRIPTION "AFHT3 humidity trap"
5630.  ::= { trapPrefix 10507 }
5631.  
5632. airFlowSensorHumidityCLEAR NOTIFICATION-TYPE
5633.  OBJECTS {
5634.    airFlowSensorHumidity,
5635.    trapThreshType,
5636.    trapSeverity,
5637.    sysName,
5638.    airFlowSensorLabel
5639.   }
5640.  STATUS current
5641.  DESCRIPTION "AFHT3 humidity clear trap"
5642.  ::= { trapPrefix 20507 }
5643.  
5644. airFlowSensorDewPointNOTIFY NOTIFICATION-TYPE
5645.  OBJECTS {
5646.    airFlowSensorDewPoint,
5647.    temperatureUnits,
5648.    trapThreshType,
5649.    trapSeverity,
5650.    sysName,
5651.    airFlowSensorLabel
5652.   }
5653.  STATUS current
5654.  DESCRIPTION "AFHT3 dewpoint trap"
5655.  ::= { trapPrefix 10508 }
5656.  
5657. airFlowSensorDewPointCLEAR NOTIFICATION-TYPE
5658.  OBJECTS {
5659.    airFlowSensorDewPoint,
5660.    temperatureUnits,
5661.    trapThreshType,
5662.    trapSeverity,
5663.    sysName,
5664.    airFlowSensorLabel
5665.   }
5666.  STATUS current
5667.  DESCRIPTION "AFHT3 dewpoint clear trap"
5668.  ::= { trapPrefix 20508 }
5669.  
5670. --#####t3hdSensorTable#####--
5671.  
5672. t3hdSensorAvailNOTIFY NOTIFICATION-TYPE
5673.  OBJECTS {
5674.    t3hdSensorAvail,
5675.    trapSeverity,
5676.    sysName,
5677.    t3hdSensorLabel
5678.   }
5679.  STATUS current
5680.  DESCRIPTION "T3HD availability trap"
5681.  ::= { trapPrefix 10804 }
5682.  
5683. t3hdSensorAvailCLEAR NOTIFICATION-TYPE
5684.  OBJECTS {
5685.    t3hdSensorAvail,
5686.    trapSeverity,
5687.    sysName,
5688.    t3hdSensorLabel
5689.   }
5690.  STATUS current
5691.  DESCRIPTION "T3HD availability clear trap"
5692.  ::= { trapPrefix 20804 }
5693.  
5694. t3hdSensorIntTempNOTIFY NOTIFICATION-TYPE
5695.  OBJECTS {
5696.    t3hdSensorIntTemp,
5697.    temperatureUnits,
5698.    trapThreshType,
5699.    trapSeverity,
5700.    sysName,
5701.    t3hdSensorLabel,
5702.    t3hdSensorIntLabel
5703.   }
5704.  STATUS current
5705.  DESCRIPTION "T3HD Internal temperature trap"
5706.  ::= { trapPrefix 10806 }
5707.  
5708. t3hdSensorIntTempCLEAR NOTIFICATION-TYPE
5709.  OBJECTS {
5710.    t3hdSensorIntTemp,
5711.    temperatureUnits,
5712.    trapThreshType,
5713.    trapSeverity,
5714.    sysName,
5715.    t3hdSensorLabel,
5716.    t3hdSensorIntLabel
5717.   }
5718.  STATUS current
5719.  DESCRIPTION "T3HD Internal temperature clear trap"
5720.  ::= { trapPrefix 20806 }
5721.  
5722. t3hdSensorIntHumidityNOTIFY NOTIFICATION-TYPE
5723.  OBJECTS {
5724.    t3hdSensorIntHumidity,
5725.    trapThreshType,
5726.    trapSeverity,
5727.    sysName,
5728.    t3hdSensorLabel,
5729.    t3hdSensorIntLabel
5730.   }
5731.  STATUS current
5732.  DESCRIPTION "T3HD Internal humidity trap"
5733.  ::= { trapPrefix 10807 }
5734.  
