Product Introduction

characteristic

High reliability: Adopting a Triple Modular Redundancy (TMR) architecture, it can automatically detect and correct errors, ensuring the high reliability and safety of the system. Equipped with fault-tolerant design, providing high availability for continuous operation, suitable for critical task applications.

High precision: With high-precision analog signal acquisition capability, it can accurately reflect various parameters in industrial processes. Built in advanced noise reduction technology ensures the accuracy and stability of the signal.

Easy to integrate: Supports multiple types of analog signal inputs, including voltage and current signals, making it easy to integrate with different types of sensors and devices. Provide standardized interfaces for easy connection and integration with other control systems and devices.

Intelligent management: equipped with self diagnostic function, capable of real-time monitoring of module status and reporting faults, facilitating quick maintenance and troubleshooting. Support remote monitoring and configuration, facilitating centralized management and control in different locations.

technical specifications

Input type: Supports voltage signals such as 0-5V DC, -5 to+5V DC, 0-10V DC, as well as signals for thermocouple types J, K, T, and E.

Input points: 32 differential and DC coupling isolation points.

Input update rate: 55 milliseconds.

Resolution: 12 bits.

Accuracy: Within the range of 0 ° C to 60 ° C, less than 0.15% of full scale.

Input resistance (load): minimum 30M Ω (DC).

Power off resistance: typical value 30K Ω (DC).

Common mode rejection: typical value -80dB (DC-100Hz).

Common mode range: Peak -12V to+12V.

application area

Oil and natural gas: used to collect various analog signals on drilling platforms to ensure the safety and efficiency of the drilling process; Collect analog signals such as pressure and flow rate in pipeline monitoring systems to prevent leaks and other safety hazards.

Electricity and energy: used for substation automation, collecting analog signals of substation equipment, realizing real-time monitoring and control of equipment status; Collect voltage, current and other parameters in the power monitoring system to ensure the stability of power supply.

Chemical and pharmaceutical industries: collecting analog signals such as temperature, pressure, and liquid level during the production process to achieve precise process control; Provide comprehensive safety monitoring functions to prevent the occurrence of safety accidents.

Water treatment: used to collect various analog signals during the water treatment process to ensure effective management of the water treatment process; Collect water quality, gas and other parameters in the environmental monitoring system to ensure the accuracy of environmental monitoring data.

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