1LIEBERT-GP-PDU-MIB DEFINITIONS ::= BEGIN 2 3IMPORTS 4 DisplayString 5 FROM SNMPv2-TC 6 MODULE-IDENTITY, 7 OBJECT-IDENTITY, 8 OBJECT-TYPE, 9 Integer32, 10 Unsigned32 11 FROM SNMPv2-SMI 12 lgpPdu, 13 liebertPduModuleReg 14 FROM LIEBERT-GP-REGISTRATION-MIB 15 ; 16 17-- ============================================================================= 18-- Module Identification and Registration 19-- ============================================================================= 20 21liebertGlobalProductsPduModule MODULE-IDENTITY 22 LAST-UPDATED "200807020000Z" 23 ORGANIZATION "Liebert Corporation" 24 CONTACT-INFO 25 "Contact: Technical Support 26 27 Postal: 28 Liebert Corporation 29 1050 Dearborn Drive 30 P.O. Box 29186 31 Columbus OH, 43229 32 US 33 34 Tel: +1 (800) 222-5877 35 36 E-mail: liebert.monitoring@vertivco.com 37 Web: www.vertivco.com 38 39 Author: Keith Sarbaugh" 40 41 DESCRIPTION 42 "The MIB module used to register Liebert POWER related SNMP OIDs. 43 44 Copyright 2008-2008 Liebert Corporation. All rights reserved. 45 Reproduction of this document is authorized on the condition 46 that the forgoing copyright notice is included. 47 48 This Specification is supplied 'AS IS' and Liebert Corporation 49 makes no warranty, either express or implied, as to the use, 50 operation, condition, or performance of the Specification." 51 52 REVISION "200807020000Z" 53 DESCRIPTION 54 "Initial Version" 55 56 ::= { liebertPduModuleReg 1 } 57 58-- ============================================================================= 59-- lgpPdu - Liebert Power Distribution Registrations 60-- ============================================================================= 61 62-- ----------------------------------------------------------------------------- 63-- PDU Global Data and Control Information 64-- ----------------------------------------------------------------------------- 65 66lgpPduGlobalData OBJECT-IDENTITY 67 STATUS current 68 DESCRIPTION 69 "This sub-tree contains data and control associated with PDU's controlled 70 by this agent. Data in this sub-tree will affect the behavior of all 71 PDU's controlled by this agent." 72 REFERENCE 73 "The registrations for the objects in this sub-tree are 74 defined below." 75 ::= { lgpPdu 5 } 76 77lgpPduEntrySWOverTemperatureProtectionConfig OBJECT-TYPE 78 SYNTAX INTEGER 79 { 80 local(0), 81 array(1) 82 } 83 MAX-ACCESS read-write 84 STATUS current 85 DESCRIPTION 86 "This configures the scope of behavior for the PDU Software Over 87 Temperature Protection feature. 88 See lgpPduRcpEntrySwOverTemperatureProtection to enable this feature 89 and get further information about what actions will be performed. 90 91 local (0) 92 Only receptacles on the PDU with the alarming temperature sensor 93 will be affected. 94 array (1) 95 All receptacles in the PDU array will be affected, regardless of 96 which PDU the alarming temperature sensor is connected to. 97 " 98 ::= { lgpPduGlobalData 5 } 99 100lgpPduEntrySWOverTemperatureProtectionDelay OBJECT-TYPE 101 SYNTAX Unsigned32 102 UNITS "Seconds" 103 MAX-ACCESS read-write 104 STATUS current 105 DESCRIPTION 106 "This sets the delay for the PDU Software Over Temperature Protection 107 feature. This value determines the amount of time to delay, after the 108 high temperature alarm becomes active, before taking action on the 109 enabled receptacles. If the high temperature alarm becomes inactive 110 before the expiration of the delay time, no action will be taken on 111 the enabled receptacles. 112 See lgpPduRcpEntrySwOverTemperatureProtection to enable this feature 113 and get further information about what actions will be performed. 114 " 115 ::= { lgpPduGlobalData 10 } 116 117-- ----------------------------------------------------------------------------- 118 119-- PDU Group Information 120 121-- ----------------------------------------------------------------------------- 122 123lgpPduCluster OBJECT-IDENTITY 124 STATUS current 125 DESCRIPTION 126 "This sub-tree contains information about PDU clusters. Clusters are 127 groups of PDU's under a single monitoring or control domain." 128 REFERENCE 129 "The registrations for the objects in this sub-tree are 130 defined below." 131 ::= { lgpPdu 10 } 132 133lgpPduGrpSysStatus OBJECT-TYPE 134SYNTAX Unsigned32 135MAX-ACCESS read-only 136STATUS current 137DESCRIPTION 138 "This value represents a bit-field of the various operational 139 states of the PDUs that are part of the cluster of PDUs 140 being monitored by this agent. 141 142 This value is the bit-wise logical OR of all of the 143 'lgpPduEntrySysStatus' columns in the 'lgpPduTable' 144 which represents the combined statuses of all PDUs for this agent. 145 146 Note the bit-position is given parenthetically next to the operational 147 state in the description below. The bit position is big-endian 148 (least significant digit is the right-most digit). The state is 149 present in the PDU when the bit is on (value = 1). 150 151 The value is a logical OR of all of the following potential states of 152 each PDU in the cluster. 153 154 normalOperation(1) 155 One or more PDUs in the cluster are operating normally with no 156 active warnings or alarms. 157 startUp(2) 158 One or more PDUs are in the startup state (initializing). Control 159 and monitoring operations may be inhibited or unavailable 160 while the PDU is in this state. This state will clear 161 automatically when the PDU(s) are fully initialized and ready to 162 accept control and monitoring commands. 163 unknownNoSupport(4) 164 The state of one or more PDUs are not known at this time or 165 there is no support for this piece of information from 1 or more 166 PDUs in the cluster/group. 167 normalWithWarning(8) 168 One or more PDUs are operating normally with one or more active 169 warnings. Appropriate personnel should investigate the 170 warning(s) as soon as possible and take appropriate action. 171 normalWithAlarm(16) 172 One or more PDUs are operating normally with one or more active 173 alarms. Appropriate personnel should investigate the alarm(s) 174 as soon as possible and take appropriate action. 175 abnormalOperation(32) 176 One ore more PDUs are operating abnormally. There is a 177 failure within the system that is unexpected under normal 178 operating conditions. Appropriate personnel should investigate 179 the cause as soon as possible. The normal functioning of 180 the system is likely inhibited. 181 unknownCommFailure(64) 182 The state of one or more PDUs are not known due to a communications 183 failure between the PDU hardware and the communications 184 module. This state is usually indicative of a hardware 185 problem. 186 " 187::= { lgpPduCluster 5 } 188 189-- ----------------------------------------------------------------------------- 190 191-- Power Distribution (PDU) Table. 192 193-- ----------------------------------------------------------------------------- 194 195lgpPduTableCount OBJECT-TYPE 196 SYNTAX Unsigned32 197 UNITS "Count" 198 MAX-ACCESS read-only 199 STATUS current 200 DESCRIPTION 201 "Number of PDUs being monitored by this agent. This is the 202 number of entries in the lgpPduTable." 203 ::= { lgpPdu 19 } 204 205lgpPduTable OBJECT-TYPE 206 SYNTAX SEQUENCE OF LgpPduEntry 207 MAX-ACCESS not-accessible 208 STATUS current 209 DESCRIPTION 210 "This table contains a list of PDU entries. 211 The table contains zero, one, or many rows, depending upon the number 212 of PDUs being monitored. The Network Management System (NMS) 213 cannot create or delete rows in the table. The rows are created by 214 the agent based upon the number of PDUs being managed. 215 Each row in the table represents a PDU in the system." 216 ::= { lgpPdu 20 } 217 218 lgpPduEntry OBJECT-TYPE 219 SYNTAX LgpPduEntry 220 MAX-ACCESS not-accessible 221 STATUS current 222 DESCRIPTION 223 "This entry defines the columns to be populated in the 224 'lgpPduTable'. Each column represents an attribute of a PDU. 225 This table is indexed by the PDU identifier that is unique 226 within the agent. 227 " 228 INDEX 229 { 230 lgpPduEntryIndex 231 } 232 ::= { lgpPduTable 1 } 233 234 LgpPduEntry ::= SEQUENCE 235 { 236 lgpPduEntryIndex Unsigned32, 237 lgpPduEntryId Unsigned32, 238 lgpPduEntryUsrLabel DisplayString, 239 lgpPduEntrySysAssignLabel DisplayString, 240 lgpPduEntryPositionRelative Unsigned32, 241 lgpPduEntrySysStatus Unsigned32, 242 lgpPduEntryUsrTag1 DisplayString, 243 lgpPduEntryUsrTag2 DisplayString, 244 lgpPduEntrySerialNumber DisplayString, 245 lgpPduEntryRbCount Unsigned32, 246 lgpPduEntrySWOverCurrentProtection INTEGER 247 } 248 249 lgpPduEntryIndex OBJECT-TYPE 250 SYNTAX Unsigned32 251 MAX-ACCESS not-accessible 252 STATUS current 253 DESCRIPTION 254 "This is the index that indicates the row of the 'lgpPduTable'." 255 ::= { lgpPduEntry 1 } 256 257 lgpPduEntryId OBJECT-TYPE 258 SYNTAX Unsigned32 259 MAX-ACCESS read-only 260 STATUS current 261 DESCRIPTION 262 "This is an internal index representing a unique identifier for 263 each PDU represented by this agent. The value is assigned 264 by the agent." 265 ::= { lgpPduEntry 5 } 266 267 lgpPduEntryUsrLabel OBJECT-TYPE 268 SYNTAX DisplayString 269 MAX-ACCESS read-write 270 STATUS current 271 DESCRIPTION 272 "This is a user assigned label representing the PDU." 273 ::= { lgpPduEntry 10 } 274 275 lgpPduEntrySysAssignLabel OBJECT-TYPE 276 SYNTAX DisplayString 277 MAX-ACCESS read-only 278 STATUS current 279 DESCRIPTION 280 "System assigned identifier representing the PDU. The value 281 is independent of any user assigned label or tag. The exact format 282 of this label is system dependent and is subject to change, 283 therefore, it should not be referenced for programmatic use." 284 ::= { lgpPduEntry 15 } 285 286 lgpPduEntryPositionRelative OBJECT-TYPE 287 SYNTAX Unsigned32 288 UNITS "Count" 289 MAX-ACCESS read-only 290 STATUS current 291 DESCRIPTION 292 "This is a one-based value that indicates the PDU's relative 293 position within a rack or other enclosing entity." 294 ::= { lgpPduEntry 20 } 295 296 lgpPduEntrySysStatus OBJECT-TYPE 297 SYNTAX Unsigned32 298 MAX-ACCESS read-only 299 STATUS current 300 DESCRIPTION 301 "This value represents a bit-field of the various operational 302 states of the PDU. The value is a logical OR of all of the 303 following potential states of the PDU. Note the bit-position 304 is given parenthetically next to the operational state in the 305 description below. The bit position is assumed to be a big-endian 306 format (least significant digit is the right-most digit). The 307 state is present in the PDU when the bit is on (value = 1). 308 309 normalOperation(1) 310 The PDU is operating normally with no active warnings or alarms. 311 startUp(2) 312 The PDU is in the startup state (initializing). Control 313 and monitoring operations maybe inhibited or unavailable 314 while the PDU is in this state. This state will clear 315 automatically when the PDU(s) are fully initialized and 316 ready to accept control and monitoring commands. 317 normalWithWarning(8) 318 The PDU is operating normally with one or more active 319 warnings. Appropriate personnel should investigate the 320 warning(s) as soon as possible and take appropriate action. 321 normalWithAlarm(16) 322 The PDU is operating normally with one or more active 323 alarms. Appropriate personnel should investigate the alarm(s) 324 as soon as possible and take appropriate action. 325 abnormalOperation(32) 326 The PDU is operating abnormally. That is there is some 327 failure within the system that is unexpected under normal 328 operating conditions. Appropriate personnel should investigate 329 the cause as soon as possible. The normal functioning of 330 the system is likely inhibited. 331 " 332 ::= { lgpPduEntry 25 } 333 334 lgpPduEntryUsrTag1 OBJECT-TYPE 335 SYNTAX DisplayString 336 MAX-ACCESS read-write 337 STATUS current 338 DESCRIPTION 339 "This is a user assigned Tag for the PDU. This value may be 340 useful for end-user grouping or asset tracking purposes. 341 The value for this tag does not need to be unique for this 342 unit or across other units." 343 ::= { lgpPduEntry 35 } 344 345 lgpPduEntryUsrTag2 OBJECT-TYPE 346 SYNTAX DisplayString 347 MAX-ACCESS read-write 348 STATUS current 349 DESCRIPTION 350 "This is a user assigned Tag for the PDU. This value may be 351 useful for end-user grouping or asset tracking purposes. 352 The value for this tag does not need to be unique for this 353 unit or across other units." 354 ::= { lgpPduEntry 40 } 355 356 lgpPduEntrySerialNumber OBJECT-TYPE 357 SYNTAX DisplayString 358 MAX-ACCESS read-only 359 STATUS current 360 DESCRIPTION 361 "System assigned serial number for this PDU. This number is 362 assigned at time of manufacture, is globally unique with respect 363 to all PDU units." 364 ::= { lgpPduEntry 45 } 365 366 lgpPduEntryRbCount OBJECT-TYPE 367 SYNTAX Unsigned32 368 UNITS "Count" 369 MAX-ACCESS read-only 370 STATUS current 371 DESCRIPTION 372 "Number of receptacle branches (Rb) within this PDU." 373 ::= { lgpPduEntry 50 } 374 375 lgpPduEntrySWOverCurrentProtection OBJECT-TYPE 376 SYNTAX INTEGER 377 { 378 disabled(0), 379 enable(1) 380 } 381 MAX-ACCESS read-write 382 STATUS current 383 DESCRIPTION 384 "This is the PDU Software Over Current Protection feature which will 385 prevent unused receptacles from turning on when the 386 'PDU Over Current Warning' or 'PDU Over Current Alarm' threshold 387 is violated. Such receptacles shall get locked to prevent any user 388 from switching them ON. Only device-admin shall have the authorization 389 to unlock such receptacles. 390 If the feature is enabled, in case of PDU Over Current Warning or Alarm condition, 391 following action will be taken on the receptacles: 392 a. Locked & OFF � No change 393 b. Locked & ON - No change 394 c. UnLocked & OFF � Receptacle shall be locked 395 d. Unlocked & ON � If the receptacle is being used (current>0), no change. 396 If that outlet is being unused(current=0), turn it off and lock it in that position. 397 398 No action will be taken if the feature is disabled. 399 400 Note: Only applicable to PDU models where receptacle measurement and control is supported. 401 Not applicable for PDU models that support only branch monitoring. 402 403 disabled 404 This function is disabled. 405 enable 406 This function is enabled." 407 ::= { lgpPduEntry 55 } 408-- ----------------------------------------------------------------------------- 409-- PDU Power Source. 410-- ----------------------------------------------------------------------------- 411 412lgpPduPowerSource OBJECT-IDENTITY 413 STATUS current 414 DESCRIPTION 415 "This sub-tree contains information about PDU power sources." 416 REFERENCE 417 "The registrations for the objects in this sub-tree are 418 defined below." 419 ::= { lgpPdu 30 } 420 421lgpPduPsTableCount OBJECT-TYPE 422 SYNTAX Unsigned32 423 UNITS "Count" 424 MAX-ACCESS read-only 425 STATUS current 426 DESCRIPTION 427 "Number of power sources in the lgpPduPsTable." 428 ::= { lgpPduPowerSource 19 } 429 430lgpPduPsTable OBJECT-TYPE 431 SYNTAX SEQUENCE OF LgpPduPsEntry 432 MAX-ACCESS not-accessible 433 STATUS current 434 DESCRIPTION 435 "This table contains a list of the PDU's power source(s). 436 The table contains zero, one, or more rows, depending 437 upon the number of PDUs being monitored and the number of 438 power sources installed for each PDU. 439 The NMS cannot create or delete rows in the table. The rows are 440 created by the agent based upon the capabilities of the PDUs 441 being monitored. Each row in the table represents a PDU's 442 Power Source." 