1. TRIPPLITE-MIB DEFINITIONS ::= BEGIN
2.  
3. IMPORTS
4.   TRAP-TYPE
5.      FROM RFC-1215
6.   DisplayString,
7.   TruthValue,
8.   TimeStamp,
9.   TimeInterval,
10.   DateAndTime,
11.   AutonomousType,
12.   VariablePointer,
13.   RowStatus
14.     FROM SNMPv2-TC
15.   OBJECT-GROUP,
16.   NOTIFICATION-GROUP
17.     FROM SNMPv2-CONF
18.   MODULE-IDENTITY,
19.   OBJECT-IDENTITY,
20.   OBJECT-TYPE,
21.   NOTIFICATION-TYPE,
22.   Gauge32,
23.   Integer32,
24.   enterprises,
25.   IpAddress
26.     FROM SNMPv2-SMI
27.   PositiveInteger,
28.   NonNegativeInteger
29.     FROM UPS-MIB;
30.  
31. tripplite MODULE-IDENTITY
32.   LAST-UPDATED "201310301300Z"
33.   ORGANIZATION "Tripp Lite"
34.   CONTACT-INFO
35.     "Software Engineering
36.     Tripp Lite
37.     1111 W. 35th St.
38.     Chicago, IL 60609"
39.   DESCRIPTION
40.     "This MIB module defines MIB objects which provide mechanisms for
41.     remote management capabilities of Tripplite PowerAlert and related
42.     software."
43.   REVISION "201310301300Z"
44.   DESCRIPTION
45.     "Consolidated and Released for PAL v12.06.006x"
46.  
47.   ::= { enterprises 850 }
48.  
49.  
50. --------------------------------------------------------------------------
51. -- Enumerations
52. --------------------------------------------------------------------------
53.  
54. tlEnumerations OBJECT IDENTIFIER  ::= { tripplite 2 }
55.  
56. tlOperatingSystems OBJECT IDENTIFIER ::= { tlEnumerations 1 }
57.  
58. hpux9 OBJECT IDENTIFIER   ::= { tlOperatingSystems 1 }
59.  
60. sunos4 OBJECT IDENTIFIER  ::= { tlOperatingSystems 2 }
61.  
62. solaris OBJECT IDENTIFIER   ::= { tlOperatingSystems 3 }
63.  
64. osf OBJECT IDENTIFIER   ::= { tlOperatingSystems 4 }
65.  
66. ultrix OBJECT IDENTIFIER  ::= { tlOperatingSystems 5 }
67.  
68. hpux10 OBJECT IDENTIFIER  ::= { tlOperatingSystems 6 }
69.  
70. netbsd1 OBJECT IDENTIFIER   ::= { tlOperatingSystems 7 }
71.  
72. freebsd OBJECT IDENTIFIER   ::= { tlOperatingSystems 8 }
73.  
74. irix OBJECT IDENTIFIER  ::= { tlOperatingSystems 9 }
75.  
76. linux OBJECT IDENTIFIER   ::= { tlOperatingSystems 10 }
77.  
78. bsdi OBJECT IDENTIFIER  ::= { tlOperatingSystems 11 }
79.  
80. openbsd OBJECT IDENTIFIER   ::= { tlOperatingSystems 12 }
81.  
82. win32 OBJECT IDENTIFIER   ::= { tlOperatingSystems 13 }
83.  
84. hpux11 OBJECT IDENTIFIER  ::= { tlOperatingSystems 14 }
85.  
86. win9x OBJECT IDENTIFIER   ::= { tlOperatingSystems 50 }
87.  
88. winnt OBJECT IDENTIFIER   ::= { tlOperatingSystems 51 }
89.  
90. solspark OBJECT IDENTIFIER  ::= { tlOperatingSystems 52 }
91.  
92. solintel OBJECT IDENTIFIER  ::= { tlOperatingSystems 53 }
93.  
94. aix OBJECT IDENTIFIER   ::= { tlOperatingSystems 54 }
95.  
96. sco OBJECT IDENTIFIER   ::= { tlOperatingSystems 55 }
97.  
98. osx OBJECT IDENTIFIER   ::= { tlOperatingSystems 56 }
99.  
100. unknown OBJECT IDENTIFIER   ::= { tlOperatingSystems 255 }
101.  
102. --------------------------------------------------------------------------
103. -- Power Alert System Settings
104. --------------------------------------------------------------------------
105. tlPowerAlert OBJECT IDENTIFIER ::= { tripplite 90 }
106.  
107. tlPASystem OBJECT IDENTIFIER ::= { tlPowerAlert 1 }
108.  
109. tlPAContacts OBJECT IDENTIFIER ::= { tlPASystem 1 }
110.  
111. tlPAEmailContacts OBJECT IDENTIFIER   ::= { tlPAContacts 1 }
112.  
113. tlPANumberOfEmailContacts OBJECT-TYPE
114.   SYNTAX NonNegativeInteger
115.   MAX-ACCESS read-only
116.   STATUS current
117.   DESCRIPTION
118.     "The number email contacts currently defined."
119.   ::= { tlPAEmailContacts 1 }
120.  
121. tlPAEmailContactsTable OBJECT-TYPE
122.   SYNTAX SEQUENCE OF TlPAEmailContactEntry
123.   MAX-ACCESS not-accessible
124.   STATUS current
125.   DESCRIPTION
126.     "A list email contact entries. The number of entries is
127.     given by the value of tlPANumberOfEmailContacts."
128.   ::= { tlPAEmailContacts 2 }
129.  
130. tlPAEmailContactEntry OBJECT-TYPE
131.   SYNTAX TlPAEmailContactEntry
132.   MAX-ACCESS not-accessible
133.   STATUS current
134.   DESCRIPTION
135.     "An entry containing email contacts information."
136.   INDEX { tlPAEmailContactIndex }
137.   ::= { tlPAEmailContactsTable 1 }
138.  
139. TlPAEmailContactEntry ::= SEQUENCE {
140.   tlPAEmailContactIndex  PositiveInteger,
141.   tlPAEmailContactRowStatus RowStatus,
142.   tlPAEmailContactName   DisplayString,
143.   tlPAEmailContactAddress  DisplayString
144.    }
145.  
146. tlPAEmailContactIndex OBJECT-TYPE
147.   SYNTAX PositiveInteger
148.   MAX-ACCESS read-only
149.   STATUS current
150.   DESCRIPTION
151.     "This is the index number of the email contact."
152.   ::= { tlPAEmailContactEntry 1 }
153.  
154. tlPAEmailContactRowStatus OBJECT-TYPE
155.   SYNTAX RowStatus
156.   MAX-ACCESS read-write
157.   STATUS current
158.   DESCRIPTION
159.     "The row status for the tlPAEmailContactTable row"
160.   ::= { tlPAEmailContactEntry 2 }
161.  
162. tlPAEmailContactName OBJECT-TYPE
163.   SYNTAX DisplayString
164.   MAX-ACCESS read-write
165.   STATUS current
166.   DESCRIPTION
167.     "The name of the email contact."
168.   ::= { tlPAEmailContactEntry 3 }
169.  
170. tlPAEmailContactAddress OBJECT-TYPE
171.   SYNTAX DisplayString
172.   MAX-ACCESS read-write
173.   STATUS current
174.   DESCRIPTION
175.     "The address of the email contact."
176.   ::= { tlPAEmailContactEntry 4 }
177.  
178. tlPASnmpContacts OBJECT IDENTIFIER   ::= { tlPAContacts 2 }
179.  
180. tlPANumberOfSnmpContacts OBJECT-TYPE
181.   SYNTAX NonNegativeInteger
182.   MAX-ACCESS read-only
183.   STATUS current
184.   DESCRIPTION
185.     "The number SNMP contacts currently defined."
186.   ::= { tlPASnmpContacts 1 }
187.  
188. tlPASnmpContactsTable OBJECT-TYPE
189.   SYNTAX SEQUENCE OF TlPASnmpContactEntry
190.   MAX-ACCESS not-accessible
191.   STATUS current
192.   DESCRIPTION
193.     "A list SNMP contact entries. The number of entries is
194.     given by the value of tlPANumberOfSnmpContacts."
195.   ::= { tlPASnmpContacts 2 }
196.  
197. tlPASnmpContactEntry OBJECT-TYPE
198.   SYNTAX TlPASnmpContactEntry
199.   MAX-ACCESS not-accessible
200.   STATUS current
201.   DESCRIPTION
202.     "An entry containing SNMP contacts information."
203.   INDEX { tlPASnmpContactIndex }
204.   ::= { tlPASnmpContactsTable 1 }
205.  
206. TlPASnmpContactEntry ::= SEQUENCE {
207.   tlPASnmpContactIndex   PositiveInteger,
208.   tlPASnmpContactRowStatus  RowStatus,
209.   tlPASnmpContactName   DisplayString,
210.   tlPASnmpContactIpAddress  DisplayString,
211.   tlPASnmpContactPort   PositiveInteger,
212.   tlPASnmpContactSnmpVersion INTEGER,
213.   tlPASnmpContactSecurityName DisplayString,
214.   tlPASnmpContactPrivPassword DisplayString,
215.   tlPASnmpContactAuthPassword DisplayString
216.    }
217.  
218. tlPASnmpContactIndex OBJECT-TYPE
219.   SYNTAX PositiveInteger
220.   MAX-ACCESS read-only
221.   STATUS current
222.   DESCRIPTION
223.     "This is the index number of this SNMP contact."
224.   ::= { tlPASnmpContactEntry 1 }
225.  
226. tlPASnmpContactRowStatus OBJECT-TYPE
227.   SYNTAX RowStatus
228.   MAX-ACCESS read-write
229.   STATUS current
230.   DESCRIPTION
231.     "The row status for the tlPASnmpContactTable row"
232.   ::= { tlPASnmpContactEntry 2 }
233.  
234. tlPASnmpContactName OBJECT-TYPE
235.   SYNTAX DisplayString
236.   MAX-ACCESS read-write
237.   STATUS current
238.   DESCRIPTION
239.     "The name of the SNMP contact."
240.   ::= { tlPASnmpContactEntry 3 }
241.  
242. tlPASnmpContactIpAddress OBJECT-TYPE
243.   SYNTAX DisplayString
244.   MAX-ACCESS read-write
245.   STATUS current
246.   DESCRIPTION
247.     "The IP address of the SNMP contact."
248.   ::= { tlPASnmpContactEntry 4 }
249.  
250. tlPASnmpContactPort OBJECT-TYPE
251.   SYNTAX PositiveInteger
252.   MAX-ACCESS read-write
253.   STATUS current
254.   DESCRIPTION
255.     "The port of the SNMP contact."
256.   ::= { tlPASnmpContactEntry 5 }
257.  
258. tlPASnmpContactSnmpVersion OBJECT-TYPE
259.   SYNTAX INTEGER {
260.       snmpv1(1),
261.       snmpv2c(2),
262.       snmpv3(3) }
263.   MAX-ACCESS read-write
264.   STATUS current
265.   DESCRIPTION
266.     "The SNMP contact version to use for sending traps."
267.   ::= { tlPASnmpContactEntry 6 }
268.  
269. tlPASnmpContactSecurityName OBJECT-TYPE
270.   SYNTAX DisplayString
271.   MAX-ACCESS read-write
272.   STATUS current
273.   DESCRIPTION
274.     "The SNMP contact security name."
275.   ::= { tlPASnmpContactEntry 7 }
276.    
277. tlPASnmpContactPrivPassword OBJECT-TYPE
278.   SYNTAX DisplayString
279.   MAX-ACCESS read-write
280.   STATUS current
281.   DESCRIPTION
282.     "The SNMP contact priv password to use for sending V3 traps."
283.   ::= { tlPASnmpContactEntry 8 }
284.  
285. tlPASnmpContactAuthPassword OBJECT-TYPE
286.   SYNTAX DisplayString
287.   MAX-ACCESS read-write
288.   STATUS current
289.   DESCRIPTION
290.     "The SNMP contact auth password to use for sending V3 traps."
291.   ::= { tlPASnmpContactEntry 9 }
292.  
293. --------------------------------------------------------------------------
294. -- UPS Device
295. --------------------------------------------------------------------------
296.  
297. tlUPS OBJECT IDENTIFIER   ::= { tripplite 100 }
298.  
299. tlUpsObjects OBJECT IDENTIFIER  ::= { tlUPS 1 }
300.  
301. tlUpsIdent OBJECT IDENTIFIER  ::= { tlUpsObjects 1 }
302.  
303. tlUpsIdentUpsSoftwareChecksum OBJECT-TYPE
304.   SYNTAX Integer32
305.   MAX-ACCESS read-only
306.   STATUS current
307.   DESCRIPTION
308.     "A checksum for the UPS software."
309.   ::= { tlUpsIdent 1 }
310.  
311. tlUpsIdentSerialNum OBJECT-TYPE
312.   SYNTAX DisplayString
313.   MAX-ACCESS read-only
314.   STATUS current
315.   DESCRIPTION
316.     "Serial number for the UPS."
317.   ::= { tlUpsIdent 2 }
318.  
319. tlUpsIdentID OBJECT-TYPE
320.   SYNTAX Integer32 (0..65535)
321.   MAX-ACCESS read-write
322.   STATUS current
323.   DESCRIPTION
324.     "A user-supplied ID for the UPS."
325.   ::= { tlUpsIdent 3 }
326.  
327. tlUpsSnmpCardSerialNum OBJECT-TYPE
328.   SYNTAX DisplayString
329.   MAX-ACCESS read-only
330.   STATUS current
331.   DESCRIPTION
332.     "Serial number for the UPS."
333.   ::= { tlUpsIdent 4 }
334.  
335. tlUpsSelectedDeviceID OBJECT-TYPE
336.   SYNTAX Integer32 (0..65535)
337.   MAX-ACCESS read-write
338.   STATUS current
339.   DESCRIPTION
340.     "The device ID selected to be used for retrieving data for this mib.
341.     As the snmp web card has only one device, this is read only for it"
342.   ::= { tlUpsIdent 5 }
343.  
344. tlUpsLocation OBJECT-TYPE
345.   SYNTAX DisplayString
346.   MAX-ACCESS read-write
347.   STATUS current
348.   DESCRIPTION
349.     "The device location string."
350.   ::= { tlUpsIdent 6 }
351.  
352. tlUpsBattery OBJECT IDENTIFIER  ::= { tlUpsObjects 2 }
353.  
354. tlUpsBatteryAge OBJECT-TYPE
355.   SYNTAX DisplayString
356.   MAX-ACCESS read-only
357.   STATUS current
358.   DESCRIPTION
359.     "The age of the battery in years.  This is equal to
360.     the current date minus tlConfigBattReplDate."
361.   ::= { tlUpsBattery 1 }
362.  
363.  
364. tlUpsTemperatureF OBJECT-TYPE
365.   SYNTAX Integer32
366.   MAX-ACCESS read-only
367.   STATUS current
368.   DESCRIPTION
369.     "The temperature of the battery, in Farenheight degrees.  This is
370.     calculated from upsBatteryTemperature, which is in Celsius degrees."
371.   ::= { tlUpsBattery 2 }
372.  
373.  
374. tlUpsInput OBJECT IDENTIFIER  ::= { tlUpsObjects 3 }
375.  
376. tlUpsInputNumVoltages OBJECT-TYPE
377.   SYNTAX     NonNegativeInteger
378.   MAX-ACCESS read-only
379.   STATUS     current
380.   DESCRIPTION
381.     "The number of input voltages. Phase to phase
382.     or phase to neutral.  This variable indicates the
383.     number of rows in the input table."
384.   ::= { tlUpsInput 1 }
385.  
386. tlUpsInputVoltageTable OBJECT-TYPE
387.   SYNTAX     SEQUENCE OF TlUpsInputVoltageEntry
388.   MAX-ACCESS not-accessible
389.   STATUS     current
390.   DESCRIPTION
391.     "A list of voltage input table entries.  The number of entries
392.     is given by the value of tlUpsInputNumVoltages."
393.   ::= { tlUpsInput 2 }
394.  
395. tlUpsInputVoltageEntry OBJECT-TYPE
396.   SYNTAX     TlUpsInputVoltageEntry
397.   MAX-ACCESS not-accessible
398.   STATUS     current
399.   DESCRIPTION
400.     "An entry containing information applicable to a
401.     particular input voltage."
402.   INDEX { tlUpsInputVoltageIndex }
403.   ::= { tlUpsInputVoltageTable 1 }
404.  
405. TlUpsInputVoltageEntry ::= SEQUENCE {
406.   tlUpsInputVoltageIndex   PositiveInteger,
407.   tlUpsInputVoltageType    NonNegativeInteger,
408.   tlUpsInputVoltage        NonNegativeInteger
409. }
410.  
411. tlUpsInputVoltageIndex OBJECT-TYPE
412.   SYNTAX     PositiveInteger
413.   MAX-ACCESS not-accessible
414.   STATUS     current
415.   DESCRIPTION
416.     "The input voltage identifier."
417.   ::= { tlUpsInputVoltageEntry 1 }
418.  
419. tlUpsInputVoltageType OBJECT-TYPE
420.   SYNTAX INTEGER {
421.       phaseToNeutral(0),
422.       phaseToPhase(1) }
423.   MAX-ACCESS read-only
424.   STATUS current
425.   DESCRIPTION
426.     "Whether voltage measured is phase to
427.     phase or phase to neutral."
428.   ::= { tlUpsInputVoltageEntry 2 }
429.  
430. tlUpsInputVoltage OBJECT-TYPE
431.   SYNTAX     NonNegativeInteger
432.   UNITS      "RMS Volts"
433.   MAX-ACCESS read-only
434.   STATUS     current
435.   DESCRIPTION
436.     "The magnitude of the present input voltage.
437.     A value of 6553 indicates Unknown."
438.   ::= { tlUpsInputVoltageEntry 3 }
439.  
440. tlUpsOutput OBJECT IDENTIFIER   ::= { tlUpsObjects 4 }
441.  
442. tlUpsOutputPowerTotal OBJECT-TYPE
443.   SYNTAX PositiveInteger
444.   MAX-ACCESS read-only
445.   STATUS current
446.   DESCRIPTION
447.     "The power capacity of the device."
448.   ::= { tlUpsOutput 5 }
449.  
450. tlUpsOutputCircuits OBJECT-TYPE
451.   SYNTAX     NonNegativeInteger
452.   MAX-ACCESS read-only
453.   STATUS     current
454.   DESCRIPTION
455.     "The number of output circuits.  This variable
456.     indicates the number of rows in the output circuit table."
457.   ::= { tlUpsOutput 6 }
458.  
459. tlUpsOutputCircuitTable OBJECT-TYPE
460.   SYNTAX     SEQUENCE OF TlUpsOutputCircuitEntry
461.   MAX-ACCESS not-accessible
462.   STATUS     current
463.   DESCRIPTION
464.     "A list of output currents table entries.  The number of entries
465.      is given by the value of tlUpsOutputNumCircuits."
466.   ::= { tlUpsOutput 7 }
467.  
468. tlUpsOutputCircuitEntry OBJECT-TYPE
469.   SYNTAX     TlUpsOutputCircuitEntry
470.   MAX-ACCESS not-accessible
471.   STATUS     current
472.   DESCRIPTION
473.     "An entry containing information applicable to a
474.     particular output circuit."
475.   INDEX { tlUpsOutputCircuitIndex }
476.   ::= { tlUpsOutputCircuitTable 1 }
477.  
478. TlUpsOutputCircuitEntry ::= SEQUENCE {
479.   tlUpsOutputCircuitIndex    PositiveInteger,
480.   tlUpsOutputCircuitStatus INTEGER,
481.   tlUpsOutputCircuitLoadCurrent NonNegativeInteger
482. }
483.  
484. tlUpsOutputCircuitIndex OBJECT-TYPE
485.   SYNTAX     PositiveInteger
486.   MAX-ACCESS not-accessible
487.   STATUS     current
488.   DESCRIPTION
489.     "The output circuit identifier."
