- Visible DSTD 132 board identity with part number 57160001-FX/1
- Numbered field-terminal blocks for documented digital signal connections
- Multipin rack connector for integration with the installed I/O assembly
DSTD132 is an ABB/ASEA digital I/O connection unit designed for signal termination within a documented legacy control-system assembly.
The board provides numbered field-terminal connections and a multipin rack interface for routing installed digital signals to the associated I/O hardware.
Before installation or replacement, verify the complete 57160001-FX/1 identity, terminal mapping, jumper positions, connector keying, rack position, cabling, and installed-system drawings.
Availability, condition, price, and shipping time for DSTD132 are confirmed during quotation.
ABB DSTD132 Digital I/O Connection Unit Manuals, Product Family, Links
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.
- Segmented field-terminal assemblies equipped with orange disconnect or test tabs
- Multiple 0.047 µF components arranged beneath the terminal sections
- Repeated rows of discrete components distributed across the individual board channels
- Numbered field-terminal positions for point-by-point wire identification
- Multipin rack-side connector carrying the board circuits into the installed I/O assembly
- Channel assignments determined by the applicable cabinet and system wiring drawings
- Photograph and label every numbered terminal connection before removing the installed board
- Match the complete 57160001-FX/1 suffix, connector keying, jumper positions, and rack location
- Verify every transferred digital point under the applicable site commissioning test plan
- Termination of documented digital input signals from field circuits
- Connection of documented digital output circuits within compatible ABB I/O assemblies
- Routing of digital field signals between numbered terminals and the rack-side I/O interface