ABB DSDP170 Pulse Counting Board

ABB DSDP170 (ABB Pulse Counting Board)Description

The ABB DSDP170 (ABB Pulse Counting Board) is a high‑precision pulse‑counting module designed for industrial control systems,

 DSDP170 Board enabling reliable measurement and processing of high‑speed pulse signals—such as DSDP170 Board  generated by encoders or sensors—up to frequencies of ~2.5 MHz. 

DSDP170 Board with a compact, rugged form factor suitable for harsh environments, DSDP170 Board is integrates easily into ABB’s I/O systems to deliver consistent, real‑time performance for applications in speed, position, length and frequency measurement.

ABB DSDP170 (ABB Pulse Counting Board) Application

DSDP170 Pulse Counting Board speed measurement: Used to monitor the rotational speed of shafts, motors, conveyors or other moving equipment by counting pulses from encoders or sensors.

DSDP170 Pulse Counting Board position / length measurement: Applied in machinery or systems where accurate tracking of position or distance is required (e.g., linear actuators, feed lengths) by counting incremental pulses.

DSDP170 Pulse Counting Board  frequency / event counting: Suitable for detecting and counting discrete events (e.g., items on a production line) or measuring high‑speed pulse signals up to ~2.5 MHz.

DSDP170 Pulse Counting Board Industrial automation integration: Incorporated into control systems in industries such as power, petrochemical, metallurgy, light industry and pharmaceuticals to improve automation accuracy and process control.

ABB DSDP170 (ABB Pulse Counting Board) Feature

DSDP170 Board high‑speed counting capability: Handles pulse frequencies up to ~2.5 MHz for rapid signal acquisition.

DSDP170 Board high precision and accuracy: Positioning accuracy down to around ±0.05 % of the measured value.

DSDP170 Board wide input voltage range: Accepts input voltages from ~5 VDC up to ~24 VDC for compatibility with various sensors.

DSDP170 Board software‑selectable resolution or counting modes: Enables selection (e.g., 1×, 2×, 4×, 8×) for flexible resolution.