443 ::= { lgpPduPowerSource 20 } 444 445 lgpPduPsEntry OBJECT-TYPE 446 SYNTAX LgpPduPsEntry 447 MAX-ACCESS not-accessible 448 STATUS current 449 DESCRIPTION 450 "This entry defines the attributes to be populated in the 451 various columns of the 'lgpPduPsTable' (Power Source Table). 452 This table is indexed by both the 'lgpPduEntryIndex' which is 453 the sole index into the 'lgpPduTable' and the 'lgpPduPsEntryIndex' 454 which is a unique identifier for the Power Source within a 455 given PDU. Taken together these two indexes uniquely identify 456 a Power Source within this agent. 457 " 458 INDEX 459 { 460 lgpPduEntryIndex, 461 lgpPduPsEntryIndex 462 } 463 ::= { lgpPduPsTable 1 } 464 465 LgpPduPsEntry ::= SEQUENCE 466 { 467 lgpPduPsEntryIndex Unsigned32, 468 lgpPduPsEntryId Unsigned32, 469 lgpPduPsEntrySysAssignLabel DisplayString, 470 lgpPduPsEntryModel DisplayString, 471 lgpPduPsEntryWiringType INTEGER, 472 lgpPduPsEntryEpInputRated Unsigned32, 473 lgpPduPsEntryEcInputRated Unsigned32, 474 lgpPduPsEntryFreqRated Unsigned32, 475 lgpPduPsEntryEnergyAccum Unsigned32, 476 lgpPduPsEntrySerialNum DisplayString, 477 lgpPduPsEntryFirmwareVersion DisplayString, 478 lgpPduPsEntryPwrTotal Unsigned32, 479 lgpPduPsEntryEcNeutral Unsigned32, 480 lgpPduPsEntryEcNeutralThrshldOvrWarn Unsigned32, 481 lgpPduPsEntryEcNeutralThrshldOvrAlarm Unsigned32, 482 lgpPduPsEntryUnbalancedLoadThrshldAlarm Unsigned32, 483 lgpPduPsEntryApTotal Unsigned32, 484 lgpPduPsEntryPfTotal Integer32, 485 lgpPduPsEntryEcResidual Unsigned32, 486 lgpPduPsEntryEcResidualThrshldOvrAlarm Unsigned32 487 } 488 489 lgpPduPsEntryIndex OBJECT-TYPE 490 SYNTAX Unsigned32 491 MAX-ACCESS not-accessible 492 STATUS current 493 DESCRIPTION 494 "This is a unique identifier for the Power Source within a 495 given PDU. This is one of two indexes used to indicate the row of 496 the 'lgpPduTable'." 497 ::= { lgpPduPsEntry 5 } 498 499 lgpPduPsEntryId OBJECT-TYPE 500 SYNTAX Unsigned32 501 MAX-ACCESS read-only 502 STATUS current 503 DESCRIPTION 504 "This is a unique entry id representing a given PDU power source 505 for the PDU." 506 ::= { lgpPduPsEntry 10 } 507 508 lgpPduPsEntrySysAssignLabel OBJECT-TYPE 509 SYNTAX DisplayString 510 MAX-ACCESS read-only 511 STATUS current 512 DESCRIPTION 513 "System assigned identifier for this power source. The value 514 is independent of any user assigned label or tag. The exact format 515 of this label is system dependent and is subject to change, 516 therefore, it should not be referenced for programmatic use." 517 ::= { lgpPduPsEntry 15 } 518 519 lgpPduPsEntryModel OBJECT-TYPE 520 SYNTAX DisplayString 521 MAX-ACCESS read-only 522 STATUS current 523 DESCRIPTION 524 "This is the model name (identifier) of the power supply." 525 ::= { lgpPduPsEntry 20 } 526 527 lgpPduPsEntryWiringType OBJECT-TYPE 528 SYNTAX INTEGER 529 { 530 not-specified(0), 531 single-phase-3-wire-L1-N-PE(1), 532 two-phase-3-wire-L1-L2-PE(2), 533 three-phase-4-wire-L1-L2-L3-PE(3), 534 three-phase-5-wire-L1-L2-L3-N-PE(4), 535 two-phase-4-wire-L1-L2-N-PE(5) 536 } 537 MAX-ACCESS read-write 538 STATUS current 539 DESCRIPTION 540 "The PDU's power supply physical wiring type. 541 not-specified 542 The type has not been specified/configured. The end_user 543 must configure this object to specify the physical wiring 544 type. 545 single-phase-3-wire-L1-N-PE 546 Single Phase input with 3 wires (Line 1, Neutral and 547 Protective Earth). 548 two-phase-3-wire-L1-L2-PE 549 Two Phase input with 3 wires (Line 1, Line 2, and 550 Protective Earth). 551 three-phase-4-wire-L1-L2-L3-PE 552 Three Phase input with 4 wires (Line 1, Line 2, Line 3, 553 and Protective Earth). 554 three-phase-5-wire-L1-L2-L3-N-PE 555 Three Phase input with 5 wires (Line 1, Line 2, Line 3, 556 Neutral and Protective Earth). 557 two-phase-4-wire-L1-L2-N-PE 558 Two Phase input with 4 wires (Line 1, Line 2, Neutral, 559 and Protective Earth)." 560 ::= { lgpPduPsEntry 25 } 561 562 lgpPduPsEntryEpInputRated OBJECT-TYPE 563 SYNTAX Unsigned32 564 UNITS "VoltRMS" 565 MAX-ACCESS read-only 566 STATUS current 567 DESCRIPTION 568 "Rated Input Line Voltage for the power source (i.e. this is the 569 nominal line input voltage; it is NOT a measured voltage). 570 571 The value is defined to be the rated line voltage 572 (either line-to-neutral or line-to-line depending upon the 573 power source's type)." 574 ::= { lgpPduPsEntry 30 } 575 576 lgpPduPsEntryEcInputRated OBJECT-TYPE 577 SYNTAX Unsigned32 578 UNITS "0.1 Amp-AC-RMS" 579 MAX-ACCESS read-only 580 STATUS current 581 DESCRIPTION 582 "This is the rated input line current for the module 583 (it is NOT the measured current)." 584 ::= { lgpPduPsEntry 35 } 585 586 lgpPduPsEntryFreqRated OBJECT-TYPE 587 SYNTAX Unsigned32 588 UNITS "Hertz" 589 MAX-ACCESS read-only 590 STATUS current 591 DESCRIPTION 592 "Rated input line frequency for this power source 593 (i.e. This is the expected line frequency; it is NOT a 594 measured frequency; it is typically 50 Hz or 60 Hz)." 595 ::= { lgpPduPsEntry 40 } 596 597 lgpPduPsEntryEnergyAccum OBJECT-TYPE 598 SYNTAX Unsigned32 599 UNITS "0.1 Kilowatt-Hour" 600 MAX-ACCESS read-write 601 STATUS current 602 DESCRIPTION 603 "Total accumulated energy, measured at the power source input, since 604 the last energy reset. Writing a value of 0 (zero) to this 605 causes the accumulated energy to be reset. Writing a non-zero 606 value is invalid and shall result in a write error and the 607 total energy value remains unchanged. 608 609 If the energy has not been reset and has not wrapped, 610 then this is the total energy since installation. 611 612 This value persists across boot events." 613 ::= { lgpPduPsEntry 50 } 614 615 lgpPduPsEntrySerialNum OBJECT-TYPE 616 SYNTAX DisplayString 617 MAX-ACCESS read-only 618 STATUS current 619 DESCRIPTION 620 "This is a unique serial number of the power supply. This number 621 is assigned to the power supply at the time of manufacture." 622 ::= { lgpPduPsEntry 55 } 623 624 lgpPduPsEntryFirmwareVersion OBJECT-TYPE 625 SYNTAX DisplayString 626 MAX-ACCESS read-only 627 STATUS current 628 DESCRIPTION 629 "This is the version of the firmware installed on the PDU's 630 power supply." 631 ::= { lgpPduPsEntry 60 } 632 633 lgpPduPsEntryPwrTotal OBJECT-TYPE 634 SYNTAX Unsigned32 635 UNITS "Watt" 636 MAX-ACCESS read-only 637 STATUS current 638 DESCRIPTION 639 "Total input power for this power supply. This is the sum of the 640 power for all phases" 641 ::= { lgpPduPsEntry 65 } 642 643 lgpPduPsEntryEcNeutral OBJECT-TYPE 644 SYNTAX Unsigned32 645 UNITS "0.1 Amp-AC-RMS" 646 MAX-ACCESS read-only 647 STATUS current 648 DESCRIPTION 649 "The neutral current measured at the PDU's power source." 650 ::= { lgpPduPsEntry 70 } 651 652 lgpPduPsEntryEcNeutralThrshldOvrWarn OBJECT-TYPE 653 SYNTAX Unsigned32 654 UNITS "Percent" 655 MAX-ACCESS read-write 656 STATUS current 657 DESCRIPTION 658 "The threshold at which an over current warning is activated. If the 659 measured neutral current (lgpPduPsEntryEcNeutral) is above this 660 percentage of the full scale rated value 661 (lgpPduPsEntryEcInputRated), an over neutral current warning 662 (lgpConditionSource1NeutralOverCurrent) is activated." 663 ::= { lgpPduPsEntry 75 } 664 665 lgpPduPsEntryEcNeutralThrshldOvrAlarm OBJECT-TYPE 666 SYNTAX Unsigned32 667 UNITS "Percent" 668 MAX-ACCESS read-write 669 STATUS current 670 DESCRIPTION 671 "The threshold at which an over current alarm is activated. If the 672 measured neutral current (lgpPduPsEntryEcNeutral) is above this 673 percentage of the full scale rated value 674 (lgpPduPsEntryEcInputRated), an over neutral current alarm 675 (lgpConditionSource1NeutralOverCurrent) is activated." 676 ::= { lgpPduPsEntry 80 } 677 678 lgpPduPsEntryUnbalancedLoadThrshldAlarm OBJECT-TYPE 679 SYNTAX Unsigned32 680 UNITS "Percent" 681 MAX-ACCESS read-write 682 STATUS current 683 DESCRIPTION 684 "The parameter is for setting the maximum acceptable percentage of 685 'Unbalanced Load' between any two phases. This setting shall 686 trigger an alarm when the % load between any two phases varies by 687 a percentage higher than this configurable value. If this value is 688 0% then the alarm would be deactivated." 689 ::= { lgpPduPsEntry 85 } 690 691 lgpPduPsEntryApTotal OBJECT-TYPE 692 SYNTAX Unsigned32 693 UNITS "VoltAmp" 694 MAX-ACCESS read-only 695 STATUS current 696 DESCRIPTION 697 "Total Apparent power for this power supply. This is the sum of the 698 apparent power for all phases" 699 ::= { lgpPduPsEntry 90 } 700 701 lgpPduPsEntryPfTotal OBJECT-TYPE 702 SYNTAX Integer32 703 UNITS "0.01 Power Factor" 704 MAX-ACCESS read-only 705 STATUS current 706 DESCRIPTION 707 "Total power factor, which is real power/apparent power for all 708 phases combined. This is the sum of the real power for all phases 709 divided by the sum of the apparent power for all phases." 710 ::= { lgpPduPsEntry 95 } 711 712 lgpPduPsEntryEcResidual OBJECT-TYPE 713 SYNTAX Unsigned32 714 UNITS "0.001 Amp-AC-RMS" 715 MAX-ACCESS read-only 716 STATUS current 717 DESCRIPTION 718 "The measured residual current." 719 ::= { lgpPduPsEntry 100 } 720 721 lgpPduPsEntryEcResidualThrshldOvrAlarm OBJECT-TYPE 722 SYNTAX Unsigned32 723 UNITS "0.001 Amp-AC-RMS" 724 MAX-ACCESS read-write 725 STATUS current 726 DESCRIPTION 727 "The threshold at which an over current alarm is activated. If the 728 measured residual current (lgpPduPsEntryEcResidual) is above this 729 value, an over current alarm is activated. Setting this to 0mA 730 disables the alarm." 731 ::= { lgpPduPsEntry 105 } 732 733-- ----------------------------------------------------------------------------- 734 735-- PDU - Power Source Line/Phase Table. 736 737-- ----------------------------------------------------------------------------- 738 739lgpPduPsLineTable OBJECT-TYPE 740 SYNTAX SEQUENCE OF LgpPduPsLineEntry 741 MAX-ACCESS not-accessible 742 STATUS current 743 DESCRIPTION 744 "This table contains a list of PDU's power source line/phase 745 measurements. The table contains zero, one, or many rows, depending 746 upon the number of PDU's Power Sources being monitored. 747 The NMS cannot create or delete rows in the table. 748 The rows are created by the agent based upon the capabilities of the 749 managed PDU's power supply(s). Each row in the table represents a 750 particular phase/line measurement of a power supply for a 751 given PDU." 752 ::= { lgpPduPowerSource 40 } 753 754 lgpPduPsLineEntry OBJECT-TYPE 755 SYNTAX LgpPduPsLineEntry 756 MAX-ACCESS not-accessible 757 STATUS current 758 DESCRIPTION 759 "This entry defines the attributes to be populated in the 760 various columns of the 'lgpPduPsLineTable'. 761 The table is index by three indexes which taken together 762 uniquely identify line/phase information for a given power source 763 within a PDU. The 'lgpPduEntryIndex' is an index into the 764 'lgpPduTable'. This identifies the PDU that the power source 765 is on. The 'lgpPduPsEntryIndex' is an index that together with 766 the 'lgpPduEntryIndex' uniquely identifies the power source 767 within the PDU that the row in this table represents. The final 768 index 'lgpPduPsLineEntryIndex' identifies the particular 769 line/phase that the measurement applies to within the identified 770 power source." 771 INDEX 772 { 773 lgpPduEntryIndex, 774 lgpPduPsEntryIndex, 775 lgpPduPsLineEntryIndex 776 } 777 ::= { lgpPduPsLineTable 1 } 778 779 LgpPduPsLineEntry ::= SEQUENCE 780 { 781 lgpPduPsLineEntryIndex Unsigned32, 782 lgpPduPsLineEntryId Unsigned32, 783 lgpPduPsLineEntryLine INTEGER, 784 lgpPduPsLineEntryEpLNTenths Unsigned32, 785 lgpPduPsLineEntryEpLN Unsigned32, 786 lgpPduPsLineEntryEc Unsigned32, 787 lgpPduPsLineEntryEcHundredths Unsigned32, 788 789 lgpPduPsLineEntryEcThrshldUndrAlarm Unsigned32, 790 lgpPduPsLineEntryEcThrshldOvrWarn Unsigned32, 791 lgpPduPsLineEntryEcThrshldOvrAlarm Unsigned32, 792 lgpPduPsLineEntryEcAvailBeforeAlarm Unsigned32, 793 lgpPduPsLineEntryEcUsedBeforeAlarm Unsigned32, 794 lgpPduPsLineEntryEpLL Unsigned32, 795 lgpPduPsLineEntryEpLLTenths Unsigned32, 796 lgpPduPsLineEntryEcAvailBeforeAlarmHundredths Unsigned32, 797 lgpPduPsLineEntryPwrLN Unsigned32, 798 lgpPduPsLineEntryPwrLL Unsigned32, 799 lgpPduPsLineEntryApLN Unsigned32, 800 lgpPduPsLineEntryApLL Unsigned32, 801 lgpPduPsLineEntryPfLN Integer32, 802 lgpPduPsLineEntryPfLL Integer32 803 804 } 805 806 lgpPduPsLineEntryIndex OBJECT-TYPE 807 SYNTAX Unsigned32 808 MAX-ACCESS not-accessible 809 STATUS current 810 DESCRIPTION 811 "This is the index that indicates the line/phase of the measurements 812 in the given row of the 'lgpPduPsLineTable'." 813 ::= { lgpPduPsLineEntry 5 } 814 815 lgpPduPsLineEntryId OBJECT-TYPE 816 SYNTAX Unsigned32 817 MAX-ACCESS read-only 818 STATUS current 819 DESCRIPTION 820 "Unique identifier (within a PDU) for the PDU's power source. 821 The object may not be available in non-modular systems." 822 ::= { lgpPduPsLineEntry 10 } 823 824 lgpPduPsLineEntryLine OBJECT-TYPE 825 SYNTAX INTEGER 826 { 827 phase1(1), 828 phase2(2), 829 phase3(3) 830 } 831 MAX-ACCESS read-only 832 STATUS current 833 DESCRIPTION 834 "The line number (phase) that the measurement represents for all 835 measurements in a given row of the table. Note that this always 836 matches the lgpPduPsLineEntryIndex of the same row in the table. 837 The line/phases are as follows: 838 839 Line# Description 840 ----- --------------------------------------------------- 841 1 Line 1-N (A) for Line-to-Neutral measurements 842 2 Line 2-N (B) for Line-to-Neutral measurements 843 3 Line 3-N (C) for Line-to-Neutral measurements 844 845 1 Line 1-2 (A-B) for Line-to-Line measurements 846 2 Line 2-3 (B-C) for Line-to-Line measurements 847 3 Line 3-1 (C-A) for Line-to-Line measurements 848 " 849 ::= { lgpPduPsLineEntry 15 } 850 851 lgpPduPsLineEntryEpLNTenths OBJECT-TYPE 852 SYNTAX Unsigned32 853 UNITS "0.1 Volts-AC-RMS" 854 MAX-ACCESS read-only 855 STATUS current 856 DESCRIPTION 857 "Alternating Current RMS Line to Neutral Electrical Potential 858 measurement. 859 The line/phase being measured is indicated by the corresponding 860 lgpPduPsLineEntryLine value of this row in the table." 861 ::= { lgpPduPsLineEntry 19 } 862 863 lgpPduPsLineEntryEpLN OBJECT-TYPE 864 SYNTAX Unsigned32 865 UNITS "Volts-AC-RMS" 866 MAX-ACCESS read-only 867 STATUS current 868 DESCRIPTION 869 "Alternating Current RMS Line to Neutral Electrical Potential 870 measurement. 871 The line/phase being measured is indicated by the corresponding 872 lgpPduPsLineEntryLine value of this row in the table." 873 ::= { lgpPduPsLineEntry 20 } 874 875 lgpPduPsLineEntryEc OBJECT-TYPE 876 SYNTAX Unsigned32 877 UNITS "0.1 Amps-AC-RMS" 878 MAX-ACCESS read-only 879 STATUS current 880 DESCRIPTION 881 "Total input line-to-neutral electrical current. 882 The line/phase being measured is indicated by the corresponding 883 lgpPduPsLineEntryLine value of this row in the table." 884 ::= { lgpPduPsLineEntry 21 } 885 886 lgpPduPsLineEntryEcHundredths OBJECT-TYPE 887 SYNTAX Unsigned32 888 UNITS "0.01 Amps-AC-RMS" 889 MAX-ACCESS read-only 890 STATUS current 891 DESCRIPTION 892 "Total input line-to-neutral electrical current. 893 The line/phase being measured is indicated by the corresponding 894 lgpPduPsLineEntryLine value of this row in the table." 