Emerson P188.R2 connector board Detailed Information

The Emerson P188.R2 connector board is a high-performance interface module used in industrial automation, energy management, and communication systems. This type of connector board is typically designed as the core hardware for signal distribution and connection, used to achieve efficient and reliable data transmission and electrical connections between devices.

Product Features

Multi functional connectivity capability:

Support the transmission and processing of multiple signal types (analog signals, digital signals, communication signals).

Provide multi-channel connectivity, suitable for the interconnection needs of complex industrial systems.

Industrial grade reliability:

Using high-quality industrial grade components, suitable for harsh operating environments such as high temperature, high humidity, and vibration.

Capable of anti-interference, ensuring the integrity and stability of signal transmission.

Modular design:

Compact design, easy to integrate into existing systems or control cabinets.

Can be quickly plugged in and out, simplifying installation and maintenance.

Electrical protection:

Built in overcurrent and overvoltage protection circuits to prevent accidental damage.

Support grounding protection to further enhance equipment safety.

Strong compatibility:

Compliant with multiple industrial bus protocols and communication standards.

Can seamlessly connect to various PLCs, DCS, or other control systems.

technical specifications

Parameter description

Model P188.R2

Functional signal connection and allocation

Input voltage range 24V DC or industrial standard range

Working temperature range -20 ° C to+70 ° C

Communication supports RS-485, RS-232, Ethernet, etc

The anti-interference level complies with the IEC 61000 series standards

Interface type: Multi pin industrial connector

Compact size design, suitable for standard control cabinet installation

application area

Industrial automation:

As the core module of device interconnection, it is applied to the control and monitoring of complex production lines.

Provide reliable signal transmission between sensors, actuators, and controllers.

Process control:

Widely used in industries such as chemical, petroleum, pharmaceutical, and food processing.

Support the collection and allocation of key process parameters to enhance system stability.

Energy and Electricity:

Used for monitoring and control of power equipment, such as substation automation systems.

Provide data transmission and equipment coordination in the energy management system.

Transportation and Infrastructure:

Applied in intelligent traffic signal control, tunnel monitoring, and building automation.

Provide reliable communication and control interfaces.

Testing and Diagnosis:

Used for signal input and output of testing equipment.

Support system debugging, fault diagnosis, and performance optimization.