Independent DC source
Bently Nevada 60R/PIM01-02-0 accepts a +21 to +32 Vdc source at the PIM side rather than receiving utility power directly.
Bently Nevada · Orbit 60 chassis power entry
Bently Nevada 60R/PIM01-02-0 | Orbit 60 3U Power Input Module
Product file60R/PIM01Power Input Module02 = Multi · 0 = No SIL
01
Product Information
Bently Nevada 60R/PIM01-02-0 is the 3U Orbit 60 Power Input Module that connects an external +21 to +32 Vdc source to the chassis. Bently Nevada 60R/PIM01-02-0 occupies the dedicated first slot and uses two stacked half-height power-input positions so a second PIM can provide redundancy.
During normal operation, Bently Nevada 60R/PIM01-02-0 passes the incoming 24 Vdc-class supply into the chassis power distribution while monitoring miswiring, overvoltage, overcurrent, and out-of-range conditions. A single Bently Nevada 60R/PIM01-02-0 is required for operation, while two independently supplied PIMs allow one module to be removed without interrupting the other path.
The suffix of Bently Nevada 60R/PIM01-02-0 selects Multi approvals and no SIL. Bently Nevada 60R/PIM01-02-0 is specific to the 3U arrangement; the 3U and 6U PIM constructions are not interchangeable even though both serve the Orbit 60 power-entry function.
02
Technical Data
| Technical Item | Specification |
|---|---|
| Brand | Bently Nevada |
| Model | 60R/PIM01-02-0 |
| Product Name | Orbit 60 3U Power Input Module |
| Country | United States |
| System Family | Orbit 60 Series |
| Base Ordering Code | 60R/PIM01 = 3U Power Input Module |
| Hazardous-Area Approval | 02 = Multi (CSA, ATEX, IECEx) |
| SIL Level | 0 = No SIL |
| Chassis Size | 3U |
| Installed Position | Dedicated first chassis slot |
| Mechanical Arrangement | Two stacked half-height PIM positions |
| External Input Range | +21 to +32 Vdc |
| 3U Full-Load Current | 7.1 A at 24 Vdc |
| Minimum Installed Quantity | One PIM per chassis |
| Recommended Redundancy | Two PIMs with independent sources |
| Protection | Miswiring, input out-of-range, overvoltage, and overcurrent |
| Hot Removal with Redundancy | One PIM may be removed while the other remains powered |
| Interchangeability | 3U and 6U PIMs are not interchangeable |
03
Redundant Power Intake
Bently Nevada 60R/PIM01-02-0 establishes one external DC feed into a 3U Orbit 60 chassis, and a second identical PIM can establish an independent redundant feed.
Stacked half-height positions
Two Bently Nevada 60R/PIM01-02-0 units can occupy the dedicated power location so separate sources reach the same chassis.
One path can remain live
With both feeds active, one Bently Nevada 60R/PIM01-02-0 can be removed while the second maintains chassis power.
04
Power-Fault Protection
The input circuitry of Bently Nevada 60R/PIM01-02-0 checks the quality and polarity of the external DC source before that power becomes the chassis supply.
Miswire and range checks
Bently Nevada 60R/PIM01-02-0 protects the input when polarity or source voltage does not match the accepted power conditions.
Overcurrent response
Bently Nevada 60R/PIM01-02-0 isolates an overcurrent condition so the affected source does not remain an uncontrolled chassis feed.
Overvoltage fuse action
A sustained overvoltage at Bently Nevada 60R/PIM01-02-0 opens the protective fuse, requiring the source fault and module condition to be addressed.
05
Product Questions
Why will a 3U Orbit 60 chassis not power correctly with only an external supply and no Bently Nevada 60R/PIM01-02-0?
The external supply does not connect directly to the chassis distribution; Bently Nevada 60R/PIM01-02-0 is the required input module in the dedicated first slot. At least one Bently Nevada 60R/PIM01-02-0 must receive the +21 to +32 Vdc source.
Can Bently Nevada 60R/PIM01-02-0 be replaced without shutting down the Orbit 60 chassis?
