FOXBORO P0912XX System Module

Specific Parameters

Brand FOXBORO (Foxboro, now part of Schneider Electric)

Product Series I/A Series Distributed Control System (DCS) Series

Product Type Discrete IO Interface/Power Integrated Module, DCS Supporting Core Module

Model P0912XX

Number of Input Channels 24 independent input channels

Number of Output Channels 8 discrete output channels

Input Signal Type Discrete input signal, supporting dry contact/wet contact input

Output Signal Type Discrete output signal, supporting relay/transistor output

Compatible Voltage Range Input Voltage 90-264VAC; Output Voltage including 125VDC, 24VDC optional

Rated Input Voltage 220VAC

Frequency Range 50/60Hz

Output Power Suitable for power supply needs of conventional loads in industrial sites

Power Conversion Efficiency Up to 92%

Response Time Typical ＜1ms

Isolation Method Optical coupling isolation/transformer isolation optional

Protection Level IP20

Operating Temperature Range -20℃ to 70℃

Storage Temperature Range -40℃ to 85℃

Relative Humidity 5% to 95%, Non-Condensing

Vibration Resistance Complies with industrial vibration standards

Protection Functions Overvoltage Protection, Overcurrent Protection, Overheating Protection, Short Circuit Protection

Communication Protocol Supports multiple mainstream communication protocols such as Modbus and Profinet

Compatible Equipment Control Processors, I/O Modules, Sensors, Actuators, Pushbuttons, Limit Switches

Hazardous Area Adaptation Class I, Div. 2 Hazardous Areas

Physical Dimensions 28mm (Width), Specific Complete Dimensions 205mm×36mm×160mm (Length×Width×Height)

Physical Weight Approximately 0.8kg

Mounting Method DIN Rail Mount/Panel Mount

Core Functions Data Communication, Signal Conversion, Power Supply, Signal Acquisition, Fault Self-Detection

Rated Current 20A

Power Consumption ＜5W (Typical)

Product Performance

Adopting a highly modular design with a compact structure, it can be flexibly combined and configured according to specific application needs, facilitating system expansion and daily maintenance, and greatly improving system flexibility and maintainability.

Integrated with 24 input channels and 8 output channels, supporting multiple input and output types, it can efficiently complete the acquisition and output of on-site discrete signals, meeting the signal interaction needs of large-scale automation systems.

It has dual functions of IO interface and power supply, which can realize signal conversion, data transmission and equipment power supply at the same time, reducing the number of system components, lowering integration costs and improving system integration efficiency.

The power conversion efficiency is as high as 92%, which is energy-saving and efficient, effectively reducing energy waste and the overall operating cost of the industrial control system.

The response time is less than 1ms, and the speed of signal acquisition, conversion and transmission is fast, ensuring real-time transmission of control commands and timely feedback of on-site data, improving system control accuracy and real-time performance.

Built-in multiple protection mechanisms such as overvoltage, overcurrent, overheating and short circuit protection, it can automatically cut off the power supply or isolate faults in abnormal situations, protecting the module itself and other equipment in the system, and improving the reliability of system operation.

It has self-detection and fault isolation functions, which can quickly locate fault points, facilitating staff to quickly troubleshoot and repair, and reducing downtime maintenance time.

Supports multiple mainstream communication protocols, which can be seamlessly connected with various control processors, I/O modules and on-site devices, with extremely strong compatibility and adaptability to different industrial automation control systems.

It has a wide temperature adaptation range, with an operating temperature covering -20℃ to 70℃, which can maintain stable performance and trouble-free operation in harsh industrial environments such as high and low temperatures.

It has excellent anti-electromagnetic interference performance, which can resist complex electromagnetic interference in industrial fields, ensure stable signal transmission and stable power output, and avoid data loss or control failure.

Compatible with Class I, Div. 2 hazardous areas and conventional industrial environments, certified by relevant industrial standards, it is safe and reliable to use, and can be put into use without additional adaptation and modification.

Equipped with intuitive status indicators, it can real-time display the module’s operating status, power status and fault status, facilitating staff’s daily inspections and fault diagnosis.