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High-Performance Signal Converters for Reliable Data Processing

Convert, scale or translate your analog signals with confidence using our ultra-slim DIN-rail signal converters. Measuring just 6.2mm wide, these compact devices offer exceptional flexibility in tight control cabinets while delivering industrial-grade reliability and performance.

We have options for voltage-to-current, current-to-voltage, thermocouple, RTD and more, and these converters are built to handle whatever your application demands, from basic signal translation to high-isolation, high-accuracy conversion tasks.

Talk to our team today and we'll help you choose the best signal converter for your control system.

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Dataforth DSCP70

Power Supply Connection Module for DIN Rail Power Bus – Power Supply Connection Module for DIN Rail Power Bus

Dataforth DSCP65

Voltage Input to Voltage/Current Output Low Power DIN Converter

Dataforth DSCP64

Voltage/Current Input to Voltage/Current Output

Dataforth DSCP63

Voltage/Current Input to Voltage/Current Output DIN Converter

Dataforth DSCP62

Thermocouple Input to Current/Voltage Output DIN Converter with Relay Output

Dataforth DSCP61

RTD Input to Current/Voltage Output DIN Converter – RTD Input to Current/Voltage Output DIN Converter

Dataforth DSCP55

RTD Input Loop-powered DIN Converter – RTD Input Loop-powered DIN Converter

Why Are Signal Converters Necessary?
Not every sensor output matches the expected input of a DAQ module or controller. Converters map signals into standard ranges, such as transforming a thermocouple input into a 0–10V or 4–20mA output. This keeps integration straightforward without redesigning system hardware.

What Are Common Conversion Scenarios?
Voltage-to-current, current-to-voltage, and resistance-to-voltage are typical. In mixed environments, converters make it possible to integrate specialist sensors with general-purpose automation equipment.

How Do You Ensure Long-Term Compatibility?
We supply converters with extended lifecycle support. By sourcing through a UK supplier, engineers can standardise hardware across multiple projects and ensure identical models remain available for years to come.