Product Overview
The REP57160001-NF (DSDO 115) is a high-density digital output board belonging to the ABB S100 I/O family, engineered for seamless integration with Advant OCS, MasterPiece 200, and 800xA control systems. As a critical actuator interface, the DSDO 115 (REP57160001-NF) translates internal controller logic into physical electrical signals required to drive solenoid valves, relays, and motor contactors. Optimized for heavy industrial environments such as metal processing, pulp and paper, and large-scale power utilities, this module is essential for maintaining the operational continuity of legacy automation infrastructures. By providing reliable switching and high-level galvanic isolation, the DSDO 115 minimizes signal cross-talk and protects the central processing unit from field-side electrical surges, effectively reducing unplanned downtime in mission-critical processes.
Technical Configuration
The DSDO 115 module is characterized by its high-capacity channel density and robust communication bus interface:
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S100 I/O Architecture: Specifically designed for the S100 bus, ensuring high-speed data exchange with Advant Master and MOD 300 software environments.
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32-Channel Output: Typically configured with 32 transistor-based outputs, allowing for concentrated control of multiple field devices from a single subrack slot.
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Galvanic Separation: Each output is optically or galvanically isolated from the system backplane to ensure that field faults do not propagate to the controller electronics.
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Repair Designation (REP): This unit is a factory-certified repair component (REP57160001-NF), rigorously tested in Malmö, Sweden, to meet original OEM specifications for performance and safety.
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Standardized Form Factor: Designed as a "Spare_Parts" frame size, fitting standard ABB subracks for simplified hot-swap or maintenance procedures.
Technical Specifications
| Feature |
Specification Details |
| Model |
DSDO 115 (REP57160001-NF) |
| Brand |
ABB |
| Product Series |
S100 I/O |
| Origin |
Sweden |
| Module Type |
Digital Output (I-O Module) |
| Net Weight |
0.4 kg |
| Dimensions (W x H x D) |
234 mm x 22.5 mm x 324 mm |
| Customs Tariff |
85389099 |
| Compatible Systems |
800xA, Advant OCS, MasterPiece 200 |
| Output Voltage |
24 VDC (Nominal) |
Technical FAQs
How does the DSDO 115 handle output channel short-circuits?
The module is designed with internal protection circuitry. However, it is standard engineering practice to utilize external fuses or circuit breakers on the field-side wiring to prevent local overloads from damaging the board's output transistors.
Can this module be used in an 800xA system?
Yes, the DSDO 115 is fully compatible with the 800xA controller line when utilizing the S100 I/O bus extender, allowing legacy S100 hardware to be integrated into modern control architectures.
What is the difference between the 57160001-NF and the REP57160001-NF?
Electronically, they are identical. The "REP" prefix indicates the part has undergone a factory-certified repair and re-certification process, making it a cost-effective and sustainable solution for maintenance of existing systems.
Engineering & Installation Guide
Grounding and Shielding Protocols
In high-interference environments, ensure the S100 I/O subrack is properly bonded to the central cabinet ground bus. All field cables should be shielded, with the shield terminated at the cable entry point of the cabinet to prevent noise from entering the DSDO 115 signal paths.
Field Power Requirements
The DSDO 115 requires an external 24 VDC power source to drive the output loads. Ensure the power supply is sized to handle the total simultaneous current draw of all 32 channels. We recommend a regulated industrial power supply with a ripple voltage of less than 100 mV to ensure long-term component reliability.
Module Replacement Safety
While S100 I/O supports robust maintenance, always verify the specific "Safety and User Manual" for your controller (e.g., MasterPiece 200) before performing a hot-swap. Ensure all output-related field equipment is in a "Safe State" or switched to "Manual" mode to prevent unexpected machine movement during the transition.