490.   ::= { tlUpsOutputCircuitEntry 1 }
491.  
492. tlUpsOutputCircuitStatus OBJECT-TYPE
493.   SYNTAX INTEGER {
494.       open(0),
495.       closed(1) }
496.   MAX-ACCESS read-only
497.   STATUS     current
498.   DESCRIPTION
499.     "Whether the breaker is open or closed."
500.   ::= { tlUpsOutputCircuitEntry 2 }
501.  
502. tlUpsOutputCircuitLoadCurrent OBJECT-TYPE
503.   SYNTAX     NonNegativeInteger
504.   UNITS      "Tenths of Amperes"
505.   MAX-ACCESS read-only
506.   STATUS     current
507.   DESCRIPTION
508.     "The magnitude of the present output current in
509.     tenths of an amp. A value of 65534 indicates Unknown."
510.   ::= { tlUpsOutputCircuitEntry 3 }
511.  
512. -- tlUpsBypass [unused] OBJECT IDENTIFIER   ::= { tlUpsObjects 5 }
513.  
514. tlUpsAlarm OBJECT IDENTIFIER  ::= { tlUpsObjects 6 }
515.  
516. tlUpsAlarmsPresent OBJECT-TYPE
517.   SYNTAX Gauge32
518.   MAX-ACCESS read-only
519.   STATUS current
520.   DESCRIPTION
521.     "The present number of active alarm conditions."
522.   ::= { tlUpsAlarm 1 }
523.  
524. tlUpsAlarmTable OBJECT-TYPE
525.   SYNTAX SEQUENCE OF TlUpsAlarmEntry
526.   MAX-ACCESS not-accessible
527.   STATUS current
528.   DESCRIPTION
529.     "A list of alarm table entries."
530.   ::= { tlUpsAlarm 2 }
531.  
532. tlUpsAlarmEntry OBJECT-TYPE
533.   SYNTAX TlUpsAlarmEntry
534.   MAX-ACCESS not-accessible
535.   STATUS current
536.   DESCRIPTION
537.     "An entry containing information applicable to a particular alarm."
538.   INDEX { tlUpsAlarmId }
539.   ::= { tlUpsAlarmTable 1 }
540.    
541. TlUpsAlarmEntry ::= SEQUENCE {
542.   tlUpsAlarmId         PositiveInteger,
543.   tlUpsAlarmDescr      AutonomousType,
544.   tlUpsAlarmTime       TimeStamp,
545.   tlUpsAlarmDetail     DisplayString,
546.   tlUpsAlarmDeviceId   PositiveInteger,
547.   tlUpsAlarmDeviceName DisplayString,
548.   tlUpsAlarmLocation   DisplayString,
549.   tlUpsAlarmGroup      INTEGER,
550.   tlUpsAlarmIp         IpAddress,
551.   tlUpsAlarmMac        DisplayString
552. }
553.  
554. tlUpsAlarmId OBJECT-TYPE
555.   SYNTAX PositiveInteger
556.   MAX-ACCESS read-only
557.   STATUS current
558.   DESCRIPTION
559.     "A unique identifier for an alarm condition."
560.   ::= { tlUpsAlarmEntry 1 }
561.  
562. tlUpsAlarmDescr OBJECT-TYPE
563.   SYNTAX AutonomousType
564.   MAX-ACCESS read-only
565.   STATUS current
566.   DESCRIPTION
567.     "A description of the alarm condition."
568.   ::= { tlUpsAlarmEntry 2 }
569.  
570. tlUpsAlarmTime OBJECT-TYPE
571.   SYNTAX TimeStamp
572.   MAX-ACCESS read-only
573.   STATUS current
574.   DESCRIPTION
575.     "The value of sysUpTime when the alarm condition was detected."
576.   ::= { tlUpsAlarmEntry 3 }
577.  
578. tlUpsAlarmDetail OBJECT-TYPE
579.   SYNTAX DisplayString
580.   MAX-ACCESS read-only
581.   STATUS current
582.   DESCRIPTION
583.     "A textual description of the alarm condition."
584.   ::= { tlUpsAlarmEntry 4 }
585.  
586. tlUpsAlarmDeviceId OBJECT-TYPE
587.   SYNTAX PositiveInteger
588.   MAX-ACCESS read-only
589.   STATUS current
590.   DESCRIPTION
591.     "A numeric identifier for the device on which the alarm is active."
592.   ::= { tlUpsAlarmEntry 5 }
593.  
594. tlUpsAlarmDeviceName OBJECT-TYPE
595.   SYNTAX DisplayString
596.   MAX-ACCESS read-only
597.   STATUS current
598.   DESCRIPTION
599.     "A string identifier for the device on which the alarm is active."
600.   ::= { tlUpsAlarmEntry 6 }
601.  
602. tlUpsAlarmLocation OBJECT-TYPE
603.   SYNTAX DisplayString
604.   MAX-ACCESS read-only
605.   STATUS current
606.   DESCRIPTION
607.     "The location of the device on which the alarm is active."
608.   ::= { tlUpsAlarmEntry 7 }
609.  
610. tlUpsAlarmGroup OBJECT-TYPE
611.   SYNTAX INTEGER {
612.       critical(1),
613.       warning(2),
614.       info(3),
615.       status(4),
616.       offline(5),
617.       custom(6) }
618.   MAX-ACCESS read-only
619.   STATUS current
620.   DESCRIPTION
621.     "The category/group of this alarm."
622.   ::= { tlUpsAlarmEntry 8 }
623.  
624. tlUpsAlarmIp OBJECT-TYPE
625.   SYNTAX IpAddress
626.   MAX-ACCESS read-only
627.   STATUS current
628.   DESCRIPTION
629.     "The originating IP address associated with this alarm."
630.   ::= { tlUpsAlarmEntry 9 }
631.  
632. tlUpsAlarmMac OBJECT-TYPE
633.   SYNTAX DisplayString
634.   MAX-ACCESS read-only
635.   STATUS current
636.   DESCRIPTION
637.     "The originating mac address associated with this alarm."
638.   ::= { tlUpsAlarmEntry 10 }
639.  
640. tlUpsWellKnownAlarms OBJECT IDENTIFIER  ::= { tlUpsAlarm 3 }
641.  
642. tlUpsAlarmPrimaryPowerOutage OBJECT-IDENTITY
643.     STATUS     current
644.     DESCRIPTION
645.             "The primary power source is not present."
646.     ::= { tlUpsWellKnownAlarms 1 }
647.  
648. tlUpsAlarmSecondaryPowerOutage OBJECT-IDENTITY
649.     STATUS     current
650.     DESCRIPTION
651.             "The secondary power source is not present."
652.     ::= { tlUpsWellKnownAlarms 2 }
653.    
654. tlUpsAlarmLoadLevelAboveThreshold OBJECT-IDENTITY
655.   STATUS current
656.   DESCRIPTION
657.     "The load level is above the designated threshold."
658.   ::= { tlUpsWellKnownAlarms 3 }
659.  
660. tlUpsAlarmOutputCurrentChanged OBJECT-IDENTITY
661.   STATUS current
662.   DESCRIPTION
663.     "The output current changed from its last known value."
664.   ::= { tlUpsWellKnownAlarms 4 }
665.  
666. tlUpsAlarmBatteryAgeAboveThreshold OBJECT-IDENTITY
667.   STATUS     current
668.   DESCRIPTION
669.     "One or more batteries have been determined to require
670.     replacement."
671.   ::= { tlUpsWellKnownAlarms 5 }
672.  
673. tlUpsAlarmLoadOff OBJECT-IDENTITY
674.   STATUS current
675.   DESCRIPTION
676.     "The load is off."
677.   ::= { tlUpsWellKnownAlarms 6 }
678.  
679. tlUpsAlarmUserDefined OBJECT-IDENTITY
680.   STATUS current
681.   DESCRIPTION
682.     "A user-defined event is in alarm."
683.   ::= { tlUpsWellKnownAlarms 7 }
684.  
685. tlUpsAlarmBatteryBad OBJECT-IDENTITY
686.   STATUS     current
687.   DESCRIPTION
688.     "One or more batteries have been determined to require
689.     replacement."
690.   ::= { tlUpsWellKnownAlarms  8 }
691.  
692. tlUpsAlarmOnBattery OBJECT-IDENTITY
693.   STATUS     current
694.   DESCRIPTION
695.     "The UPS is drawing power from the batteries."
696.   ::= { tlUpsWellKnownAlarms  9 }
697.  
698. tlUpsAlarmLowBattery OBJECT-IDENTITY
699.   STATUS     current
700.   DESCRIPTION
701.     "The remaining battery run-time is less than or equal
702.     to upsConfigLowBattTime."
703.   ::= { tlUpsWellKnownAlarms  10 }
704.  
705. tlUpsAlarmDepletedBattery OBJECT-IDENTITY
706.   STATUS     current
707.   DESCRIPTION
708.     "The UPS will be unable to sustain the present load
709.     when and if the utility power is lost."
710.   ::= { tlUpsWellKnownAlarms  11 }
711.  
712. tlUpsAlarmTempBad OBJECT-IDENTITY
713.   STATUS     current
714.   DESCRIPTION
715.     "A temperature is out of tolerance."
716.   ::= { tlUpsWellKnownAlarms  12 }
717.  
718. tlUpsAlarmInputBad OBJECT-IDENTITY
719.   STATUS     current
720.   DESCRIPTION
721.     "An input condition is out of tolerance."
722.   ::= { tlUpsWellKnownAlarms  13 }
723.  
724. tlUpsAlarmOutputBad OBJECT-IDENTITY
725.   STATUS     current
726.   DESCRIPTION
727.     "An output condition (other than OutputOverload) is
728.     out of tolerance."
729.   ::= { tlUpsWellKnownAlarms  14 }
730.  
731. tlUpsAlarmOutputOverload OBJECT-IDENTITY
732.   STATUS     current
733.   DESCRIPTION
734.     "The output load exceeds the UPS output capacity."
735.   ::= { tlUpsWellKnownAlarms  15 }
736.  
737. tlUpsAlarmOnBypass OBJECT-IDENTITY
738.   STATUS     current
739.   DESCRIPTION
740.     "The Bypass is presently engaged on the UPS."
741.   ::= { tlUpsWellKnownAlarms  16 }
742.  
743. tlUpsAlarmBypassBad OBJECT-IDENTITY
744.   STATUS     current
745.   DESCRIPTION
746.     "The Bypass is out of tolerance."
747.   ::= { tlUpsWellKnownAlarms 17 }
748.  
749. tlUpsAlarmOutputOffAsRequested OBJECT-IDENTITY
750.   STATUS     current
751.   DESCRIPTION
752.     "The UPS has shutdown as requested, i.e., the output
753.     is off."
754.   ::= { tlUpsWellKnownAlarms 18 }
755.  
756. tlUpsAlarmUpsOffAsRequested OBJECT-IDENTITY
757.   STATUS     current
758.   DESCRIPTION
759.     "The entire UPS has shutdown as commanded."
760.   ::= { tlUpsWellKnownAlarms 19 }
761.  
762. tlUpsAlarmChargerFailed OBJECT-IDENTITY
763.   STATUS     current
764.   DESCRIPTION
765.     "An uncorrected problem has been detected within the
766.     UPS charger subsystem."
767.   ::= { tlUpsWellKnownAlarms 20 }
768.  
769. tlUpsAlarmUpsOutputOff OBJECT-IDENTITY
770.   STATUS     current
771.   DESCRIPTION
772.     "The output of the UPS is in the off state."
773.   ::= { tlUpsWellKnownAlarms 21 }
774.  
775. tlUpsAlarmUpsSystemOff OBJECT-IDENTITY
776.   STATUS     current
777.   DESCRIPTION
778.     "The UPS system is in the off state."
779.   ::= { tlUpsWellKnownAlarms 22 }
780.  
781. tlUpsAlarmFanFailure OBJECT-IDENTITY
782.   STATUS     current
783.   DESCRIPTION
784.     "The failure of one or more fans in the UPS has been
785.     detected."
786.   ::= { tlUpsWellKnownAlarms 23 }
787.  
788. tlUpsAlarmFuseFailure OBJECT-IDENTITY
789.   STATUS     current
790.   DESCRIPTION
791.     "The failure of one or more fuses has been detected."
792.   ::= { tlUpsWellKnownAlarms 24 }
793.  
794. tlUpsAlarmGeneralFault OBJECT-IDENTITY
795.   STATUS     current
796.   DESCRIPTION
797.     "A general fault in the UPS has been detected."
798.   ::= { tlUpsWellKnownAlarms 25 }
799.  
800. tlUpsAlarmDiagnosticTestFailed OBJECT-IDENTITY
801.   STATUS     current
802.   DESCRIPTION
803.     "The result of the last diagnostic test indicates a
804.     failure."
805.   ::= { tlUpsWellKnownAlarms 26 }
806.  
807. tlUpsAlarmCommunicationsLost OBJECT-IDENTITY
808.   STATUS     current
809.   DESCRIPTION
810.     "A problem has been encountered in the communications
811.     between the agent and the UPS."
812.   ::= { tlUpsWellKnownAlarms 27 }
813.  
814. tlUpsAlarmAwaitingPower OBJECT-IDENTITY
815.   STATUS     current
816.   DESCRIPTION
817.     "The UPS output is off and the UPS is awaiting the
818.     return of input power."
819.   ::= { tlUpsWellKnownAlarms 28 }
820.  
821. tlUpsAlarmShutdownPending OBJECT-IDENTITY
822.   STATUS     current
823.   DESCRIPTION
824.     "A upsShutdownAfterDelay countdown is underway."
825.   ::= { tlUpsWellKnownAlarms 29 }
826.  
827. tlUpsAlarmShutdownImminent OBJECT-IDENTITY
828.   STATUS     current
829.   DESCRIPTION
830.     "The UPS will turn off power to the load in less than
831.     5 seconds; this may be either a timed shutdown or a
832.     low battery shutdown."
833.   ::= { tlUpsWellKnownAlarms 30 }
834.  
835. tlUpsAlarmTestInProgress OBJECT-IDENTITY
836.   STATUS     current
837.   DESCRIPTION
838.     "A test is in progress, as initiated and indicated by
839.     the Test Group.  Tests initiated via other
840.     implementation-specific mechanisms can indicate the
841.     presence of the testing in the alarm table, if
842.     desired, via a OBJECT-IDENTITY macro in the MIB
843.     document specific to that implementation and are
844.     outside the scope of this OBJECT-IDENTITY."
845.   ::= { tlUpsWellKnownAlarms 31 }
846.  
847. tlUpsAlarmCircuitBreaker1Open OBJECT-IDENTITY
848.   STATUS current
849.   DESCRIPTION
850.     "Circuit breakers #1 is open."
851.   ::= { tlUpsWellKnownAlarms 32 }
852.  
853. tlUpsAlarmCircuitBreaker2Open OBJECT-IDENTITY
854.   STATUS current
855.   DESCRIPTION
856.     "Circuit breakers #2 is open."
857.   ::= { tlUpsWellKnownAlarms 33 }
858.  
859. tlUpsAlarmCircuitBreaker3Open OBJECT-IDENTITY
860.   STATUS current
861.   DESCRIPTION
862.     "Circuit breakers #3 is open."
863.   ::= { tlUpsWellKnownAlarms 34 }
864.  
865. tlUpsAlarmCircuitBreaker4Open OBJECT-IDENTITY
866.   STATUS current
867.   DESCRIPTION
868.     "Circuit breakers #4 is open."
869.   ::= { tlUpsWellKnownAlarms 35 }
870.  
871. tlUpsAlarmCircuitBreaker5Open OBJECT-IDENTITY
872.   STATUS current
873.   DESCRIPTION
874.     "Circuit breakers #5 is open."
875.   ::= { tlUpsWellKnownAlarms 36 }
876.  
877. tlUpsAlarmCircuitBreaker6Open OBJECT-IDENTITY
878.   STATUS current
879.   DESCRIPTION
880.     "Circuit breakers #6 is open."
881.   ::= { tlUpsWellKnownAlarms 37 }
882.  
883. tlUpsAlarmCircuitBreaker7Open OBJECT-IDENTITY
884.   STATUS current
885.   DESCRIPTION
886.     "Circuit breakers #7 is open."
887.   ::= { tlUpsWellKnownAlarms 38 }
888.  
889. tlUpsAlarmCircuitBreaker8Open OBJECT-IDENTITY
890.   STATUS current
891.   DESCRIPTION
892.     "Circuit breakers #8 is open."
893.   ::= { tlUpsWellKnownAlarms 39 }
894.  
895. tlUpsAlarmCurrent1AboveThreshold OBJECT-IDENTITY
896.   STATUS current
897.   DESCRIPTION
898.     "The output current on line 1 exceeds load limits."
899.   ::= { tlUpsWellKnownAlarms  40 }
900.  
901. tlUpsAlarmCurrent2AboveThreshold OBJECT-IDENTITY
902.   STATUS current
903.   DESCRIPTION
904.     "The output current on line 2 exceeds load limits."
905.   ::= { tlUpsWellKnownAlarms  41 }
906.  
907. tlUpsAlarmCurrent3AboveThreshold OBJECT-IDENTITY
908.   STATUS current
909.   DESCRIPTION
910.     "The output current on line 3 exceeds load limits."
911.   ::= { tlUpsWellKnownAlarms  42 }
912.  
913.  
914. tlUpsAlarmDevName OBJECT-TYPE
915.   SYNTAX DisplayString
916.   MAX-ACCESS read-only
917.   STATUS deprecated
918.   DESCRIPTION
919.     "The name of the device, tlDevName, corresponding to the device that is
920.     associated with this alarm."
921.   ::= { tlUpsAlarm 7 }
922.  
923. tlUpsAlarmDevLocation OBJECT-TYPE
924.   SYNTAX DisplayString
925.   MAX-ACCESS read-only
926.   STATUS deprecated
927.   DESCRIPTION
928.     "The location of the device, tlDevLocation, corresponding to the device
929.     that is associated with this alarm."
930.   ::= { tlUpsAlarm 8 }
931.  
932. tlUpsAlarmCategory OBJECT-TYPE
933.   SYNTAX Integer32
934.   MAX-ACCESS read-only
935.   STATUS deprecated
936.   DESCRIPTION
937.     "The category, tlDevEvtCategory, of this alarm."
938.   ::= { tlUpsAlarm 9 }
939.  
940. tlUpsTest OBJECT IDENTIFIER   ::= { tlUpsObjects 7 }
941.  
942. tlUpsTestDate OBJECT-TYPE
943.   SYNTAX DisplayString
944.   MAX-ACCESS read-only
945.   STATUS current
946.   DESCRIPTION
947.     "The date of the last self-test run on the ups, in the
948.     format YYYYMMDD."
949.   ::= { tlUpsTest 1 }
950.  
951. tlUpsTestResultsDetail OBJECT-TYPE
952.   SYNTAX DisplayString
953.   MAX-ACCESS read-only
954.   STATUS current
955.   DESCRIPTION
956.     "Result of the last self-test run on the ups."
957.   ::= { tlUpsTest 2 }
958.  
959. tlUpsControl OBJECT IDENTIFIER  ::= { tlUpsObjects 8 }
960.  
961. tlUpsWatchdogSupported OBJECT-TYPE
962.   SYNTAX TruthValue
963.   MAX-ACCESS read-only
964.   STATUS current
965.   DESCRIPTION
966.     "Indicates whether or not this UPS supports a watchdog reboot."
967.   ::= { tlUpsControl 1 }
968.  
969.  
970. tlUpsWatchdogSecsBeforeReboot OBJECT-TYPE
971.   SYNTAX NonNegativeInteger
972.   MAX-ACCESS read-write
973.   STATUS current
974.   DESCRIPTION
975.     "The maximum number of seconds that can expire between polls that
976.     the engine makes to the UPS for data.  If this time runs out, then
977.     the UPS will cycle its outputs.  Set this to zero to turns disable
978.     this feature."