5735. t3hdSensorIntHumidityCLEAR NOTIFICATION-TYPE
5736.  OBJECTS {
5737.    t3hdSensorIntHumidity,
5738.    trapThreshType,
5739.    trapSeverity,
5740.    sysName,
5741.    t3hdSensorLabel,
5742.    t3hdSensorIntLabel
5743.   }
5744.  STATUS current
5745.  DESCRIPTION "T3HD Internal humidity clear trap"
5746.  ::= { trapPrefix 20807 }
5747.  
5748. t3hdSensorIntDewPointNOTIFY NOTIFICATION-TYPE
5749.  OBJECTS {
5750.    t3hdSensorIntDewPoint,
5751.    temperatureUnits,
5752.    trapThreshType,
5753.    trapSeverity,
5754.    sysName,
5755.    t3hdSensorLabel,
5756.    t3hdSensorIntLabel
5757.   }
5758.  STATUS current
5759.  DESCRIPTION "T3HD Internal dewpoint trap"
5760.  ::= { trapPrefix 10808 }
5761.  
5762. t3hdSensorIntDewPointCLEAR NOTIFICATION-TYPE
5763.  OBJECTS {
5764.    t3hdSensorIntDewPoint,
5765.    temperatureUnits,
5766.    trapThreshType,
5767.    trapSeverity,
5768.    sysName,
5769.    t3hdSensorLabel,
5770.    t3hdSensorIntLabel
5771.   }
5772.  STATUS current
5773.  DESCRIPTION "T3HD Internal dewpoint clear trap"
5774.  ::= { trapPrefix 20808 }
5775.  
5776. t3hdSensorExtATempNOTIFY NOTIFICATION-TYPE
5777.  OBJECTS {
5778.    t3hdSensorExtATemp,
5779.    temperatureUnits,
5780.    trapThreshType,
5781.    trapSeverity,
5782.    sysName,
5783.    t3hdSensorLabel,
5784.    t3hdSensorExtALabel
5785.   }
5786.  STATUS current
5787.  DESCRIPTION "T3HD External A temperature trap"
5788.  ::= { trapPrefix 10811 }
5789.  
5790. t3hdSensorExtATempCLEAR NOTIFICATION-TYPE
5791.  OBJECTS {
5792.    t3hdSensorExtATemp,
5793.    temperatureUnits,
5794.    trapThreshType,
5795.    trapSeverity,
5796.    sysName,
5797.    t3hdSensorLabel,
5798.    t3hdSensorExtALabel
5799.   }
5800.  STATUS current
5801.  DESCRIPTION "T3HD External A temperature clear trap"
5802.  ::= { trapPrefix 20811 }
5803.  
5804. t3hdSensorExtBTempNOTIFY NOTIFICATION-TYPE
5805.  OBJECTS {
5806.    t3hdSensorExtBTemp,
5807.    temperatureUnits,
5808.    trapThreshType,
5809.    trapSeverity,
5810.    sysName,
5811.    t3hdSensorLabel,
5812.    t3hdSensorExtBLabel
5813.   }
5814.  STATUS current
5815.  DESCRIPTION "T3HD External B temperature trap"
5816.  ::= { trapPrefix 10814 }
5817.  
5818. t3hdSensorExtBTempCLEAR NOTIFICATION-TYPE
5819.  OBJECTS {
5820.    t3hdSensorExtBTemp,
5821.    temperatureUnits,
5822.    trapThreshType,
5823.    trapSeverity,
5824.    sysName,
5825.    t3hdSensorLabel,
5826.    t3hdSensorExtBLabel
5827.   }
5828.  STATUS current
5829.  DESCRIPTION "T3HD External B temperature clear trap"
5830.  ::= { trapPrefix 20814 }
5831.  
