FOXBORO P0926PA Input/output module

FOXBORO’s P0926PA is an input/output module commonly used in industrial automation control systems.

It belongs to the FPS400 series and is compatible with I/A series control systems. Its core is used for signal interaction and power supply between field devices and control systems, etc

Core function

Signal processing and conversion: It can handle 4-20mA current signals and -10 to + 10V voltage signals.

It can convert these analog signals transmitted by industrial field sensors into data recognizable by the control system, and also output control signals to drive the operation of field actuators.

Balance power supply and control

It can not only supply power to other modules in the FOXBORO I/A series control system, but also achieve precise position and speed control of devices such as motors and servo drivers, and is adaptable to various motion control scenarios.

Self-diagnosis of faults

It is equipped with built-in fault detection and self-diagnosis functions, which can monitor its own operating status in real time.

If any abnormality occurs, it can be promptly fed back, facilitating staff to troubleshoot problems and ensuring the stable operation of the industrial control system.

Key technical parameters

Specific values of parameters

There are 4 channels

The input current range is 4-20mA

Input voltage range: -10 to + 10V

Input impedance 2kΩ

Output voltage: 24V DC

Output current 4A

Rated power: 96W

Operating temperature: -40°C to 70°C

Dimensions: 70mm×150mm×135mm

Weight: 0.5kg

Typical application scenarios

This module, with its stable performance, is widely applied in multiple industries such as petroleum and natural gas, chemical engineering, power, water treatment, and pulp and paper.

It can be specifically used for the collection and monitoring of process parameters such as pressure, temperature, flow rate and liquid level, for instance,

in the temperature data collection of reaction vessels on chemical production lines, liquid level control in water treatment systems, and can also be adapted to the operation status monitoring scenarios of power equipment such as generators and transformers.