979.   ::= { tlUpsControl 2 }
980.  
981. tlUpsWellKnownControls OBJECT IDENTIFIER  ::= { tlUpsControl 3 }
982.  
983. tlUpsControlSelfTest OBJECT-TYPE
984.   SYNTAX TruthValue
985.   MAX-ACCESS read-write
986.   STATUS current
987.   DESCRIPTION
988.     "Set to TRUE to initiate Self Test"
989.   ::= { tlUpsWellKnownControls 1 }
990.  
991. tlUpsControlRamp OBJECT-TYPE
992.   SYNTAX TruthValue
993.   MAX-ACCESS read-write
994.   STATUS current
995.   DESCRIPTION
996.     "Set to TRUE to initiate Ramp"
997.   ::= { tlUpsWellKnownControls 2 }
998.  
999. tlUpsControlShed OBJECT-TYPE
1000.   SYNTAX TruthValue
1001.   MAX-ACCESS read-write
1002.   STATUS current
1003.   DESCRIPTION
1004.     "Set to TRUE to initiate Shed"
1005.   ::= { tlUpsWellKnownControls 3 }
1006.  
1007. tlUpsControlUpsOn OBJECT-TYPE
1008.   SYNTAX TruthValue
1009.   MAX-ACCESS read-write
1010.   STATUS current
1011.   DESCRIPTION
1012.     "Set to TRUE to turn UPS on"
1013.   ::= { tlUpsWellKnownControls 4 }
1014.  
1015. tlUpsControlUpsOff OBJECT-TYPE
1016.   SYNTAX TruthValue
1017.   MAX-ACCESS read-write
1018.   STATUS current
1019.   DESCRIPTION
1020.     "Set to TRUE to turn UPS off"
1021.   ::= { tlUpsWellKnownControls 5 }
1022.  
1023. tlUpsConfig OBJECT IDENTIFIER   ::= { tlUpsObjects 9 }
1024.  
1025. tlUpsConfigBattReplDate OBJECT-TYPE
1026.   SYNTAX DisplayString
1027.   MAX-ACCESS read-write
1028.   STATUS current
1029.   DESCRIPTION
1030.     "The date on which the battery was last replaced, in the format
1031.     YYYYMMDD."
1032.   ::= { tlUpsConfig 1 }
1033.  
1034. -- Deprecated, interface no longer supported.
1035. --
1036. -- tlUpsConfigTftpGetAddr OBJECT-TYPE
1037. --  SYNTAX IpAddress
1038. --  MAX-ACCESS read-write
1039. --  STATUS current
1040. --  DESCRIPTION
1041. --    "The IP address of the TFTP server you wish to acquire a config ini file from, non persistent, 0.0.0.0 when empty"
1042. --  ::= { tlUpsConfig 2 }
1043. --
1044. -- tlUpsConfigTftpGetAcction OBJECT-TYPE
1045. --  SYNTAX INTEGER {
1046. --      get(1),
1047. --      getting(2),
1048. --      idle(3) }
1049. --  MAX-ACCESS read-write
1050. --  STATUS current
1051. --  DESCRIPTION
1052. --    "setting this entry to get(1) will start a down load from the specified address, during the download this entry
1053. --    will read getting(2), when finished, the card will reboot to the new ini supplied parms. At all other times this
1054. --    entry will read idle(3)"
1055. --  ::= { tlUpsConfig 3 }
1056.  
1057.  
1058. tlUpsOutlet OBJECT IDENTIFIER   ::= { tlUpsObjects 10 }
1059.  
1060. tlUpsOutletNumOutlets OBJECT-TYPE
1061.   SYNTAX NonNegativeInteger
1062.   MAX-ACCESS read-only
1063.   STATUS current
1064.   DESCRIPTION
1065.     "The number of available Outlets in this device."
1066.   ::= { tlUpsOutlet 1 }
1067.  
1068. tlUpsOutletTable OBJECT-TYPE
1069.   SYNTAX SEQUENCE OF TlUpsOutletEntry
1070.   MAX-ACCESS not-accessible
1071.   STATUS current
1072.   DESCRIPTION
1073.     "A list of all device Outlets for all devices."
1074.   ::= { tlUpsOutlet 2 }
1075.  
1076. tlUpsOutletEntry OBJECT-TYPE
1077.   SYNTAX TlUpsOutletEntry
1078.   MAX-ACCESS not-accessible
1079.   STATUS current
1080.   DESCRIPTION
1081.     "An entry containing Outlet information applicable to a particular
1082.     device managed by this agent."
1083.   INDEX {
1084.     tlUpsOutletIndex }
1085.   ::= { tlUpsOutletTable 1 }
1086.  
1087. TlUpsOutletEntry ::= SEQUENCE {
1088.   tlUpsOutletIndex        PositiveInteger,
1089.   tlUpsOutletState        INTEGER,
1090.   tlUpsOutletType         Integer32,
1091.   tlUpsOutletControl      INTEGER,
1092.   tlUpsOutletName         DisplayString,
1093.   tlUpsOutletRampAction   INTEGER,
1094.   tlUpsOutletRampDataType INTEGER,
1095.   tlUpsOutletRampData     Integer32,
1096.   tlUpsOutletShedAction   INTEGER,
1097.   tlUpsOutletShedDataType INTEGER,
1098.   tlUpsOutletShedData     Integer32,
1099.   tlUpsOutletGroupNdx     Integer32,
1100.   tlUpsOutletCurrent      PositiveInteger,
1101.   tlUpsOutletPower        PositiveInteger }
1102.  
1103. tlUpsOutletIndex OBJECT-TYPE
1104.   SYNTAX PositiveInteger
1105.   MAX-ACCESS read-only
1106.   STATUS current
1107.   DESCRIPTION
1108.     "This is the index number of this Outlet for the device
1109.     indicated by tlDeviceIndex."
1110.   ::= { tlUpsOutletEntry 1 }
1111.  
1112. tlUpsOutletState OBJECT-TYPE
1113.   SYNTAX INTEGER {
1114.       unknown(0),
1115.       off(1),
1116.       on(2) }
1117.   MAX-ACCESS read-only
1118.   STATUS current
1119.   DESCRIPTION
1120.     "The current state of the Outlet."
1121.   ::= { tlUpsOutletEntry 2 }
1122.  
1123. tlUpsOutletType OBJECT-TYPE
1124.   SYNTAX Integer32
1125.   MAX-ACCESS read-only
1126.   STATUS current
1127.   DESCRIPTION
1128.     "This is a bit field that indicates the type of this Outlet.
1129.     When 0, the outlet is not controllable and has none of the
1130.     other features indicated in the bit map.  When non-zero,
1131.     the features present for this outlet can be interpreted with the
1132.     definition.
1133.  
1134.     Bit   Display
1135.      0    Reserved, may be 1 or 0
1136.      1    Controllable
1137.      2
1138.      3
1139.      4
1140.      5
1141.      6
1142.      7
1143.      8
1144.      9
1145.     10
1146.     11
1147.     12
1148.     13
1149.     14
1150.     15
1151.     "
1152.   ::= { tlUpsOutletEntry 3 }
1153.  
1154. tlUpsOutletControl OBJECT-TYPE
1155.   SYNTAX INTEGER {
1156.       turnOff(1),
1157.       turnOn(2),
1158.       cycle(3) }
1159.   MAX-ACCESS read-write
1160.   STATUS current
1161.   DESCRIPTION
1162.     "Controls the state of the Outlet."
1163.   ::= { tlUpsOutletEntry 4 }
1164.  
1165. tlUpsOutletName OBJECT-TYPE
1166.   SYNTAX DisplayString
1167.   MAX-ACCESS read-write
1168.   STATUS current
1169.   DESCRIPTION
1170.     "A string identifying the devices attached to the
1171.     output(s) of the device."
1172.   ::= { tlUpsOutletEntry 5 }
1173.  
1174.  
1175. tlUpsOutletRampAction OBJECT-TYPE
1176.   SYNTAX INTEGER {
1177.       remainOff(0),
1178.       turnOnAfterDelay(1)
1179.    }
1180.   MAX-ACCESS read-write
1181.   STATUS current
1182.   DESCRIPTION
1183.     "The ramp action to take on the Outlet."
1184.   ::= { tlUpsOutletEntry 6 }
1185.  
1186. tlUpsOutletRampDataType OBJECT-TYPE
1187.   SYNTAX INTEGER {
1188.       delayInSeconds(0)
1189.    }
1190.   MAX-ACCESS read-write
1191.   STATUS current
1192.   DESCRIPTION
1193.     "The type of data associated with ramp action."
1194.   ::= { tlUpsOutletEntry 7 }
1195.  
1196. tlUpsOutletRampData OBJECT-TYPE
1197.   SYNTAX Integer32
1198.   MAX-ACCESS read-write
1199.   STATUS current
1200.   DESCRIPTION
1201.     "The data value associated with type of ramp data."
1202.   ::= { tlUpsOutletEntry 8 }
1203.  
1204. tlUpsOutletShedAction OBJECT-TYPE
1205.   SYNTAX INTEGER {
1206.       remainOn(0),
1207.       turnOffAfterDelay(1)
1208.    }
1209.   MAX-ACCESS read-write
1210.   STATUS current
1211.   DESCRIPTION
1212.     "The shed action to take on the Outlet."
1213.   ::= { tlUpsOutletEntry 9 }
1214.  
1215. tlUpsOutletShedDataType OBJECT-TYPE
1216.   SYNTAX INTEGER {
1217.       delayInSeconds(0)
1218.    }
1219.   MAX-ACCESS read-write
1220.   STATUS current
1221.   DESCRIPTION
1222.     "The type of data associated with shed action."
1223.   ::= { tlUpsOutletEntry 10 }
1224.  
1225. tlUpsOutletShedData OBJECT-TYPE
1226.   SYNTAX Integer32
1227.   MAX-ACCESS read-write
1228.   STATUS current
1229.   DESCRIPTION
1230.     "The data value associated with type of shed data."
1231.   ::= { tlUpsOutletEntry 11 }
1232.  
1233. tlUpsOutletGroupNdx OBJECT-TYPE
1234.   SYNTAX Integer32
1235.   MAX-ACCESS read-write
1236.   STATUS current
1237.   DESCRIPTION
1238.     "tlUpsOutletGroupIndex of corresponding outlet group, or 0 if ungrouped."
1239.   ::= { tlUpsOutletEntry 12 }
1240.  
1241. tlUpsOutletCurrent OBJECT-TYPE
1242.   SYNTAX PositiveInteger
1243.   UNITS      "0.1 RMS Amp"
1244.   MAX-ACCESS read-only
1245.   STATUS current
1246.   DESCRIPTION
1247.     "The value of this outlet's current, represented as 0.1A."
1248.   ::= { tlUpsOutletEntry 13 }
1249.  
1250. tlUpsOutletPower OBJECT-TYPE
1251.   SYNTAX PositiveInteger
1252.   MAX-ACCESS read-only
1253.   STATUS current
1254.   DESCRIPTION
1255.     "The value of this outlet's power in watts."
1256.   ::= { tlUpsOutletEntry 14 }
1257.  
1258.  
1259. tlUpsOutletGroup OBJECT IDENTIFIER   ::= { tlUpsObjects 11 }
1260.  
1261. tlUpsOutletNumOutletGroups OBJECT-TYPE
1262.   SYNTAX NonNegativeInteger
1263.   MAX-ACCESS read-only
1264.   STATUS current
1265.   DESCRIPTION
1266.     "The number of available Outlet Groups in this device."
1267.   ::= { tlUpsOutletGroup 1 }
1268.  
1269. tlUpsOutletGroupTable OBJECT-TYPE
1270.   SYNTAX SEQUENCE OF TlUpsOutletGroupEntry
1271.   MAX-ACCESS not-accessible
1272.   STATUS current
1273.   DESCRIPTION
1274.     "A list of device outlet group entries. The number of entries is
1275.     given by the value of tlUpsOutletNumOutletGroups."
1276.   ::= { tlUpsOutletGroup 2 }
1277.  
1278. tlUpsOutletGroupEntry OBJECT-TYPE
1279.   SYNTAX TlUpsOutletGroupEntry
1280.   MAX-ACCESS not-accessible
1281.   STATUS current
1282.   DESCRIPTION
1283.     "An entry containing outlet group information applicable
1284.      to a particular device managed by this agent"
1285.   INDEX { tlUpsOutletGroupIndex }
1286.   ::= { tlUpsOutletGroupTable 1 }
1287.  
1288. TlUpsOutletGroupEntry ::= SEQUENCE {
1289.   tlUpsOutletGroupIndex     PositiveInteger,
1290.   tlUpsOutletGroupRowStatus RowStatus,
1291.   tlUpsOutletGroupName      DisplayString,
1292.   tlUpsOutletGroupDesc      DisplayString,
1293.   tlUpsOutletGroupState     INTEGER,
1294.   tlUpsOutletGroupControl   INTEGER }
1295.  
1296. tlUpsOutletGroupIndex OBJECT-TYPE
1297.   SYNTAX PositiveInteger
1298.   MAX-ACCESS read-only
1299.   STATUS current
1300.   DESCRIPTION
1301.     "This is the index number of this load group for the device."
1302.   ::= { tlUpsOutletGroupEntry 1 }
1303.  
1304. tlUpsOutletGroupRowStatus OBJECT-TYPE
1305.   SYNTAX RowStatus
1306.   MAX-ACCESS read-write
1307.   STATUS current
1308.   DESCRIPTION
1309.     "Row status for the tlUpsOutletGroupTable"
1310.   ::= { tlUpsOutletGroupEntry 2 }
1311.  
1312. tlUpsOutletGroupName OBJECT-TYPE
1313.   SYNTAX DisplayString
1314.   MAX-ACCESS read-write
1315.   STATUS current
1316.   DESCRIPTION
1317.     "The name of this outlet group."
1318.   ::= { tlUpsOutletGroupEntry 3 }
1319.  
1320. tlUpsOutletGroupDesc OBJECT-TYPE
1321.   SYNTAX DisplayString
1322.   MAX-ACCESS read-write
1323.   STATUS current
1324.   DESCRIPTION
1325.     "A description for this outlet group."
1326.   ::= { tlUpsOutletGroupEntry 4 }
1327.  
1328. tlUpsOutletGroupState OBJECT-TYPE
1329.   SYNTAX INTEGER {
1330.       unknown(0),
1331.       off(1),
1332.       on(2),
1333.       mixed(3) }
1334.   MAX-ACCESS read-only
1335.   STATUS current
1336.   DESCRIPTION
1337.     "The current state of the outlet group."
1338.   ::= { tlUpsOutletGroupEntry 5 }
1339.  
1340. tlUpsOutletGroupControl OBJECT-TYPE
1341.   SYNTAX INTEGER {
1342.       turnOff(1),
1343.       turnOn(2),
1344.       cycle(3) }
1345.   MAX-ACCESS read-write
1346.   STATUS current
1347.   DESCRIPTION
1348.     "Controls the state of every outlet associated with the group."
1349.   ::= { tlUpsOutletGroupEntry 6 }
1350.  
1351. tlUpsMainOutlet OBJECT IDENTIFIER   ::= { tlUpsObjects 12 }
1352.  
1353. tlUpsMainOutletState OBJECT-TYPE
1354.   SYNTAX INTEGER {
1355.       unknown(0),
1356.       off(1),
1357.       on(2),
1358.       mixed(3) }
1359.   MAX-ACCESS read-only
1360.   STATUS current
1361.   DESCRIPTION
1362.     "The current state of the main output of the device."
1363.   ::= { tlUpsMainOutlet 1 }
1364.  
1365.  
1366. tlUpsMainOutletControllable OBJECT-TYPE
1367.   SYNTAX TruthValue
1368.   MAX-ACCESS read-only
1369.   STATUS current
1370.   DESCRIPTION
1371.     "Indicates if this device has controllable outlets"
1372.   ::= { tlUpsMainOutlet 2 }
1373.  
1374. tlUpsMainOutletControl OBJECT-TYPE
1375.   SYNTAX INTEGER {
1376.       idle(0),
1377.       turnOff(1),
1378.       turnOn(2),
1379.       cycle(3) }
1380.   MAX-ACCESS read-write
1381.   STATUS current
1382.   DESCRIPTION
1383.     "Controls the state of the main outlet of the device."
1384.   ::= { tlUpsMainOutlet 3 }
1385.  
1386.  
1387. ---------------------------------------------------------------
1388. -- UPS traps
1389. ---------------------------------------------------------------
1390.  
1391. tlUpsTraps              OBJECT IDENTIFIER ::= { tlUPS 2 }
1392.  
1393. tlUpsTrapAlarmEntryAddedV1 TRAP-TYPE
1394.     ENTERPRISE tlUpsTraps
1395.     VARIABLES { tlUpsAlarmId, tlUpsAlarmDescr, tlUpsAlarmDetail, tlUpsAlarmDeviceId,
1396.                 tlUpsAlarmDeviceName, tlUpsAlarmLocation, tlUpsAlarmGroup }
1397.     DESCRIPTION
1398.             "This trap is sent each time an alarm is inserted into
1399.             to the alarm table."
1400.     --#SUMMARY "UPS Alarm: %s - %s."
1401.     --#ARGUMENTS {6, 2}
1402.     --#SEVERITY WARNING
1403.  ::= 3
1404.  
1405. tlUpsTrapAlarmEntryAdded NOTIFICATION-TYPE
1406.     OBJECTS { tlUpsAlarmId, tlUpsAlarmDescr, tlUpsAlarmDetail, tlUpsAlarmDeviceId,
1407.               tlUpsAlarmDeviceName, tlUpsAlarmLocation, tlUpsAlarmGroup }
1408.     STATUS  current
1409.     DESCRIPTION
1410.             "This trap is sent each time an alarm is inserted into
1411.             to the alarm table."
1412.     --#SUMMARY "UPS Alarm: %s - %s."
1413.     --#ARGUMENTS {6, 2}
1414.     --#SEVERITY WARNING
1415.     ::= { tlUpsTraps 3 }
1416.  
1417. tlUpsTrapAlarmEntryRemovedV1 TRAP-TYPE
1418.     ENTERPRISE tlUpsTraps
1419.     VARIABLES { tlUpsAlarmId, tlUpsAlarmDescr, tlUpsAlarmDetail, tlUpsAlarmDeviceId,
1420.                 tlUpsAlarmDeviceName, tlUpsAlarmLocation, tlUpsAlarmGroup }
1421.     DESCRIPTION
1422.             "This trap is sent each time an alarm is removed from
1423.             the alarm table."
1424.     --#SUMMARY "UPS Alarm: %s - %s."
1425.     --#ARGUMENTS {6, 2}
1426.     --#SEVERITY WARNING
1427.  ::= 4
1428.  
1429. tlUpsTrapAlarmEntryRemoved NOTIFICATION-TYPE
1430.     OBJECTS { tlUpsAlarmId, tlUpsAlarmDescr, tlUpsAlarmDetail, tlUpsAlarmDeviceId,
1431.               tlUpsAlarmDeviceName, tlUpsAlarmLocation, tlUpsAlarmGroup }
1432.     STATUS  current
1433.     DESCRIPTION
1434.             "This trap is sent each time an alarm is removed from
1435.             the alarm table."
1436.     --#SUMMARY "UPS Alarm: %s - %s."
1437.     --#ARGUMENTS {6, 2}
1438.     --#SEVERITY WARNING
1439.     ::= { tlUpsTraps 4 }
1440.  
1441. --------------------------------------------------------------------------
1442. --------------------------------------------------------------------------
1443. -- begin new traps
1444. --------------------------------------------------------------------------
1445. --------------------------------------------------------------------------
1446.  