Bently Nevada 60R/PIM01-02-0 can be removed without interrupting operation only when a second PIM remains installed, powered from its own source, and healthy. With a single Bently Nevada 60R/PIM01-02-0, removal removes the chassis power path.
Why should a 6U PIM not be used in place of Bently Nevada 60R/PIM01-02-0?
Bently Nevada 60R/PIM01-02-0 is the 3U PIM execution, and the 3U and 6U mechanical arrangements are not interchangeable. Match Bently Nevada 60R/PIM01-02-0 to the 3U chassis rather than selecting by voltage range alone.
What should be checked when Bently Nevada 60R/PIM01-02-0 reports an input problem?
For Bently Nevada 60R/PIM01-02-0, check polarity, source voltage against +21 to +32 Vdc, source current capacity, and wiring at the PIM terminals. Bently Nevada 60R/PIM01-02-0 monitors miswiring, out-of-range voltage, overvoltage, and overcurrent conditions.
How should redundant sources be arranged around Bently Nevada 60R/PIM01-02-0?
Two Bently Nevada 60R/PIM01-02-0 units should be supplied from independent external sources when true input redundancy is required. Feeding both Bently Nevada 60R/PIM01-02-0 units from one failed source does not preserve the intended redundant path.
Which suffixes must be retained when ordering another Bently Nevada 60R/PIM01-02-0?
Bently Nevada 60R/PIM01-02-0 uses 02 for the Multi approval execution and 0 for no SIL. Retain the complete Bently Nevada 60R/PIM01-02-0 code when the installed chassis and certification record call for those options.
06
Our Services
MOORE AUTOMATION
Moore Automation coordinates product enquiries from initial model review through document handling, packing preparation and dispatch information. Each service step refers to the same requested item and to the records available for that enquiry.
Enquiry reviewRequested model and quantity
Document handlingAvailable files kept with the request
Packing preparationItem-specific packing record
Dispatch informationCarrier details when available
07
Product Recommendations
ABBPM850MG
Siemens6SL3000-0BE21-6AA0
GE12IFC53A1A
Mitsubishi ElectricMR-J3-200B-RJ004
HoneywellCC-PDOB01
OmronCJ1W-AD041-V1
Schneider Electric140CRP93200
Rockwell Automation1771-IA
ABB1KGT033100R0001
Siemens6ES7136-6BA00-0CA0
GEMPB10S1HX
ABB1SAP801100R0062
Siemens6SE6440-2AB17-5AA1
GEE69031
ABB1SAP221000B3002
Siemens6SL3255-0AA00-4CA1
GE103111FAFA7UNS DB40
ABB1SAP250200R0001
Siemens6ES76600FC132AA1
GEL533NGNG
ABB1SAP240000R0001
Siemens6ES7231-4HD32-0XB0
GEGPS1BSAK
ABBAF6506P2K-4R
Siemens6EP1333-4BA00
GERP23775G1 3S7505KH501A1
ABBGJR2392700R1210
Siemens6EP1332-1SH12
GED-1255K16
ABBPM3B5080C
Siemens6SE6420-2UD21-5AA1
GEEP-700F-A
ABB1SAP450700R0001
Siemens6FX8002-5CN01-1AG0
GECR2940-AJ2010
ABB1SAP250100R0001
Siemens6ES7231-5QF32-0XB0
GECR115A
ABB3HAC027514-010/01
Siemens6ES7305-1BA80-0AA0
GEEJ-1 6193403G5
ABBAF26-30-00-11
Siemens3RG9002-0DA00
GE705X65G182
ABBACS55-01N-07A6-2
Siemens6ES7353-1AH01-0AE0
GE297A3155P0001
ABBPM750MG
Siemens6FX2002-1DC00-1BB0
GE251 4-1/2
ABBAO3481
Siemens6ES7400-1JA01-0AA0
GE50-255324ECSC1JAT
ABBPM870MG
Siemens6ES7144-4GF01-0AB0
GE50-255324ECRL1JAP
ABB3BHE021083R0101
Siemens6GK7277-1AA10-0AA0
GE53-100 L733
ABB1SAP250000R3001
08
No related record found