5832. --#####thdSensorTable#####--
5833.  
5834. thdSensorAvailNOTIFY NOTIFICATION-TYPE
5835.  OBJECTS {
5836.    thdSensorAvail,
5837.    trapSeverity,
5838.    sysName,
5839.    thdSensorLabel
5840.   }
5841.  STATUS current
5842.  DESCRIPTION "THD availability trap"
5843.  ::= { trapPrefix 10904 }
5844.  
5845. thdSensorAvailCLEAR NOTIFICATION-TYPE
5846.  OBJECTS {
5847.    thdSensorAvail,
5848.    trapSeverity,
5849.    sysName,
5850.    thdSensorLabel
5851.   }
5852.  STATUS current
5853.  DESCRIPTION "THD availability clear trap"
5854.  ::= { trapPrefix 20904 }
5855.  
5856. thdSensorTempNOTIFY NOTIFICATION-TYPE
5857.  OBJECTS {
5858.    thdSensorTemp,
5859.    temperatureUnits,
5860.    trapThreshType,
5861.    trapSeverity,
5862.    sysName,
5863.    thdSensorLabel
5864.   }
5865.  STATUS current
5866.  DESCRIPTION "THD temperature trap"
5867.  ::= { trapPrefix 10905 }
5868.  
5869. thdSensorTempCLEAR NOTIFICATION-TYPE
5870.  OBJECTS {
5871.    thdSensorTemp,
5872.    temperatureUnits,
5873.    trapThreshType,
5874.    trapSeverity,
5875.    sysName,
5876.    thdSensorLabel
5877.   }
5878.  STATUS current
5879.  DESCRIPTION "THD temperature clear trap"
5880.  ::= { trapPrefix 20905 }
5881.  
5882. thdSensorHumidityNOTIFY NOTIFICATION-TYPE
5883.  OBJECTS {
5884.    thdSensorHumidity,
5885.    trapThreshType,
5886.    trapSeverity,
5887.    sysName,
5888.    thdSensorLabel
5889.   }
5890.  STATUS current
5891.  DESCRIPTION "THD humidity trap"
5892.  ::= { trapPrefix 10906 }
5893.  
5894. thdSensorHumidityCLEAR NOTIFICATION-TYPE
5895.  OBJECTS {
5896.    thdSensorHumidity,
5897.    trapThreshType,
5898.    trapSeverity,
5899.    sysName,
5900.    thdSensorLabel
5901.   }
5902.  STATUS current
5903.  DESCRIPTION "THD humidity clear trap"
5904.  ::= { trapPrefix 20906 }
5905.  
5906. thdSensorDewPointNOTIFY NOTIFICATION-TYPE
5907.  OBJECTS {
5908.    thdSensorDewPoint,
5909.    temperatureUnits,
5910.    trapThreshType,
5911.    trapSeverity,
5912.    sysName,
5913.    thdSensorLabel
5914.   }
5915.  STATUS current
5916.  DESCRIPTION "THD dewpoint trap"
5917.  ::= { trapPrefix 10907 }
5918.  
5919. thdSensorDewPointCLEAR NOTIFICATION-TYPE
5920.  OBJECTS {
5921.    thdSensorDewPoint,
5922.    temperatureUnits,
5923.    trapThreshType,
5924.    trapSeverity,
5925.    sysName,
5926.    thdSensorLabel
5927.   }
5928.  STATUS current
5929.  DESCRIPTION "THD dewpoint clear trap"
5930.  ::= { trapPrefix 20907 }
5931.  
5932. --#####a2dSensorTable#####--
5933.  
5934. a2dSensorAvailNOTIFY NOTIFICATION-TYPE
5935.  OBJECTS {
5936.    a2dSensorAvail,
5937.    trapSeverity,
5938.    sysName,
5939.    a2dSensorLabel
5940.   }
5941.  STATUS current
5942.  DESCRIPTION "A2D availability trap"
5943.  ::= { trapPrefix 11104 }
5944.  