1447. tlUpsTrapSystemStartup NOTIFICATION-TYPE
1448.   STATUS current
1449.   DESCRIPTION
1450.     "Used to inform another entity of an engine's startup. The varbinds that follow are:
1451.  
1452.     OBJ1      = tlEngineType
1453.     Obj1Value = The type of engine providing this data
1454.     OBJ2      = tlEngineSoftwareVersion
1455.     Obj2Value = The current version of the engine
1456.     OBJ3      = tlEngineMACAddr
1457.     Obj3Value = The MAC address of the engine
1458.     OBJ4      = tlUpsSnmpCardSerialNum
1459.     Obj4Value = The serial number of the SNMPWEBCARD [should be 0 on PC]
1460.    
1461.     --- if this trap is extended, place all static OIDs above this mark. all objects below
1462.     --- the number of devices (tlNumDevices) is explicit as per device for enumeration by
1463.     --- the target receiver
1464.    
1465.     OBJ5      = tlNumDevices
1466.     Obj5Value = The number of devices attached
1467.  
1468.     --- The following objects will be replicated per each device:
1469.  
1470.     OBJ6      = The OID for an entry of tlDevManufacturer, indexed by device
1471.     Obj6Value = The device's manufacturer
1472.     OBJ7      = The OID for an entry of tlDevModel, indexed by device
1473.     Obj7Value = The device's model name
1474.     OBJ8      = The OID for an entry of tlDevName, indexed by device
1475.     Obj8Value = The device's display name
1476.     OBJ9      = The OID for an entry of tlDevLocation, indexed by device
1477.     Obj9Value = The device's location
1478.     OBJ10     = The OID for an entry of tlDevRegion, indexed by device
1479.     Obj10Value= The device's region
1480.     OBJ11     = The OID for an entry of tlDevProtocol, indexed by device
1481.     Obj11Value= The device's protocol (display string format)
1482.     "
1483.   ::= { tlUpsTraps 5 }
1484.  
1485. tlUpsTrapSystemShutdown NOTIFICATION-TYPE
1486.   STATUS current
1487.   DESCRIPTION
1488.     "Used to inform another entity of an engine's startup. The varbinds that follow are:
1489.  
1490.     OBJ1      = tlEngineType
1491.     Obj1Value = The type of engine providing this data
1492.     OBJ2      = tlEngineSoftwareVersion
1493.     Obj2Value = The current version of the engine
1494.     OBJ3      = tlEngineMACAddr
1495.     Obj3Value = The MAC address of the engine
1496.     OBJ4      = tlUpsSnmpCardSerialNum
1497.     Obj4Value = The serial number of the SNMPWEBCARD [should be 0 on PC]
1498.    
1499.     --- if this trap is extended, place all static OIDs above this mark. all objects below
1500.     --- the number of devices (tlNumDevices) is explicit as per device for enumeration by
1501.     --- the target receiver
1502.    
1503.     OBJ5      = tlNumDevices
1504.     Obj5Value = The number of devices attached
1505.  
1506.     --- The following objects will be replicated per each device:
1507.  
1508.     OBJ6      = The OID for an entry of tlDevManufacturer, indexed by device
1509.     Obj6Value = The device's manufacturer
1510.     OBJ7      = The OID for an entry of tlDevModel, indexed by device
1511.     Obj7Value = The device's model name
1512.     OBJ8      = The OID for an entry of tlDevName, indexed by device
1513.     Obj8Value = The device's display name
1514.     OBJ9      = The OID for an entry of tlDevLocation, indexed by device
1515.     Obj9Value = The device's location
1516.     OBJ10     = The OID for an entry of tlDevRegion, indexed by device
1517.     Obj10Value= The device's region
1518.     OBJ11     = The OID for an entry of tlDevProtocol, indexed by device
1519.     Obj11Value= The device's protocol (display string format)
1520.     "
1521.   ::= { tlUpsTraps 6 }
1522.  
1523. --------------------------------------------------------------------------
1524. --------------------------------------------------------------------------
1525. --- end new traps
1526. --------------------------------------------------------------------------
1527. --------------------------------------------------------------------------
1528. --------------------------------------------------------------------------
1529. -- EnviroSense Device
1530. --------------------------------------------------------------------------
1531.  
1532. tlEnviroSense OBJECT IDENTIFIER   ::= { tripplite 101 }
1533.  
1534. tlEnvEnvironment OBJECT IDENTIFIER   ::= { tlEnviroSense 1 }
1535.  
1536. tlEnvTemperatureData OBJECT IDENTIFIER   ::= { tlEnvEnvironment 1 }
1537.  
1538. tlEnvTemperatureC OBJECT-TYPE
1539.   SYNTAX Integer32
1540.   MAX-ACCESS read-only
1541.   STATUS current
1542.   DESCRIPTION
1543.     "The ambient temperature (C)."
1544.   ::= { tlEnvTemperatureData 1 }
1545.  
1546. tlEnvTemperatureF OBJECT-TYPE
1547.   SYNTAX Integer32
1548.   MAX-ACCESS read-only
1549.   STATUS current
1550.   DESCRIPTION
1551.     "The ambient temperature (F)."
1552.   ::= { tlEnvTemperatureData 2 }
1553.  
1554. tlEnvTemperatureLowLimit OBJECT-TYPE
1555.   SYNTAX Integer32
1556.   MAX-ACCESS read-write
1557.   STATUS current
1558.   DESCRIPTION
1559.     "The lower alarm limit for ambient temperature (F)."
1560.   ::= { tlEnvTemperatureData 3 }
1561.  
1562. tlEnvTemperatureHighLimit OBJECT-TYPE
1563.   SYNTAX Integer32
1564.   MAX-ACCESS read-write
1565.   STATUS current
1566.   DESCRIPTION
1567.     "The upper alarm limit for ambient temperature (F)."
1568.   ::= { tlEnvTemperatureData 4 }
1569.  
1570. tlEnvTemperatureInAlarm OBJECT-TYPE
1571.   SYNTAX TruthValue
1572.   MAX-ACCESS read-only
1573.   STATUS current
1574.   DESCRIPTION
1575.     "Indicates whether or not temperature is in alarm."
1576.   ::= { tlEnvTemperatureData 5 }
1577.  
1578. tlEnvHumidityData OBJECT IDENTIFIER   ::= { tlEnvEnvironment 2 }
1579.  
1580. tlEnvHumidity OBJECT-TYPE
1581.   SYNTAX Integer32
1582.   MAX-ACCESS read-only
1583.   STATUS current
1584.   DESCRIPTION
1585.     "The ambient humidity (%)."
1586.   ::= { tlEnvHumidityData 1 }
1587.  
1588. tlEnvHumidityLowLimit OBJECT-TYPE
1589.   SYNTAX Integer32
1590.   MAX-ACCESS read-write
1591.   STATUS current
1592.   DESCRIPTION
1593.     "The lower alarm limit for ambient humidity (%)."
1594.   ::= { tlEnvHumidityData 2 }
1595.  
1596. tlEnvHumidityHighLimit OBJECT-TYPE
1597.   SYNTAX Integer32
1598.   MAX-ACCESS read-write
1599.   STATUS current
1600.   DESCRIPTION
1601.     "The upper alarm limit for ambient humidity (%)."
1602.   ::= { tlEnvHumidityData 3 }
1603.  
1604. tlEnvHumidityInAlarm OBJECT-TYPE
1605.   SYNTAX TruthValue
1606.   MAX-ACCESS read-only
1607.   STATUS current
1608.   DESCRIPTION
1609.     "Indicates whether or not humidity is in alarm."
1610.   ::= { tlEnvHumidityData 4 }
1611.  
1612. tlEnvContacts OBJECT IDENTIFIER  ::= { tlEnviroSense 2 }
1613.  
1614. tlEnvContactTable OBJECT-TYPE
1615.   SYNTAX SEQUENCE OF TlEnvContactEntry
1616.   MAX-ACCESS not-accessible
1617.   STATUS current
1618.   DESCRIPTION
1619.     "A table of contacts."
1620.   ::= { tlEnvContacts 1 }
1621.  
1622. tlEnvContactEntry OBJECT-TYPE
1623.   SYNTAX TlEnvContactEntry
1624.   MAX-ACCESS not-accessible
1625.   STATUS current
1626.   DESCRIPTION
1627.     "An entry containing information applicable to a particular contact."
1628.   INDEX {
1629.     tlEnvContactIndex }
1630.   ::= { tlEnvContactTable 1 }
1631.  
1632. TlEnvContactEntry ::= SEQUENCE {
1633.   tlEnvContactIndex    PositiveInteger,
1634.   tlEnvContactName     DisplayString,
1635.   tlEnvContactStatus   INTEGER,
1636.   tlEnvContactConfig   INTEGER }
1637.  
1638. tlEnvContactIndex OBJECT-TYPE
1639.   SYNTAX PositiveInteger
1640.   MAX-ACCESS read-only
1641.   STATUS current
1642.   DESCRIPTION
1643.     "The table row index for the contact."
1644.   ::= { tlEnvContactEntry 1 }
1645.  
1646. tlEnvContactName OBJECT-TYPE
1647.   SYNTAX DisplayString
1648.   MAX-ACCESS read-write
1649.   STATUS current
1650.   DESCRIPTION
1651.     "The name or description of the contact."
1652.   ::= { tlEnvContactEntry 2 }
1653.  
1654. tlEnvContactStatus OBJECT-TYPE
1655.   SYNTAX INTEGER {
1656.       normal(0),
1657.       alarm(1) }
1658.   MAX-ACCESS read-only
1659.   STATUS current
1660.   DESCRIPTION
1661.     "The current status of the contact."
1662.   ::= { tlEnvContactEntry 3 }
1663.  
1664. tlEnvContactConfig OBJECT-TYPE
1665.   SYNTAX INTEGER {
1666.       normallyOpen(0),
1667.       normallyClosed(1) }
1668.   MAX-ACCESS read-write
1669.   STATUS current
1670.   DESCRIPTION
1671.     "The configuration of the contact."
1672.   ::= { tlEnvContactEntry 4 }
1673.  
1674.  
1675. --------------------------------------------------------------------------
1676. -- KVM over IP Device
1677. --------------------------------------------------------------------------
1678.  
1679. -- this is a 3rd party MIB structure located at { tripplite 102 }
1680.  
1681. --------------------------------------------------------------------------
1682. -- SR Cooling Device
1683. --------------------------------------------------------------------------
1684.  
1685. tlCooling OBJECT IDENTIFIER   ::= { tripplite 103 }
1686.  
1687. tlCoolingEnvironment OBJECT IDENTIFIER   ::= { tlCooling 1 }
1688.  
1689. tlCoolingIdent  OBJECT IDENTIFIER   ::= { tlCoolingEnvironment 1 }
1690.  
1691. tlCoolingModel OBJECT-TYPE
1692.   SYNTAX DisplayString
1693.   MAX-ACCESS read-only
1694.   STATUS current
1695.   DESCRIPTION
1696.     "The model name for the AC Unit."
1697.   ::= { tlCoolingIdent 1}
1698.  
1699. tlCoolingManufacturer OBJECT-TYPE
1700.   SYNTAX DisplayString
1701.   MAX-ACCESS read-only
1702.   STATUS current
1703.   DESCRIPTION
1704.     "The manufacturer of the AC Unit."
1705.   ::= { tlCoolingIdent 2 }
1706.  
1707. tlCoolingSerialNumber OBJECT-TYPE
1708.   SYNTAX DisplayString
1709.   MAX-ACCESS read-only
1710.   STATUS current
1711.   DESCRIPTION
1712.     "The serial number of the AC unit."
1713.   ::= { tlCoolingIdent 3 }
1714.  
1715. tlCoolingFirmwareVersion OBJECT-TYPE
1716.   SYNTAX DisplayString
1717.   MAX-ACCESS read-only
1718.   STATUS current
1719.   DESCRIPTION
1720.     "The firmware version of the AC Unit."
1721.   ::= { tlCoolingIdent 4 }
1722.  
1723. tlCoolingHostSoftwareVersion OBJECT-TYPE
1724.   SYNTAX DisplayString
1725.   MAX-ACCESS read-only
1726.   STATUS current
1727.   DESCRIPTION
1728.     "The hardware version of the AC unit."
1729.   ::= { tlCoolingIdent 5 }
1730.  
1731. tlCoolingName OBJECT-TYPE
1732.   SYNTAX DisplayString
1733.   MAX-ACCESS read-write
1734.   STATUS current
1735.   DESCRIPTION
1736.     "The user defined name for the AC Unit."
1737.   ::= { tlCoolingIdent 6 }
1738.  
1739. tlCoolingLocation OBJECT-TYPE
1740.   SYNTAX DisplayString
1741.   MAX-ACCESS read-write
1742.   STATUS current
1743.   DESCRIPTION
1744.     "The user defined location of the AC Unit."
1745.   ::= { tlCoolingIdent 7 }
1746.  
1747. tlCoolingStatus  OBJECT IDENTIFIER   ::= { tlCoolingEnvironment 2 }
1748.  
1749. tlCoolingCondOutletTemp OBJECT-TYPE
1750.   SYNTAX INTEGER
1751.   MAX-ACCESS read-only
1752.   STATUS current
1753.   DESCRIPTION
1754.     "The condenser outlet air stream temperature in tenths of degrees in the units Celcius/Fahrenheit as specified in tlCoolingDisplayUnits."
1755.   ::= { tlCoolingStatus 1 }
1756.  
1757. tlCoolingCondInletTemp OBJECT-TYPE
1758.   SYNTAX INTEGER
1759.   MAX-ACCESS read-only
1760.   STATUS current
1761.   DESCRIPTION
1762.     "The condenser inlet air stream temperature in tenths of degrees in the units Celcius/Fahrenheit as specified in tlCoolingDisplayUnits."
1763.   ::= { tlCoolingStatus 2 }
1764.  
1765. tlCoolingRefrigerantTemp OBJECT-TYPE
1766.   SYNTAX INTEGER
1767.   MAX-ACCESS read-only
1768.   STATUS current
1769.   DESCRIPTION
1770.     "The temperature of the refrigerant in the suction line.  This is displayed in tenths of degrees in the units Celcius/Fahrenheit as specified in tlCoolingDisplayUnits."
1771.   ::= { tlCoolingStatus 3 }
1772.  
1773. tlCoolingEvapSurfaceTemp OBJECT-TYPE
1774.   SYNTAX INTEGER
1775.   MAX-ACCESS read-only
1776.   STATUS current
1777.   DESCRIPTION
1778.     "The surface temperature of the evaporator in tenths of degrees in the units Celcius/Fahrenheit as specified in tlCoolingDisplayUnits."
1779.   ::= { tlCoolingStatus 4}
1780.  
1781. tlCoolingSuctionPressure OBJECT-TYPE
1782.   SYNTAX INTEGER
1783.   MAX-ACCESS read-only
1784.   STATUS current
1785.   DESCRIPTION
1786.     "The pressure of the compressor suction line in tenths of (Mpa/psi) depending on the value of tlCoolingDisplayUnits."
1787.   ::= { tlCoolingStatus 5}
1788.  
1789. tlCoolingDischargePressure OBJECT-TYPE
1790.   SYNTAX INTEGER
1791.   MAX-ACCESS read-only
1792.   STATUS current
1793.   DESCRIPTION
1794.     "The pressure of the compressor discharge line in tenths of (Mpa/psi) depending on the value of tlCoolingDisplayUnits."
1795.   ::= { tlCoolingStatus 6}
1796.  
1797. tlCoolingEvapFanSpeed OBJECT-TYPE
1798.   SYNTAX INTEGER {
1799.       off(0),
1800.       low(1),
1801.       medLow(2),
1802.       med (3),
1803.       medHi (4),
1804.       hi (5) }
1805.   MAX-ACCESS read-only
1806.   STATUS current
1807.   DESCRIPTION
1808.     "The current speed of the evaporator fan."
1809.   ::= { tlCoolingStatus 7}
1810.  
1811. tlCoolingCondFanSpeed OBJECT-TYPE
1812.   SYNTAX INTEGER {
1813.       off(0),
1814.       low(1),
1815.       hi (2) }
1816.   MAX-ACCESS read-only
1817.   STATUS current
1818.   DESCRIPTION
1819.     "The current speed of the condenser fan."
1820.   ::= { tlCoolingStatus 8}
1821.  
1822. tlCoolingCompFrequency OBJECT-TYPE
1823.   SYNTAX INTEGER
1824.   MAX-ACCESS read-only
1825.   STATUS current
1826.   DESCRIPTION
1827.     "The operating frequency of the compressor in tenths of Arms."
1828.   ::= { tlCoolingStatus 9}
1829.  
1830. tlCoolingEEVPercentage OBJECT-TYPE
1831.   SYNTAX INTEGER
1832.   MAX-ACCESS read-only
1833.   STATUS current
1834.   DESCRIPTION
1835.     "The opening percentage of the EEV."
1836.   ::= { tlCoolingStatus 10}
1837.  
1838. tlCoolingUnitCurrent OBJECT-TYPE
1839.   SYNTAX INTEGER
1840.   MAX-ACCESS read-only
1841.   STATUS current
1842.   DESCRIPTION
1843.     "The the total current draw of the unit in tenths of Arms."
1844.   ::= { tlCoolingStatus 11}
1845.  
1846. tlCoolingFanCurrent OBJECT-TYPE
1847.   SYNTAX INTEGER
1848.   MAX-ACCESS read-only
1849.   STATUS current
1850.   DESCRIPTION
1851.     "Thethe current draw of the Evaporator and Condenser fans in tents of Arms."
1852.   ::= { tlCoolingStatus 12 }
1853.  
1854. tlCoolingCompCurrent OBJECT-TYPE
1855.   SYNTAX INTEGER
1856.   MAX-ACCESS read-only
1857.   STATUS current
1858.   DESCRIPTION
1859.     "The operating current of the compressor in Arms."
1860.   ::= { tlCoolingStatus 13}
1861.  
1862. tlCoolingReturnAirTemp OBJECT-TYPE
1863.   SYNTAX INTEGER
1864.   MAX-ACCESS read-only
1865.   STATUS current
1866.   DESCRIPTION
1867.     "The return air temperature in tenths of degrees in the units Celcius/Fahrenheit as specified in tlCoolingDisplayUnits."
1868.   ::= { tlCoolingStatus 14 }
1869.  
1870. tlCoolingSuctionTemp OBJECT-TYPE
1871.   SYNTAX INTEGER
1872.   MAX-ACCESS read-only
1873.   STATUS current
1874.   DESCRIPTION
1875.     "The temperature of the compressor suction line in tenths of degrees in the units Celcius/Fahrenheit as specified in tlCoolingDisplayUnits."
1876.   ::= { tlCoolingStatus 15 }
1877.  
1878. tlCoolingSupplyAirTemp OBJECT-TYPE
1879.   SYNTAX INTEGER
1880.   MAX-ACCESS read-only
1881.   STATUS current
1882.   DESCRIPTION
1883.     "The supply air temperature in tenths of degrees in the units Celcius/Fahrenheit as specified in tlCoolingDisplayUnits."
1884.   ::= { tlCoolingStatus 16 }
1885.  
1886. tlCoolingRunTimes OBJECT IDENTIFIER   ::= { tlCoolingEnvironment 3 }
1887.  
1888. tlCoolingAirFilterRunHours OBJECT-TYPE
1889.   SYNTAX Integer32
1890.   MAX-ACCESS read-only
1891.   STATUS current
1892.   DESCRIPTION
1893.     "Total hours the air filter has been under operation."
1894.   ::= { tlCoolingRunTimes 1 }
1895.  
1896. tlCoolingEvapFanRunDays OBJECT-TYPE
1897.   SYNTAX Integer32
1898.   MAX-ACCESS read-only
1899.   STATUS current
1900.   DESCRIPTION
1901.     "Total days the evaporator fan has been under operation."
