Description

Emerson  1C31227G01  8-channel analog input module

Input channels: It features 8 analog input channels, allowing for simultaneous connection to 8 different sensors or measurement points to achieve synchronous acquisition of multiple analog signals.
Resolution: It adopts a 14-bit resolution, which means it can convert analog signals into digital signals with high precision. The analog signal can be divided into 16,384 (2 to the power of 14) different digital values, which helps to represent the amplitude of the input signal more accurately.

Input range: The input voltage range is from -10V to + 10V, which can adapt to various types and amplitudes of analog signal inputs. It also supports multiple signal types such as current signals (such as 4-20mA), thermal resistors (RTD), and thermocouples. Through configuration, it can be adapted to the output signals of different sensors.
Accuracy: The accuracy is ±0.1% of full scale, ensuring the accuracy and reliability of the collected data, and can meet the requirements of most industrial automation scenarios for the measurement accuracy of analog quantities.

Input scaling: Supports configurable input scaling function. Users can perform linear transformation on the input signal according to actual application requirements, mapping it to the required engineering units or numerical range, facilitating subsequent data analysis and processing.
Power consumption: The working power supply is 24V DC, with a current consumption of 500mA. It has a relatively low power consumption and can operate stably in industrial environments without imposing excessive burdens on the power supply system.

Operating temperature: The operating temperature range is from -40 ℃ to + 70℃, featuring a wide temperature adaptability. It can operate normally in harsh industrial environments, such as beside high-temperature industrial furnaces or in low-temperature cold storage warehouses, and can stably collect data.
Humidity: The humidity range is 0% to 95% relative humidity, without condensation. It can ensure that the performance of the module is not affected even in a high-humidity environment, avoiding electrical faults or signal interference caused by moisture.