5945. a2dSensorAvailCLEAR NOTIFICATION-TYPE
5946.  OBJECTS {
5947.    a2dSensorAvail,
5948.    trapSeverity,
5949.    sysName,
5950.    a2dSensorLabel
5951.   }
5952.  STATUS current
5953.  DESCRIPTION "A2D availability clear trap"
5954.  ::= { trapPrefix 21104 }
5955.  
5956. a2dSensorValueNOTIFY NOTIFICATION-TYPE
5957.  OBJECTS {
5958.    a2dSensorValue,
5959.    trapThreshType,
5960.    trapSeverity,
5961.    sysName,
5962.    a2dSensorLabel,
5963.    a2dSensorAnalogLabel,
5964.    a2dSensorDisplayValue
5965.   }
5966.  STATUS current
5967.  DESCRIPTION "A2D measurement trap"
5968.  ::= { trapPrefix 11105 }
5969.  
5970. a2dSensorValueCLEAR NOTIFICATION-TYPE
5971.  OBJECTS {
5972.    a2dSensorValue,
5973.    trapThreshType,
5974.    trapSeverity,
5975.    sysName,
5976.    a2dSensorLabel,
5977.    a2dSensorAnalogLabel,
5978.    a2dSensorDisplayValue
5979.   }
5980.  STATUS current
5981.  DESCRIPTION "A2D measurement clear trap"
5982.  ::= { trapPrefix 21105 }
5983.  
5984. --#####humiditySensorTable#####--
5985.  
5986. humiditySensorAvailNOTIFY NOTIFICATION-TYPE
5987.  OBJECTS {
5988.    humiditySensorAvail,
5989.    trapSeverity,
5990.    sysName,
5991.    humiditySensorLabel
5992.   }
5993.  STATUS current
5994.  DESCRIPTION "Remote humidity availability trap"
5995.  ::= { trapPrefix 11204 }
5996.  
5997. humiditySensorAvailCLEAR NOTIFICATION-TYPE
5998.  OBJECTS {
5999.    humiditySensorAvail,
6000.    trapSeverity,
6001.    sysName,
6002.    humiditySensorLabel
6003.   }
6004.  STATUS current
6005.  DESCRIPTION "Remote humidity availability clear trap"
6006.  ::= { trapPrefix 21204 }
6007.  
6008. humiditySensorValueNOTIFY NOTIFICATION-TYPE
6009.  OBJECTS {
6010.    humiditySensorValue,
6011.    trapThreshType,
6012.    trapSeverity,
6013.    sysName,
6014.    humiditySensorLabel
6015.   }
6016.  STATUS current
6017.  DESCRIPTION "Remote humidity value trap"
6018.  ::= { trapPrefix 11205 }
6019.  
6020. humiditySensorValueCLEAR NOTIFICATION-TYPE
6021.  OBJECTS {
6022.    humiditySensorValue,
6023.    trapThreshType,
6024.    trapSeverity,
6025.    sysName,
6026.    humiditySensorLabel
6027.   }
6028.  STATUS current
6029.  DESCRIPTION "Remote humidity value clear trap"
6030.  ::= { trapPrefix 21205 }
6031.  
6032. --#####sn2dSensorTable#####--
6033.  
6034. sn2dSensorAvailNOTIFY NOTIFICATION-TYPE
6035.  OBJECTS {
6036.    sn2dSensorAvail,
6037.    trapSeverity,
6038.    sysName,
6039.    sn2dSensorLabel
6040.   }
6041.  STATUS current
6042.  DESCRIPTION "SN-2D availability trap"
6043.  ::= { trapPrefix 11304 }
6044.  