1902.   ::= { tlCoolingRunTimes 2 }
1903.  
1904. tlCoolingCondFanRunDays OBJECT-TYPE
1905.   SYNTAX Integer32
1906.   MAX-ACCESS read-only
1907.   STATUS current
1908.   DESCRIPTION
1909.     "Total days the condenser fan has been under operation."
1910.   ::= { tlCoolingRunTimes 3 }
1911.  
1912. tlCoolingCompressorRunDays OBJECT-TYPE
1913.   SYNTAX Integer32
1914.   MAX-ACCESS read-only
1915.   STATUS current
1916.   DESCRIPTION
1917.     "Total days the compressor has been under operation."
1918.   ::= { tlCoolingRunTimes 4 }
1919.  
1920. tlCoolingCondPumpRunDays OBJECT-TYPE
1921.   SYNTAX Integer32
1922.   MAX-ACCESS read-only
1923.   STATUS current
1924.   DESCRIPTION
1925.     "Total days the condensate pump has been under operation."
1926.   ::= { tlCoolingRunTimes 5 }
1927.  
1928. tlCoolingAtomizerRunDays OBJECT-TYPE
1929.   SYNTAX Integer32
1930.   MAX-ACCESS read-only
1931.   STATUS current
1932.   DESCRIPTION
1933.     "Total days the atomizer has been under operation."
1934.   ::= { tlCoolingRunTimes 6 }
1935.  
1936. tlCoolingConfig  OBJECT IDENTIFIER   ::= { tlCoolingEnvironment 4 }
1937.  
1938. tlCoolingOnOff OBJECT-TYPE
1939.   SYNTAX INTEGER {
1940.       turnOffUnit(0),
1941.       turnOnUnit(1) }
1942.   MAX-ACCESS read-write
1943.   STATUS current
1944.   DESCRIPTION
1945.     "Turn the unit off or on."
1946.   ::= { tlCoolingConfig 1 }
1947.  
1948. tlCoolingSetPointTemp OBJECT-TYPE
1949.   SYNTAX INTEGER
1950.   MAX-ACCESS read-write
1951.   STATUS current
1952.   DESCRIPTION
1953.     "The set point temperature the unit will control the temperature to in tenths of degrees in Celcius or Fahrenheit based upon tleCoolDisplayUnits."
1954.   ::= { tlCoolingConfig 2 }
1955.  
1956. tlCoolingAutoStart OBJECT-TYPE
1957.   SYNTAX INTEGER {
1958.       disabled(0),
1959.       enabled(1) }
1960.   MAX-ACCESS read-write
1961.   STATUS current
1962.   DESCRIPTION
1963.     "Specified if the unit should start automatically on power up."
1964.   ::= { tlCoolingConfig 3 }
1965.  
1966. tlCoolingFanSpeedOverride OBJECT-TYPE
1967.   SYNTAX INTEGER {
1968.       autoFanSpeed(0),
1969.       low(1),
1970.       medLow(2),
1971.       med(3),
1972.       medHi(4),
1973.       hi(5) }
1974.   MAX-ACCESS read-write
1975.   STATUS current
1976.   DESCRIPTION
1977.     "Speed of evaporator fan set by the user."
1978.   ::= { tlCoolingConfig 4 }
1979.  
1980. tlCoolingControlType OBJECT-TYPE
1981.   SYNTAX INTEGER {
1982.       returnAirTemp(0),
1983.       remoteTemperature(1) }
1984.   MAX-ACCESS read-write
1985.   STATUS current
1986.   DESCRIPTION
1987.     "Which temperature to be used as a control point."
1988.   ::= { tlCoolingConfig 5 }
1989.  
1990. tlCoolingCurrentRemoteTemp OBJECT-TYPE
1991.   SYNTAX INTEGER
1992.   MAX-ACCESS read-write
1993.   STATUS current
1994.   DESCRIPTION
1995.     "The external remote temperature in tenths of degrees in Celcius or Fahrenheit depending upon value of tlCoolingDisplayUnits"
1996.   ::= { tlCoolingConfig 6 }
1997.  
1998. tlCoolingDisplayUnits OBJECT-TYPE
1999.   SYNTAX INTEGER {
2000.       metric(0),
2001.       english(1) }
2002.   MAX-ACCESS read-write
2003.   STATUS current
2004.   DESCRIPTION
2005.     "Selects English or Metric display for all readings."
2006.   ::= { tlCoolingConfig 7 }
2007.  
2008. tlCoolingBeepOnKey OBJECT-TYPE
2009.   SYNTAX INTEGER {
2010.       noBeep(0),
2011.       beepOn(1) }
2012.   MAX-ACCESS read-write
2013.   STATUS current
2014.   DESCRIPTION
2015.     "Indicates if the display sounds a beep when a key is pressed."
2016.   ::= { tlCoolingConfig 8 }
2017.  
2018. tlCoolingOutputRelaySource OBJECT-TYPE
2019.   SYNTAX INTEGER {
2020.       disabled(0),
2021.       allAlarmsAndWarnings(1),
2022.       criticalAlarmsOnly(2) }
2023.   MAX-ACCESS read-write
2024.   STATUS current
2025.   DESCRIPTION
2026.     "The alarm level that causes the ouput relay to activate."
2027.   ::= { tlCoolingConfig 9 }
2028.  
2029. tlCoolingOffOnLeak OBJECT-TYPE
2030.   SYNTAX INTEGER {
2031.       turnOff(0),
2032.       alarmOnly(1) }
2033.   MAX-ACCESS read-write
2034.   STATUS current
2035.   DESCRIPTION
2036.     "Indicates if the unit should stop cooling when leak input is activated."
2037.   ::= { tlCoolingConfig 10 }
2038.  
2039. tlCoolingOffOnInputContact OBJECT-TYPE
2040.   SYNTAX INTEGER {
2041.       turnOff(0),
2042.       alarmOnly(1) }
2043.   MAX-ACCESS read-write
2044.   STATUS current
2045.   DESCRIPTION
2046.     "Indicates if the unit should stop cooling when input contact is activated."
2047.   ::= { tlCoolingConfig 11 }
2048.  
2049. tlCoolingInputContactType OBJECT-TYPE
2050.   SYNTAX INTEGER {
2051.       ncRelay(0),
2052.       noRelay(1) }
2053.   MAX-ACCESS read-write
2054.   STATUS current
2055.   DESCRIPTION
2056.     "The input contact type."
2057.   ::= { tlCoolingConfig 12 }
2058.  
2059. tlCoolingOutputRelayDefault OBJECT-TYPE
2060.   SYNTAX INTEGER {
2061.       nc(0),
2062.       no(1) }
2063.   MAX-ACCESS read-write
2064.   STATUS current
2065.   DESCRIPTION
2066.     "Type of contact to make when output relay is activated."
2067.   ::= { tlCoolingConfig 13 }
2068.  
2069. tlCoolingAirFilterInterval OBJECT-TYPE
2070.   SYNTAX Integer32
2071.   MAX-ACCESS read-write
2072.   STATUS current
2073.   DESCRIPTION
2074.     "The number of weeks before the air filter needs to be changed."
2075.   ::= { tlCoolingConfig 14 }
2076.  
2077. tlCoolingWaterLeakContactType OBJECT-TYPE
2078.   SYNTAX INTEGER {
2079.       noRelay(0),
2080.       ncRelay(1) }
2081.   MAX-ACCESS read-write
2082.   STATUS current
2083.   DESCRIPTION
2084.     "The input contact type."
2085.   ::= { tlCoolingConfig 15 }
2086.  
2087. tlCoolingThresholds  OBJECT IDENTIFIER   ::= { tlCoolingEnvironment 5 }
2088.  
2089. tlCoolingMaxAirFilterRunHours OBJECT-TYPE
2090.   SYNTAX Integer32
2091.   MAX-ACCESS read-write
2092.   STATUS current
2093.   DESCRIPTION
2094.     "The maximum interval for air filter run hours before warning is annunciated."
2095.   ::= { tlCoolingThresholds 1 }
2096.  
2097. tlCoolingEnableAirFilterAlarm OBJECT-TYPE
2098.   SYNTAX INTEGER {
2099.       disabled(0),
2100.       enabled(1) }
2101.   MAX-ACCESS read-write
2102.   STATUS current
2103.   DESCRIPTION
2104.     "When enabled indicated that an alarm should occur when the maximum number of air filter run hours has been exceeded."
2105.   ::= { tlCoolingThresholds 2 }
2106.  
2107. tlCoolingMaxSupplyTemp  OBJECT-TYPE
2108.   SYNTAX INTEGER
2109.   MAX-ACCESS read-write
2110.   STATUS current
2111.   DESCRIPTION
2112.     "Maximum allowed supply air temperature before firing an alarm."
2113.   ::= { tlCoolingThresholds 3 }
2114.  
2115. tlCoolingMinSupplyTemp  OBJECT-TYPE
2116.   SYNTAX INTEGER
2117.   MAX-ACCESS read-write
2118.   STATUS current
2119.   DESCRIPTION
2120.     "Minimum allowed supply air temperature allowed before firing an alarm."
2121.   ::= { tlCoolingThresholds 4 }
2122.  
2123. tlCoolingTempDiffAlarm  OBJECT-TYPE
2124.   SYNTAX INTEGER
2125.   MAX-ACCESS read-write
2126.   STATUS current
2127.   DESCRIPTION
2128.     "Maximum allowed air temperature deviation from set allowed before firing an alarm."
2129.   ::= { tlCoolingThresholds 5 }
2130.  
2131. tlCoolingMaxReturnAirTemp  OBJECT-TYPE
2132.   SYNTAX INTEGER
2133.   MAX-ACCESS read-write
2134.   STATUS current
2135.   DESCRIPTION
2136.     "When enabled indicated that an alarm should occur when the maximum number of air filter run hours has been exceeded."
2137.   ::= { tlCoolingThresholds 6 }
2138.  
2139. tlCoolingAlarm OBJECT IDENTIFIER   ::= { tlCooling 6 }
2140.  
2141. tlCoolingWellKnownAlarms OBJECT IDENTIFIER   ::= { tlCoolingAlarm 3 }
2142.  
2143. tlCoolingSupplyAirSensorFault OBJECT-IDENTITY
2144.     STATUS     current
2145.     DESCRIPTION
2146.             "The supply air sensor is in fault."
2147.     ::= { tlCoolingWellKnownAlarms 1 }
2148.  
2149. tlCoolingReturnAirSensorFault OBJECT-IDENTITY
2150.     STATUS     current
2151.     DESCRIPTION
2152.             "The return air sensor is in fault."
2153.     ::= { tlCoolingWellKnownAlarms 2 }
2154.  
2155. tlCoolingCondenserInletAirSensorFault OBJECT-IDENTITY
2156.     STATUS     current
2157.     DESCRIPTION
2158.             "The condenser inlet air sensor is in fault."
2159.     ::= { tlCoolingWellKnownAlarms 3 }
2160.  
2161. tlCoolingCondenserOutletAirSensorFault OBJECT-IDENTITY
2162.     STATUS     current
2163.     DESCRIPTION
2164.             "The condenser outlet air sensor is in fault."
2165.     ::= { tlCoolingWellKnownAlarms 4 }
2166.  
2167. tlCoolingSuctionTemperatureSensorFault OBJECT-IDENTITY
2168.     STATUS     current
2169.     DESCRIPTION
2170.             "The suction temperature sensor is in fault."
2171.     ::= { tlCoolingWellKnownAlarms 5 }
2172.  
2173. tlCoolingEvaporatorTemperatureSensorFault OBJECT-IDENTITY
2174.     STATUS     current
2175.     DESCRIPTION
2176.             "The evaporator temperature sensor is in fault."
2177.     ::= { tlCoolingWellKnownAlarms 6 }
2178.  
2179. tlCoolingAirFilterClogged OBJECT-IDENTITY
2180.     STATUS     current
2181.     DESCRIPTION
2182.             "The air filter is clogged."
2183.     ::= { tlCoolingWellKnownAlarms 7 }
2184.  
2185. tlCoolingAirFilterRunHoursViolation OBJECT-IDENTITY
2186.     STATUS     current
2187.     DESCRIPTION
2188.             "The air filter run hours was violated."
2189.     ::= { tlCoolingWellKnownAlarms 8 }
2190.  
2191. tlCoolingSuctionPressureSensorFault OBJECT-IDENTITY
2192.     STATUS     current
2193.     DESCRIPTION
2194.             "The suction pressure sensor is in fault."
2195.     ::= { tlCoolingWellKnownAlarms 9 }
2196.  
2197. tlCoolingInverterCommunicationsFault OBJECT-IDENTITY
2198.     STATUS     current
2199.     DESCRIPTION
2200.             "The inverter communications is in fault."
2201.     ::= { tlCoolingWellKnownAlarms 10 }
2202.  
2203. tlCoolingRemoteShutdownViaInputContact OBJECT-IDENTITY
2204.     STATUS     current
2205.     DESCRIPTION
2206.             "A remote shutdown was triggerd by an input contact."
2207.     ::= { tlCoolingWellKnownAlarms 11 }
2208.  
2209. tlCoolingCondensatePumpFault OBJECT-IDENTITY
2210.     STATUS     current
2211.     DESCRIPTION
2212.             "The condensate pump is in fault."
2213.     ::= { tlCoolingWellKnownAlarms 12 }
2214.  
2215. tlCoolingLowRefrigerantStartupFault OBJECT-IDENTITY
2216.     STATUS     current
2217.     DESCRIPTION
2218.             "The low refrigerant startup is in fault."
2219.     ::= { tlCoolingWellKnownAlarms 13 }
2220.  
2221. tlCoolingCondenserFanFault OBJECT-IDENTITY
2222.     STATUS     current
2223.     DESCRIPTION
2224.             "The condenser fan is in fault."
2225.     ::= { tlCoolingWellKnownAlarms 14 }
2226.  
2227. tlCoolingCondenserFailure OBJECT-IDENTITY
2228.     STATUS     current
2229.     DESCRIPTION
2230.             "The condenser has failed."
2231.     ::= { tlCoolingWellKnownAlarms 15 }
2232.  
2233. tlCoolingEvaporatorCoolingFailure OBJECT-IDENTITY
2234.     STATUS     current
2235.     DESCRIPTION
2236.             "The evaporator cooling is in fault."
2237.     ::= { tlCoolingWellKnownAlarms 16 }
2238.  
2239. tlCoolingReturnAirTempHigh OBJECT-IDENTITY
2240.     STATUS     current
2241.     DESCRIPTION
2242.             "The return air temperature is high."
2243.     ::= { tlCoolingWellKnownAlarms 17 }
2244.  
2245. tlCoolingSupplyAirTempHigh OBJECT-IDENTITY
2246.     STATUS     current
2247.     DESCRIPTION
2248.             "The supply air temperature is high."
2249.     ::= { tlCoolingWellKnownAlarms 18 }
2250.  
2251. tlCoolingEvaporatorFailure OBJECT-IDENTITY
2252.     STATUS     current
2253.     DESCRIPTION
2254.             "The evaporator has failed."
2255.     ::= { tlCoolingWellKnownAlarms 19 }
2256.  
2257. tlCoolingEvaporatorFreezeUp OBJECT-IDENTITY
2258.     STATUS     current
2259.     DESCRIPTION
2260.             "The evaporator is frozen."
2261.     ::= { tlCoolingWellKnownAlarms 20 }
2262.  
2263. tlCoolingDischargePressureHigh OBJECT-IDENTITY
2264.     STATUS     current
2265.     DESCRIPTION
2266.             "The discharge pressure is high."
2267.     ::= { tlCoolingWellKnownAlarms 21 }
2268.  
2269. tlCoolingPressureGaugeFailure OBJECT-IDENTITY
2270.     STATUS     current
2271.     DESCRIPTION
2272.             "The pressure gauge has failed."
2273.     ::= { tlCoolingWellKnownAlarms 22 }
2274.  
2275. tlCoolingDischargePressurePersistentHigh OBJECT-IDENTITY
2276.     STATUS     current
2277.     DESCRIPTION
2278.             "The discharge pressure is persistently high."
2279.     ::= { tlCoolingWellKnownAlarms 23 }
2280.  
2281. tlCoolingSuctionPressureLowStartFailure OBJECT-IDENTITY
2282.     STATUS     current
2283.     DESCRIPTION
2284.             "Cannot start due to low suction pressure."
2285.     ::= { tlCoolingWellKnownAlarms 24 }
2286.  
2287. tlCoolingSuctionPressureLow OBJECT-IDENTITY
2288.     STATUS     current
2289.     DESCRIPTION
2290.             "The suction pressure is low."
2291.     ::= { tlCoolingWellKnownAlarms 25 }
2292.  
2293. tlCoolingSuctionPressurePersistentLow OBJECT-IDENTITY
2294.     STATUS     current
2295.     DESCRIPTION
2296.             "The suction pressure is persistently low."
2297.     ::= { tlCoolingWellKnownAlarms 26 }
2298.  
2299. tlCoolingStartupLinePressureImbalance OBJECT-IDENTITY
2300.     STATUS     current
2301.     DESCRIPTION
2302.             "The startup line pressure is in imbalance."
2303.     ::= { tlCoolingWellKnownAlarms 27 }
2304.  
2305. tlCoolingCompressorFailure OBJECT-IDENTITY
2306.     STATUS     current
2307.     DESCRIPTION
2308.             "The compressor has failed."
2309.     ::= { tlCoolingWellKnownAlarms 28 }
2310.  
2311. tlCoolingCurrentLimit OBJECT-IDENTITY
2312.     STATUS     current
2313.     DESCRIPTION
2314.             "The current is out of range."
2315.     ::= { tlCoolingWellKnownAlarms 29 }
2316.  
2317. tlCoolingWaterLeak OBJECT-IDENTITY
2318.     STATUS     current
2319.     DESCRIPTION
2320.             "Water is leaking."
2321.     ::= { tlCoolingWellKnownAlarms 30 }
2322.  
2323. tlCoolingFanUnderCurrent OBJECT-IDENTITY
2324.     STATUS     current
2325.     DESCRIPTION
2326.             "The fan is under current."
2327.     ::= { tlCoolingWellKnownAlarms 31 }
2328.  
2329. tlCoolingFanOverCurrent OBJECT-IDENTITY
2330.     STATUS     current
2331.     DESCRIPTION
2332.             "The fan is over current."
2333.     ::= { tlCoolingWellKnownAlarms 32 }
2334.  
2335. tlCoolingDischargePressureSensorFault OBJECT-IDENTITY
2336.     STATUS     current
2337.     DESCRIPTION
2338.             "The discharge pressure sensor is in fault."
2339.     ::= { tlCoolingWellKnownAlarms 33 }
2340.  
2341. tlCoolingWaterFull OBJECT-IDENTITY
2342.     STATUS     current
2343.     DESCRIPTION
2344.             "Water is Full."
2345.     ::= { tlCoolingWellKnownAlarms 34 }
2346.  
2347. --------------------------------------------------------------------------
2348. -- Conformance definitions
2349. --------------------------------------------------------------------------
2350.  
2351. tlConformance OBJECT IDENTIFIER   ::= { tripplite 20 }
2352.  
2353. tlCompliances OBJECT IDENTIFIER   ::= { tlConformance 1 }
2354.  
2355. tlGroups OBJECT IDENTIFIER  ::= { tlConformance 2 }
2356.  
2357. tlSubsetGroups OBJECT IDENTIFIER  ::= { tlGroups 1 }
2358.  
2359. tlBasicGroups OBJECT IDENTIFIER   ::= { tlGroups 2 }
2360.  
2361. tlFullGroups OBJECT IDENTIFIER  ::= { tlGroups 3 }
2362.  
2363.  
2364. tlV11Groups OBJECT IDENTIFIER  ::= { tlGroups 4 }
2365.  