895 ::= { lgpPduPsLineEntry 22 } 896 897 lgpPduPsLineEntryEcThrshldUndrAlarm OBJECT-TYPE 898 SYNTAX Unsigned32 899 UNITS "Percent" 900 MAX-ACCESS read-write 901 STATUS current 902 DESCRIPTION 903 "The threshold at which an under current alarm is activated. If 904 the measured current (lgpPduPsLineEntryEc) is equal to or below 905 this percentage of the full scale rated value 906 (lgpPduPsEntryEcInputRated), an under current alarm 907 is activated." 908 ::= { lgpPduPsLineEntry 35 } 909 910 lgpPduPsLineEntryEcThrshldOvrWarn OBJECT-TYPE 911 SYNTAX Unsigned32 912 UNITS "Percent" 913 MAX-ACCESS read-write 914 STATUS current 915 DESCRIPTION 916 "The threshold at which an over current warning is activated. If 917 the measured current (lgpPduPsLineEntryEc) is equal to or over 918 this percentage of the full scale rated value 919 (lgpPduPsEntryEcInputRated), an over current warning 920 is activated." 921 ::= { lgpPduPsLineEntry 36 } 922 923 lgpPduPsLineEntryEcThrshldOvrAlarm OBJECT-TYPE 924 SYNTAX Unsigned32 925 UNITS "Percent" 926 MAX-ACCESS read-write 927 STATUS current 928 DESCRIPTION 929 "The threshold at which an over current alarm is activated. If 930 the measured current (lgpPduPsLineEntryEc) is equal to or over 931 this percentage of the full scale rated value 932 (lgpPduPsEntryEcInputRated), an over current alarm 933 is activated." 934 ::= { lgpPduPsLineEntry 37 } 935 936 lgpPduPsLineEntryEcAvailBeforeAlarm OBJECT-TYPE 937 SYNTAX Unsigned32 938 UNITS "0.1 Amps-AC-RMS" 939 MAX-ACCESS read-only 940 STATUS current 941 DESCRIPTION 942 "The amount that the current/amperage may increase from its present 943 value before an over current alarm occurs." 944 ::= { lgpPduPsLineEntry 38 } 945 946 lgpPduPsLineEntryEcUsedBeforeAlarm OBJECT-TYPE 947 SYNTAX Unsigned32 948 UNITS "0.1 Percent" 949 MAX-ACCESS read-only 950 STATUS current 951 DESCRIPTION 952 "The percent of current utilization relative to the over current 953 alarm threshold." 954 ::= { lgpPduPsLineEntry 39 } 955 956 lgpPduPsLineEntryEpLL OBJECT-TYPE 957 SYNTAX Unsigned32 958 UNITS "Volts-AC-RMS" 959 MAX-ACCESS read-only 960 STATUS current 961 DESCRIPTION 962 "Line to Line Electrical Potential. 963 The line/phase being measured is indicated by the corresponding 964 lgpPduPsLineEntryLine value of this row in the table." 965 ::= { lgpPduPsLineEntry 60 } 966 967 lgpPduPsLineEntryEpLLTenths OBJECT-TYPE 968 SYNTAX Unsigned32 969 UNITS "0.1 Volts-AC-RMS" 970 MAX-ACCESS read-only 971 STATUS current 972 DESCRIPTION 973 "Line to Line Electrical Potential. 974 The line/phase being measured is indicated by the corresponding 975 lgpPduPsLineEntryLine value of this row in the table." 976 ::= { lgpPduPsLineEntry 61 } 977 978 lgpPduPsLineEntryEcAvailBeforeAlarmHundredths OBJECT-TYPE 979 SYNTAX Unsigned32 980 UNITS "0.01 Amps-AC-RMS" 981 MAX-ACCESS read-only 982 STATUS current 983 DESCRIPTION 984 "The amount that the current/amperage may increase from its present 985 value before an over current alarm occurs." 986 ::= { lgpPduPsLineEntry 62 } 987 988 lgpPduPsLineEntryPwrLN OBJECT-TYPE 989 SYNTAX Unsigned32 990 UNITS "Watt" 991 MAX-ACCESS read-only 992 STATUS current 993 DESCRIPTION 994 "The line-to-neutral measurement of the Real Power (Watts). 995 The line/phase being measured is indicated by the corresponding 996 lgpPduPsLineEntryLine value of this row in the table." 997 ::= { lgpPduPsLineEntry 63 } 998 999 lgpPduPsLineEntryPwrLL OBJECT-TYPE 1000 SYNTAX Unsigned32 1001 UNITS "Watt" 1002 MAX-ACCESS read-only 1003 STATUS current 1004 DESCRIPTION 1005 "The line-to-line measurement of the Real Power (Watts). 1006 The line/phase being measured is indicated by the corresponding 1007 lgpPduPsLineEntryLine value of this row in the table." 1008 ::= { lgpPduPsLineEntry 64 } 1009 1010 lgpPduPsLineEntryApLN OBJECT-TYPE 1011 SYNTAX Unsigned32 1012 UNITS "VoltAmp" 1013 MAX-ACCESS read-only 1014 STATUS current 1015 DESCRIPTION 1016 "The line-to-neutral measurement of the Apparent Power (VA). 1017 The line/phase being measured is indicated by the corresponding 1018 lgpPduPsLineEntryLine value of this row in the table." 1019 ::= { lgpPduPsLineEntry 65 } 1020 1021 lgpPduPsLineEntryApLL OBJECT-TYPE 1022 SYNTAX Unsigned32 1023 UNITS "VoltAmp" 1024 MAX-ACCESS read-only 1025 STATUS current 1026 DESCRIPTION 1027 "The line-to-line measurement of the Apparent Power (VA). 1028 The line/phase being measured is indicated by the corresponding 1029 lgpPduPsLineEntryLine value of this row in the table." 1030 ::= { lgpPduPsLineEntry 66 } 1031 1032 lgpPduPsLineEntryPfLN OBJECT-TYPE 1033 SYNTAX Integer32 1034 UNITS "0.01 Power Factor" 1035 MAX-ACCESS read-only 1036 STATUS current 1037 DESCRIPTION 1038 "The line-to-neutral measurement of the Power Factor of the 1039 power source. 1040 The line/phase being measured is indicated by the corresponding 1041 lgpPduPsLineEntryLine value of this row in the table." 1042 ::= { lgpPduPsLineEntry 67 } 1043 1044 lgpPduPsLineEntryPfLL OBJECT-TYPE 1045 SYNTAX Integer32 1046 UNITS "0.01 Power Factor" 1047 MAX-ACCESS read-only 1048 STATUS current 1049 DESCRIPTION 1050 "The line-to-line measurement of the Power Factor of the 1051 power source. 1052 The line/phase being measured is indicated by the corresponding 1053 lgpPduPsLineEntryLine value of this row in the table." 1054 ::= { lgpPduPsLineEntry 68 } 1055 1056-- ----------------------------------------------------------------------------- 1057 1058-- PDU Receptacle Branch 1059 1060-- ----------------------------------------------------------------------------- 1061 1062lgpPduReceptacleBranch OBJECT-IDENTITY 1063 STATUS current 1064 DESCRIPTION 1065 "This sub-tree contains information about PDU receptacle branches." 1066 REFERENCE 1067 "The registrations for the objects in this sub-tree are 1068 defined below." 1069 ::= { lgpPdu 40 } 1070 1071lgpPduRbTableCount OBJECT-TYPE 1072 SYNTAX Unsigned32 1073 UNITS "Count" 1074 MAX-ACCESS read-only 1075 STATUS current 1076 DESCRIPTION 1077 "Number of receptacle branches in the lgpPduRbTable." 1078 ::= { lgpPduReceptacleBranch 19 } 1079 1080lgpPduRbTable OBJECT-TYPE 1081 SYNTAX SEQUENCE OF LgpPduRbEntry 1082 MAX-ACCESS not-accessible 1083 STATUS current 1084 DESCRIPTION 1085 "This table contains a list of PDU Receptacle branches. 1086 The table contains zero, one, or many rows, depending 1087 upon the number of PDUs being managed and how many 1088 receptacle branches each PDU has installed. 1089 The NMS cannot create or delete rows in the table. The rows are 1090 created by the agent based upon the capabilities of the PDUs 1091 being managed. Each row in the table represents a receptacle branch 1092 for a given PDU. The PDU that a branch is installed 1093 on is indicated by the column lgpPduEntryIndex. The branch 1094 within the lgpPduEntryIndex PDU is indicated by the column 1095 lgpPduRbEntryIndex." 1096 ::= { lgpPduReceptacleBranch 20 } 1097 1098 lgpPduRbEntry OBJECT-TYPE 1099 SYNTAX LgpPduRbEntry 1100 MAX-ACCESS not-accessible 1101 STATUS current 1102 DESCRIPTION 1103 "This entry defines the attributes to be populated in the 1104 various columns of the 'lgpPduRbTable'. The table is indexed 1105 by both the 'lgpPduEntryIndex' and 'lgpPduRbEntryIndex'. The 1106 lgpPduEntryIndex specifies the PDU, defined in the lgpPduTable 1107 that the branch is on. The lgpPduRbEntryIndex uniquely identifies 1108 the branch within that PDU. Taken together the two indexes 1109 uniquely identify a branch being monitored by this agent. 1110 " 1111 INDEX 1112 { 1113 lgpPduEntryIndex, 1114 lgpPduRbEntryIndex 1115 } 1116 ::= { lgpPduRbTable 1 } 1117 1118 LgpPduRbEntry ::= SEQUENCE 1119 { 1120 lgpPduRbEntryIndex Unsigned32, 1121 lgpPduRbEntryId Unsigned32, 1122 lgpPduRbEntryUsrLabel DisplayString, 1123 lgpPduRbEntrySysAssignLabel DisplayString, 1124 lgpPduRbEntryPositionRelative Unsigned32, 1125 lgpPduRbEntrySerialNum DisplayString, 1126 lgpPduRbEntryModel DisplayString, 1127 lgpPduRbEntryFirmwareVersion DisplayString, 1128 lgpPduRbEntryUsrTag1 DisplayString, 1129 lgpPduRbEntryUsrTag2 DisplayString, 1130 lgpPduRbEntryReceptacleType INTEGER, 1131 lgpPduRbEntryCapabilities INTEGER, 1132 lgpPduRbEntryLineSource INTEGER, 1133 lgpPduRbEntryRcpCount Unsigned32, 1134 lgpPduRbEntryEpRated Unsigned32, 1135 lgpPduRbEntryEcRated Unsigned32, 1136 lgpPduRbEntryFreqRated Unsigned32, 1137 lgpPduRbEntryEnergyAccum Unsigned32, 1138 lgpPduRbEntryEpLNTenths Unsigned32, 1139 lgpPduRbEntryPwr Unsigned32, 1140 lgpPduRbEntryAp Unsigned32, 1141 lgpPduRbEntryPf Integer32, 1142 lgpPduRbEntryEcHundredths Unsigned32, 1143 lgpPduRbEntryEcThrshldUndrAlm Unsigned32, 1144 lgpPduRbEntryEcThrshldOvrWarn Unsigned32, 1145 lgpPduRbEntryEcThrshldOvrAlm Unsigned32, 1146 lgpPduRbEntryEcAvailBeforeAlarmHundredths Unsigned32, 1147 lgpPduRbEntryEcUsedBeforeAlarm Unsigned32, 1148 lgpPduRbEntryEpLLTenths Unsigned32, 1149 lgpPduRbEntrySwOverCurrentProtection INTEGER 1150 } 1151 1152 lgpPduRbEntryIndex OBJECT-TYPE 1153 SYNTAX Unsigned32 1154 MAX-ACCESS not-accessible 1155 STATUS current 1156 DESCRIPTION 1157 "This is the index that indicates the row of the 1158 'lgpPduRbTable'" 1159 ::= { lgpPduRbEntry 1 } 1160 1161 lgpPduRbEntryId OBJECT-TYPE 1162 SYNTAX Unsigned32 1163 MAX-ACCESS read-only 1164 STATUS current 1165 DESCRIPTION 1166 "A unique id representing the receptacle branch within the 1167 collection of branches being monitored by this agent. The 1168 uniqueness of this id is within the PDUs being managed by 1169 a single agent." 1170 ::= { lgpPduRbEntry 5 } 1171 1172 lgpPduRbEntryUsrLabel OBJECT-TYPE 1173 SYNTAX DisplayString 1174 MAX-ACCESS read-write 1175 STATUS current 1176 DESCRIPTION 1177 "A user assigned label representing the receptacle branch." 1178 ::= { lgpPduRbEntry 8 } 1179 1180 lgpPduRbEntrySysAssignLabel OBJECT-TYPE 1181 SYNTAX DisplayString 1182 MAX-ACCESS read-only 1183 STATUS current 1184 DESCRIPTION 1185 "System assigned identifier for this receptacle branch. The value 1186 is independent of any user assigned label or tag. The exact format 1187 of this label is system dependent and is subject to change, 1188 therefore, it should not be referenced for programmatic use." 1189 ::= { lgpPduRbEntry 20 } 1190 1191 lgpPduRbEntryPositionRelative OBJECT-TYPE 1192 SYNTAX Unsigned32 1193 UNITS "Count" 1194 MAX-ACCESS read-only 1195 STATUS current 1196 DESCRIPTION 1197 "This is a one-based value that indicates the relative 1198 position of the branch within the PDU." 1199 ::= { lgpPduRbEntry 25 } 1200 1201 lgpPduRbEntrySerialNum OBJECT-TYPE 1202 SYNTAX DisplayString 1203 MAX-ACCESS read-only 1204 STATUS current 1205 DESCRIPTION 1206 "A globally unique serial number for this branch. This number 1207 is assigned to the branch at the time of manufacture and can not 1208 be modified. NOTE: Generally only PDUs with replaceable 1209 receptacle branches will have serial numbers." 1210 ::= { lgpPduRbEntry 30 } 1211 1212 lgpPduRbEntryModel OBJECT-TYPE 1213 SYNTAX DisplayString 1214 MAX-ACCESS read-only 1215 STATUS current 1216 DESCRIPTION 1217 "This is the model designation for this receptacle branch." 1218 ::= { lgpPduRbEntry 35 } 1219 1220 lgpPduRbEntryFirmwareVersion OBJECT-TYPE 1221 SYNTAX DisplayString 1222 MAX-ACCESS read-only 1223 STATUS current 1224 DESCRIPTION 1225 "This is the firmware version number of the control software 1226 running on the receptacle branch. Only PDUs with 1227 replaceable receptacle branches will typically support this 1228 object." 1229 ::= { lgpPduRbEntry 40 } 1230 1231 lgpPduRbEntryUsrTag1 OBJECT-TYPE 1232 SYNTAX DisplayString 1233 MAX-ACCESS read-write 1234 STATUS current 1235 DESCRIPTION 1236 "This is a user assigned Tag for the receptacle branch. This 1237 value may be useful for end-user grouping or asset tracking 1238 purposes. The value for this tag does not need to be unique 1239 for this unit or across other units." 1240 ::= { lgpPduRbEntry 41 } 1241 1242 lgpPduRbEntryUsrTag2 OBJECT-TYPE 1243 SYNTAX DisplayString 1244 MAX-ACCESS read-write 1245 STATUS current 1246 DESCRIPTION 1247 "This is a user assigned Tag for the receptacle branch. This 1248 value may be useful for end-user grouping or asset tracking 1249 purposes. The value for this tag does not need to be unique 1250 for this unit or across other units." 1251 ::= { lgpPduRbEntry 42 } 1252 1253 lgpPduRbEntryReceptacleType OBJECT-TYPE 1254 SYNTAX INTEGER 1255 { 1256 not-specified(0), 1257 nema-5-20R-20-Amp(1), 1258 iec-C13-sheet-F-10-Amp(2), 1259 iec-C19-sheet-J-16-Amp(3), 1260 iec-C13-sheet-F-10-Amp-and-iec-C19-sheet-J-16-Amp(4), 1261 nema-5-20R-20-Amp-and-iec-C13-sheet-F-10-Amp(5), 1262 nema-5-20R-20-Amp-and-iec-C19-sheet-J-16-Amp(6), 1263 cee-7-type-E-schuko(7), 1264 nema-L6-30R-30-Amp(8) 1265 } 1266 MAX-ACCESS read-only 1267 STATUS current 1268 DESCRIPTION 1269 "This enumeration represents the type of receptacles installed 1270 on this receptacle branch. All receptacles on this branch are 1271 of this type/style. 1272 1273 not-specified 1274 If this value is returned, either the receptacle type has 1275 not been specified/configured or the agent monitoring this 1276 PDU does not have a SNMP enumeration defined to the type. 1277 " 1278 ::= { lgpPduRbEntry 45 } 1279 1280 lgpPduRbEntryCapabilities OBJECT-TYPE 1281 SYNTAX INTEGER 1282 { 1283 not-specified(0), 1284 no-optional-capabilities(1), 1285 measurement-only(2), 1286 measurement-and-control(3), 1287 control-only(4), 1288 current-measurement-only(5), 1289 current-measurement-and-control(6) 1290 } 1291 MAX-ACCESS read-only 1292 STATUS current 1293 DESCRIPTION 1294 "Receptacle branch capabilities describes what an individual branch 1295 is capable of. 1296 1297 no-optional-capabilities 1298 The branch is unable to report measurements and lacks 1299 control capabilities. 1300 measurement-only 1301 The branch is capable of reporting multiple measurements. 1302 measurement-and-control 1303 The branch is capable of reporting multiple measurements 1304 and controlling the state. 1305 control-only 1306 The branch is capable of controlling the state. 1307 current-measurement-only 1308 The branch is capable of reporting the current/amperage only. 1309 current-measurement-and-control 1310 The branch is capable of reporting the current/amperage and 1311 has the ability to control the state." 1312 ::= { lgpPduRbEntry 50 } 1313 1314 lgpPduRbEntryLineSource OBJECT-TYPE 1315 SYNTAX INTEGER 1316 { 1317 not-specified(0), 1318 line-1-neutral(1), 1319 line-2-neutral(2), 1320 line-3-neutral(3), 1321 line-1-line-2(4), 1322 line-2-line-3(5), 1323 line-3-line-1(6), 1324 line-1-line-2-and-line-1-neutral(7), 1325 line-2-line-3-and-line-2-neutral(8), 1326 line-3-line-1-and-line-3-neutral(9), 1327 unknown-line-neutral(10), 1328 unknown-line-line(11) 1329 } 1330 MAX-ACCESS read-only 1331 STATUS current 1332 DESCRIPTION 1333 "This represents the line source that is supplying power to this 1334 receptacle branch. 1335 not-specified 1336 The line source supplying power to the load for this 1337 receptacle branch has not been specified/configured. 1338 line-1-N 1339 The load for this receptacle branch is supplied by 1340 a line-to-neutral configuration. (line 1 to neutral). 1341 line-2-N 1342 The load for this receptacle branch is supplied by 1343 a line-to-neutral configuration. (line 2 to neutral). 1344 line-3-N 1345 The load for this receptacle branch is supplied by 1346 a line-to-neutral configuration. (line 3 to neutral). 1347 line-1-line-2 1348 The load for this receptacle branch is supplied by 1349 a line-to-line configuration (line 1 to line 2). 1350 line-2-line-3 1351 The load for this receptacle branch is supplied by 1352 a line-to-line configuration (line 2 to line 3). 