6045. sn2dSensorAvailCLEAR NOTIFICATION-TYPE
6046.  OBJECTS {
6047.    sn2dSensorAvail,
6048.    trapSeverity,
6049.    sysName,
6050.    sn2dSensorLabel
6051.   }
6052.  STATUS current
6053.  DESCRIPTION "SN-2D availability clear trap"
6054.  ::= { trapPrefix 21304 }
6055.  
6056. sn2dSensorDoor1StateNOTIFY NOTIFICATION-TYPE
6057.  OBJECTS {
6058.    sn2dSensorDoor1State,
6059.    trapThreshType,
6060.    trapSeverity,
6061.    sysName,
6062.    sn2dSensorLabel,
6063.    sn2dSensorDoor1Label,
6064.    sn2dSensorDoor1DisplayState
6065.   }
6066.  STATUS current
6067.  DESCRIPTION "SN-2D Door switch 1 state trap"
6068.  ::= { trapPrefix 11306 }
6069.  
6070. sn2dSensorDoor1StateCLEAR NOTIFICATION-TYPE
6071.  OBJECTS {
6072.    sn2dSensorDoor1State,
6073.    trapThreshType,
6074.    trapSeverity,
6075.    sysName,
6076.    sn2dSensorLabel,
6077.    sn2dSensorDoor1Label,
6078.    sn2dSensorDoor1DisplayState
6079.   }
6080.  STATUS current
6081.  DESCRIPTION "SN-2D Door switch 1 state clear trap"
6082.  ::= { trapPrefix 21306 }
6083.  
6084. sn2dSensorDoor2StateNOTIFY NOTIFICATION-TYPE
6085.  OBJECTS {
6086.    sn2dSensorDoor2State,
6087.    trapThreshType,
6088.    trapSeverity,
6089.    sysName,
6090.    sn2dSensorLabel,
6091.    sn2dSensorDoor2Label,
6092.    sn2dSensorDoor2DisplayState
6093.   }
6094.  STATUS current
6095.  DESCRIPTION "SN-2D Door switch 2 state trap"
6096.  ::= { trapPrefix 11309 }
6097.  
6098. sn2dSensorDoor2StateCLEAR NOTIFICATION-TYPE
6099.  OBJECTS {
6100.    sn2dSensorDoor2State,
6101.    trapThreshType,
6102.    trapSeverity,
6103.    sysName,
6104.    sn2dSensorLabel,
6105.    sn2dSensorDoor2Label,
6106.    sn2dSensorDoor2DisplayState
6107.   }
6108.  STATUS current
6109.  DESCRIPTION "SN-2D Door switch 2 state clear trap"
6110.  ::= { trapPrefix 21309 }
6111.  
6112. --#####cooling#####--
6113.  
6114. --#####vrc#####--
6115.  
6116. --#####vrcMainTable#####--
6117.  
6118. vrcMainAvailNOTIFY NOTIFICATION-TYPE
6119.  OBJECTS {
6120.    vrcMainAvail,
6121.    trapSeverity,
6122.    sysName,
6123.    vrcMainLabel
6124.   }
6125.  STATUS current
6126.  DESCRIPTION "VRC availability trap"
6127.  ::= { trapPrefix 13001 }
6128.  
6129. vrcMainAvailCLEAR NOTIFICATION-TYPE
6130.  OBJECTS {
6131.    vrcMainAvail,
6132.    trapSeverity,
6133.    sysName,
6134.    vrcMainLabel
6135.   }
6136.  STATUS current
6137.  DESCRIPTION "VRC availability clear trap"
6138.  ::= { trapPrefix 23001 }
6139.  
6140. --#####vrcMainPtTable#####--
6141.  
6142. --#####vrcMainCfgTable#####--
6143.  
6144. --#####vrcOutFanPtTable#####--
6145.  
6146. vrcOutFanPtSpeedNOTIFY NOTIFICATION-TYPE
6147.  OBJECTS {
6148.    vrcOutFanPtSpeed,
6149.    trapThreshType,
6150.    trapSeverity,
6151.    sysName,
6152.    vrcMainLabel
6153.   }
6154.  STATUS current
6155.  DESCRIPTION "VRC out-fan speed trap"
6156.  ::= { trapPrefix 13002 }
6157.  
