Phoenix Contact MINI MCR Series Signal Conditioner, Voltage Input, Current Output, 9.6 → 30V dc Supply, ATEX,

The Mini Analog Pro signal conditioners from Phoenix Contact are the first 6mm range with plug-in connection technology. Using the latest switching technology, applications are made quicker and easier with the signal conditioners' highly compact and visible housing, easily accessible terminal points and current measurement. Users also benefit from simple configuration via DIP switches as well as extended configuration via software or smartphone app without needing additional accessories plus supports NFC communication

Easy startup and servicing: measures signals without disconnecting current loops and optional disconnect function
Excellent signal quality
Available with extended supply voltages and operating temperatures to suit a wide range of applications
Wiring with screw connection or tool-free plug-in technology

This signal conditioner from Phoenix Contact is used with sensors to pick up electrical signals and convert them to comprehensible data. It converts an input signal into an output signal, amplifying it to make it readable by your machine control system. It also helps to minimise electrical noise and provide more accurate measurements for monitoring applications. For ease of operation, use the T-connector design to plug the device into your system rail, and the supply voltage will automatically connect.
The signal conditioner provides reinforced insulation of up to 300V, ensuring the signal is protected from interference and short circuits. The PBT (polybutylene terephthalate) housing material is resistant to impact and abrasion for long-lasting use. This device has a wide operating temperature range of -40°C to +70°C, so you can use it in demanding environments.

• IP20 (ingress protection) rating means it's touch-proof to prevent electric shock
• Compact dimensions of 110.5 (height) x 6.2 (width) x 120.5mm (depth) for installation in tight spaces
• DIN rail mounting makes it simple to install and maintain