931N-A222

The 931N-A222 analog signal splitter is a signal conditioning device that has been designed by Allen-Bradley/Rockwell Automation. It helps to protect expensive industrial control systems from transients while also reducing the noise-induced errors in application process measurements. It offers a wide variety of signal types such as analog, potentiometer, and thermocouple signal types. This device has the ability to produce 2 outputs from 1 input which is useful when the process measurements are needed at 2 locations. If the process variables do not have linear characteristics, the device can create a standard linear signal. It can also amplify process measurement signals to increase the accuracy of the signals. The 931N-A222 analog signal splitter is UL/ CSA, CE, KC, and ATEX certified to provide accurate and high-quality industrial solutions. The 931N-A222 analog signal splitter offers 4-way isolation to improve the accuracy of the signal if the measurements are degraded between the measurement point and the control system due to noises. The 4-way galvanic isolation is provided between the power supply, the input, and the 2 outputs.

The Allen-Bradley 931N-A222 analog signal splitter converts the measurement into a high-level signal which is accurate and reliable. This single-channel analog signal splitter has the power rail mounting option and it weighs 70 grams. It features a DIP switch for easy configuration and angled connection terminals for easy wiring. It also comes with an easy-to-configure DIN rail mounting option to save time by reducing the need to wire every individual device with a power supply. The 931N-A222 analog signal splitter offers cost-effective signal conversion to solve a signal mismatch between the field device and I/O. It can be used to receive constantly changing physical operating characteristics such as temperature and pressure data. The input of this analog signal splitter is protected against overvoltage and polarity errors. This signal conditioner is suitable for use in industrial applications where the signals need to be accurately transmitted over long distances.