1353 line-3-line-1 1354 The load for this receptacle branch is supplied by 1355 a line-to-line configuration (line 3 to line 1). 1356 line-1-line-2-and-line-1-neutral 1357 The load for this mixed receptacle branch is supplied by 1358 a line-to-line and line-to-neutral configuration 1359 (line 1 to line 2 and line 1 to neutral). 1360 line-2-line-3-and-line-2-neutral 1361 The load for this mixed receptacle branch is supplied by 1362 a line-to-line and line-to-neutral configuration 1363 (line 2 to line 3 and line 2 to neutral). 1364 line-3-line-1-and-line-3-neutral 1365 The load for this mixed receptacle branch is supplied by 1366 a line-to-line and line-to-neutral configuration 1367 (line 3 to line 1 and line 3 to neutral). 1368 unknown-line-neutral 1369 The load for this branch is supplied by 1370 a line-to-neutral configuration. The system is unable to 1371 determine which lines are supporting the load. 1372 unknown-line-line 1373 The load for this branch is supplied by 1374 a line-to-line configuration. The system is unable to 1375 determine which lines are supporting the load. 1376 " 1377 ::= { lgpPduRbEntry 55 } 1378 1379 lgpPduRbEntryRcpCount OBJECT-TYPE 1380 SYNTAX Unsigned32 1381 UNITS "Count" 1382 MAX-ACCESS read-only 1383 STATUS current 1384 DESCRIPTION 1385 "The number of receptacles on this receptacle branch." 1386 ::= { lgpPduRbEntry 60 } 1387 1388 lgpPduRbEntryEpRated OBJECT-TYPE 1389 SYNTAX Unsigned32 1390 UNITS "VoltRMS" 1391 MAX-ACCESS read-only 1392 STATUS current 1393 DESCRIPTION 1394 "Rated Line Voltage for the receptacle branch and its associated 1395 receptacles (i.e. This is the nominal line voltage that is 1396 available to the connected load; it is NOT a measured voltage.)" 1397 ::= { lgpPduRbEntry 70 } 1398 1399 lgpPduRbEntryEcRated OBJECT-TYPE 1400 SYNTAX Unsigned32 1401 UNITS "0.1 Amp-AC-RMS" 1402 MAX-ACCESS read-only 1403 STATUS current 1404 DESCRIPTION 1405 "This is the rated input line current for the module 1406 (it is NOT the measured current)." 1407 ::= { lgpPduRbEntry 75 } 1408 1409 lgpPduRbEntryFreqRated OBJECT-TYPE 1410 SYNTAX Unsigned32 1411 UNITS "Hertz" 1412 MAX-ACCESS read-only 1413 STATUS current 1414 DESCRIPTION 1415 "This is the rated electrical frequency for the receptacle branch 1416 and its associated receptacles" 1417 ::= { lgpPduRbEntry 80 } 1418 1419 lgpPduRbEntryEnergyAccum OBJECT-TYPE 1420 SYNTAX Unsigned32 1421 UNITS "0.1 Kilowatt-Hour" 1422 MAX-ACCESS read-write 1423 STATUS current 1424 DESCRIPTION 1425 "Total accumulated energy, measured at the receptacle branch input, 1426 since the last energy reset. Writing a value of 0 (zero) to this 1427 causes the accumulated energy to be reset. Writing a non-zero 1428 value is invalid and shall result in a write error and the 1429 total energy value remains unchanged. 1430 1431 If the energy has not been reset and has not wrapped, then this 1432 is the total energy since installation. 1433 1434 This value persists across boot events. 1435 1436 NOTE: Resetting this value does not reset the values for the 1437 individual receptacles." 1438 ::= { lgpPduRbEntry 85 } 1439 1440 lgpPduRbEntryEpLNTenths OBJECT-TYPE 1441 SYNTAX Unsigned32 1442 UNITS "0.1 VoltRMS" 1443 MAX-ACCESS read-only 1444 STATUS current 1445 DESCRIPTION 1446 "The line-to-neutral measurement of the Electrical Potential 1447 measured in Volts RMS (Root Mean Squared)." 1448 ::= { lgpPduRbEntry 100 } 1449 1450 lgpPduRbEntryPwr OBJECT-TYPE 1451 SYNTAX Unsigned32 1452 UNITS "Watt" 1453 MAX-ACCESS read-only 1454 STATUS current 1455 DESCRIPTION 1456 "The line-to-neutral measurement of the Real Power (Wattage)" 1457 ::= { lgpPduRbEntry 115 } 1458 1459 lgpPduRbEntryAp OBJECT-TYPE 1460 SYNTAX Unsigned32 1461 UNITS "VoltAmp" 1462 MAX-ACCESS read-only 1463 STATUS current 1464 DESCRIPTION 1465 "The line-to-neutral measurement of the Apparent Power (VA)" 1466 ::= { lgpPduRbEntry 120 } 1467 1468 lgpPduRbEntryPf OBJECT-TYPE 1469 SYNTAX Integer32 1470 UNITS "0.01 Power Factor" 1471 MAX-ACCESS read-only 1472 STATUS current 1473 DESCRIPTION 1474 "The line-to-neutral measurement of the Power Factor of the 1475 receptacle branches' input." 1476 ::= { lgpPduRbEntry 125 } 1477 1478 lgpPduRbEntryEcHundredths OBJECT-TYPE 1479 SYNTAX Unsigned32 1480 UNITS "0.01 Amp-AC-RMS" 1481 MAX-ACCESS read-only 1482 STATUS current 1483 DESCRIPTION 1484 "The line-to-neutral measurement of the Electrical Current 1485 measured in Amperes RMS (Root Mean Squared)." 1486 ::= { lgpPduRbEntry 130 } 1487 1488 lgpPduRbEntryEcThrshldUndrAlm OBJECT-TYPE 1489 SYNTAX Unsigned32 1490 UNITS "Percent" 1491 MAX-ACCESS read-write 1492 STATUS current 1493 DESCRIPTION 1494 "The threshold at which an under current alarm is activated. If 1495 the measured current (lgpPduRbEntryEc) is equal to or below 1496 this percentage of the full scale rated value 1497 (lgpPduRbEntryEcRated), an under current alarm 1498 is activated" 1499 ::= { lgpPduRbEntry 135 } 1500 1501 lgpPduRbEntryEcThrshldOvrWarn OBJECT-TYPE 1502 SYNTAX Unsigned32 1503 UNITS "Percent" 1504 MAX-ACCESS read-write 1505 STATUS current 1506 DESCRIPTION 1507 "The threshold at which an over current warning is activated. If 1508 the measured current (lgpPduRbEntryEc) is equal to or over 1509 this percentage of the full scale rated value 1510 (lgpPduRbEntryEcRated), an over current warning 1511 is activated" 1512 ::= { lgpPduRbEntry 140 } 1513 1514 lgpPduRbEntryEcThrshldOvrAlm OBJECT-TYPE 1515 SYNTAX Unsigned32 1516 UNITS "Percent" 1517 MAX-ACCESS read-write 1518 STATUS current 1519 DESCRIPTION 1520 "The threshold at which an over current alarm is activated. If 1521 the measured current (lgpPduRbEntryEcLN) is equal to or over 1522 this percentage of the full scale rated value 1523 (lgpPduRbEntryEcRated), an over current alarm 1524 is activated" 1525 ::= { lgpPduRbEntry 145 } 1526 1527 lgpPduRbEntryEcAvailBeforeAlarmHundredths OBJECT-TYPE 1528 SYNTAX Unsigned32 1529 UNITS "0.01 Amps-AC-RMS" 1530 MAX-ACCESS read-only 1531 STATUS current 1532 DESCRIPTION 1533 "The amount that the current/amperage may increase from its present 1534 value before an over current alarm occurs." 1535 ::= { lgpPduRbEntry 150 } 1536 1537 lgpPduRbEntryEcUsedBeforeAlarm OBJECT-TYPE 1538 SYNTAX Unsigned32 1539 UNITS "0.1 Percent" 1540 MAX-ACCESS read-only 1541 STATUS current 1542 DESCRIPTION 1543 "The percent of current utilization relative to the over current 1544 alarm threshold." 1545 ::= { lgpPduRbEntry 160 } 1546 1547 lgpPduRbEntryEpLLTenths OBJECT-TYPE 1548 SYNTAX Unsigned32 1549 UNITS "0.1 VoltRMS" 1550 MAX-ACCESS read-only 1551 STATUS current 1552 DESCRIPTION 1553 "The line-to-line measurement of the Electrical Potential 1554 measured in Volts RMS (Root Mean Squared)." 1555 ::= { lgpPduRbEntry 170 } 1556 1557 lgpPduRbEntrySwOverCurrentProtection OBJECT-TYPE 1558 SYNTAX INTEGER 1559 { 1560 disable(0), 1561 enable(1) 1562 } 1563 MAX-ACCESS read-write 1564 STATUS current 1565 DESCRIPTION 1566 "The configuration parameter to enable or disable the Branch 1567 SW Over Current Protection feature.If the feature is enabled, in case of Over Current Warning or Alarm condition, following action will be taken on the receptacles: 1568 Locked & On - No Change 1569 Locked & Off - No Change 1570 Unlocked & Off - Turn it Off and Lock it 1571 Unlocked & On - If load present, No Change. If no load, turn it Off and Lock it. 1572 No action will be taken if the feature is disabled. 1573 Note: Only applicable to PDU models where receptacle measurement and control is possible. Not applicable to branch monoitoring models 1574 1575 disabled 1576 This function is disabled. 1577 enable 1578 This function is enabled." 1579 1580 ::= { lgpPduRbEntry 175 } 1581 1582-- ----------------------------------------------------------------------------- 1583 1584-- PDU Receptacle Branch - Line/Phase Measurements. 1585 1586-- ----------------------------------------------------------------------------- 1587 1588lgpPduRbLineTable OBJECT-TYPE 1589 SYNTAX SEQUENCE OF LgpPduRbLineEntry 1590 MAX-ACCESS not-accessible 1591 STATUS deprecated 1592 DESCRIPTION 1593 "This table contains a list of PDU receptacle branch line/phase 1594 measurements. The table contains zero, one, or many rows, depending 1595 upon the number of PDUs and the number of receptacle branches 1596 on each PDU that are being monitored. 1597 1598 The NMS cannot create or delete rows in the table. 1599 The rows are created by the agent based upon the capabilities of the 1600 PDU(s) being monitored. Each row in the table represents a 1601 particular phase/line measurement of a PDU Receptacle 1602 Branch. 1603 1604 Rows in the table are uniquely identified by three indexes representing 1605 respectively the PDU (lgpPduEntryIndex), the receptacle 1606 branch (lgpPduRbEntryIndex) and the line/phase being 1607 measured (lgpPduRbLineEntryIndex). 1608 " 1609 ::= { lgpPduReceptacleBranch 40 } 1610 1611 lgpPduRbLineEntry OBJECT-TYPE 1612 SYNTAX LgpPduRbLineEntry 1613 MAX-ACCESS not-accessible 1614 STATUS deprecated 1615 DESCRIPTION 1616 "This entry defines the attributes to be populated in the 1617 various columns of the 'lgpPduRbLineTable'. The table is 1618 indexed by three indexes. The 'lgpPduEntryIndex' references 1619 a PDU in the 'lgpPduTable' to which this receptacle branch 1620 line/phase measurement belongs. The 'lgpPduRbEntryIndex' together 1621 with the 'lgpPduEntryIndex' references the receptacle branch 1622 in the 'lgpPduRbTable'. The 'lgpPduRbLineEntryIndex' represents 1623 the line/phase of the measurements in the row of this table. 1624 Together these three indexes uniquely identify a phase/line 1625 measurement on a receptacle branch within a PDU being monitored 1626 by this agent. 1627 " 1628 INDEX 1629 { 1630 lgpPduEntryIndex, 1631 lgpPduRbEntryIndex, 1632 lgpPduRbLineEntryIndex 1633 } 1634 ::= { lgpPduRbLineTable 1 } 1635 1636 LgpPduRbLineEntry ::= SEQUENCE 1637 { 1638 lgpPduRbLineEntryIndex Unsigned32, 1639 lgpPduRbLineEntryId Unsigned32, 1640 lgpPduRbLineEntryLine INTEGER, 1641 lgpPduRbLineEntryEpLNTenths Unsigned32, 1642 lgpPduRbLineEntryEpLN Unsigned32, 1643 lgpPduRbLineEntryEc Unsigned32, 1644 lgpPduRbLineEntryPwr Unsigned32, 1645 lgpPduRbLineEntryAp Unsigned32, 1646 lgpPduRbLineEntryPf Integer32, 1647 lgpPduRbLineEntryEcHundredths Unsigned32, 1648 lgpPduRbLineEntryEcThrshldUndrAlm Unsigned32, 1649 lgpPduRbLineEntryEcThrshldOvrWarn Unsigned32, 1650 lgpPduRbLineEntryEcThrshldOvrAlm Unsigned32, 1651 lgpPduRbLineEntryEcAvailBeforeAlarmHundredths Unsigned32, 1652 lgpPduRbLineEntryEcAvailBeforeAlarm Unsigned32, 1653 lgpPduRbLineEntryEcUsedBeforeAlarm Unsigned32, 1654 lgpPduRbLineEntryEpLL Unsigned32, 1655 lgpPduRbLineEntryEpLLTenths Unsigned32 1656 } 1657 1658 lgpPduRbLineEntryIndex OBJECT-TYPE 1659 SYNTAX Unsigned32 1660 MAX-ACCESS not-accessible 1661 STATUS deprecated 1662 DESCRIPTION 1663 "This is the index that indicates the row of the 1664 'lgpPduRbLineTable'" 1665 ::= { lgpPduRbLineEntry 1 } 1666 1667 lgpPduRbLineEntryId OBJECT-TYPE 1668 SYNTAX Unsigned32 1669 MAX-ACCESS read-only 1670 STATUS deprecated 1671 DESCRIPTION 1672 "Runtime assigned branch identifier." 1673 ::= { lgpPduRbLineEntry 5 } 1674 1675 lgpPduRbLineEntryLine OBJECT-TYPE 1676 SYNTAX INTEGER 1677 { 1678 phase1(1), 1679 phase2(2), 1680 phase3(3) 1681 } 1682 MAX-ACCESS read-only 1683 STATUS deprecated 1684 DESCRIPTION 1685 "The line number or phase that the measurement for this 1686 receptacle branch represents for each measurement in this row of 1687 the table. The phases are as follows: 1688 Line# Description 1689 ----- --------------------------------------------------- 1690 1 Line 1-N (A) for Line-to-Neutral measurements 1691 2 Line 2-N (B) for Line-to-Neutral measurements 1692 3 Line 3-N (C) for Line-to-Neutral measurements 1693 1694 1 Line 1-2 (A-B) for Line-to-Line measurements 1695 2 Line 2-3 (B-C) for Line-to-Line measurements 1696 3 Line 3-1 (C-A) for Line-to-Line measurements 1697 " 1698 ::= { lgpPduRbLineEntry 10 } 1699 1700 lgpPduRbLineEntryEpLNTenths OBJECT-TYPE 1701 SYNTAX Unsigned32 1702 UNITS "0.1 VoltRMS" 1703 MAX-ACCESS read-only 1704 STATUS deprecated 1705 DESCRIPTION 1706 "The line-to-neutral measurement of the Electrical Potential 1707 measured in Volts RMS (Root Mean Squared)." 1708 ::= { lgpPduRbLineEntry 19 } 1709 1710 lgpPduRbLineEntryEpLN OBJECT-TYPE 1711 SYNTAX Unsigned32 1712 UNITS "VoltRMS" 1713 MAX-ACCESS read-only 1714 STATUS deprecated 1715 DESCRIPTION 1716 "The line-to-neutral measurement of the Electrical Potential 1717 measured in Volts RMS (Root Mean Squared)." 1718 ::= { lgpPduRbLineEntry 20 } 1719 1720 lgpPduRbLineEntryEc OBJECT-TYPE 1721 SYNTAX Unsigned32 1722 UNITS "0.1 Amp-AC-RMS" 1723 MAX-ACCESS read-only 1724 STATUS deprecated 1725 DESCRIPTION 1726 "The line-to-neutral measurement of the Electrical Current 1727 measured in Amperes RMS (Root Mean Squared)." 1728 ::= { lgpPduRbLineEntry 21 } 1729 1730 lgpPduRbLineEntryPwr OBJECT-TYPE 1731 SYNTAX Unsigned32 1732 UNITS "Watt" 1733 MAX-ACCESS read-only 1734 STATUS deprecated 1735 DESCRIPTION 1736 "The line-to-neutral measurement of the Real Power (Wattage)" 1737 ::= { lgpPduRbLineEntry 22 } 1738 1739 lgpPduRbLineEntryAp OBJECT-TYPE 1740 SYNTAX Unsigned32 1741 UNITS "VoltAmp" 1742 MAX-ACCESS read-only 1743 STATUS deprecated 1744 DESCRIPTION 1745 "The line-to-neutral measurement of the Apparent Power (VA)" 1746 ::= { lgpPduRbLineEntry 23 } 1747 1748 lgpPduRbLineEntryPf OBJECT-TYPE 1749 SYNTAX Integer32 1750 UNITS "0.01 Power Factor" 1751 MAX-ACCESS read-only 1752 STATUS deprecated 1753 DESCRIPTION 1754 "The line-to-neutral measurement of the Power Factor of the 1755 receptacle branches' input." 1756 ::= { lgpPduRbLineEntry 24 } 1757 1758 lgpPduRbLineEntryEcHundredths OBJECT-TYPE 1759 SYNTAX Unsigned32 1760 UNITS "0.01 Amp-AC-RMS" 1761 MAX-ACCESS read-only 1762 STATUS deprecated 1763 DESCRIPTION 1764 "The line-to-neutral measurement of the Electrical Current 1765 measured in Amperes RMS (Root Mean Squared)." 1766 ::= { lgpPduRbLineEntry 25 } 1767 1768 lgpPduRbLineEntryEcThrshldUndrAlm OBJECT-TYPE 1769 SYNTAX Unsigned32 1770 UNITS "Percent" 1771 MAX-ACCESS read-write 1772 STATUS deprecated 1773 DESCRIPTION 1774 "The threshold at which an under current alarm is activated. If 1775 the measured current (lgpPduRbLineEntryEc) is equal to or below 1776 this percentage of the full scale rated value 1777 (lgpPduRbEntryEcRated), an under current alarm 1778 is activated" 1779 ::= { lgpPduRbLineEntry 35 } 1780 1781 lgpPduRbLineEntryEcThrshldOvrWarn OBJECT-TYPE 1782 SYNTAX Unsigned32 1783 UNITS "Percent" 1784 MAX-ACCESS read-write 1785 STATUS deprecated 1786 DESCRIPTION 1787 "The threshold at which an over current warning is activated. If 1788 the measured current (lgpPduRbLineEntryEc) is equal to or over 1789 this percentage of the full scale rated value 1790 (lgpPduRbEntryEcRated), an over current warning 1791 is activated" 1792 ::= { lgpPduRbLineEntry 36 } 1793 1794 lgpPduRbLineEntryEcThrshldOvrAlm OBJECT-TYPE 1795 SYNTAX Unsigned32 1796 UNITS "Percent" 1797 MAX-ACCESS read-write 1798 STATUS deprecated 1799 DESCRIPTION 1800 "The threshold at which an over current alarm is activated. If 1801 the measured current (lgpPduRbLineEntryEcLN) is equal to or over 1802 this percentage of the full scale rated value 1803 (lgpPduRbEntryEcRated), an over current alarm 1804 is activated" 1805 ::= { lgpPduRbLineEntry 37 } 1806 1807 lgpPduRbLineEntryEcAvailBeforeAlarmHundredths OBJECT-TYPE 1808 SYNTAX Unsigned32 1809 UNITS "0.01 Amps-AC-RMS" 1810 MAX-ACCESS read-only 1811 STATUS deprecated 1812 DESCRIPTION 1813 "The amount that the current/amperage may increase from its present 1814 value before an over current alarm occurs." 