2366. tlDeprecatedV11Group OBJECT-GROUP
2367.   OBJECTS {
2368.     upsTrapCode,
2369.     upsTrapDescription }
2370.   STATUS obsolete
2371.   DESCRIPTION
2372.     "The tlDeprecatedV11Group defines objects which were used by
2373.     Sinetica SNMP cards on Tripplite UPSs and PowerAlert version 11.
2374.     These objects are currently only used when
2375.     tlEngineLegacySNMPSupport == true."
2376.   ::= { tlV11Groups 1 }
2377.  
2378. tlDeprecatedV11NotificationsGroup NOTIFICATION-GROUP
2379.   NOTIFICATIONS {
2380.     tlV11upsCritical,
2381.     tlV11upsWarning,
2382.     tlV11upsInformation,
2383.     tlV11upsAlarmCleared,
2384.     tlV11upsAgentStarted,
2385.     tlV11upsAgentStopped }
2386.   STATUS obsolete
2387.   DESCRIPTION
2388.     "The tlDeprecatedV11NotificationsGroup defines PowerAlert version 11
2389.     notifications.  These notifications are being deprecated, but may
2390.     still be used when tlEngineLegacySNMPSupport = true."
2391.   ::= { tlV11Groups 2 }
2392.  
2393. tlObsoleteV11Group OBJECT-GROUP
2394.   OBJECTS {
2395.     upsReceptaclesNumReceptacles,
2396.     upsReceptacleIndex,
2397.     upsReceptacleType,
2398.     upsReceptacleStatus,
2399.     upsReceptacleControl,
2400.     upsEnvTemperature,
2401.     upsEnvHumidity,
2402.     upsContactIndex,
2403.     upsContactName,
2404.     upsContactStatus,
2405.     upsContactConfig }
2406.   STATUS obsolete
2407.   DESCRIPTION
2408.     "The tlObsoleteV11Group defines objects which were used by
2409.     Sinetica SNMP cards on Tripplite UPSs.  Most of these objects are obsolete."
2410.   ::= { tlV11Groups 3 }
2411.  
2412.  
2413. -- tlUpsCompliances OBJECT IDENTIFIER ::= { tlCompliances 1 }
2414. --
2415. -- tlUpsSubsetCompliance MODULE-COMPLIANCE
2416. --   STATUS current
2417. --   DESCRIPTION
2418. --     "Description"
2419. --   MODULE == this module
2420. --     MANDATORY-GROUPS {
2421. --       groups}
2422. --
2423. --   OBJECT tlUpsOBJECT1
2424. --   SYNTAX INTEGER {
2425. --     enum1(1),
2426. --     enum2(2)
2427. --   }
2428. --   DESCRIPTION
2429. --     "Description"
2430. --
2431. --   OBJECT tlUpsOBJECT2
2432. --   DESCRIPTION
2433. --     "Description"
2434. --
2435. --   OBJECT tlUpsOBJECT3
2436. --   MIN-ACCESS read-only
2437. --   DESCRIPTION
2438. --     "Description"
2439. --   ::= { tlUpsCompliances 1 }
2440. --
2441. -- tlUpsBasicCompliance MODULE-COMPLIANCE
2442. --   ...
2443. --   ::= { tlUpsCompliances 2 }
2444. --
2445. -- tlUpsFullCompliance MODULE-COMPLIANCE
2446. --   ...
2447. --   ::= { tlUpsCompliances 3 }
2448. --
2449. -- units of conformance
2450. --
2451. -- summary at a glance:
2452. --                                      subset  basic   full
2453. --tlUpsIdentUPSSoftwareChecksum                         x
2454. --tlUpsIdentSerialNum                                   x
2455. --tlUpsIdentID                                          x
2456. --
2457. --tlUpsBatteryAge                                       x
2458. --tlUpsBatteryTemperatureF                              x
2459. --
2460. --tlUpsAlarm
2461. --
2462. --tlUpsTestDate                                         x
2463. --
2464. --tlUpsWatchdogSupported                                x
2465. --tlUpsWatchdogSecsBeforeReboot                         x
2466. --
2467. --tlUpsConfigBattReplDate                               x
2468. --
2469. --tlUpsLoadNumLoads                                     x
2470. --
2471. --tlUpsNotificationCode                                         x
2472. --tlUpsNotificationDescription                                  x
2473. --
2474. --tlUpsCritical                                         x
2475. --tlUpsWarning                                          x
2476. --tlUpsInformation                                      x
2477. --tlUpsAlarmCleared                                     x
2478. --tlUpsAgentStarted                                     x
2479. --tlUpsAgentStopped                                     x
2480. --
2481. --tlUpsSubsetGroups OBJECT IDENTIFIER   ::= { tlSubsetGroups 100 }
2482. --
2483. --tlUpsBasicGroups OBJECT IDENTIFIER  ::= { tlBasicGroups 100 }
2484.  
2485. tlUpsFullGroups OBJECT IDENTIFIER   ::= { tlFullGroups 100 }
2486.  
2487. tlUpsFullIdentGroup OBJECT-GROUP
2488.   OBJECTS {
2489.     tlUpsIdentUpsSoftwareChecksum,
2490.     tlUpsIdentSerialNum,
2491.     tlUpsIdentID,
2492.     tlUpsSelectedDeviceID }
2493.   STATUS current
2494.   DESCRIPTION
2495.     "The tlUpsFullIdentGroup defines objects which are common to the Ident
2496.     group of fully compliant Tripplite UPS's"
2497.   ::= { tlUpsFullGroups 1 }
2498.  
2499. tlUpsFullBatteryGroup OBJECT-GROUP
2500.   OBJECTS {
2501.     tlUpsBatteryAge,
2502.     tlUpsTemperatureF }
2503.   STATUS current
2504.   DESCRIPTION
2505.     "The tlUpsFullBatteryGroup defines objects which are common to the Battery
2506.     group of fully compliant Tripplite UPS's"
2507.   ::= { tlUpsFullGroups 2 }
2508.  
2509. tlUpsFullAlarmGroup OBJECT IDENTIFIER   ::= { tlUpsFullGroups 6 }
2510.  
2511. tlUpsFullAlarmObjsGroup OBJECT-GROUP
2512.   OBJECTS {
2513.     tlUpsAlarmDevName,
2514.     tlUpsAlarmDevLocation,
2515.     tlUpsAlarmCategory }
2516.   STATUS current
2517.   DESCRIPTION
2518.     "The tlUpsFullAlarmObjsGroup defines objects which are common to
2519.     the Alarm group of fully compliant Tripplite UPS's"
2520.   ::= { tlUpsFullAlarmGroup 1 }
2521.  
2522. --tlUpsFullAlarmsGroup NOTIFICATION-GROUP
2523. --  NOTIFICATIONS { }
2524. --  STATUS current
2525. --  DESCRIPTION
2526. --    "The tlUpsFullAlarmGroup defines notifications which are
2527. --    common to the Alarm group of fully compliant Tripplite UPS's"
2528. --  ::= { tlUpsFullAlarmGroup 2 }
2529.  
2530. tlUpsFullTestGroup OBJECT-GROUP
2531.   OBJECTS {
2532.     tlUpsTestDate,
2533.     tlUpsTestResultsDetail }
2534.   STATUS current
2535.   DESCRIPTION
2536.     "The tlUpsFullTestGroup defines objects which are common to the Test
2537.     group of fully compliant Tripplite UPS's"
2538.   ::= { tlUpsFullGroups 7 }
2539.  
2540. tlUpsFullControlGroup OBJECT-GROUP
2541.   OBJECTS {
2542.     tlUpsWatchdogSupported,
2543.     tlUpsWatchdogSecsBeforeReboot }
2544.   STATUS current
2545.   DESCRIPTION
2546.     "The tlUpsFullControlGroup defines objects which are common to the Control
2547.     group of fully compliant Tripplite UPS's"
2548.   ::= { tlUpsFullGroups 8 }
2549.  
2550. tlUpsFullConfigGroup OBJECT-GROUP
2551.   OBJECTS {
2552.     tlUpsConfigBattReplDate }
2553.   STATUS current
2554.   DESCRIPTION
2555.     "The tlUpsFullConfigGroup defines objects which are common to the Config
2556.     group of fully compliant Tripplite UPS's"
2557.   ::= { tlUpsFullGroups 9 }
2558.  
2559. tlUpsFullOutletGroup OBJECT-GROUP
2560.   OBJECTS {
2561.     tlUpsOutletNumOutlets }
2562.   STATUS current
2563.   DESCRIPTION
2564.     "The tlUpsFullOutletGroup defines objects which are common to the Outlet
2565.     group of fully compliant Tripplite UPS's"
2566.   ::= { tlUpsFullGroups 10 }
2567.  
2568. --------------------------------------------------------------------------
2569. -- Legacy (PowerAlert version 11) objects
2570. --
2571. -- These objects have been published in previous Tripplite MIBs and are
2572. -- no longer supported, except where otherwise indicated.
2573. --------------------------------------------------------------------------
2574.  
2575. trippUPS OBJECT IDENTIFIER  ::= { tripplite 1 }
2576.  
2577. trippUpsReceptacles OBJECT IDENTIFIER   ::= { trippUPS 1 }
2578.  
2579. upsReceptaclesNumReceptacles OBJECT-TYPE
2580.   SYNTAX NonNegativeInteger
2581.   MAX-ACCESS read-only
2582.   STATUS obsolete
2583.   DESCRIPTION
2584.     "The number of available receptacles in this device.
2585.     This variable indicates the number of rows in the
2586.     receptacle table."
2587.   ::= { trippUpsReceptacles 1 }
2588.  
2589.  
2590. upsReceptacleTable OBJECT-TYPE
2591.   SYNTAX SEQUENCE OF UpsReceptacleEntry
2592.   MAX-ACCESS not-accessible
2593.   STATUS obsolete
2594.   DESCRIPTION
2595.     "A list of receptacle table entries.  The number of entries
2596.     is given by the value of upsReceptaclesNumReceptacles."
2597.   ::= { trippUpsReceptacles 2 }
2598.  
2599.  
2600. upsReceptacleEntry OBJECT-TYPE
2601.   SYNTAX UpsReceptacleEntry
2602.   MAX-ACCESS not-accessible
2603.   STATUS obsolete
2604.   DESCRIPTION
2605.     "An entry containing information applicable to a
2606.     particular receptacle."
2607.   INDEX {
2608.     upsReceptacleIndex }
2609.   ::= { upsReceptacleTable 1 }
2610.  
2611.  
2612. UpsReceptacleEntry ::= SEQUENCE {
2613.   upsReceptacleIndex   PositiveInteger,
2614.   upsReceptacleType    INTEGER,
2615.   upsReceptacleStatus  INTEGER,
2616.   upsReceptacleControl INTEGER }
2617.  
2618.  
2619. upsReceptacleIndex OBJECT-TYPE
2620.   SYNTAX PositiveInteger
2621.   MAX-ACCESS read-only
2622.   STATUS obsolete
2623.   DESCRIPTION
2624.     "The receptacle identifier."
2625.   ::= { upsReceptacleEntry 1 }
2626.  
2627.  
2628. upsReceptacleType OBJECT-TYPE
2629.   SYNTAX INTEGER {
2630.       surgeOnly(1),
2631.       batteryProtected(2),
2632.       controllableBatteryProtected(3) }
2633.   MAX-ACCESS read-only
2634.   STATUS obsolete
2635.   DESCRIPTION
2636.     "The type of receptacle."
2637.   ::= { upsReceptacleEntry 2 }
2638.  
2639.  
2640. upsReceptacleStatus OBJECT-TYPE
2641.   SYNTAX INTEGER {
2642.       on(1),
2643.       off(2),
2644.       unknown(3) }
2645.   MAX-ACCESS read-only
2646.   STATUS obsolete
2647.   DESCRIPTION
2648.     "The status of receptacle."
2649.   ::= { upsReceptacleEntry 3 }
2650.  
2651.  
2652. upsReceptacleControl OBJECT-TYPE
2653.   SYNTAX INTEGER {
2654.       on(1),
2655.       off(2),
2656.       cycle(3) }
2657.   MAX-ACCESS read-write
2658.   STATUS obsolete
2659.   DESCRIPTION
2660.     "Setting this object to 'on' will turn on the receptacle.
2661.     Setting this object to 'off' will turn off the receptacle.
2662.     Setting this object to 'cycle' will turn off and then turn
2663.     on the receptacle.  This action will only take place if the
2664.     receptacle is controllable
2665.     (upsReceptacleType = controllableBatteryProtected(3))."
2666.   ::= { upsReceptacleEntry 4 }
2667.  
2668.  
2669. trippUpsTrapInfo OBJECT IDENTIFIER  ::= { trippUPS 2 }
2670.  
2671. upsTrapCode OBJECT-TYPE
2672.   SYNTAX INTEGER (0..2147483647)
2673.   MAX-ACCESS read-only
2674.   STATUS deprecated
2675.   DESCRIPTION
2676.     "A numeric code identifiying the condition that caused the trap to be sent.
2677.     If the trap number is 104 (upsAgentStarted) or 105 (upsAgentStopped), this
2678.     code will indicate whether the SNMP agent is software (1) or hardware (2)."
2679.   ::= { trippUpsTrapInfo 1 }
2680.  
2681.  
2682. upsTrapDescription OBJECT-TYPE
2683.   SYNTAX DisplayString (SIZE (0..63))
2684.   MAX-ACCESS read-only
2685.   STATUS deprecated
2686.   DESCRIPTION
2687.     "The description of the trap."
2688.   ::= { trippUpsTrapInfo 2 }
2689.  
2690.  
2691. trippUpsEnvironment OBJECT IDENTIFIER   ::= { trippUPS 3 }
2692.  
2693. upsEnvTemperature OBJECT-TYPE
2694.   SYNTAX Integer32
2695.   MAX-ACCESS read-only
2696.   STATUS obsolete
2697.   DESCRIPTION
2698.     "The ambient temperature of the EnviroSense unit (1/10 Deg C)."
2699.   ::= { trippUpsEnvironment 1 }
2700.  
2701.  
2702. upsEnvHumidity OBJECT-TYPE
2703.   SYNTAX INTEGER (0..100)
2704.   MAX-ACCESS read-only
2705.   STATUS obsolete
2706.   DESCRIPTION
2707.     "The ambient humidity of the EnviroSense unit (% Humidity)."
2708.   ::= { trippUpsEnvironment 2 }
2709.  
2710.  
2711. trippUpsContacts OBJECT IDENTIFIER  ::= { trippUPS 4 }
2712.  
2713. upsContactTable OBJECT-TYPE
2714.   SYNTAX SEQUENCE OF UpsContactEntry
2715.   MAX-ACCESS not-accessible
2716.   STATUS obsolete
2717.   DESCRIPTION
2718.     "A table of contacts attached to the EnviroSense unit."
2719.   ::= { trippUpsContacts 1 }
2720.  
2721.  
2722. upsContactEntry OBJECT-TYPE
2723.   SYNTAX UpsContactEntry
2724.   MAX-ACCESS not-accessible
2725.   STATUS obsolete
2726.   DESCRIPTION
2727.     "An entry containing information applicable to a
2728.     particular contact."
2729.   INDEX {
2730.     upsContactIndex }
2731.   ::= { upsContactTable 1 }
2732.  
2733.  
2734. UpsContactEntry ::= SEQUENCE {
2735.   upsContactIndex  PositiveInteger,
2736.   upsContactName   DisplayString,
2737.   upsContactStatus INTEGER,
2738.   upsContactConfig INTEGER }
2739.  
2740.  
2741. upsContactIndex OBJECT-TYPE
2742.   SYNTAX PositiveInteger
2743.   MAX-ACCESS read-only
2744.   STATUS obsolete
2745.   DESCRIPTION
2746.     "The contact identifier."
2747.   ::= { upsContactEntry 1 }
2748.  
2749.  
2750. upsContactName OBJECT-TYPE
2751.   SYNTAX DisplayString (SIZE (0..15))
2752.   MAX-ACCESS read-write
2753.   STATUS obsolete
2754.   DESCRIPTION
2755.     "The contact name."
2756.   ::= { upsContactEntry 2 }
2757.  
2758.  
2759. upsContactStatus OBJECT-TYPE
2760.   SYNTAX INTEGER {
2761.       unknown(0),
2762.       normal(1),
2763.       alarm(2) }
2764.   MAX-ACCESS read-only
2765.   STATUS obsolete
2766.   DESCRIPTION
2767.     "The current status of the contact."
2768.   ::= { upsContactEntry 3 }
2769.  
2770.  
2771. upsContactConfig OBJECT-TYPE
2772.   SYNTAX INTEGER {
2773.       normallyClosed(0),
2774.       normallyOpen(1) }
2775.   MAX-ACCESS read-write
2776.   STATUS obsolete
2777.   DESCRIPTION
2778.     "The default configuration of the contact."
2779.   ::= { upsContactEntry 4 }
2780.  
2781.  
2782. --------------------------------------------------------------------------
2783. -- Legacy (PowerAlert version 11) traps, redefined as notifications.
2784. --
2785. -- These notifications define the traps used in previous Tripplite MIBs and
2786. -- are only supported when legacy support is enabled, as indicated by
2787. -- tlEngineLegacySNMPSupport
2788. --------------------------------------------------------------------------
2789.  
2790. tlV11TrapsPrefix OBJECT IDENTIFIER  ::= { trippUPS 0 }
2791.  
2792. tlV11upsCritical NOTIFICATION-TYPE
2793.   OBJECTS {
2794.     upsTrapCode,
2795.     upsTrapDescription }
2796.   STATUS obsolete
2797.   DESCRIPTION
2798.     "UPS Critical Alarm."
2799.   ::= { tlV11TrapsPrefix 100 }
2800.  
2801.  
2802. tlV11upsWarning NOTIFICATION-TYPE
2803.   OBJECTS {
2804.     upsTrapCode,
2805.     upsTrapDescription}
2806.   STATUS obsolete
2807.   DESCRIPTION
2808.     "UPS Warning."
2809.   ::= { tlV11TrapsPrefix 101 }
2810.  
2811.  
2812. tlV11upsInformation NOTIFICATION-TYPE
2813.   OBJECTS {
2814.     upsTrapCode,
2815.     upsTrapDescription}
2816.   STATUS obsolete
2817.   DESCRIPTION
2818.     "UPS Information."
2819.   ::= { tlV11TrapsPrefix 102 }
2820.  
2821.  
2822. tlV11upsAlarmCleared NOTIFICATION-TYPE
2823.   OBJECTS {
2824.     upsTrapCode,
2825.     upsTrapDescription}
2826.   STATUS obsolete
2827.   DESCRIPTION
2828.     "UPS Alarm Cleared."
2829.   ::= { tlV11TrapsPrefix 103 }
2830.  
2831.  
2832. tlV11upsAgentStarted NOTIFICATION-TYPE
2833.   OBJECTS {
2834.     upsTrapCode,
2835.     upsTrapDescription}
2836.   STATUS obsolete
2837.   DESCRIPTION
2838.     "Agent started."
2839.   ::= { tlV11TrapsPrefix 104 }
2840.  
2841.  
2842. tlV11upsAgentStopped NOTIFICATION-TYPE
2843.   OBJECTS {
2844.     upsTrapCode,
2845.     upsTrapDescription}
2846.   STATUS obsolete
2847.   DESCRIPTION
2848.     "Agent stopped."
2849.   ::= { tlV11TrapsPrefix 105 }
2850.  
2851.  
2852. --------------------------------------------------------------------------
2853. -- This is an excerpt from the TRIPPUPS-MIB used for Delta SNMP cards in
2854. -- Tripplite UPSs.  It has major fundamental problems with OID collisions
2855. -- and naming collosions, so it's commented out in its entirety.  It's
2856. -- only included for historical documentation purposes.
