B&R ECPNC3-1 11150168481 Detailed Introduction

B&R ECPNC3-1 11150168481 is a high-precision counter module for B&R industrial automation control systems, designed specifically for signal counting, measurement, and motion control in industrial scenarios. This module supports incremental encoder input and analog output, is compatible with B&R control systems, has a compact structure and flexible configuration capability, and is suitable for mechanical manufacturing, automation equipment, and precision positioning systems.

Main features and advantages

High precision signal processing

Supports single channel incremental encoder input, with an input frequency of up to 50kHz, suitable for high-speed rotating equipment or high-resolution position feedback scenarios.

Integrate a 24 bit counter to ensure stability in long-distance or high-precision motion control.

Multi mode output capability

Provide ± 10V analog output with 11 bit resolution, which can directly drive the actuator or work in conjunction with other control devices.

Encoder power supply supports 5-15VDC wide range input, and adapts to different sensor types.

Industrial grade reliability

Adopting an electrical isolation design to suppress electromagnetic interference, suitable for harsh industrial environments.

Supports a wide temperature range (-25 ℃ to+60 ℃) to ensure long-term operational stability.

technical specifications

Parameter item specification value

Model ECPNC3-1 11150168481

Input type incremental encoder (single channel)

Input frequency 50kHz

Counter bit count 24 digits

Analog output range ± 10V

Analog output resolution of 11 bits

Encoder power supply 5-15VDC

Isolation protection electrical isolation design

Working temperature -25 ℃ to+60 ℃

Compatible with B&R Automation Studio system

application area

Motion control: Drive servo motors or stepper motors to achieve high-precision positioning and synchronous control.

Industrial automation: monitoring dynamic parameters such as conveyor belt speed and robotic arm rotation angle.

Process control: Connect flow meters, pressure sensors, and other equipment to optimize the production process.

Robot technology: Combined with encoder feedback, it improves the accuracy of robot trajectory tracking.