1815 ::= { lgpPduRbLineEntry 39 } 1816 1817 lgpPduRbLineEntryEcAvailBeforeAlarm OBJECT-TYPE 1818 SYNTAX Unsigned32 1819 UNITS "0.1 Amps-AC-RMS" 1820 MAX-ACCESS read-only 1821 STATUS deprecated 1822 DESCRIPTION 1823 "The amount that the current/amperage may increase from its present 1824 value before an over current alarm occurs." 1825 ::= { lgpPduRbLineEntry 40 } 1826 1827 lgpPduRbLineEntryEcUsedBeforeAlarm OBJECT-TYPE 1828 SYNTAX Unsigned32 1829 UNITS "0.1 Percent" 1830 MAX-ACCESS read-only 1831 STATUS deprecated 1832 DESCRIPTION 1833 "The percent of current utilization relative to the over current 1834 alarm threshold." 1835 ::= { lgpPduRbLineEntry 41 } 1836 1837 lgpPduRbLineEntryEpLL OBJECT-TYPE 1838 SYNTAX Unsigned32 1839 UNITS "VoltRMS" 1840 MAX-ACCESS read-only 1841 STATUS deprecated 1842 DESCRIPTION 1843 "The line-to-line measurement of the Electrical Potential 1844 measured in Volts RMS (Root Mean Squared)." 1845 ::= { lgpPduRbLineEntry 60 } 1846 1847 lgpPduRbLineEntryEpLLTenths OBJECT-TYPE 1848 SYNTAX Unsigned32 1849 UNITS "0.1 VoltRMS" 1850 MAX-ACCESS read-only 1851 STATUS deprecated 1852 DESCRIPTION 1853 "The line-to-line measurement of the Electrical Potential 1854 measured in Volts RMS (Root Mean Squared)." 1855 ::= { lgpPduRbLineEntry 61 } 1856 1857-- ----------------------------------------------------------------------------- 1858 1859-- PDU Receptacle (RCP) - Table 1860 1861-- ----------------------------------------------------------------------------- 1862 1863lgpPduReceptacle OBJECT-IDENTITY 1864 STATUS current 1865 DESCRIPTION 1866 "This sub-tree contains information about PDU receptacles." 1867 REFERENCE 1868 "The registrations for the objects in this sub-tree are 1869 defined below." 1870 ::= { lgpPdu 50 } 1871 1872lgpPduRcpTableCount OBJECT-TYPE 1873 SYNTAX Unsigned32 1874 UNITS "Count" 1875 MAX-ACCESS read-only 1876 STATUS current 1877 DESCRIPTION 1878 "Number of receptacles in the lgpPduRcpTable." 1879 ::= { lgpPduReceptacle 19 } 1880 1881lgpPduRcpTable OBJECT-TYPE 1882 SYNTAX SEQUENCE OF LgpPduRcpEntry 1883 MAX-ACCESS not-accessible 1884 STATUS current 1885 DESCRIPTION 1886 "This table contains a list of PDU receptacle entries. 1887 The table contains numerous rows representing an individual 1888 receptacle, depending upon the number and configuration of 1889 the PDU(s) being monitored by the agent. 1890 1891 The NMS cannot create or delete rows in the table. The rows are 1892 created by the agent based upon the capabilities of the managed 1893 PDU(s). Each row in the table represents a receptacle in 1894 the system. 1895 " 1896 ::= { lgpPduReceptacle 20 } 1897 1898 lgpPduRcpEntry OBJECT-TYPE 1899 SYNTAX LgpPduRcpEntry 1900 MAX-ACCESS not-accessible 1901 STATUS current 1902 DESCRIPTION 1903 "This entry defines the attributes to be populated in the 1904 various columns of the 'lgpPduRcpTable'. This table is indexed 1905 by three indexes. The 'lgpPduEntryIndex' references a PDU in 1906 the 'lgpPduTable' that a given row in this table represents. 1907 The 'lgpPduRbEntryIndex' together with the 'lgpPduEntryIndex' 1908 specifies a row in the 'lgpPduRbTable' that the receptacle 1909 belongs. The 'lgpPduRcpEntryIndex' identifies the particular 1910 receptacle within the branch. 1911 " 1912 1913 INDEX 1914 { 1915 lgpPduEntryIndex, 1916 lgpPduRbEntryIndex, 1917 lgpPduRcpEntryIndex 1918 } 1919 ::= { lgpPduRcpTable 1 } 1920 1921 LgpPduRcpEntry ::= SEQUENCE 1922 { 1923 lgpPduRcpEntryIndex Unsigned32, 1924 lgpPduRcpEntryId Unsigned32, 1925 lgpPduRcpEntryUsrLabel DisplayString, 1926 lgpPduRcpEntryUsrTag1 DisplayString, 1927 lgpPduRcpEntryUsrTag2 DisplayString, 1928 lgpPduRcpEntrySysAssignLabel DisplayString, 1929 lgpPduRcpEntryPosition Unsigned32, 1930 lgpPduRcpEntryType INTEGER, 1931 lgpPduRcpEntryLineSource INTEGER, 1932 lgpPduRcpEntryCapabilities INTEGER, 1933 lgpPduRcpEntryEp Unsigned32, 1934 lgpPduRcpEntryEpTenths Unsigned32, 1935 lgpPduRcpEntryEc Unsigned32, 1936 lgpPduRcpEntryEcHundredths Unsigned32, 1937 lgpPduRcpEntryPwrOut Unsigned32, 1938 lgpPduRcpEntryApOut Unsigned32, 1939 lgpPduRcpEntryPf Unsigned32, 1940 lgpPduRcpEntryFreq Unsigned32, 1941 lgpPduRcpEntryEnergyAccum Unsigned32, 1942 lgpPduRcpEntryPwrOnDelay Unsigned32, 1943 lgpPduRcpEntryPwrState INTEGER, 1944 lgpPduRcpEntryPwrUpState INTEGER, 1945 lgpPduRcpEntryControl INTEGER, 1946 lgpPduRcpEntryControlLock INTEGER, 1947 lgpPduRcpEntryEcThrshldUnderAlarm Unsigned32, 1948 lgpPduRcpEntryEcThrshldOverWarn Unsigned32, 1949 lgpPduRcpEntryEcThrshldOverAlarm Unsigned32, 1950 lgpPduRcpEntryEcAvailBeforeAlarmHundredths Unsigned32, 1951 lgpPduRcpEntryEcAvailBeforeAlarm Unsigned32, 1952 lgpPduRcpEntryEcUsedBeforeAlarm Unsigned32, 1953 lgpPduRcpEntryEcCrestFactor Unsigned32, 1954 lgpPduRcpEntryBlinkLED INTEGER, 1955 lgpPduRcpEntrySwOverTemperatureProtection INTEGER, 1956 lgpPduRcpEntryOperationCondition INTEGER, 1957 lgpPduRcpEntryCriticality INTEGER, 1958 lgpPduRcpEntryPostOnDelay Unsigned32, 1959 lgpPduRcpEntryPostOffDelay Unsigned32, 1960 lgpPduRcpEntryAddReceptacleToGroup OBJECT IDENTIFIER, 1961 lgpPduRcpEntryRemoveReceptacleFromGroup OBJECT IDENTIFIER 1962 } 1963 1964 lgpPduRcpEntryIndex OBJECT-TYPE 1965 SYNTAX Unsigned32 1966 MAX-ACCESS not-accessible 1967 STATUS current 1968 DESCRIPTION 1969 "This is the index that indicates the receptacle position on the 1970 receptacle branch. This along with the other two indexes on the 1971 lgpPduRcpTable uniquely identify the receptacle in this table." 1972 ::= { lgpPduRcpEntry 1 } 1973 1974 lgpPduRcpEntryId OBJECT-TYPE 1975 SYNTAX Unsigned32 1976 MAX-ACCESS read-only 1977 STATUS current 1978 DESCRIPTION 1979 "A runtime assigned receptacle identification number." 1980 ::= { lgpPduRcpEntry 5 } 1981 1982 lgpPduRcpEntryUsrLabel OBJECT-TYPE 1983 SYNTAX DisplayString 1984 MAX-ACCESS read-write 1985 STATUS current 1986 DESCRIPTION 1987 "User assigned label for this receptacle." 1988 ::= { lgpPduRcpEntry 10 } 1989 1990 lgpPduRcpEntryUsrTag1 OBJECT-TYPE 1991 SYNTAX DisplayString 1992 MAX-ACCESS read-write 1993 STATUS current 1994 DESCRIPTION 1995 "User assigned Tag to assist in identifying or grouping this 1996 receptacle within the end-users domain." 1997 ::= { lgpPduRcpEntry 15 } 1998 1999 lgpPduRcpEntryUsrTag2 OBJECT-TYPE 2000 SYNTAX DisplayString 2001 MAX-ACCESS read-write 2002 STATUS current 2003 DESCRIPTION 2004 "User assigned Tag to assist in identifying or grouping this 2005 receptacle within the end-users domain." 2006 ::= { lgpPduRcpEntry 20 } 2007 2008 lgpPduRcpEntrySysAssignLabel OBJECT-TYPE 2009 SYNTAX DisplayString 2010 MAX-ACCESS read-only 2011 STATUS current 2012 DESCRIPTION 2013 "System assigned identifier representing the receptacle. The value 2014 is independent of any user assigned label or tag. The exact format 2015 of this label is system dependent and is subject to change, 2016 therefore, it should not be referenced for programmatic use." 2017 ::= { lgpPduRcpEntry 25 } 2018 2019 lgpPduRcpEntryPosition OBJECT-TYPE 2020 SYNTAX Unsigned32 2021 MAX-ACCESS read-only 2022 STATUS current 2023 DESCRIPTION 2024 "A number representing the position of the receptacle within the 2025 receptacle branch." 2026 ::= { lgpPduRcpEntry 30 } 2027 2028 lgpPduRcpEntryType OBJECT-TYPE 2029 SYNTAX INTEGER 2030 { 2031 not-specified(0), 2032 nema-5-20R-20-Amp(1), 2033 iec-C13-sheet-F-10-Amp(2), 2034 iec-C19-sheet-J-16-Amp(3), 2035 cee-7-type-E-schuko(7), 2036 nema-L6-30R-30-Amp(8) 2037 } 2038 MAX-ACCESS read-only 2039 STATUS current 2040 DESCRIPTION 2041 "The type or form of receptacle. The enumerations are specified 2042 in well-known industry standard terms and abbreviations." 2043 ::= { lgpPduRcpEntry 40 } 2044 2045 lgpPduRcpEntryLineSource OBJECT-TYPE 2046 SYNTAX INTEGER 2047 { 2048 not-specified(0), 2049 line-1-N(1), 2050 line-2-N(2), 2051 line-3-N(3), 2052 line-1-line-2(4), 2053 line-2-line-3(5), 2054 line-3-line-1(6), 2055 unknown-line-neutral(7), 2056 unknown-line-line(8) 2057 } 2058 MAX-ACCESS read-only 2059 STATUS current 2060 DESCRIPTION 2061 "This represents the line source that is supplying power to this 2062 receptacle. 2063 not-specified 2064 The line source supplying power to the load for this 2065 receptacle has not been specified/configured. 2066 line-1-N 2067 The load for this receptacle is supplied by 2068 a line-to-neutral configuration. (line 1 to neutral). 2069 line-2-N 2070 The load for this receptacle is supplied by 2071 a line-to-neutral configuration. (line 2 to neutral). 2072 line-3-N 2073 The load for this receptacle is supplied by 2074 a line-to-neutral configuration. (line 3 to neutral). 2075 line-1-line-2 2076 The load for this receptacle is supplied by 2077 a line-to-line configuration (line 1 to line 2). 2078 line-2-line-3 2079 The load for this receptacle is supplied by 2080 a line-to-line configuration (line 2 to line 3). 2081 line-3-line-1 2082 The load for this receptacle is supplied by 2083 a line-to-line configuration (line 3 to line 1). 2084 unknown-line-neutral 2085 The load for this receptacle is supplied by 2086 a line-to-neutral configuration. The system is unable to 2087 determine which lines are supporting the load. 2088 unknown-line-line 2089 The load for this receptacle is supplied by 2090 a line-to-line configuration. The system is unable to 2091 determine which lines are supporting the load. 2092 " 2093 ::= { lgpPduRcpEntry 45 } 2094 2095 lgpPduRcpEntryCapabilities OBJECT-TYPE 2096 SYNTAX INTEGER 2097 { 2098 not-specified(0), 2099 no-optional-capabilities(1), 2100 measurement-only(2), 2101 measurement-and-control(3), 2102 control-only(4), 2103 current-measurement-only(5), 2104 current-measurement-and-control(6) 2105 } 2106 MAX-ACCESS read-only 2107 STATUS current 2108 DESCRIPTION 2109 "Receptacle capabilities describes what an individual receptacle is 2110 capable of. 2111 2112 no-optional-capabilities 2113 The receptacle is unable to report measurements and lacks 2114 control capabilities. 2115 measurement-only 2116 The receptacle is capable of reporting multiple measurements. 2117 measurement-and-control 2118 The receptacle is capable of reporting multiple measurements 2119 and controlling the state. 2120 control-only 2121 The receptacle is capable of controlling the state. 2122 current-measurement-only 2123 The receptacle is capable of reporting the current/amperage 2124 only. 2125 current-measurement-and-control 2126 The receptacle is capable of reporting the current/amperage and 2127 has the ability to control the state." 2128 ::= { lgpPduRcpEntry 50 } 2129 2130 lgpPduRcpEntryEp OBJECT-TYPE 2131 SYNTAX Unsigned32 2132 UNITS "Volts-AC-RMS" 2133 MAX-ACCESS read-only 2134 STATUS current 2135 DESCRIPTION 2136 "Voltage being delivered to the load attached to the receptacle. 2137 Alternating Current RMS Electrical Potential measurement." 2138 ::= { lgpPduRcpEntry 55 } 2139 2140 lgpPduRcpEntryEpTenths OBJECT-TYPE 2141 SYNTAX Unsigned32 2142 UNITS "0.1 Volts-AC-RMS" 2143 MAX-ACCESS read-only 2144 STATUS current 2145 DESCRIPTION 2146 "Voltage being delivered to the load attached to the receptacle. 2147 Alternating Current RMS Electrical Potential measurement." 2148 ::= { lgpPduRcpEntry 56 } 2149 2150 lgpPduRcpEntryEc OBJECT-TYPE 2151 SYNTAX Unsigned32 2152 UNITS "0.1 Amp-AC-RMS" 2153 MAX-ACCESS read-only 2154 STATUS current 2155 DESCRIPTION 2156 "Current (amperage) being delivered to the load attached to 2157 the receptacle. Electrical Current is measured in 2158 Amperes RMS (Root Mean Squared)." 2159 ::= { lgpPduRcpEntry 60 } 2160 2161 lgpPduRcpEntryEcHundredths OBJECT-TYPE 2162 SYNTAX Unsigned32 2163 UNITS "0.01 Amp-AC-RMS" 2164 MAX-ACCESS read-only 2165 STATUS current 2166 DESCRIPTION 2167 "Current (amperage) being delivered to the load attached to 2168 the receptacle. Electrical Current is measured in 2169 Amperes RMS (Root Mean Squared)." 2170 ::= { lgpPduRcpEntry 61 } 2171 2172 lgpPduRcpEntryPwrOut OBJECT-TYPE 2173 SYNTAX Unsigned32 2174 UNITS "Watt" 2175 MAX-ACCESS read-only 2176 STATUS current 2177 DESCRIPTION 2178 "Real Power (watts) being delivered to the load attached to 2179 the receptacle." 2180 ::= { lgpPduRcpEntry 65 } 2181 2182 lgpPduRcpEntryApOut OBJECT-TYPE 2183 SYNTAX Unsigned32 2184 UNITS "Volt-Amp-RMS" 2185 MAX-ACCESS read-only 2186 STATUS current 2187 DESCRIPTION 2188 "Apparent Power (volt-amps) being delivered to the load 2189 attached to the receptacle." 2190 ::= { lgpPduRcpEntry 70 } 2191 2192 lgpPduRcpEntryPf OBJECT-TYPE 2193 SYNTAX Unsigned32 2194 UNITS ".01 Power Factor" 2195 MAX-ACCESS read-only 2196 STATUS current 2197 DESCRIPTION 2198 "Receptacle Power Factor, which is the ratio of real power 2199 to apparent power (i.e. ratio of watts to volts-amps)." 2200 ::= { lgpPduRcpEntry 75 } 2201 2202 lgpPduRcpEntryFreq OBJECT-TYPE 2203 SYNTAX Unsigned32 2204 UNITS "0.1 Hertz" 2205 MAX-ACCESS read-only 2206 STATUS current 2207 DESCRIPTION 2208 "The measured line frequency being delivered to the load 2209 attached to the receptacle." 2210 ::= { lgpPduRcpEntry 80 } 2211 2212 lgpPduRcpEntryEnergyAccum OBJECT-TYPE 2213 SYNTAX Unsigned32 2214 UNITS "0.1 Kilowatt-Hour" 2215 MAX-ACCESS read-write 2216 STATUS current 2217 DESCRIPTION 2218 "Total accumulated energy, measured at the module input, since 2219 the last energy reset. Writing a value of 0 (zero) to this 2220 causes the accumulated energy to be reset. Writing a non-zero 2221 value is invalid and shall result in a write error and the 2222 total energy value remains unchanged. 2223 2224 If the energy has not been reset and has not wrapped, 2225 then this is the total energy since installation. 2226 2227 This value persists across boot events." 2228 ::= { lgpPduRcpEntry 85 } 2229 2230 lgpPduRcpEntryPwrOnDelay OBJECT-TYPE 2231 SYNTAX Unsigned32 2232 UNITS "Seconds" 2233 MAX-ACCESS read-write 2234 STATUS current 2235 DESCRIPTION 2236 "The amount of time to wait before power is applied to the 2237 receptacle after a power strip is turned on or rebooted. 2238 This can be used to stagger the powering of multiple 2239 receptacles in order to prevent a large initial current 2240 draw." 2241 ::= { lgpPduRcpEntry 90 } 2242 2243 lgpPduRcpEntryPwrState OBJECT-TYPE 2244 SYNTAX INTEGER 2245 { 2246 unknown(0), 2247 off(1), 2248 on(2), 2249 off-pending-on-delay(3) 2250 } 2251 MAX-ACCESS read-only 2252 STATUS current 2253 DESCRIPTION 2254 "unknown 2255 The current power state is unknown. 2256 off 2257 The current power state of the receptacle is OFF. 2258 on 2259 The current power state of the receptacle is ON. 2260 off-pending-on-delay 2261 The current power state of the receptacle is OFF. The power 2262 will be ON at the expiration of the ON delay of this 2263 receptacle." 2264 ::= { lgpPduRcpEntry 95 } 2265 2266 lgpPduRcpEntryPwrUpState OBJECT-TYPE 2267 SYNTAX INTEGER 2268 { 2269 on(1), 2270 off(2), 2271 last-state(3) 2272 } 2273 MAX-ACCESS read-write 2274 STATUS current 2275 DESCRIPTION 2276 "The 'Power Up State' defines the state to which the receptacle shall return 2277 after a power cycle of the PDU. 2278 2279 on 2280 The receptacle shall be switched to the ON state after the power on delay 2281 timer (lgpPduRcpEntryPwrOnDelay). 2282 off 2283 The receptacle shall be in the OFF state upon power cycle. 2284 last-state 2285 The receptacle shall be put to the previous state. Again, on state will be 2286 effective only after the power on delay (lgpPduRcpEntryPwrOnDelay)." 