2857. --------------------------------------------------------------------------
2858. --------------------------------------------------------------------------
2859. -- BEGIN Delta SNMP MIB
2860. --------------------------------------------------------------------------
2861. -- ups OBJECT IDENTIFIER   ::= { trippUPS 1 }
2862. --
2863. -- upsIdent OBJECT IDENTIFIER  ::= { ups 1 }
2864. --
2865. -- upsBattery OBJECT IDENTIFIER  ::= { ups 2 }
2866. --
2867. -- upsInput OBJECT IDENTIFIER  ::= { ups 3 }
2868. --
2869. -- upsOutput OBJECT IDENTIFIER   ::= { ups 4 }
2870. --
2871. -- upsAlarm OBJECT IDENTIFIER  ::= { ups 6 }
2872. --
2873. -- upsWellKnownAlarms OBJECT IDENTIFIER  ::= { ups 7 }
2874. --
2875. -- upsTest OBJECT IDENTIFIER   ::= { ups 8 }
2876. --
2877. -- upsControl OBJECT IDENTIFIER  ::= { ups 9 }
2878. --
2879. -- upsConfig OBJECT IDENTIFIER   ::= { ups 10 }
2880. --
2881. -- The Device Identification group.
2882. -- All objects in this group are set at device initialization and remain static.
2883. --
2884. -- upsIdentManufacturer OBJECT-TYPE
2885. --   SYNTAX DisplayString (SIZE (0..31))
2886. --   ACCESS read-only
2887. --   STATUS obsolete
2888. --   DESCRIPTION
2889. --     "The name of the UPS manufacturer."
2890. --   ::= { upsIdent 1 }
2891. --
2892. --
2893. -- upsIdentModel OBJECT-TYPE
2894. --   SYNTAX DisplayString (SIZE (0..63))
2895. --   ACCESS read-only
2896. --   STATUS obsolete
2897. --   DESCRIPTION
2898. --     "The UPS Model designation."
2899. --   ::= { upsIdent 2 }
2900. --
2901. --
2902. -- upsIdentUPSSoftwareVersion OBJECT-TYPE
2903. --   SYNTAX DisplayString (SIZE (0..63))
2904. --   ACCESS read-only
2905. --   STATUS obsolete
2906. --   DESCRIPTION
2907. --     "The UPS Firmware software version(s).  This variable
2908. --     may or may not have the same value as
2909. --     upsIdentAgentSoftwareVersion in some implementations."
2910. --   ::= { upsIdent 3 }
2911. --
2912. --
2913. -- upsIdentAgentSoftwareVersion OBJECT-TYPE
2914. --   SYNTAX DisplayString (SIZE (0..63))
2915. --   ACCESS read-only
2916. --   STATUS obsolete
2917. --   DESCRIPTION
2918. --     "The UPS agent software version.  This variable may or
2919. --     may not have the same value as
2920. --     upsIdentUPSSoftwareVersion in some implementations."
2921. --   ::= { upsIdent 4 }
2922. --
2923. --
2924. -- upsIdentName OBJECT-TYPE
2925. --   SYNTAX DisplayString (SIZE (0..63))
2926. --   ACCESS read-write
2927. --   STATUS obsolete
2928. --   DESCRIPTION
2929. --     "A string identifying the UPS.  This object should be
2930. --     set by the administrator."
2931. --   ::= { upsIdent 5 }
2932. --
2933. --
2934. -- upsIdentAttachedDevices OBJECT-TYPE
2935. --   SYNTAX DisplayString (SIZE (0..63))
2936. --   ACCESS read-write
2937. --   STATUS obsolete
2938. --   DESCRIPTION
2939. --     "A string identifying the devices attached to the
2940. --     output(s) of the UPS.  This object should be set by
2941. --     the administrator."
2942. --   ::= { upsIdent 6 }
2943. --
2944. --
2945. -- The Battery group.
2946. -- Implementation of this group is mandatory for all systems.
2947. --
2948. -- upsBatteryStatus OBJECT-TYPE
2949. --   SYNTAX INTEGER {
2950. --       unknown(1),
2951. --       batteryNormal(2),
2952. --       batteryLow(3),
2953. --       batteryDepleted(4) }
2954. --   ACCESS read-only
2955. --   STATUS obsolete
2956. --   DESCRIPTION
2957. --     "The indication of the capacity remaining in the UPS
2958. --     system's batteries.  A value of batteryNormal
2959. --     indicates that the batteries are fully charged.  A
2960. --     value of batteryLow indicates that the remaining battery
2961. --     run-time is less than or equal to
2962. --     upsConfigMinutesRemaining.  A value of batteryDepleted
2963. --     indicates that the UPS will be unable to sustain the
2964. --     present load when and if the utility power is lost."
2965. --   ::= { upsBattery 1 }
2966. --
2967. --
2968. -- upsSecondsOnBattery OBJECT-TYPE
2969. --   SYNTAX INTEGER
2970. --   ACCESS read-only
2971. --   STATUS obsolete
2972. --   DESCRIPTION
2973. --     "If the unit is on battery power, the elapsed time
2974. --     since the UPS last switched to battery power, or the
2975. --     time since the network management subsystem was last
2976. --     restarted, whichever is less.  Zero shall be returned
2977. --     if the unit is not on battery power. UNITS - seconds"
2978. --   ::= { upsBattery 2 }
2979. --
2980. --
2981. -- upsEstimatedMinutesRemaining OBJECT-TYPE
2982. --   SYNTAX INTEGER
2983. --   ACCESS read-only
2984. --   STATUS obsolete
2985. --   DESCRIPTION
2986. --     "An estimate of the time to battery charge depletion
2987. --     under the present load conditions if the utility power
2988. --     were to be lost and remain off. UNITS - minutes"
2989. --   ::= { upsBattery 3 }
2990. --
2991. --
2992. -- upsBatteryChargeRemaining OBJECT-TYPE
2993. --   SYNTAX INTEGER (0..100)
2994. --   ACCESS read-only
2995. --   STATUS obsolete
2996. --   DESCRIPTION
2997. --     "The estimate of the battery charge remaining expressed
2998. --     as a percent of full charge."
2999. --   ::= { upsBattery 4 }
3000. --
3001. --
3002. -- upsBatteryVoltage OBJECT-TYPE
3003. --   SYNTAX INTEGER
3004. --   ACCESS read-only
3005. --   STATUS obsolete
3006. --   DESCRIPTION
3007. --     "The magnitude of the present battery voltage.   UNITS  0.1 Volt DC."
3008. --   ::= { upsBattery 5 }
3009. --
3010. --
3011. --------------------------------------------------------------------------
3012. -- To conform with older versions of this MIB,  {upsBattery 6 }  is reserved.
3013. --------------------------------------------------------------------------
3014. --
3015. -- upsBatteryTemperature OBJECT-TYPE
3016. --   SYNTAX INTEGER
3017. --   ACCESS read-only
3018. --   STATUS obsolete
3019. --   DESCRIPTION
3020. --     "The ambient temperature at or near the UPS Battery.
3021. --     UNITS degrees Centigrade"
3022. --   ::= { upsBattery 7 }
3023. --
3024. --
3025. -- the table group has one attribute of its own - the number of rows in the
3026. -- contained table.  It also contains the table of names.
3027. -- The Input group.
3028. -- Implementation of this group is mandatory for all systems.
3029. --
3030. -- upsInputFrequency OBJECT-TYPE
3031. --   SYNTAX INTEGER
3032. --   ACCESS read-only
3033. --   STATUS obsolete
3034. --   DESCRIPTION
3035. --     "The present input frequency.  UNITS  0.1 Hertz"
3036. --   ::= { upsInput 1 }
3037. --
3038. --
3039. -- upsInputLineBads OBJECT-TYPE
3040. --   SYNTAX Counter
3041. --   ACCESS read-only
3042. --   STATUS obsolete
3043. --   DESCRIPTION
3044. --     "A count of the number of times the input entered an
3045. --     out-of-tolerance condition as defined by the manufacturer."
3046. --   ::= { upsInput 2 }
3047. --
3048. --
3049. -- upsInputNumLines OBJECT-TYPE
3050. --   SYNTAX INTEGER
3051. --   ACCESS read-only
3052. --   STATUS obsolete
3053. --   DESCRIPTION
3054. --     "The number of input lines utilized in this device.
3055. --     This variable indicates the number of rows in the input table."
3056. --   ::= { upsInput 3 }
3057. --
3058. --
3059. -- upsInputVolt OBJECT-TYPE
3060. --   SYNTAX INTEGER
3061. --   ACCESS read-only
3062. --   STATUS obsolete
3063. --   DESCRIPTION
3064. --     "The magnitude of the present input voltage.
3065. --     UNITS     RMS Volts"
3066. --   ::= { upsInput 4 }
3067. --
3068. --
3069. -- upsInputTable OBJECT-TYPE
3070. --   SYNTAX SEQUENCE OF UpsInputEntry
3071. --   ACCESS not-accessible
3072. --   STATUS obsolete
3073. --   DESCRIPTION
3074. --     "A list of input table entries.  The number of entries
3075. --     is given by the value of upsInputNumLines."
3076. --   ::= { upsInput 5 }
3077. --
3078. --
3079. -- upsInputEntry OBJECT-TYPE
3080. --   SYNTAX UpsInputEntry
3081. --   ACCESS not-accessible
3082. --   STATUS obsolete
3083. --   DESCRIPTION
3084. --     "An entry containing information applicable to a
3085. --     particular input line."
3086. --   INDEX {
3087. --     upsInputLineIndex }
3088. --   ::= { upsInputTable 1 }
3089. --
3090. --
3091. -- UpsInputEntry ::= SEQUENCE {
3092. --   upsInputLineIndex INTEGER,
3093. --   upsInputVoltage   INTEGER }
3094. --
3095. --
3096. -- upsInputLineIndex OBJECT-TYPE
3097. --   SYNTAX INTEGER
3098. --   ACCESS read-only
3099. --   STATUS obsolete
3100. --   DESCRIPTION
3101. --     "The input line identifier."
3102. --   ::= { upsInputEntry 1 }
3103. --
3104. --
3105. -- upsInputVoltage OBJECT-TYPE
3106. --   SYNTAX INTEGER
3107. --   ACCESS read-only
3108. --   STATUS obsolete
3109. --   DESCRIPTION
3110. --     "The magnitude of the present input voltage.
3111. --     UNITS     RMS Volts"
3112. --   ::= { upsInputEntry 2 }
3113. --
3114. --
3115. -- The Output group.
3116. -- Implementation of this group is mandatory for all systems.
3117. --
3118. -- upsOutputSource OBJECT-TYPE
3119. --   SYNTAX INTEGER {
3120. --       other(1),
3121. --       none(2),
3122. --       normal(3),
3123. --       bypass(4),
3124. --       battery(5),
3125. --       booster(6),
3126. --       reducer(7) }
3127. --   ACCESS read-only
3128. --   STATUS obsolete
3129. --   DESCRIPTION
3130. --     "The present source of output power."
3131. --   ::= { upsOutput 1 }
3132. --
3133. --
3134. -- upsOutputFrequency OBJECT-TYPE
3135. --   SYNTAX INTEGER
3136. --   ACCESS read-only
3137. --   STATUS obsolete
3138. --   DESCRIPTION
3139. --     "The present output frequency.
3140. --     UNITS     0.1 Hertz"
3141. --   ::= { upsOutput 2 }
3142. --
3143. --
3144. -- upsOutputNumLines OBJECT-TYPE
3145. --   SYNTAX INTEGER
3146. --   ACCESS read-only
3147. --   STATUS obsolete
3148. --   DESCRIPTION
3149. --     "The number of output lines utilized in this device.
3150. --     This variable indicates the number of rows in the output table."
3151. --   ::= { upsOutput 3 }
3152. --
3153. --
3154. -- upsOutputPercLoad OBJECT-TYPE
3155. --   SYNTAX INTEGER
3156. --   ACCESS read-only
3157. --   STATUS obsolete
3158. --   DESCRIPTION
3159. --     "The percentage of true power capacity presently being used.
3160. --     UNITS     percent"
3161. --   ::= { upsOutput 4 }
3162. --
3163. --
3164. -- upsOutputTable OBJECT-TYPE
3165. --   SYNTAX SEQUENCE OF UpsOutputEntry
3166. --   ACCESS not-accessible
3167. --   STATUS obsolete
3168. --   DESCRIPTION
3169. --     "A list of output table entries.  The number of
3170. --     entries is given by the value of upsOutputNumLines."
3171. --   ::= { upsOutput 5 }
3172. --
3173. --
3174. -- upsOutputEntry OBJECT-TYPE
3175. --   SYNTAX UpsOutputEntry
3176. --   ACCESS not-accessible
3177. --   STATUS obsolete
3178. --   DESCRIPTION
3179. --     "An entry containing information applicable to a
3180. --     particular output line."
3181. --   INDEX {
3182. --     upsOutputLineIndex }
3183. --   ::= { upsOutputTable 1 }
3184. --
3185. --
3186. -- UpsOutputEntry ::= SEQUENCE {
3187. --   upsOutputLineIndex   INTEGER,
3188. --   upsOutputVoltage     INTEGER,
3189. --   upsOutputCurrent     INTEGER,
3190. --   upsOutputPower       INTEGER,
3191. --   upsOutputPercentLoad INTEGER }
3192. --
3193. --
3194. -- upsOutputLineIndex OBJECT-TYPE
3195. --   SYNTAX INTEGER
3196. --   ACCESS read-only
3197. --   STATUS obsolete
3198. --   DESCRIPTION
3199. --     "The output line identifier."
3200. --   ::= { upsOutputEntry 1 }
3201. --
3202. --
3203. -- upsOutputVoltage OBJECT-TYPE
3204. --   SYNTAX INTEGER
3205. --   ACCESS read-only
3206. --   STATUS obsolete
3207. --   DESCRIPTION
3208. --     "The present output voltage.
3209. --     UNITS     RMS Volts"
3210. --   ::= { upsOutputEntry 2 }
3211. --
3212. --
3213. -- upsOutputCurrent OBJECT-TYPE
3214. --   SYNTAX INTEGER
3215. --   ACCESS read-only
3216. --   STATUS obsolete
3217. --   DESCRIPTION
3218. --     "The present output mandatory.
3219. --     UNITS     0.1 Amp"
3220. --   ::= { upsOutputEntry 3 }
3221. --
3222. --
3223. -- upsOutputPower OBJECT-TYPE
3224. --   SYNTAX INTEGER
3225. --   ACCESS read-only
3226. --   STATUS obsolete
3227. --   DESCRIPTION
3228. --     "The present output true power.
3229. --     UNITS     Watts"
3230. --   ::= { upsOutputEntry 4 }
3231. --
3232. --
3233. -- upsOutputPercentLoad OBJECT-TYPE
3234. --   SYNTAX INTEGER
3235. --   ACCESS read-only
3236. --   STATUS obsolete
3237. --   DESCRIPTION
3238. --     "The percentage of true power capacity presently being used.
3239. --     UNITS     percent"
3240. --   ::= { upsOutputEntry 5 }
3241. --
3242. --
3243. -- Alarm Group
3244. --
3245. -- upsAlarmsPresent OBJECT-TYPE
3246. --   SYNTAX Gauge
3247. --   ACCESS read-only
3248. --   STATUS obsolete
3249. --   DESCRIPTION
3250. --     "The present number of active alarm conditions."
3251. --   ::= { upsAlarm 1 }
3252. --
3253. --
3254. -- upsAlarmID OBJECT-TYPE
3255. --   SYNTAX INTEGER {
3256. --       upsAlarmBatteryBad(1),
3257. --       upsAlarmOnBattery(2),
3258. --       upsAlarmLowBattery(3),
3259. --       upsAlarmDepletedBattery(4),
3260. --       upsAlarmTempBad(5),
3261. --       upsAlarmOutputOverload(6),
3262. --       upsAlarmOutputOffAsRequested(7),
3263. --       upsAlarmOutputOff(8),
3264. --       upsAlarmDiagnosticTestFailed(9),
3265. --       upsAlarmCommunicationsLost(10),
3266. --       upsAlarmShutdownPending(11),
3267. --       upsAlarmShutdownImminent(12),
3268. --       upsAlarmTestInProgress(13) }
3269. --   ACCESS read-only
3270. --   STATUS obsolete
3271. --   DESCRIPTION
3272. --     "A unique identifier for an alarm condition.  This
3273. --     value must remain constant."
3274. --   ::= { upsAlarm 2 }
3275. --
3276. --
3277. -- upsAlarmDESCR OBJECT-TYPE
3278. --   SYNTAX DisplayString (SIZE (0..31))
3279. --   ACCESS read-only
3280. --   STATUS obsolete
3281. --   DESCRIPTION
3282. --     "A reference to an alarm description object.  The
3283. --     object references should not be accessible, but rather
3284. --     be used to provide a unique description of the alarm
3285. --     condition."
3286. --   ::= { upsAlarm 3 }
3287. --
3288. --
3289. -- upsAlarmTable OBJECT-TYPE
3290. --   SYNTAX SEQUENCE OF UpsAlarmEntry
3291. --   ACCESS not-accessible
3292. --   STATUS obsolete
3293. --   DESCRIPTION
3294. --     "A list of alarm table entries.  The table consists of
3295. --     zero, one, or may rows at any moment, depending upon
3296. --     the number of alarm conditions in effect.  The table
3297. --     is initially empty at agent startup.  The agent
3298. --     creates a row in the table each time a condition is
3299. --     detected and deletes that row when that condition no
3300. --     longer pertains.  The agent creates the first row with
3301. --     upsAlarmId equal to 1, and increments the value fo
3302. --     upsAlarmId each time a new row is created, wrapping to
3303. --     the first free value greater than or equal to 1 when
3304. --     the maximum value of upsAlarmId would otherwise be
3305. --     exceeded.  Consequently, after multiple operations,
3306. --     the table may become sparse, e.g., containing entries
3307. --     for rows 95, 100, 101, and 203 and the entries are in
3308. --     chronological order until upsAlarmId wraps.
3309. --
3310. --     Alarms are named by and OBJECT IDENTIFIER,
3311. --     upsAlarmDescr, to allow a single table to reflect well
3312. --     known alarms plus alarms defined by a particular
3313. --     implementation, i.e., as documented in the private
3314. --     enterprise MIB definition for the device.  No two rows
3315. --     will have the same value of upsAlarmDescr, since
3316. --     alarms define conditions.  In order to meet this
3317. --     requirement, care should be take in the definition of
3318. --     the number of active rows in the table at any given
3319. --     time is reflected by the value fo upsAlarms."
3320. --   ::= { upsAlarm 4 }
3321. --
3322. --
3323. -- upsAlarmEntry OBJECT-TYPE
3324. --   SYNTAX UpsAlarmEntry
3325. --   ACCESS not-accessible
3326. --   STATUS obsolete
3327. --   DESCRIPTION
3328. --     "An entry containing information applicable to a
3329. --     particular alarm."
3330. --   INDEX {
3331. --     upsAlarmId }
3332. --   ::= { upsAlarmTable 1 }
3333. --
3334. --
3335. -- UpsAlarmEntry ::= SEQUENCE {
3336. --   upsAlarmId    INTEGER,
3337. --   upsAlarmDescr DisplayString,
3338. --   upsAlarmTime  TimeTicks }
3339. --
3340. --
3341. -- upsAlarmId OBJECT-TYPE
3342. --   SYNTAX INTEGER
3343. --   ACCESS read-only
3344. --   STATUS obsolete
3345. --   DESCRIPTION
3346. --     "A unique identifier for an alarm condition.  This
3347. --     value must remain constant."
3348. --   ::= { upsAlarmEntry 1 }
3349. --
3350. --
3351. -- upsAlarmDescr OBJECT-TYPE
3352. --   SYNTAX DisplayString (SIZE (0..31))
3353. --   ACCESS read-only
3354. --   STATUS obsolete
3355. --   DESCRIPTION
3356. --     "A reference to an alarm description object.  The
3357. --     object references should not be accessible, but rather
3358. --     be used to provide a unique description of the alarm
3359. --     condition."
