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Technical specifications for 16925-99
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Manufacturer:Bently Nevada
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Product Category:Machinery Monitoring Systems
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Spare Part Number:16925-99
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Estimated shipping dimensions:27x26x4cm
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Weight:1.08 kg
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Tariff Code:8537101190
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Counliy of origin:USA
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Cable family:16925
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Cable construction:Without armor
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Ordered length:99 ft
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Approximate length:30.0 m
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Ordering range:3-99 ft
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Associated transmitter:177230 Seismic Transmitter
Information
Overview
Manuals
Common Applications
Product Precautions
This exact cable configuration carries the documented seismic-transmitter connection across a long machine-area route while retaining the required signal-reference arrangement.
- Provides the maximum standard ordering length in the 16925 cable family
- Connects the seismic transmitter signal path without an armor layer
- Supports remote placement within the documented cable-length envelope
- Maintains the dedicated transmitter-to-control-system interconnection role
Route 16925-99 so the unarmored cable is protected from abrasion, crushing and induced-noise sources. Before energizing the loop, verify the 177230 pin assignments and keep the dynamic-signal reference isolated as required by the transmitter wiring convention.
Important Notice: Confirm the full 16925-99 marking, 99 ft route, 177230 transmitter connector, conductor and shield assignments, grounding isolation, mechanical protection and both loop and dynamic-signal checks before return to service.
Apter Power 16925-99 Manuals and Guides
- Apter Power 16925-99 Cable Construction and Length Reference
- Apter Power Seismic Cable Routing, Shielding and Continuity Workbook
The first document is a model-specific engineering data reference. The second is a distinct installation and commissioning workbook with field checks and acceptance records.
Long-run seismic transmitter connection
Carries the documented 177230 interface across a 99 ft machine-area cable route.
PLC vibration loop integration
Links the field transmitter installation to a PLC-based condition monitoring input arrangement.
DCS machinery vibration input
Supports a plant control-system path where the transmitter provides a standard current-loop signal.
SCADA condition indication
Provides the physical interconnect for a seismic transmitter channel integrated into a supervisory monitoring system.
Read the applicable Bently Nevada installation information before work. Verify 16925-99 and the installed 99 ft Unarmored Seismic Transmitter Interconnect Cable configuration before isolation, wiring or commissioning.
1
Verify the complete 16925-99 marking and the required 99 ft route.
2
De-energize the associated transmitter loop before cable work.
3
Protect the unarmored jacket from tray edges, hot surfaces and moving parts.
4
Separate the run from high-energy conductors where the project drawing requires it.
5
Confirm the transmitter connector and field-end terminations before continuity testing.
6
Check shield continuity and the specified single-point grounding arrangement.
7
Verify Pin B is not grounded when used as the dynamic-signal reference.
8
Restore power and compare the current-loop and dynamic outputs with the commissioning record.
Technical notes
Route 16925-99 so the unarmored cable is protected from abrasion, crushing and induced-noise sources. Before energizing the loop, verify the 177230 pin assignments and keep the dynamic-signal reference isolated as required by the transmitter wiring convention.
FAQ View All FAQ
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What cable construction is supplied by 16925-99?It is the 16925 interconnect cable without armor.
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What ordered cable length is specified for 16925-99?The -99 suffix specifies 99 ft, approximately 30.0 m.
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Which transmitter family is documented with 16925-99?Baker Hughes lists the 16925 cable in the 177230 Seismic Transmitter datasheet.
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Does the official ordering table describe armor on 16925-99?No. The armored family is identified separately as 16710; 16925 is the unarmored cable.
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What should be checked before routing 16925-99?Confirm the full route, mechanical protection, bend management and separation from interference sources.
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How should the shield of 16925-99 be grounded?Follow the approved project drawing and transmitter grounding convention; avoid creating an unintended ground at the dynamic reference.
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What tests should follow replacement of 16925-99?Perform continuity, insulation and shield checks, then confirm both the current-loop reading and available dynamic signal.
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Can a shorter route be treated as the same ordered cable as 16925-99?No. The complete -99 length code is part of the product identity and should match the installed bill of material.
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