2287 ::= { lgpPduRcpEntry 96 } 2288 2289 lgpPduRcpEntryControl OBJECT-TYPE 2290 SYNTAX INTEGER 2291 { 2292 off(0), 2293 on(1), 2294 cycle-power(2) 2295 } 2296 MAX-ACCESS read-write 2297 STATUS current 2298 DESCRIPTION 2299 "This object represents the current and persistent (configured) 2300 power state of the receptacle. The receptacle can also be 2301 controlled by writing to this object. 2302 off 2303 The current and persisted (configured) power state of the 2304 receptacle is 'off'. When writing 'off' to this object the 2305 receptacle, if ON, will be turned OFF and its persistent 2306 (configured) power state will be set to 'off'. 2307 on 2308 The current and persisted (configured) power state of the 2309 receptacle is 'on'. When writing 'on' to this object the 2310 receptacle, if 'off', will be turned 'on' and its persistent 2311 (configured) power state will be set to 'on'. 2312 cycle-power 2313 The receptacle is currently in a power-cycle state. The 2314 power to the receptacle is being turned off momentarily and 2315 will then revert to being 'on'. 2316 When writing 'cycle-power' to this OBJECT if the receptacle is 2317 'on' it will be momentarily turned 'off' and then revert to the 2318 'on' state. The receptacle's persistent (configured) power 2319 state will be left unchanged ('on'). 2320 2321 If the receptacle is OFF writing cycle-power has no 2322 affect on the receptacle. 2323 " 2324 ::= { lgpPduRcpEntry 100 } 2325 2326 lgpPduRcpEntryControlLock OBJECT-TYPE 2327 SYNTAX INTEGER 2328 { 2329 unknown(0), 2330 unlocked(1), 2331 locked(2) 2332 } 2333 MAX-ACCESS read-write 2334 STATUS current 2335 DESCRIPTION 2336 "This object represents the locked state of the receptacle. 2337 2338 unknown 2339 The lock state of the receptacle is not known at this time. 2340 locked 2341 If the receptacle is 'locked' then its current persisted 2342 (configured) state can not be changed. 2343 unlocked 2344 If the receptacle is 'unlocked', then a user with proper 2345 permissions may change the receptacles state." 2346 ::= { lgpPduRcpEntry 105 } 2347 2348 lgpPduRcpEntryEcThrshldUnderAlarm OBJECT-TYPE 2349 SYNTAX Unsigned32 2350 UNITS "Percent" 2351 MAX-ACCESS read-write 2352 STATUS current 2353 DESCRIPTION 2354 "The threshold at which an under current alarm is activated. If 2355 the measured current (lgpPduRbLineEntryEcLL) is equal to or below 2356 this percentage of the full scale rated value 2357 (lgpPduRbEntryEcRated), an under current alarm 2358 is activated" 2359 ::= { lgpPduRcpEntry 150 } 2360 2361 lgpPduRcpEntryEcThrshldOverWarn OBJECT-TYPE 2362 SYNTAX Unsigned32 2363 UNITS "Percent" 2364 MAX-ACCESS read-write 2365 STATUS current 2366 DESCRIPTION 2367 "The threshold at which an over current warning is activated. If 2368 the measured current (lgpPduRbLineEntryEcLL) is equal to or over 2369 this percentage of the full scale rated value 2370 (lgpPduRbEntryEcRated), an over current warning 2371 is activated" 2372 ::= { lgpPduRcpEntry 151 } 2373 2374 lgpPduRcpEntryEcThrshldOverAlarm OBJECT-TYPE 2375 SYNTAX Unsigned32 2376 UNITS "Percent" 2377 MAX-ACCESS read-write 2378 STATUS current 2379 DESCRIPTION 2380 "The threshold at which an over current alarm is activated. If 2381 the measured current (lgpPduRbLineEntryEcLL) is equal to or over 2382 this percentage of the full scale rated value 2383 (lgpPduRbEntryEcRated), an over current alarm 2384 is activated" 2385 ::= { lgpPduRcpEntry 152 } 2386 2387 lgpPduRcpEntryEcAvailBeforeAlarmHundredths OBJECT-TYPE 2388 SYNTAX Unsigned32 2389 UNITS "0.01 Amps-AC-RMS" 2390 MAX-ACCESS read-only 2391 STATUS current 2392 DESCRIPTION 2393 "The amount that the current/amperage may increase from its present 2394 value before an over current alarm occurs." 2395 ::= { lgpPduRcpEntry 159 } 2396 2397 lgpPduRcpEntryEcAvailBeforeAlarm OBJECT-TYPE 2398 SYNTAX Unsigned32 2399 UNITS "0.1 Amps-AC-RMS" 2400 MAX-ACCESS read-only 2401 STATUS current 2402 DESCRIPTION 2403 "The amount that the current/amperage may increase from its present 2404 value before an over current alarm occurs." 2405 ::= { lgpPduRcpEntry 160 } 2406 2407 lgpPduRcpEntryEcUsedBeforeAlarm OBJECT-TYPE 2408 SYNTAX Unsigned32 2409 UNITS "0.1 Percent" 2410 MAX-ACCESS read-only 2411 STATUS current 2412 DESCRIPTION 2413 "The percent of current utilization relative to the over current 2414 alarm threshold." 2415 ::= { lgpPduRcpEntry 161 } 2416 2417 lgpPduRcpEntryEcCrestFactor OBJECT-TYPE 2418 SYNTAX Unsigned32 2419 UNITS "0.01" 2420 MAX-ACCESS read-only 2421 STATUS current 2422 DESCRIPTION 2423 "Receptacle current crest factor, which is the peak amplitude of the 2424 current waveform divided by the RMS value of the waveform." 2425 ::= { lgpPduRcpEntry 162 } 2426 2427 lgpPduRcpEntryBlinkLED OBJECT-TYPE 2428 SYNTAX INTEGER 2429 { 2430 noAction(1), 2431 blinkLED(2) 2432 } 2433 MAX-ACCESS read-write 2434 STATUS current 2435 DESCRIPTION 2436 "Blink the receptacle LED. Writing blinkLED(2) will cause the LED 2437 to blink for a predefined duration of time. Reading this object 2438 will always return noAction(1)." 2439 ::= { lgpPduRcpEntry 200 } 2440 2441 lgpPduRcpEntrySwOverTemperatureProtection OBJECT-TYPE 2442 SYNTAX INTEGER 2443 { 2444 disable(0), 2445 enable(1) 2446 } 2447 MAX-ACCESS read-write 2448 STATUS current 2449 DESCRIPTION 2450 "The configuration parameter to enable or disable the Receptacle 2451 SW Over Temperature Protection feature 2452 If the feature is enabled, in case of Over Temperature Alarm condition, 2453 following action will be taken on the receptacles: 2454 Locked & Off - No Change 2455 Unlocked & Off - No Change 2456 Unlocked & On - Turn it Off. 2457 Locked & On - Turn it Off and keep it Locked. 2458 2459 No action will be taken if the feature is disabled." 2460 ::= { lgpPduRcpEntry 205 } 2461 2462 lgpPduRcpEntryOperationCondition OBJECT-TYPE 2463 SYNTAX INTEGER 2464 { 2465 normalOperation(1), 2466 normalWithWarning(2), 2467 normalWithAlarm(3), 2468 abnormal(4) 2469 } 2470 MAX-ACCESS read-only 2471 STATUS current 2472 DESCRIPTION 2473 "Receptacle Operating Condition - indicates the condition of the receptacle. 2474 2475 The operating condition has the following: 2476 2477 Normal 2478 Normal operation without any alarm or warning. 2479 Alarm 2480 An Alarm condition due to over/under current. 2481 Warning 2482 A Warning condition due to over/under current 2483 Abnormal 2484 A condition in which the outlet is in 'Power Off State' but still drawing current." 2485 ::= { lgpPduRcpEntry 210 } 2486 2487 lgpPduRcpEntryCriticality OBJECT-TYPE 2488 SYNTAX INTEGER 2489 { 2490 critical(0), 2491 notCritical(1) 2492 } 2493 MAX-ACCESS read-write 2494 STATUS current 2495 DESCRIPTION 2496 "The configuration parameter can be used by the user to mark a receptacle as 2497 critical or non-critical." 2498 ::= { lgpPduRcpEntry 215 } 2499 2500 lgpPduRcpEntryPostOnDelay OBJECT-TYPE 2501 SYNTAX Unsigned32 2502 UNITS "Seconds" 2503 MAX-ACCESS read-write 2504 STATUS current 2505 DESCRIPTION 2506 "The 'Post On Delay' is the time interval (in seconds) that the PDU waits after 2507 a command is issued to switch ON a receptacle before applying power to the receptacle 2508 2509 A value of zero implies that there is no delay (i.e. the receptacle is turned on 2510 immediately on command issue)." 2511 ::= { lgpPduRcpEntry 220 } 2512 2513 lgpPduRcpEntryPostOffDelay OBJECT-TYPE 2514 SYNTAX Unsigned32 2515 UNITS "Seconds" 2516 MAX-ACCESS read-write 2517 STATUS current 2518 DESCRIPTION 2519 "The 'Post Off Delay' is the time interval (in seconds) that the PDU waits after 2520 a command is issued to switch OFF a receptacle before removing power from the receptacle 2521 2522 A value of zero implies that there is no delay (i.e. the receptacle is turned off 2523 immediately on command issue)." 2524 ::= { lgpPduRcpEntry 225 } 2525 2526 lgpPduRcpEntryAddReceptacleToGroup OBJECT-TYPE 2527 SYNTAX OBJECT IDENTIFIER 2528 MAX-ACCESS read-write 2529 STATUS current 2530 DESCRIPTION 2531 "This receptacle can be added to a group by writing a corresponding 2532 OID to this column. The OID must be a pointer to the 2533 lgpPduRcpGroupUsrLabel from the lgpPduRcpGroupTable. 2534 For example, to add this receptacle to group 1, the oid 2535 .1.3.6.1.4.1.476.1.42.3.8.50.30.10.1.1 would be written to 2536 this column." 2537 ::= { lgpPduRcpEntry 230 } 2538 2539 lgpPduRcpEntryRemoveReceptacleFromGroup OBJECT-TYPE 2540 SYNTAX OBJECT IDENTIFIER 2541 MAX-ACCESS read-write 2542 STATUS current 2543 DESCRIPTION 2544 "This receptacle can be removed from a group by writing a corresponding 2545 OID to this column. The OID must be a pointer to the 2546 lgpPduRcpGroupUsrLabel from the lgpPduRcpGroupTable. 2547 For example, to remove this receptacle from group 1, the oid 2548 .1.3.6.1.4.1.476.1.42.3.8.50.30.10.1.1 would be written to 2549 this column." 2550 ::= { lgpPduRcpEntry 235 } 2551 2552-- ----------------------------------------------------------------------------- 2553-- PDU Receptacle Group Table 2554-- ----------------------------------------------------------------------------- 2555 2556lgpPduRcpGroup OBJECT-IDENTITY 2557 STATUS current 2558 DESCRIPTION 2559 "This sub-tree contains information about receptacle groups. 2560 Receptacle groups are supported by some PDU's and allow control of 2561 multiple receptacles at a time by issuing commands to an associated 2562 receptacle group." 2563 REFERENCE 2564 "The registrations for the objects in this sub-tree are 2565 defined below." 2566 ::= { lgpPduReceptacle 30 } 2567 2568lgpPduRcpGroupTableCount OBJECT-TYPE 2569 SYNTAX Unsigned32 2570 UNITS "Count" 2571 MAX-ACCESS read-only 2572 STATUS current 2573 DESCRIPTION 2574 "Number of receptacle groups (rows) in the lgpPduRcpGroupTable." 2575 ::= { lgpPduRcpGroup 9 } 2576 2577lgpPduRcpGroupTable OBJECT-TYPE 2578 SYNTAX SEQUENCE OF LgpPduRcpGroupEntry 2579 MAX-ACCESS not-accessible 2580 STATUS current 2581 DESCRIPTION 2582 "This table contains a list of the possible receptacle groups 2583 that can be created. The table contains a fixed number of rows, which 2584 is the maximum number of receptacle groups that can be used." 2585 ::= { lgpPduRcpGroup 10 } 2586 2587 lgpPduRcpGroupEntry OBJECT-TYPE 2588 SYNTAX LgpPduRcpGroupEntry 2589 MAX-ACCESS not-accessible 2590 STATUS current 2591 DESCRIPTION 2592 "This entry defines the attributes to be populated in the 2593 various columns of the 'lgpPduRcpGroupTable'. 2594 This table is indexed by lgpPduRcpGroupIndex. 2595 " 2596 INDEX 2597 { 2598 lgpPduRcpGroupIndex 2599 } 2600 ::= { lgpPduRcpGroupTable 1 } 2601 2602 LgpPduRcpGroupEntry ::= SEQUENCE 2603 { 2604 lgpPduRcpGroupIndex Unsigned32, 2605 lgpPduRcpGroupUsrLabel DisplayString, 2606 lgpPduRcpGroupDeleteGroup INTEGER, 2607 lgpPduRcpGroupControlPower INTEGER, 2608 lgpPduRcpGroupControlLock INTEGER, 2609 lgpPduRcpGroupBlinkLED INTEGER 2610 } 2611 2612 lgpPduRcpGroupIndex OBJECT-TYPE 2613 SYNTAX Unsigned32 2614 MAX-ACCESS not-accessible 2615 STATUS current 2616 DESCRIPTION 2617 "This is an index into the table. There will always be 64 rows, 2618 each representing a separate receptacle group. 2619 " 2620 ::= { lgpPduRcpGroupEntry 1 } 2621 2622 lgpPduRcpGroupUsrLabel OBJECT-TYPE 2623 SYNTAX DisplayString 2624 MAX-ACCESS read-write 2625 STATUS current 2626 DESCRIPTION 2627 "User assigned identifier for this receptacle group." 2628 ::= { lgpPduRcpGroupEntry 10 } 2629 2630 lgpPduRcpGroupDeleteGroup OBJECT-TYPE 2631 SYNTAX INTEGER 2632 { 2633 no-action(0), 2634 delete-receptacle-group(1) 2635 } 2636 MAX-ACCESS read-write 2637 STATUS current 2638 DESCRIPTION 2639 "This column will delete the receptacles from the group when written to." 2640 ::= { lgpPduRcpGroupEntry 20 } 2641 2642 lgpPduRcpGroupControlPower OBJECT-TYPE 2643 SYNTAX INTEGER 2644 { 2645 no-action(0), 2646 off(1), 2647 on(2), 2648 cycle-power(3) 2649 } 2650 MAX-ACCESS read-write 2651 STATUS current 2652 DESCRIPTION 2653 "This column controls the power to the group of receptacles. The corresponding 2654 operation will be performed on all receptacles that have been added to the group. 2655 " 2656 ::= { lgpPduRcpGroupEntry 30 } 2657 2658 lgpPduRcpGroupControlLock OBJECT-TYPE 2659 SYNTAX INTEGER 2660 { 2661 no-action(0), 2662 unlock(1), 2663 lock(2) 2664 } 2665 MAX-ACCESS read-write 2666 STATUS current 2667 DESCRIPTION 2668 "This column controls the locking of the group of receptacles. The corresponding 2669 operation will be performed on all receptacles that have been added to the group. 2670 " 2671 ::= { lgpPduRcpGroupEntry 40 } 2672 2673 lgpPduRcpGroupBlinkLED OBJECT-TYPE 2674 SYNTAX INTEGER 2675 { 2676 no-action(0), 2677 blinkLED(1) 2678 } 2679 MAX-ACCESS read-write 2680 STATUS current 2681 DESCRIPTION 2682 "This column will blink the LED's associated with all receptacles that are part of 2683 the group. 2684 " 2685 ::= { lgpPduRcpGroupEntry 50 } 2686 2687-- ----------------------------------------------------------------------------- 2688-- PDU Receptacle Group Display Table 2689-- ----------------------------------------------------------------------------- 2690 2691lgpPduRcpGroupDisplayTableCount OBJECT-TYPE 2692 SYNTAX Unsigned32 2693 UNITS "Count" 2694 MAX-ACCESS read-only 2695 STATUS current 2696 DESCRIPTION 2697 "Number of rows currently in the lgpPduRcpGroupDisplayTable." 2698 ::= { lgpPduRcpGroup 19 } 2699 2700lgpPduRcpGroupDisplayTable OBJECT-TYPE 2701 SYNTAX SEQUENCE OF LgpPduRcpGroupDisplayEntry 2702 MAX-ACCESS not-accessible 2703 STATUS current 2704 DESCRIPTION 2705 "This table is used to display which receptacle groups are currently 2706 defined and which receptacles are associated with each group. 2707 The table will have 0 rows when no receptacles have been added to any receptacle 2708 groups. If a single receptacle has been added to 2 different groups, 2709 there will be 2 rows in the table. 2710 " 2711 ::= { lgpPduRcpGroup 20 } 2712 2713 lgpPduRcpGroupDisplayEntry OBJECT-TYPE 2714 SYNTAX LgpPduRcpGroupDisplayEntry 2715 MAX-ACCESS not-accessible 2716 STATUS current 2717 DESCRIPTION 2718 "This entry defines the attributes to be populated in the 2719 various columns of the 'lgpPduRcpGroupDisplayTable'. 2720 This table is indexed by two indexes. 2721 The 'lgpPduRcpGroupIndex' references a receptacle group in 2722 the 'lgpPduRcpGroupTable' that a given row in this table represents. 2723 The 'lgpPduEntryIndex' references a PDU in the 'lgpPduTable' 2724 that identifies the particular PDU receptacle list 2725 within the receptacle group. 2726 " 2727 INDEX 2728 { 2729 lgpPduRcpGroupIndex, 2730 lgpPduEntryIndex 2731 } 2732 ::= { lgpPduRcpGroupDisplayTable 1 } 2733 2734 LgpPduRcpGroupDisplayEntry ::= SEQUENCE 2735 { 2736 lgpPduRcpGroupDisplayIndex Unsigned32, 2737 lgpPduRcpGroupDisplayGroup DisplayString 2738 } 2739 2740 lgpPduRcpGroupDisplayIndex OBJECT-TYPE 2741 SYNTAX Unsigned32 2742 MAX-ACCESS not-accessible 2743 STATUS current 2744 DESCRIPTION 2745 "This is an index into the table. There can be zero or more rows 2746 in this table." 2747 ::= { lgpPduRcpGroupDisplayEntry 10 } 2748 2749 lgpPduRcpGroupDisplayGroup OBJECT-TYPE 2750 SYNTAX DisplayString 2751 MAX-ACCESS read-only 2752 STATUS current 2753 DESCRIPTION 2754 "This column displays the PDU receptacle list of the specified 2755 receptacle group. The value in this column is a comma delimted string that decribes 2756 the list of receptacles of a PDU that are members of the receptacle group. 