6158. vrcOutFanPtSpeedCLEAR NOTIFICATION-TYPE
6159.  OBJECTS {
6160.    vrcOutFanPtSpeed,
6161.    trapThreshType,
6162.    trapSeverity,
6163.    sysName,
6164.    vrcMainLabel
6165.   }
6166.  STATUS current
6167.  DESCRIPTION "VRC out-fan speed clear trap"
6168.  ::= { trapPrefix 23002 }
6169.  
6170. --#####vrcOutFanCfgTable#####--
6171.  
6172. --#####vrcInFanPtTable#####--
6173.  
6174. --#####vrcInFanCfgTable#####--
6175.  
6176. --#####vrcCompPtTable#####--
6177.  
6178. vrcCompPtCapacityNOTIFY NOTIFICATION-TYPE
6179.  OBJECTS {
6180.    vrcCompPtCapacity,
6181.    trapThreshType,
6182.    trapSeverity,
6183.    sysName,
6184.    vrcMainLabel
6185.   }
6186.  STATUS current
6187.  DESCRIPTION "VRC compressor capacity trap"
6188.  ::= { trapPrefix 13003 }
6189.  
6190. vrcCompPtCapacityCLEAR NOTIFICATION-TYPE
6191.  OBJECTS {
6192.    vrcCompPtCapacity,
6193.    trapThreshType,
6194.    trapSeverity,
6195.    sysName,
6196.    vrcMainLabel
6197.   }
6198.  STATUS current
6199.  DESCRIPTION "VRC compressor capacity clear trap"
6200.  ::= { trapPrefix 23003 }
6201.  
6202. --#####vrcCompCfgTable#####--
6203.  
6204. --#####vrcReturnPtTable#####--
6205.  
6206. vrcReturnPtTempNOTIFY NOTIFICATION-TYPE
6207.  OBJECTS {
6208.    vrcReturnPtTemp,
6209.    temperatureUnits,
6210.    trapThreshType,
6211.    trapSeverity,
6212.    sysName,
6213.    vrcMainLabel
6214.   }
6215.  STATUS current
6216.  DESCRIPTION "VRC return temperature trap"
6217.  ::= { trapPrefix 13004 }
6218.  
6219. vrcReturnPtTempCLEAR NOTIFICATION-TYPE
6220.  OBJECTS {
6221.    vrcReturnPtTemp,
6222.    temperatureUnits,
6223.    trapThreshType,
6224.    trapSeverity,
6225.    sysName,
6226.    vrcMainLabel
6227.   }
6228.  STATUS current
6229.  DESCRIPTION "VRC return temperature clear trap"
6230.  ::= { trapPrefix 23004 }
6231.  
6232. --#####vrcReturnCfgTable#####--
6233.  
6234. --#####vrcSupplyPtTable#####--
6235.  
6236. vrcSupplyPtTempNOTIFY NOTIFICATION-TYPE
6237.  OBJECTS {
6238.    vrcSupplyPtTemp,
6239.    temperatureUnits,
6240.    trapThreshType,
6241.    trapSeverity,
6242.    sysName,
6243.    vrcMainLabel
6244.   }
6245.  STATUS current
6246.  DESCRIPTION "VRC supply temperature trap"
6247.  ::= { trapPrefix 13005 }
6248.  
6249. vrcSupplyPtTempCLEAR NOTIFICATION-TYPE
6250.  OBJECTS {
6251.    vrcSupplyPtTemp,
6252.    temperatureUnits,
6253.    trapThreshType,
6254.    trapSeverity,
6255.    sysName,
6256.    vrcMainLabel
6257.   }
6258.  STATUS current
6259.  DESCRIPTION "VRC supply temperature clear trap"
6260.  ::= { trapPrefix 23005 }
6261.  
