Features:
- Internally terminated I/O module for a configured 3500/25 Keyphasor channel
- Built-in intrinsic-safety barrier architecture
- Installed with the documented 3500/04-01 IS Earthing Module arrangement
135473-01 forms the internal-barrier I/O path for a configured 3500/25 Enhanced Keyphasor channel.
The rack earthing arrangement and approved sensor circuit are part of the module-selection boundary.
Other documented 3500/25 I/O versions use different part numbers, so the installed architecture remains an important purchasing detail.
Apter Power supports the Bently Nevada 135473-01 internal-barrier Keyphasor I/O module with quotation, documentation, sourcing coordination and rack-configuration guidance.
Bently Nevada 135473-01 Internal-Barrier Keyphasor I/O Module Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- The module provides internally terminated Keyphasor I/O for a configured 3500/25 channel.
- Built-in barriers support the documented intrinsic-safety field-circuit architecture.
- The rack's 3500/04-01 IS Earthing Module completes the documented earthing arrangement.
- The complete part number links the module to the documented internal-barrier configuration.
- The sensor-circuit and internal-terminal drawings provide the relevant field-connection reference.
- The 3500/04-01 IS Earthing Module record completes the rack configuration review.
- The rack position, sensor-circuit record and terminal assignment support a planned module exchange.
- Module seating and the documented earthing arrangement are useful physical installation references.
- The official 3500/25 and site intrinsic-safety procedures define the appropriate commissioning scope.
- Machinery phase-reference input for configured 3500 monitoring measurements.
- Dual-channel Keyphasor signal processing in a 3500/25 installation.
- Hazardous-area proximity-probe circuits requiring internal barriers and internal terminations.