2757 For example, if receptacles 1 and 3 of branch A and receptacles 2 and 4 2758 of branch B are members of the receptacle group, this column 2759 would show: A-1,A-3,B-2,B-4" 2760 ::= { lgpPduRcpGroupDisplayEntry 20 } 2761 2762-- ----------------------------------------------------------------------------- 2763-- PDU Auxiliary Sensors 2764-- ----------------------------------------------------------------------------- 2765 2766lgpPduAuxiliarySensors OBJECT-IDENTITY 2767 STATUS current 2768 DESCRIPTION 2769 "This sub-tree contains information about PDU Auxiliary Sensors." 2770 REFERENCE 2771 "The registrations for the objects in this sub-tree are 2772 defined below." 2773 ::= { lgpPdu 60 } 2774 2775lgpPduAuxSensorCount OBJECT-TYPE 2776 SYNTAX Unsigned32 2777 UNITS "Count" 2778 MAX-ACCESS read-only 2779 STATUS current 2780 DESCRIPTION 2781 "Number of auxiliary sensors in the lgpPduAuxSensorTable." 2782 ::= { lgpPduAuxiliarySensors 5 } 2783 2784lgpPduAuxSensorTable OBJECT-TYPE 2785 SYNTAX SEQUENCE OF LgpPduAuxSensorEntry 2786 MAX-ACCESS not-accessible 2787 STATUS deprecated 2788 DESCRIPTION 2789 "This table contains a list of the PDU's Auxiliary Sensors. 2790 The table contains zero, one, or more rows, depending 2791 upon the number of PDUs being monitored and the number of 2792 auxiliary sensors installed for each PDU. 2793 The NMS cannot create or delete rows in the table. The rows are 2794 created by the agent based upon the capabilities of the PDUs 2795 being monitored. Each row in the table represents an auxiliary 2796 sensor in a PDU." 2797 ::= { lgpPduAuxiliarySensors 10 } 2798 2799 lgpPduAuxSensorEntry OBJECT-TYPE 2800 SYNTAX LgpPduAuxSensorEntry 2801 MAX-ACCESS not-accessible 2802 STATUS deprecated 2803 DESCRIPTION 2804 "This entry defines the attributes to be populated in the 2805 various columns of the 'lgpPduAuxSensorTable'. 2806 This table is indexed by both the 'lgpPduEntryIndex' which is 2807 the sole index into the 'lgpPduTable' and the 2808 'lgpPduAuxSensorIndex'which is a unique identifier for the 2809 auxiliary sensor attached to the given PDU. Taken together these 2810 two indexes uniquely identify an Auxiliary Sensor within this 2811 agent." 2812 INDEX 2813 { 2814 lgpPduEntryIndex, 2815 lgpPduAuxSensorIndex 2816 } 2817 ::= { lgpPduAuxSensorTable 1 } 2818 2819 LgpPduAuxSensorEntry ::= SEQUENCE 2820 { 2821 lgpPduAuxSensorIndex Unsigned32, 2822 lgpPduAuxSensorMeasType INTEGER, 2823 lgpPduAuxSensorId Unsigned32, 2824 lgpPduAuxSensorSysAssignLabel DisplayString, 2825 lgpPduAuxSensorPositionRelative Unsigned32, 2826 lgpPduAuxSensorUsrLabel DisplayString, 2827 lgpPduAuxSensorUsrTag1 DisplayString, 2828 lgpPduAuxSensorUsrTag2 DisplayString, 2829 lgpPduAuxSensorTempSerialNum DisplayString, 2830 lgpPduAuxSensorHumSerialNum DisplayString, 2831 lgpPduAuxSensorTempMeasurementDegF Integer32, 2832 lgpPduAuxSensorTempThrshldUndrAlmDegF Integer32, 2833 lgpPduAuxSensorTempThrshldOvrAlmDegF Integer32, 2834 lgpPduAuxSensorTempThrshldUndrWarnDegF Integer32, 2835 lgpPduAuxSensorTempThrshldOvrWarnDegF Integer32, 2836 lgpPduAuxSensorTempMeasurementDegC Integer32, 2837 lgpPduAuxSensorTempThrshldUndrAlmDegC Integer32, 2838 lgpPduAuxSensorTempThrshldOvrAlmDegC Integer32, 2839 lgpPduAuxSensorTempThrshldUndrWarnDegC Integer32, 2840 lgpPduAuxSensorTempThrshldOvrWarnDegC Integer32, 2841 lgpPduAuxSensorHumMeasurement Unsigned32, 2842 lgpPduAuxSensorHumThrshldUndrAlm Unsigned32, 2843 lgpPduAuxSensorHumThrshldOvrAlm Unsigned32, 2844 lgpPduAuxSensorHumThrshldUndrWarn Unsigned32, 2845 lgpPduAuxSensorHumThrshldOvrWarn Unsigned32 2846 } 2847 2848 lgpPduAuxSensorIndex OBJECT-TYPE 2849 SYNTAX Unsigned32 2850 MAX-ACCESS not-accessible 2851 STATUS deprecated 2852 DESCRIPTION 2853 "This is the index indicating the nth element of the table." 2854 ::= { lgpPduAuxSensorEntry 1 } 2855 2856 lgpPduAuxSensorMeasType OBJECT-TYPE 2857 SYNTAX INTEGER 2858 { 2859 not-specified(0), 2860 temperature(1), 2861 humidity(2), 2862 temperature-and-humidity(3) 2863 } 2864 MAX-ACCESS read-only 2865 STATUS deprecated 2866 DESCRIPTION 2867 "not-specified 2868 The type of sensor is unknown. 2869 temperature 2870 The sensor in this row of the table measures temperature. 2871 humidity 2872 The sensor in this row of the table measures relative humidity. 2873 temperature-and-humidity 2874 The sensor in this row of the table measures both temperature 2875 and relative humidity." 2876 ::= { lgpPduAuxSensorEntry 5 } 2877 2878 lgpPduAuxSensorId OBJECT-TYPE 2879 SYNTAX Unsigned32 2880 MAX-ACCESS read-only 2881 STATUS deprecated 2882 DESCRIPTION 2883 "System assigned auxiliary sensor identification number. The value 2884 assigned is product specific." 2885 ::= { lgpPduAuxSensorEntry 10 } 2886 2887 lgpPduAuxSensorSysAssignLabel OBJECT-TYPE 2888 SYNTAX DisplayString 2889 MAX-ACCESS read-only 2890 STATUS deprecated 2891 DESCRIPTION 2892 "Label assigned to the auxiliary sensor at runtime by the system. 2893 The value is independent of any user assigned label or asset tag." 2894 ::= { lgpPduAuxSensorEntry 15 } 2895 2896 lgpPduAuxSensorPositionRelative OBJECT-TYPE 2897 SYNTAX Unsigned32 2898 MAX-ACCESS read-only 2899 STATUS deprecated 2900 DESCRIPTION 2901 "Auxiliary sensor relative position. This is a one-based value 2902 that indicates the sensor's position relative to the sensor string 2903 connector." 2904 ::= { lgpPduAuxSensorEntry 20 } 2905 2906 lgpPduAuxSensorUsrLabel OBJECT-TYPE 2907 SYNTAX DisplayString 2908 MAX-ACCESS read-write 2909 STATUS deprecated 2910 DESCRIPTION 2911 "User assigned auxiliary sensor label." 2912 ::= { lgpPduAuxSensorEntry 25 } 2913 2914 lgpPduAuxSensorUsrTag1 OBJECT-TYPE 2915 SYNTAX DisplayString 2916 MAX-ACCESS read-write 2917 STATUS deprecated 2918 DESCRIPTION 2919 "User assigned Tag to assist in identifying or grouping this 2920 auxiliary sensor within the end-users domain." 2921 ::= { lgpPduAuxSensorEntry 30 } 2922 2923 lgpPduAuxSensorUsrTag2 OBJECT-TYPE 2924 SYNTAX DisplayString 2925 MAX-ACCESS read-write 2926 STATUS deprecated 2927 DESCRIPTION 2928 "User assigned Tag to assist in identifying or grouping this 2929 auxiliary sensor within the end-users domain." 2930 ::= { lgpPduAuxSensorEntry 35 } 2931 2932 lgpPduAuxSensorTempSerialNum OBJECT-TYPE 2933 SYNTAX DisplayString 2934 MAX-ACCESS read-only 2935 STATUS deprecated 2936 DESCRIPTION 2937 "The temperature sensor's globally unique serial number assigned at 2938 the time of manufacture." 2939 ::= { lgpPduAuxSensorEntry 40 } 2940 2941 lgpPduAuxSensorHumSerialNum OBJECT-TYPE 2942 SYNTAX DisplayString 2943 MAX-ACCESS read-only 2944 STATUS deprecated 2945 DESCRIPTION 2946 "The humidity sensor's globally unique serial number assigned at 2947 the time of manufacture." 2948 ::= { lgpPduAuxSensorEntry 45 } 2949 2950 lgpPduAuxSensorTempMeasurementDegF OBJECT-TYPE 2951 SYNTAX Integer32 2952 UNITS "0.1 degrees Fahrenheit" 2953 MAX-ACCESS read-only 2954 STATUS deprecated 2955 DESCRIPTION 2956 "Temperature measured at the temperature sensor reported in 2957 degrees Fahrenheit." 2958 ::= { lgpPduAuxSensorEntry 50 } 2959 2960 lgpPduAuxSensorTempThrshldUndrAlmDegF OBJECT-TYPE 2961 SYNTAX Integer32 2962 UNITS "0.1 degrees Fahrenheit" 2963 MAX-ACCESS read-write 2964 STATUS deprecated 2965 DESCRIPTION 2966 "Under temperature alarm threshold. An alarm is activated if the 2967 temperature is equal to or below this value." 2968 ::= { lgpPduAuxSensorEntry 55 } 2969 2970 lgpPduAuxSensorTempThrshldOvrAlmDegF OBJECT-TYPE 2971 SYNTAX Integer32 2972 UNITS "0.1 degrees Fahrenheit" 2973 MAX-ACCESS read-write 2974 STATUS deprecated 2975 DESCRIPTION 2976 "Over temperature alarm threshold. An alarm is activated if the 2977 temperature is equal to or above this value." 2978 ::= { lgpPduAuxSensorEntry 60 } 2979 2980 lgpPduAuxSensorTempThrshldUndrWarnDegF OBJECT-TYPE 2981 SYNTAX Integer32 2982 UNITS "0.1 degrees Fahrenheit" 2983 MAX-ACCESS read-write 2984 STATUS deprecated 2985 DESCRIPTION 2986 "Under temperature warning threshold. A warning is activated if 2987 the temperature is equal to or below this value." 2988 ::= { lgpPduAuxSensorEntry 65 } 2989 2990 lgpPduAuxSensorTempThrshldOvrWarnDegF OBJECT-TYPE 2991 SYNTAX Integer32 2992 UNITS "0.1 degrees Fahrenheit" 2993 MAX-ACCESS read-write 2994 STATUS deprecated 2995 DESCRIPTION 2996 "Over temperature warning threshold. A warning is activated if the 2997 temperature is equal to or above this value." 2998 ::= { lgpPduAuxSensorEntry 70 } 2999 3000 lgpPduAuxSensorTempMeasurementDegC OBJECT-TYPE 3001 SYNTAX Integer32 3002 UNITS "0.1 degrees Celsius" 3003 MAX-ACCESS read-only 3004 STATUS deprecated 3005 DESCRIPTION 3006 "Temperature measured at the temperature sensor reported in 3007 degrees Celsius." 3008 ::= { lgpPduAuxSensorEntry 75 } 3009 3010 lgpPduAuxSensorTempThrshldUndrAlmDegC OBJECT-TYPE 3011 SYNTAX Integer32 3012 UNITS "0.1 degrees Celsius" 3013 MAX-ACCESS read-write 3014 STATUS deprecated 3015 DESCRIPTION 3016 "Under temperature alarm threshold. An alarm is activated if the 3017 temperature is equal to or below this value." 3018 ::= { lgpPduAuxSensorEntry 80 } 3019 3020 lgpPduAuxSensorTempThrshldOvrAlmDegC OBJECT-TYPE 3021 SYNTAX Integer32 3022 UNITS "0.1 degrees Celsius" 3023 MAX-ACCESS read-write 3024 STATUS deprecated 3025 DESCRIPTION 3026 "Over temperature alarm threshold. An alarm is activated if the 3027 temperature is equal to or above this value." 3028 ::= { lgpPduAuxSensorEntry 85 } 3029 3030 lgpPduAuxSensorTempThrshldUndrWarnDegC OBJECT-TYPE 3031 SYNTAX Integer32 3032 UNITS "0.1 degrees Celsius" 3033 MAX-ACCESS read-write 3034 STATUS deprecated 3035 DESCRIPTION 3036 "Under temperature warning threshold. A warning is activated if 3037 the temperature is equal to or below this value." 3038 ::= { lgpPduAuxSensorEntry 90 } 3039 3040 lgpPduAuxSensorTempThrshldOvrWarnDegC OBJECT-TYPE 3041 SYNTAX Integer32 3042 UNITS "0.1 degrees Celsius" 3043 MAX-ACCESS read-write 3044 STATUS deprecated 3045 DESCRIPTION 3046 "Over temperature warning threshold. A warning is activated if the 3047 temperature is equal to or above this value." 3048 ::= { lgpPduAuxSensorEntry 95 } 3049 3050 lgpPduAuxSensorHumMeasurement OBJECT-TYPE 3051 SYNTAX Unsigned32 3052 UNITS "0.1 percent Relative Humidity" 3053 MAX-ACCESS read-only 3054 STATUS deprecated 3055 DESCRIPTION 3056 "Relative Humidity measured at the humidity sensor." 3057 ::= { lgpPduAuxSensorEntry 100 } 3058 3059 lgpPduAuxSensorHumThrshldUndrAlm OBJECT-TYPE 3060 SYNTAX Unsigned32 3061 UNITS "0.1 percent Relative Humidity" 3062 MAX-ACCESS read-write 3063 STATUS deprecated 3064 DESCRIPTION 3065 "Under relative humidity alarm threshold. An alarm is activated 3066 if the relative humidity is equal to or below this value." 3067 ::= { lgpPduAuxSensorEntry 105 } 3068 3069 lgpPduAuxSensorHumThrshldOvrAlm OBJECT-TYPE 3070 SYNTAX Unsigned32 3071 UNITS "0.1 percent Relative Humidity" 3072 MAX-ACCESS read-write 3073 STATUS deprecated 3074 DESCRIPTION 3075 "Over relative humidity alarm threshold. An alarm is activated 3076 if the relative humidity is equal to or above this value." 3077 ::= { lgpPduAuxSensorEntry 110 } 3078 3079 lgpPduAuxSensorHumThrshldUndrWarn OBJECT-TYPE 3080 SYNTAX Unsigned32 3081 UNITS "0.1 percent Relative Humidity" 3082 MAX-ACCESS read-write 3083 STATUS deprecated 3084 DESCRIPTION 3085 "Under relative humidity warning threshold. A warning is activated 3086 if the relative humidity is equal to or below this value." 3087 ::= { lgpPduAuxSensorEntry 115 } 3088 3089 lgpPduAuxSensorHumThrshldOvrWarn OBJECT-TYPE 3090 SYNTAX Unsigned32 3091 UNITS "0.1 percent Relative Humidity" 3092 MAX-ACCESS read-write 3093 STATUS deprecated 3094 DESCRIPTION 3095 "Over relative humidity warning threshold. A warning is activated 3096 if the relative humidity is equal to or above this value." 3097 ::= { lgpPduAuxSensorEntry 120 } 3098 3099lgpPduAuxMeasTable OBJECT-TYPE 3100 SYNTAX SEQUENCE OF LgpPduAuxMeasEntry 3101 MAX-ACCESS not-accessible 3102 STATUS current 3103 DESCRIPTION 3104 "This table contains a list of the PDU's Auxiliary Sensor Measurements. 3105 The table contains zero, one, or more rows, depending 3106 upon the number of PDUs being monitored, the number of auxiliary 3107 sensors installed for each PDU, and the number of measurements within 3108 each sensor. The NMS cannot create or delete rows in the table. The 3109 rows are created by the agent based upon the capabilities of the PDUs 3110 being monitored. Each row in the table represents an auxiliary 3111 sensor measurement in a PDU." 3112 ::= { lgpPduAuxiliarySensors 15 } 3113 3114 lgpPduAuxMeasEntry OBJECT-TYPE 3115 SYNTAX LgpPduAuxMeasEntry 3116 MAX-ACCESS not-accessible 3117 STATUS current 3118 DESCRIPTION 3119 "This entry defines the attributes to be populated in the 3120 various columns of the 'lgpPduAuxMeasTable'. 3121 This table is indexed by 'lgpPduEntryIndex' which is 3122 the sole index into the 'lgpPduTable', 'lgpPduAuxSensorIndex' which 3123 is a unique identifier for the auxiliary sensor attached to the 3124 given PDU, and 'lgpPduAuxMeasSensorMeasurementIndex' which is the 3125 measurement's index identified on the sensor. Taken together these 3126 three indexes uniquely identify an Auxiliary Sensor Measurement 3127 within this agent." 3128 INDEX 3129 { 3130 lgpPduEntryIndex, 3131 lgpPduAuxMeasSensorIndex, 3132 lgpPduAuxMeasSensorMeasurementIndex 3133 } 3134 ::= { lgpPduAuxMeasTable 1 } 3135 3136 LgpPduAuxMeasEntry ::= SEQUENCE 3137 { 3138 lgpPduAuxMeasSensorIndex Unsigned32, 3139 lgpPduAuxMeasSensorMeasurementIndex Unsigned32, 3140 lgpPduAuxMeasType INTEGER, 3141 lgpPduAuxMeasSensorSysAssignLabel DisplayString, 3142 lgpPduAuxMeasUsrLabel DisplayString, 3143 lgpPduAuxMeasUsrTag1 DisplayString, 3144 lgpPduAuxMeasUsrTag2 DisplayString, 3145 lgpPduAuxMeasSensorSerialNum DisplayString, 3146 lgpPduAuxMeasTempDegF Integer32, 3147 lgpPduAuxMeasTempThrshldUndrAlmDegF Integer32, 3148 lgpPduAuxMeasTempThrshldOvrAlmDegF Integer32, 3149 lgpPduAuxMeasTempThrshldUndrWarnDegF Integer32, 3150 lgpPduAuxMeasTempThrshldOvrWarnDegF Integer32, 3151 lgpPduAuxMeasTempDegC Integer32, 3152 lgpPduAuxMeasTempThrshldUndrAlmDegC Integer32, 3153 lgpPduAuxMeasTempThrshldOvrAlmDegC Integer32, 3154 lgpPduAuxMeasTempThrshldUndrWarnDegC Integer32, 3155 lgpPduAuxMeasTempThrshldOvrWarnDegC Integer32, 3156 lgpPduAuxMeasHum Unsigned32, 3157 lgpPduAuxMeasHumThrshldUndrAlm Unsigned32, 3158 lgpPduAuxMeasHumThrshldOvrAlm Unsigned32, 3159 lgpPduAuxMeasHumThrshldUndrWarn Unsigned32, 3160 lgpPduAuxMeasHumThrshldOvrWarn Unsigned32, 3161 lgpPduAuxMeasDrClosureState INTEGER, 3162 lgpPduAuxMeasDrClosureConfig INTEGER, 3163 lgpPduAuxMeasCntctClosureState INTEGER, 3164 lgpPduAuxMeasCntctClosureConfig INTEGER, 3165 lgpPduAuxMeasDiffPressure Integer32, 3166 lgpPduAuxMeasDiffPressureThrshldUndrAlm Integer32, 3167 lgpPduAuxMeasDiffPressureThrshldOvrAlm Integer32, 3168 lgpPduAuxMeasDiffPressureThrshldUndrWarn Integer32, 3169 lgpPduAuxMeasDiffPressureThrshldOvrWarn Integer32, 3170 lgpPduAuxMeasLeakDetectState INTEGER 3171 } 3172 3173 lgpPduAuxMeasSensorIndex OBJECT-TYPE 3174 SYNTAX Unsigned32 3175 MAX-ACCESS not-accessible 3176 STATUS current 3177 DESCRIPTION 3178 "This is the index indicating the sensor the measurement is accessed 3179 from." 3180 ::= { lgpPduAuxMeasEntry 1 } 3181 3182 lgpPduAuxMeasSensorMeasurementIndex OBJECT-TYPE 3183 SYNTAX Unsigned32 3184 MAX-ACCESS not-accessible 3185 STATUS current 3186 DESCRIPTION 3187 "This is the measurement's index identified on the sensor." 