3360. --   ::= { upsAlarmEntry 2 }
3361. --
3362. --
3363. -- upsAlarmTime OBJECT-TYPE
3364. --   SYNTAX TimeTicks
3365. --   ACCESS read-only
3366. --   STATUS obsolete
3367. --   DESCRIPTION
3368. --     "The value of sysUpTime when the alarm condition was
3369. --     detected.  If the alarm condition was detected at the
3370. --     time of agent startup and presumable existed before
3371. --     agent startup, the value of upsAlarmTime shall equal
3372. --     0."
3373. --   ::= { upsAlarmEntry 3 }
3374. --
3375. --
3376. -- upsAlarmBatteryBad OBJECT-TYPE
3377. --   SYNTAX INTEGER
3378. --   ACCESS read-only
3379. --   STATUS obsolete
3380. --   DESCRIPTION
3381. --     "One or more batteries have been determined to require
3382. --     replacement."
3383. --   ::= { upsWellKnownAlarms 1 }
3384. --
3385. --
3386. -- upsAlarmOnBattery OBJECT-TYPE
3387. --   SYNTAX INTEGER
3388. --   ACCESS read-only
3389. --   STATUS obsolete
3390. --   DESCRIPTION
3391. --     "The UPS is drawing power from the batteries."
3392. --   ::= { upsWellKnownAlarms 2 }
3393. --
3394. --
3395. -- upsAlarmLowBattery OBJECT-TYPE
3396. --   SYNTAX INTEGER
3397. --   ACCESS read-only
3398. --   STATUS obsolete
3399. --   DESCRIPTION
3400. --     "The remaining battery run-time is less than or equal
3401. --     to upsConfigMinutesRemaining."
3402. --   ::= { upsWellKnownAlarms 3 }
3403. --
3404. --
3405. -- upsAlarmDepletedBattery OBJECT-TYPE
3406. --   SYNTAX INTEGER
3407. --   ACCESS read-only
3408. --   STATUS obsolete
3409. --   DESCRIPTION
3410. --     "The UPS will be unable to sustain the present load
3411. --     when and if the utility power is lost."
3412. --   ::= { upsWellKnownAlarms 4 }
3413. --
3414. --
3415. -- upsAlarmTempBad OBJECT-TYPE
3416. --   SYNTAX INTEGER
3417. --   ACCESS read-only
3418. --   STATUS obsolete
3419. --   DESCRIPTION
3420. --     "A temperature is out of tolerance."
3421. --   ::= { upsWellKnownAlarms 5 }
3422. --
3423. --
3424. -- upsAlarmOutputOverload OBJECT-TYPE
3425. --   SYNTAX INTEGER
3426. --   ACCESS read-only
3427. --   STATUS obsolete
3428. --   DESCRIPTION
3429. --     "The output load exceeds the UPS output capacity."
3430. --   ::= { upsWellKnownAlarms 6 }
3431. --
3432. --
3433. -- upsAlarmOutputOffAsRequested OBJECT-TYPE
3434. --   SYNTAX INTEGER
3435. --   ACCESS read-only
3436. --   STATUS obsolete
3437. --   DESCRIPTION
3438. --     "The UPS has shutdown as commanded, i.e., the output is off."
3439. --   ::= { upsWellKnownAlarms 7 }
3440. --
3441. --
3442. -- upsAlarmUpsOutputOff OBJECT-TYPE
3443. --   SYNTAX INTEGER
3444. --   ACCESS read-only
3445. --   STATUS obsolete
3446. --   DESCRIPTION
3447. --     "The UPS is in the off state."
3448. --   ::= { upsWellKnownAlarms 8 }
3449. --
3450. --
3451. -- upsAlarmDiagnosticTestFailed OBJECT-TYPE
3452. --   SYNTAX INTEGER
3453. --   ACCESS read-only
3454. --   STATUS obsolete
3455. --   DESCRIPTION
3456. --     "The result of the last diagnostic test indicates a
3457. --     failure."
3458. --   ::= { upsWellKnownAlarms 9 }
3459. --
3460. --
3461. -- upsAlarmCommunicationsLost OBJECT-TYPE
3462. --   SYNTAX INTEGER
3463. --   ACCESS read-only
3464. --   STATUS obsolete
3465. --   DESCRIPTION
3466. --     "A problem has been encountered in the
3467. --     communications between the agent and the UPS."
3468. --   ::= { upsWellKnownAlarms 10 }
3469. --
3470. --
3471. -- upsAlarmShutdownPending OBJECT-TYPE
3472. --   SYNTAX INTEGER
3473. --   ACCESS read-only
3474. --   STATUS obsolete
3475. --   DESCRIPTION
3476. --     "A upsShutdownAfterDelay countdown is underway."
3477. --   ::= { upsWellKnownAlarms 11 }
3478. --
3479. --
3480. -- upsAlarmShutdownImminent OBJECT-TYPE
3481. --   SYNTAX INTEGER
3482. --   ACCESS read-only
3483. --   STATUS obsolete
3484. --   DESCRIPTION
3485. --     "A upsShutdownAfterDelay countdown is underway."
3486. --   ::= { upsWellKnownAlarms 12 }
3487. --
3488. --
3489. -- upsAlarmTestInProgress OBJECT-TYPE
3490. --   SYNTAX INTEGER
3491. --   ACCESS read-only
3492. --   STATUS obsolete
3493. --   DESCRIPTION
3494. --     "A upsShutdownAfterDelay countdown is underway."
3495. --   ::= { upsWellKnownAlarms 13 }
3496. --
3497. -- Test Group
3498. --
3499. -- upsTestId OBJECT-TYPE
3500. --   SYNTAX INTEGER {
3501. --       noTestsInitiated(1),
3502. --       abortTestInProgress(2),
3503. --       generalSystemsTest(3),
3504. --       checkBatteryTest(4),
3505. --       deepBatteryCalibration(5) }
3506. --   ACCESS read-write
3507. --   STATUS obsolete
3508. --   DESCRIPTION
3509. --     "The test named by an OBJECT IDENTIFIER which
3510. --     allows a standard mechanism for the initiation of
3511. --     test, including the well known tests identified in
3512. --     this document as well as those introduced by a
3513. --     particular implementation, i.e., as
3514. --     documented in the private enterprise MIB definition
3515. --     for the device.
3516. --
3517. --     Setting this variable initiates the named test.  Sets
3518. --     to this variable require the presence of
3519. --     upsTestSpinLock in the same SNMP message.
3520. --
3521. --     The set request will be rejected with an appropriate
3522. --     error message if the requested test cannot be
3523. --     performed, including attempts to start a test when
3524. --     another test is already in progress.  Tests in
3525. --     progress may be aborted by setting this variable to
3526. --     upsTestAbortTestInProgress.
3527. --
3528. --     Read operations return the value of the name of the
3529. --     test in progress if a test is in progress or the name
3530. --     of the last test performed if no test is in progress,
3531. --     unless no test has bee run, in which case the well
3532. --     known value upsTestNoTestsInitiated is returned."
3533. --   ::= { upsTest 1 }
3534. --
3535. --
3536. -- upsTestResultsSummary OBJECT-TYPE
3537. --   SYNTAX INTEGER {
3538. --       donePass(1),
3539. --       doneWarning(2),
3540. --       doneError(3),
3541. --       aborted(4),
3542. --       inProgress(5),
3543. --       noTestsInitiated(6) }
3544. --   ACCESS read-only
3545. --   STATUS obsolete
3546. --   DESCRIPTION
3547. --     "The results of the mandatory or last UPS diagnostics
3548. --     test performed.  The values for donePass(1),
3549. --     doneWarning(2), and doneError(3) are self-documenting.
3550. --     The value aborted(4) is returned for tests which are
3551. --     aborted by setting the value of upsTestId to
3552. --     upsTestAbortTestInProgress.  Tests which have not yet
3553. --     concluded are indicated by inProgress(5).  The value
3554. --     noTestsInitiated(4) indicates that no previous test
3555. --     results are available, such as in the case when no
3556. --     tests have been run since the last reinitialization of
3557. --     the network management subsystem and the system has no
3558. --     provision for non-volatile storage of test results."
3559. --   ::= { upsTest 2 }
3560. --
3561. --
3562. -- Control Group
3563. --
3564. -- upsShutdownType OBJECT-TYPE
3565. --   SYNTAX INTEGER {
3566. --       output(1),
3567. --       system(2) }
3568. --   ACCESS read-write
3569. --   STATUS obsolete
3570. --   DESCRIPTION
3571. --     "Setting this object will start the output after the
3572. --     indicated number of seconds.  Setting this object to 0
3573. --     will cause the UPS to start the output immediately.
3574. --     If the output is already on at the time the delay has
3575. --     counted down, nothing will happen."
3576. --   ::= { upsControl 1 }
3577. --
3578. --
3579. -- upsShutdownAfterDelay OBJECT-TYPE
3580. --   SYNTAX INTEGER
3581. --   ACCESS read-write
3582. --   STATUS obsolete
3583. --   DESCRIPTION
3584. --     "Setting this object will shutdown (i.e., turn off)
3585. --     either the UPS output or the UPS system (as determined
3586. --     by the value of upsShhutdownType at the time of
3587. --     shutdown) after the indicated number of seconds, or
3588. --     less if the UPS batteries become depleted.  Setting
3589. --     this object to 0 will cause the shutdown to occur
3590. --     immediately.  Setting this object to -1 will abort the
3591. --     countdown.  If the system is already in the desired
3592. --     state at the time the countdown reaches 0, then
3593. --     nothing will happen.  That is, there is no additional
3594. --     action at that time if upsShutdownType = system and
3595. --     the system is already off.  Similarly, there is no
3596. --     additional action at that time if upsShutdownType =
3597. --     output and the output is already off.  When read,
3598. --     upsShutdownAfterDelay will return the number of
3599. --     seconds remaining until shutdown, or -1 if no shutdown
3600. --     countdown is in effect.  On some systems, if the agent
3601. --     is restarted while a shutdown countdown is in effect,
3602. --     the countdown may be aborted.  Sets to this object
3603. --     override any upsShutdownAfterDelay already in effect.
3604. --     UNITS seconds"
3605. --   ::= { upsControl 2 }
3606. --
3607. --
3608. -- upsStartupAfterDelay OBJECT-TYPE
3609. --   SYNTAX INTEGER
3610. --   ACCESS read-write
3611. --   STATUS obsolete
3612. --   DESCRIPTION
3613. --     "Setting this object will start the output after the
3614. --     indicated number of seconds, includeing starting the
3615. --     UPS, if necessary.  Setting this object to 0 will
3616. --     cause the start to occur immediately.  Setting this
3617. --     object to -1 will abort the countdown.  If the output
3618. --     is already on at the time the countdown reaches 0,
3619. --     nothing will happen.  Sets to this object
3620. --     override the effect of any upsStartupAfterDelay
3621. --     countdown or upsRebootDuration countdown in progress.
3622. --     When read, upsStartupAfterDelay will return the number
3623. --     of seconds until start, or -1 if no startup
3624. --     countdown is in effect.  If the countdown expires
3625. --     during a utility failure, the startup shall depend
3626. --     upon the value of upsAutoRestart at that time.  On
3627. --     some systems, if the agent is restarted while a
3628. --     startup countdown is in effect, the countdown is
3629. --     aborted.
3630. --     UNITS seconds"
3631. --   ::= { upsControl 3 }
3632. --
3633. --
3634. -- upsRebootDuration OBJECT-TYPE
3635. --   SYNTAX INTEGER
3636. --   ACCESS read-write
3637. --   STATUS obsolete
3638. --   DESCRIPTION
3639. --     "Setting this object will immediately shutdown (i.e.,
3640. --     turn off) either the UPS output or the UPS system (as
3641. --     determined by the value of the upsShutdownType at the time
3642. --     of shutdown)  for a period equal to the indicated
3643. --     number of seconds, after which time the output will be
3644. --     started, including starting the UPS, if necessary.  If
3645. --     the number of seconds required to perform the request
3646. --     is greater than the requested duration, then the
3647. --     requested shutdown and startup cycle shall be
3648. --     performed in the minimum time possible, but in no case
3649. --     shall this require more than the requested duration
3650. --     plus 60 seconds.  When read, upsRebootDuration shall
3651. --     return the number of seconds remaining in the
3652. --     countdown, or -1 if no countdown is in progress.  If
3653. --     the startup should occur during a utility failure, the
3654. --     startup shall depend on the value of upsAutoRestart
3655. --     at that time.
3656. --     UNITS seconds"
3657. --   ::= { upsControl 4 }
3658. --
3659. --
3660. -- upsAutoRestart OBJECT-TYPE
3661. --   SYNTAX INTEGER {
3662. --       on(1),
3663. --       off(2) }
3664. --   ACCESS read-write
3665. --   STATUS obsolete
3666. --   DESCRIPTION
3667. --     "Setting this object to 'on' will cause the UPS system
3668. --     to restart after a shutdown if/when utility power is present."
3669. --   ::= { upsControl 5 }
3670. --
3671. --
3672. -- upsConfig group
3673. -- upsConfigInputVoltageHigh OBJECT-TYPE
3674. --   SYNTAX INTEGER
3675. --   ACCESS read-write
3676. --   STATUS obsolete
3677. --   DESCRIPTION
3678. --     "If the value of the input voltage (in Volts) exceeds this value, a
3679. --     utilityVoltageHigh trap will be triggered."
3680. --   ::= { upsConfig 11 }
3681. --
3682. --
3683. -- upsConfigInputVoltageLow OBJECT-TYPE
3684. --   SYNTAX INTEGER
3685. --   ACCESS read-write
3686. --   STATUS obsolete
3687. --   DESCRIPTION
3688. --     "If the value of the input voltage (in Volts) falls below this value, a
3689. --     utilityVoltageLow trap will be triggered."
3690. --   ::= { upsConfig 12 }
3691. --
3692. --
3693. -- upsConfigOutputPercLoadHigh OBJECT-TYPE
3694. --   SYNTAX INTEGER
3695. --   ACCESS read-write
3696. --   STATUS obsolete
3697. --   DESCRIPTION
3698. --     "If the value of the output percent load exceeds this value, a upsOverload trap
3699. --     will be triggered."
3700. --   ::= { upsConfig 13 }
3701. --
3702. --
3703. -- upsConfigBatteryPercLow OBJECT-TYPE
3704. --   SYNTAX INTEGER
3705. --   ACCESS read-write
3706. --   STATUS obsolete
3707. --   DESCRIPTION
3708. --     "If the value of the battery percent capacity falls below this value, a lowBattery
3709. --     trap will be triggered."
3710. --   ::= { upsConfig 14 }
3711. --
3712. --
3713. -- upsConfigBatteryTemperatureHigh OBJECT-TYPE
3714. --   SYNTAX INTEGER
3715. --   ACCESS read-write
3716. --   STATUS obsolete
3717. --   DESCRIPTION
3718. --     "If the value of the battery temperature exceeds this value, a
3719. --     batteryTemperatureHigh trap will be triggered."
3720. --   ::= { upsConfig 15 }
3721. --
3722. --
3723. --
3724. -- Traps
3725. --
3726. -- upsOnBattery TRAP-TYPE
3727. --   ENTERPRISE tripplite
3728. --   VARIABLES {
3729. --     upsIdentAttachedDevices,
3730. --     upsEstimatedMinutesRemaining}
3731. --   DESCRIPTION
3732. --     "The UPS is on battery."
3733. --  ::= 5
3734. --
3735. --
3736. -- powerRestored TRAP-TYPE
3737. --   ENTERPRISE tripplite
3738. --   DESCRIPTION
3739. --     "Utility power has been restored."
3740. --  ::= 6
3741. --
3742. --
3743. -- lowBattery TRAP-TYPE
3744. --   ENTERPRISE tripplite
3745. --   DESCRIPTION
3746. --     "The UPS batteries are low and will soon be exhausted."
3747. --  ::= 7
3748. --
3749. --
3750. -- returnFromLowBattery TRAP-TYPE
3751. --   ENTERPRISE tripplite
3752. --   DESCRIPTION
3753. --     "The UPS has returned from a low battery condition."
3754. --  ::= 8
3755. --
3756. --
3757. -- communicationEstablished TRAP-TYPE
3758. --   ENTERPRISE tripplite
3759. --   DESCRIPTION
3760. --     "Communication with the UPS has been established.  This trap will be sent
3761. --     each time there is a transition from a power off condition to a power on condition."
3762. --  ::= 9
3763. --
3764. --
3765. -- communicationLost TRAP-TYPE
3766. --   ENTERPRISE tripplite
3767. --   DESCRIPTION
3768. --     "Communication with the UPS has been lost."
3769. --  ::= 10
3770. --
3771. --
3772. -- upsOverload TRAP-TYPE
3773. --   ENTERPRISE tripplite
3774. --   DESCRIPTION
3775. --     "The UPS has sensed a load greater than the value of the
3776. --     upsConfigOutputPercLoadHigh MIB variable."
3777. --  ::= 11
3778. --
3779. --
3780. -- upsDiagnosticsFailed TRAP-TYPE
3781. --   ENTERPRISE tripplite
3782. --   DESCRIPTION
3783. --     "The UPS failed its self-test."
3784. --  ::= 12
3785. --
3786. --
3787. -- upsDiagnosticsPassed TRAP-TYPE
3788. --   ENTERPRISE tripplite
3789. --   DESCRIPTION
3790. --     "The UPS passed its internal self-test."
3791. --  ::= 13
3792. --
3793. --
3794. -- utilityVoltageHigh TRAP-TYPE
3795. --   ENTERPRISE tripplite
3796. --   DESCRIPTION
3797. --     "The UPS input voltage greater than or equal to the value of
3798. --     the upsConfigInputVoltageHigh MIB variable."
3799. --  ::= 14
3800. --
3801. --
3802. -- utilityVoltageLow TRAP-TYPE
3803. --   ENTERPRISE tripplite
3804. --   DESCRIPTION
3805. --     "The UPS input voltage is less than or equal to the value of
3806. --     the upsConfigInputVoltageLow MIB variable."
3807. --  ::= 15
3808. --
3809. --
3810. -- utilityVoltageReturnToNormal TRAP-TYPE
3811. --   ENTERPRISE tripplite
3812. --   DESCRIPTION
3813. --     "The UPS has returned from a utility voltage high or low condition."
3814. --  ::= 16
3815. --
3816. --
3817. -- batteryTemperatureHigh TRAP-TYPE
3818. --   ENTERPRISE tripplite
3819. --   DESCRIPTION
3820. --     "The UPS battery temperature has exceeded the value of the
3821. --     upsConfigBatteryTemperatureHigh MIB variable."
3822. --  ::= 17
3823. --
3824. --
3825. -- shutdownPending TRAP-TYPE
3826. --   ENTERPRISE tripplite
3827. --   DESCRIPTION
3828. --     "A UPS shutdown countdown is underway."
3829. --  ::= 18
3830. --
3831. --
3832. -- upsSleeping TRAP-TYPE
3833. --   ENTERPRISE tripplite
3834. --   DESCRIPTION
3835. --     "The output of the UPS has been turned off."
3836. --  ::= 19
3837. --
3838. --
3839. -- upsWokeup TRAP-TYPE
3840. --   ENTERPRISE tripplite
3841. --   DESCRIPTION
3842. --     "The output of the UPS has been turned on."
3843. --  ::= 20
3844. --
3845. --
3846. -- upsBatteryNeedsReplacement TRAP-TYPE
3847. --   ENTERPRISE tripplite
3848. --   DESCRIPTION
3849. --     "The UPS battery needs to be replaced."
3850. --  ::= 21
3851. --------------------------------------------------------------------------
3852. -- END Delta SNMP MIB
3853. --------------------------------------------------------------------------
3854.  
3855.  
3856. END
3857.