6262. --#####vrcSupplyCfgTable#####--
6263.  
6264. --#####vrcPowerPtTable#####--
6265.  
6266. vrcPowerPtVoltageNOTIFY NOTIFICATION-TYPE
6267.  OBJECTS {
6268.    vrcPowerPtVoltage,
6269.    trapThreshType,
6270.    trapSeverity,
6271.    sysName,
6272.    vrcMainLabel
6273.   }
6274.  STATUS current
6275.  DESCRIPTION "VRC power voltage trap"
6276.  ::= { trapPrefix 13006 }
6277.  
6278. vrcPowerPtVoltageCLEAR NOTIFICATION-TYPE
6279.  OBJECTS {
6280.    vrcPowerPtVoltage,
6281.    trapThreshType,
6282.    trapSeverity,
6283.    sysName,
6284.    vrcMainLabel
6285.   }
6286.  STATUS current
6287.  DESCRIPTION "VRC power voltage clear trap"
6288.  ::= { trapPrefix 23006 }
6289.  
6290. vrcPowerPtFrequencyNOTIFY NOTIFICATION-TYPE
6291.  OBJECTS {
6292.    vrcPowerPtFrequency,
6293.    trapThreshType,
6294.    trapSeverity,
6295.    sysName,
6296.    vrcMainLabel
6297.   }
6298.  STATUS current
6299.  DESCRIPTION "VRC power frequency trap"
6300.  ::= { trapPrefix 13007 }
6301.  
6302. vrcPowerPtFrequencyCLEAR NOTIFICATION-TYPE
6303.  OBJECTS {
6304.    vrcPowerPtFrequency,
6305.    trapThreshType,
6306.    trapSeverity,
6307.    sysName,
6308.    vrcMainLabel
6309.   }
6310.  STATUS current
6311.  DESCRIPTION "VRC power frequency clear trap"
6312.  ::= { trapPrefix 23007 }
6313.  
6314. --#####vrcPowerCfgTable#####--
6315.  
6316. --#####vrcOutdoorPtTable#####--
6317.  
6318. vrcOutdoorPtTempNOTIFY NOTIFICATION-TYPE
6319.  OBJECTS {
6320.    vrcOutdoorPtTemp,
6321.    temperatureUnits,
6322.    trapThreshType,
6323.    trapSeverity,
6324.    sysName,
6325.    vrcMainLabel
6326.   }
6327.  STATUS current
6328.  DESCRIPTION "VRC outdoor temperature trap"
6329.  ::= { trapPrefix 13008 }
6330.  
6331. vrcOutdoorPtTempCLEAR NOTIFICATION-TYPE
6332.  OBJECTS {
6333.    vrcOutdoorPtTemp,
6334.    temperatureUnits,
6335.    trapThreshType,
6336.    trapSeverity,
6337.    sysName,
6338.    vrcMainLabel
6339.   }
6340.  STATUS current
6341.  DESCRIPTION "VRC outdoor temperature clear trap"
6342.  ::= { trapPrefix 23008 }
6343.  
6344. --#####vrcDischPtTable#####--
6345.  
6346. vrcDischPtTempNOTIFY NOTIFICATION-TYPE
6347.  OBJECTS {
6348.    vrcDischPtTemp,
6349.    temperatureUnits,
6350.    trapThreshType,
6351.    trapSeverity,
6352.    sysName,
6353.    vrcMainLabel
6354.   }
6355.  STATUS current
6356.  DESCRIPTION "VRC discharge temperature trap"
6357.  ::= { trapPrefix 13009 }
6358.  
