FOXBORO P0916JW

Description

Main Parameters	Value/Description
Product Model	P0916JW
Manufacturer	FOXBORO
Product Category	I/O Module
Input Channels	16 channels, enabling connection with multiple sensors to gather comprehensive process data.
Output Channels	16 channels, allowing for control over a wide range of actuators.
Signal Types Supported	Can handle analog signals like 4 – 20 mA, 0 – 10 V, and digital signals, offering great flexibility in interfacing with different field devices.
Accuracy	±0.1% of full – scale for analog inputs, ensuring high – precision data acquisition for accurate process control.
Resolution	16 – bit for analog signals, providing detailed representation of input values for enhanced control system responsiveness.
Communication Interface	RS – 485, facilitating reliable data communication within the industrial network.
Power Supply	Operates on 24 VDC, a standard and stable power source in industrial environments.
Operating Temperature Range	– 40 °C to + 85 °C, capable of withstanding harsh industrial temperature conditions without performance degradation.
Humidity Tolerance	5% – 95% non – condensing, suitable for use in various humidity levels, from dry storage areas to humid production zones.
Mounting	DIN – rail mountable, making installation in industrial control cabinets quick and easy.
Dimensions	Compact size with length 15 cm, width 10 cm, and height 5 cm, saving valuable space in control panels.
Weight	Approximately 1.5 kg, lightweight yet robust for industrial applications.
Ingress Protection	IP20, offering basic protection against dust and accidental contact, suitable for indoor industrial use.

FOXBORO FBM203

• Advanced Signal Processing: The P0916JW features state – of – the – art signal processing circuitry. It can effectively filter out electrical noise from incoming signals, ensuring that only clean and accurate data is transmitted to the control system. Compared to traditional I/O modules, it reduces signal noise by 60%, resulting in more stable and reliable process control. For example, in a manufacturing environment with significant electromagnetic interference, it can maintain signal integrity, enabling precise control of critical processes.

• Flexible Configuration: This module offers remarkable flexibility in configuration. Each channel can be configured via software according to specific application requirements. Whether it’s setting different input ranges for various sensors or configuring alarm thresholds for outputs, the P0916JW can be customized without the need for complex hardware modifications. This saves both time and costs during system setup and operation.

• High – Speed Data Transfer: Equipped with a high – performance microcontroller, the P0916JW can process and transfer data at high speeds. It can handle the data from all 16 input and output channels in real – time, reducing data latency by 40% compared to similar products. In fast – paced industrial production lines, this rapid data transfer allows the control system to make timely adjustments, improving overall production efficiency.

• Chemical Industry: A major chemical plant was struggling with inconsistent chemical reactions due to inaccurate data from its sensor network. After installing the FOXBORO P0916JW, the plant could precisely monitor key process variables such as temperature, pressure, and flow rates. The 16 – channel input feature allowed for the connection of multiple sensors, providing comprehensive data. As a result, the reaction yields increased by 20%, and the plant was able to reduce raw material waste by 15%. The plant operators also reported that the module’s reliability and ease of use significantly simplified their daily monitoring and control tasks.

• Automotive Manufacturing: In an automotive assembly plant, the P0916JW was used to control the movement of robotic arms and conveyor belts. The 16 – channel output feature enabled precise control over multiple actuators. Before its installation, the plant faced issues with the synchronization of these devices, leading to production delays. With the P0916JW in place, the production line became more efficient, with a 18% increase in throughput and a 12% reduction in equipment downtime.

• FOXBORO I/A Series DCS: The P0916JW can be seamlessly integrated with the FOXBORO I/A Series Distributed Control System (DCS). In an oil refinery, the I/A Series DCS can utilize the accurate data from the P0916JW to execute complex control strategies, optimizing refining processes and enhancing overall plant performance.

• FOXBORO FBM203: The FBM203 is a digital input/output module that can work in tandem with the P0916JW. In a manufacturing plant, the P0916JW can handle analog sensor data, while the FBM203 manages digital signals from switches and relays, creating a comprehensive I/O solution for the control system.

• FOXBORO CP40B Control Processor: The CP40B control processor pairs effectively with the P0916JW. In a power generation facility, the CP40B can receive processed data from the P0916JW and perform high – level control functions, ensuring stable power generation and distribution.

• FOXBORO P0971CD Communication Cable: This communication cable is specifically designed for use with FOXBORO I/O modules. When used with the P0916JW, it ensures reliable and high – speed data transmission between the module and other components of the control system, enhancing the overall stability of the industrial network.

• FOXBORO FBM242: The FBM242 is another analog I/O module that can complement the P0916JW. In a large – scale water treatment plant, the P0916JW can handle certain types of sensor inputs, while the FBM242 manages other analog signals like pH and conductivity measurements, providing a complete solution for water quality monitoring and control.