3188 ::= { lgpPduAuxMeasEntry 5 } 3189 3190 lgpPduAuxMeasType OBJECT-TYPE 3191 SYNTAX INTEGER 3192 { 3193 not-specified(0), 3194 temperature(1), 3195 humidity(2), 3196 door-closure(3), 3197 contact-closure(4), 3198 differential-pressure(5), 3199 leak-detection(6) 3200 } 3201 MAX-ACCESS read-only 3202 STATUS current 3203 DESCRIPTION 3204 "not-specified 3205 The type of measurement is unknown. 3206 temperature 3207 The measurement in this row of the table measures temperature. 3208 humidity 3209 The measurement in this row of the table measures relative 3210 humidity. 3211 door-closure 3212 The measurement in this row of the table measures the state of a 3213 door. 3214 contact-closure 3215 The measurement in this row of the table measures the state of a 3216 contact closure. 3217 differential-pressure 3218 The measurement in this row of the table measures differential pressure. 3219 leak-detection 3220 The measurement in this row of the table measures the state of a 3221 leak detection sensor." 3222 ::= { lgpPduAuxMeasEntry 10 } 3223 3224 lgpPduAuxMeasSensorSysAssignLabel OBJECT-TYPE 3225 SYNTAX DisplayString 3226 MAX-ACCESS read-only 3227 STATUS current 3228 DESCRIPTION 3229 "Label assigned to the auxiliary sensor at runtime by the system. 3230 The value is independent of any user assigned label or asset tag." 3231 ::= { lgpPduAuxMeasEntry 15 } 3232 3233 lgpPduAuxMeasUsrLabel OBJECT-TYPE 3234 SYNTAX DisplayString 3235 MAX-ACCESS read-write 3236 STATUS current 3237 DESCRIPTION 3238 "User assigned auxiliary sensor measurement label." 3239 ::= { lgpPduAuxMeasEntry 20 } 3240 3241 lgpPduAuxMeasUsrTag1 OBJECT-TYPE 3242 SYNTAX DisplayString 3243 MAX-ACCESS read-write 3244 STATUS current 3245 DESCRIPTION 3246 "User assigned Tag to assist in identifying or grouping this 3247 auxiliary sensor measurement within the end-users domain." 3248 ::= { lgpPduAuxMeasEntry 25 } 3249 3250 lgpPduAuxMeasUsrTag2 OBJECT-TYPE 3251 SYNTAX DisplayString 3252 MAX-ACCESS read-write 3253 STATUS current 3254 DESCRIPTION 3255 "User assigned Tag to assist in identifying or grouping this 3256 auxiliary sensor measurement within the end-users domain." 3257 ::= { lgpPduAuxMeasEntry 30 } 3258 3259 lgpPduAuxMeasSensorSerialNum OBJECT-TYPE 3260 SYNTAX DisplayString 3261 MAX-ACCESS read-only 3262 STATUS current 3263 DESCRIPTION 3264 "The sensor's globally unique serial number assigned at 3265 the time of manufacture." 3266 ::= { lgpPduAuxMeasEntry 35 } 3267 3268 lgpPduAuxMeasTempDegF OBJECT-TYPE 3269 SYNTAX Integer32 3270 UNITS "0.1 degrees Fahrenheit" 3271 MAX-ACCESS read-only 3272 STATUS current 3273 DESCRIPTION 3274 "Temperature measured at the temperature sensor reported in 3275 degrees Fahrenheit." 3276 ::= { lgpPduAuxMeasEntry 40 } 3277 3278 lgpPduAuxMeasTempThrshldUndrAlmDegF OBJECT-TYPE 3279 SYNTAX Integer32 3280 UNITS "0.1 degrees Fahrenheit" 3281 MAX-ACCESS read-write 3282 STATUS current 3283 DESCRIPTION 3284 "Under temperature alarm threshold. An alarm is activated if the 3285 temperature is equal to or below this value." 3286 ::= { lgpPduAuxMeasEntry 50 } 3287 3288 lgpPduAuxMeasTempThrshldOvrAlmDegF OBJECT-TYPE 3289 SYNTAX Integer32 3290 UNITS "0.1 degrees Fahrenheit" 3291 MAX-ACCESS read-write 3292 STATUS current 3293 DESCRIPTION 3294 "Over temperature alarm threshold. An alarm is activated if the 3295 temperature is equal to or above this value." 3296 ::= { lgpPduAuxMeasEntry 55 } 3297 3298 lgpPduAuxMeasTempThrshldUndrWarnDegF OBJECT-TYPE 3299 SYNTAX Integer32 3300 UNITS "0.1 degrees Fahrenheit" 3301 MAX-ACCESS read-write 3302 STATUS current 3303 DESCRIPTION 3304 "Under temperature warning threshold. A warning is activated if 3305 the temperature is equal to or below this value." 3306 ::= { lgpPduAuxMeasEntry 60 } 3307 3308 lgpPduAuxMeasTempThrshldOvrWarnDegF OBJECT-TYPE 3309 SYNTAX Integer32 3310 UNITS "0.1 degrees Fahrenheit" 3311 MAX-ACCESS read-write 3312 STATUS current 3313 DESCRIPTION 3314 "Over temperature warning threshold. A warning is activated if the 3315 temperature is equal to or above this value." 3316 ::= { lgpPduAuxMeasEntry 65 } 3317 3318 lgpPduAuxMeasTempDegC OBJECT-TYPE 3319 SYNTAX Integer32 3320 UNITS "0.1 degrees Celsius" 3321 MAX-ACCESS read-only 3322 STATUS current 3323 DESCRIPTION 3324 "Temperature measured at the temperature sensor reported in 3325 degrees Celsius." 3326 ::= { lgpPduAuxMeasEntry 70 } 3327 3328 lgpPduAuxMeasTempThrshldUndrAlmDegC OBJECT-TYPE 3329 SYNTAX Integer32 3330 UNITS "0.1 degrees Celsius" 3331 MAX-ACCESS read-write 3332 STATUS current 3333 DESCRIPTION 3334 "Under temperature alarm threshold. An alarm is activated if the 3335 temperature is equal to or below this value." 3336 ::= { lgpPduAuxMeasEntry 75 } 3337 3338 lgpPduAuxMeasTempThrshldOvrAlmDegC OBJECT-TYPE 3339 SYNTAX Integer32 3340 UNITS "0.1 degrees Celsius" 3341 MAX-ACCESS read-write 3342 STATUS current 3343 DESCRIPTION 3344 "Over temperature alarm threshold. An alarm is activated if the 3345 temperature is equal to or above this value." 3346 ::= { lgpPduAuxMeasEntry 80 } 3347 3348 lgpPduAuxMeasTempThrshldUndrWarnDegC OBJECT-TYPE 3349 SYNTAX Integer32 3350 UNITS "0.1 degrees Celsius" 3351 MAX-ACCESS read-write 3352 STATUS current 3353 DESCRIPTION 3354 "Under temperature warning threshold. A warning is activated if 3355 the temperature is equal to or below this value." 3356 ::= { lgpPduAuxMeasEntry 85 } 3357 3358 lgpPduAuxMeasTempThrshldOvrWarnDegC OBJECT-TYPE 3359 SYNTAX Integer32 3360 UNITS "0.1 degrees Celsius" 3361 MAX-ACCESS read-write 3362 STATUS current 3363 DESCRIPTION 3364 "Over temperature warning threshold. A warning is activated if the 3365 temperature is equal to or above this value." 3366 ::= { lgpPduAuxMeasEntry 90 } 3367 3368 lgpPduAuxMeasHum OBJECT-TYPE 3369 SYNTAX Unsigned32 3370 UNITS "0.1 percent Relative Humidity" 3371 MAX-ACCESS read-only 3372 STATUS current 3373 DESCRIPTION 3374 "Relative Humidity measured at the humidity sensor." 3375 ::= { lgpPduAuxMeasEntry 95 } 3376 3377 lgpPduAuxMeasHumThrshldUndrAlm OBJECT-TYPE 3378 SYNTAX Unsigned32 3379 UNITS "0.1 percent Relative Humidity" 3380 MAX-ACCESS read-write 3381 STATUS current 3382 DESCRIPTION 3383 "Under relative humidity alarm threshold. An alarm is activated 3384 if the relative humidity is equal to or below this value." 3385 ::= { lgpPduAuxMeasEntry 100 } 3386 3387 lgpPduAuxMeasHumThrshldOvrAlm OBJECT-TYPE 3388 SYNTAX Unsigned32 3389 UNITS "0.1 percent Relative Humidity" 3390 MAX-ACCESS read-write 3391 STATUS current 3392 DESCRIPTION 3393 "Over relative humidity alarm threshold. An alarm is activated 3394 if the relative humidity is equal to or above this value." 3395 ::= { lgpPduAuxMeasEntry 105 } 3396 3397 lgpPduAuxMeasHumThrshldUndrWarn OBJECT-TYPE 3398 SYNTAX Unsigned32 3399 UNITS "0.1 percent Relative Humidity" 3400 MAX-ACCESS read-write 3401 STATUS current 3402 DESCRIPTION 3403 "Under relative humidity warning threshold. A warning is activated 3404 if the relative humidity is equal to or below this value." 3405 ::= { lgpPduAuxMeasEntry 110 } 3406 3407 lgpPduAuxMeasHumThrshldOvrWarn OBJECT-TYPE 3408 SYNTAX Unsigned32 3409 UNITS "0.1 percent Relative Humidity" 3410 MAX-ACCESS read-write 3411 STATUS current 3412 DESCRIPTION 3413 "Over relative humidity warning threshold. A warning is activated 3414 if the relative humidity is equal to or above this value." 3415 ::= { lgpPduAuxMeasEntry 115 } 3416 3417 lgpPduAuxMeasDrClosureState OBJECT-TYPE 3418 SYNTAX INTEGER 3419 { 3420 not-specified(0), 3421 open(1), 3422 closed(2) 3423 } 3424 MAX-ACCESS read-only 3425 STATUS current 3426 DESCRIPTION 3427 "The state of a door sensor measurement. 3428 not-specified 3429 The door state is unknown. 3430 open 3431 The door is in the open state. 3432 closed 3433 The door is in the closed state." 3434 ::= { lgpPduAuxMeasEntry 120 } 3435 3436 lgpPduAuxMeasDrClosureConfig OBJECT-TYPE 3437 SYNTAX INTEGER 3438 { 3439 disabled(0), 3440 alarm-when-open(1) 3441 } 3442 MAX-ACCESS read-write 3443 STATUS current 3444 DESCRIPTION 3445 "Configure door state alarms. This object provides the ability to 3446 select when a door closure measurement should cause an alarm. 3447 disabled 3448 The door state will never result in alarm. 3449 alarm-when-open 3450 Activate an alarm when the door state becomes open." 3451 ::= { lgpPduAuxMeasEntry 125 } 3452 3453 lgpPduAuxMeasCntctClosureState OBJECT-TYPE 3454 SYNTAX INTEGER 3455 { 3456 not-specified(0), 3457 open(1), 3458 closed(2) 3459 } 3460 MAX-ACCESS read-only 3461 STATUS current 3462 DESCRIPTION 3463 "The state of a contact closure sensor measurement. 3464 not-specified 3465 The contact closure state is unknown. 3466 open 3467 The contact closure is in the open state. 3468 closed 3469 The contact closure is in the closed state." 3470 ::= { lgpPduAuxMeasEntry 130 } 3471 3472 lgpPduAuxMeasCntctClosureConfig OBJECT-TYPE 3473 SYNTAX INTEGER 3474 { 3475 disabled(0), 3476 alarm-when-open(1), 3477 alarm-when-closed(2) 3478 } 3479 MAX-ACCESS read-write 3480 STATUS current 3481 DESCRIPTION 3482 "Configure contact closure state alarms. This object provides the 3483 ability to select when a contact closure measurement should 3484 activate an alarm. 3485 disabled 3486 The contact closure state will never result in alarm. 3487 alarm-when-open 3488 Activate an alarm when the contact closure state becomes 3489 open. 3490 alarm-when-closed 3491 Activate an alarm when the contact closure state becomes 3492 closed." 3493 ::= { lgpPduAuxMeasEntry 135 } 3494 3495 lgpPduAuxMeasDiffPressure OBJECT-TYPE 3496 SYNTAX Integer32 3497 UNITS "0.1 Pascal" 3498 MAX-ACCESS read-only 3499 STATUS current 3500 DESCRIPTION 3501 "Pressure difference measured at the differential pressure sensor." 3502 ::= { lgpPduAuxMeasEntry 140 } 3503 3504 lgpPduAuxMeasDiffPressureThrshldUndrAlm OBJECT-TYPE 3505 SYNTAX Integer32 3506 UNITS "0.1 Pascal" 3507 MAX-ACCESS read-write 3508 STATUS current 3509 DESCRIPTION 3510 "Under differential pressure alarm threshold. An alarm is activated 3511 if the differential pressure is equal to or below this value." 3512 ::= { lgpPduAuxMeasEntry 145 } 3513 3514 lgpPduAuxMeasDiffPressureThrshldOvrAlm OBJECT-TYPE 3515 SYNTAX Integer32 3516 UNITS "0.1 Pascal" 3517 MAX-ACCESS read-write 3518 STATUS current 3519 DESCRIPTION 3520 "Over differential pressure alarm threshold. An alarm is activated 3521 if the differential pressure is equal to or above this value." 3522 ::= { lgpPduAuxMeasEntry 150 } 3523 3524 lgpPduAuxMeasDiffPressureThrshldUndrWarn OBJECT-TYPE 3525 SYNTAX Integer32 3526 UNITS "0.1 Pascal" 3527 MAX-ACCESS read-write 3528 STATUS current 3529 DESCRIPTION 3530 "Under differential pressure warning threshold. A warning is activated 3531 if the differential pressure is equal to or below this value." 3532 ::= { lgpPduAuxMeasEntry 155 } 3533 3534 lgpPduAuxMeasDiffPressureThrshldOvrWarn OBJECT-TYPE 3535 SYNTAX Integer32 3536 UNITS "0.1 Pascal" 3537 MAX-ACCESS read-write 3538 STATUS current 3539 DESCRIPTION 3540 "Over differential pressure warning threshold. A warning is activated 3541 if the differential pressure is equal to or above this value." 3542 ::= { lgpPduAuxMeasEntry 160 } 3543 3544 lgpPduAuxMeasLeakDetectState OBJECT-TYPE 3545 SYNTAX INTEGER 3546 { 3547 not-specified(0), 3548 no-leak-detected(1), 3549 leak-detected(2), 3550 leak-detection-pending(3), 3551 cable-fault(4) 3552 } 3553 MAX-ACCESS read-only 3554 STATUS current 3555 DESCRIPTION 3556 "not-specified 3557 The leak detection state is unknown. 3558 no-leak-detected 3559 No leak has been detected. 3560 leak-detected 3561 A leak has been detected. 3562 leak-detection-pending 3563 Characterization of possible leak is pending further analysis 3564 based on new data received from the sensor. 3565 This state may not occur at all, but if it does, it should occur 3566 only for a small amount of time before transitioning to 3567 no-leak-detected or leak-detected. 3568 cable-fault 3569 A fault in the cable has been detected (for example, a 3570 disconnected cable). The sensor will not be able to detect 3571 a leak. 3572 " 3573 ::= { lgpPduAuxMeasEntry 165 } 3574 3575lgpPduAuxMeasOrderTable OBJECT-TYPE 3576 SYNTAX SEQUENCE OF LgpPduAuxMeasOrderEntry 3577 MAX-ACCESS not-accessible 3578 STATUS current 3579 DESCRIPTION 3580 "This table contains a list of the PDU's Auxiliary Sensors 3581 and their respective 'location' in the lgpPduAuxMeasTable table. 3582 This table contains 1 row, for potential sensor for each PDU. 3583 The rows in this table are created by the agent based on the maximum 3584 number of sensor's supported for each PDU. 3585 3586 Each row in the table represents an auxiliary sensor, identified by its 3587 factory assigned serial number and its placement in the lgpPduAuxMeasTable. 3588 If all serial numbers in this table are empty strings then the 3589 location of the sensors in the lgpPduAuxMeasTable will default to the 3590 agent's default placement algorithm. If sensors in the 3591 lgpPduAuxMeasTable and are not represented by an entry in this table then 3592 the location of the unrepresented sensor(s) in the lgpPduAuxMeasTable, 3593 and other display mediums, will be determined by the agent, but in no 3594 case will an unrepresented sensor occupy a position reserved for a sensor 3595 present in this table. Those unrepresented sensor's display location is 3596 not guaranteed to be consistent across reboots or rediscovery actions 3597 on the sensor bus. Only sensors represented in this table are guarantted 3598 consistent placement as specified by their index entries (position) in 3599 this table. 3600 3601 Note that it is possible to have entries in this table representing sensors 3602 that may not exist on the given PDU at runtime. These allocated by not present 3603 sensors will reduce the total number of sensors that can be displayed for 3604 the given PDU." 3605 3606 ::= { lgpPduAuxiliarySensors 20 } 3607 3608 lgpPduAuxMeasOrderEntry OBJECT-TYPE 3609 SYNTAX LgpPduAuxMeasOrderEntry 3610 MAX-ACCESS not-accessible 3611 STATUS current 3612 DESCRIPTION 3613 "This entry defines the attributes to be populated in the 3614 various columns of the 'lgpPduAuxMeasOrderTable'. 3615 This table is indexed by 'lgpPduEntryIndex' which is 3616 the sole index into the 'lgpPduTable' and 'lgpPduAuxMeasSensorIndex' 3617 which is a unique identifier for the auxiliary sensor attached to the 3618 given PDU. Taken together these two indexes uniquely 3619 identify a Auxiliary Sensor within this agent." 3620 INDEX 3621 { 3622 lgpPduEntryIndex, 3623 lgpPduAuxSensorOrderIndex 3624 } 3625 ::= { lgpPduAuxMeasOrderTable 1 } 3626 3627 LgpPduAuxMeasOrderEntry ::= SEQUENCE 3628 { 3629 lgpPduEntryIndex Unsigned32, 3630 lgpPduAuxSensorOrderIndex Unsigned32, 3631 lgpPduAuxMeasOrderSensorSerialNum DisplayString 3632 } 3633 3634 lgpPduAuxSensorOrderIndex OBJECT-TYPE 3635 SYNTAX Unsigned32 3636 MAX-ACCESS not-accessible 3637 STATUS current 3638 DESCRIPTION 3639 "Index representing the position within the sensor string on the given PDU" 3640 ::= { lgpPduAuxMeasOrderEntry 5 } 3641 3642 lgpPduAuxMeasOrderSensorSerialNum OBJECT-TYPE 3643 SYNTAX DisplayString 3644 MAX-ACCESS read-write 3645 STATUS current 3646 DESCRIPTION 3647 "The sensor's globally unique serial number assigned at 3648 the time of manufacture. The sensor represented by this 3649 serial number will be, if discovered, by the agent placed 3650 in the lgpPduAuxMeasTable at the location specified by the 3651 index entries herein. A empty string in this object indicates 3652 an open display position that can be occupied by any sensor not 3653 given a specific display position in this table." 3654 ::= { lgpPduAuxMeasOrderEntry 15 } 3655 3656END 3657 3658