6359. vrcDischPtTempCLEAR NOTIFICATION-TYPE
6360.  OBJECTS {
6361.    vrcDischPtTemp,
6362.    temperatureUnits,
6363.    trapThreshType,
6364.    trapSeverity,
6365.    sysName,
6366.    vrcMainLabel
6367.   }
6368.  STATUS current
6369.  DESCRIPTION "VRC discharge temperature clear trap"
6370.  ::= { trapPrefix 23009 }
6371.  
6372. vrcDischPtPressureNOTIFY NOTIFICATION-TYPE
6373.  OBJECTS {
6374.    vrcDischPtPressure,
6375.    trapThreshType,
6376.    trapSeverity,
6377.    sysName,
6378.    vrcMainLabel
6379.   }
6380.  STATUS current
6381.  DESCRIPTION "VRC discharge pressure trap"
6382.  ::= { trapPrefix 13010 }
6383.  
6384. vrcDischPtPressureCLEAR NOTIFICATION-TYPE
6385.  OBJECTS {
6386.    vrcDischPtPressure,
6387.    trapThreshType,
6388.    trapSeverity,
6389.    sysName,
6390.    vrcMainLabel
6391.   }
6392.  STATUS current
6393.  DESCRIPTION "VRC discharge pressure clear trap"
6394.  ::= { trapPrefix 23010 }
6395.  
6396. --#####vrcDischCfgTable#####--
6397.  
6398. --#####vrcSuctPtTable#####--
6399.  
6400. vrcSuctPtTempNOTIFY NOTIFICATION-TYPE
6401.  OBJECTS {
6402.    vrcSuctPtTemp,
6403.    temperatureUnits,
6404.    trapThreshType,
6405.    trapSeverity,
6406.    sysName,
6407.    vrcMainLabel
6408.   }
6409.  STATUS current
6410.  DESCRIPTION "VRC suction temperature trap"
6411.  ::= { trapPrefix 13011 }
6412.  
6413. vrcSuctPtTempCLEAR NOTIFICATION-TYPE
6414.  OBJECTS {
6415.    vrcSuctPtTemp,
6416.    temperatureUnits,
6417.    trapThreshType,
6418.    trapSeverity,
6419.    sysName,
6420.    vrcMainLabel
6421.   }
6422.  STATUS current
6423.  DESCRIPTION "VRC suction temperature clear trap"
6424.  ::= { trapPrefix 23011 }
6425.  
6426. vrcSuctPtPressureNOTIFY NOTIFICATION-TYPE
6427.  OBJECTS {
6428.    vrcSuctPtPressure,
6429.    trapThreshType,
6430.    trapSeverity,
6431.    sysName,
6432.    vrcMainLabel
6433.   }
6434.  STATUS current
6435.  DESCRIPTION "VRC suction pressure trap"
6436.  ::= { trapPrefix 13012 }
6437.  
6438. vrcSuctPtPressureCLEAR NOTIFICATION-TYPE
6439.  OBJECTS {
6440.    vrcSuctPtPressure,
6441.    trapThreshType,
6442.    trapSeverity,
6443.    sysName,
6444.    vrcMainLabel
6445.   }
6446.  STATUS current
6447.  DESCRIPTION "VRC suction pressure clear trap"
6448.  ::= { trapPrefix 23012 }
6449.  
6450. --#####vrcSuctCfgTable#####--
6451.  
6452. --###########################################################################################--
6453. --common group--
6454. --###########################################################################################--
6455.  
6456. common OBJECT IDENTIFIER ::= { vertiv 42 }
6457.  
6458. identity OBJECT IDENTIFIER ::= { common 1 }
6459.  
6460. i03 OBJECT-IDENTITY
6461.  STATUS current
6462.  DESCRIPTION
6463.   "Value given for sysObjectID on IMD3 units"
6464.  ::= { identity 53 }
6465.  
6466. r05 OBJECT-IDENTITY
6467.  STATUS current
6468.  DESCRIPTION
6469.   "Value given for sysObjectID on R-Series units"
6470.  ::= { identity 15 }
6471.  
6472. END
6473.