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Signal Conditioners for Refined and Protected Process Signals

Industrial environments are harsh on sensitive signals. Our signal conditioners are engineered to filter noise, isolate interference, and accurately transmit sensor data across your network. These modules help protect both field instrumentation and backend control systems, ensuring precise, interference-free performance over time.

Available in a wide range of form factors and configurations, our signal conditioners are a trusted foundation for robust, scalable measurement systems.

Speak to us today to explore the best signal conditioning setup for your application.

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Signal Conditioners

Showing 60 of 94 Signal Conditioners items

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ADAM-3112
Advantech ADAM-3112
Isolated AC Voltage Input Module
ADAM-3017
Advantech ADAM-3017
External Powered Iepe Signal Conditioner
ADAM-3016
Advantech ADAM-3016
Isolated Strain Gauge Input Module
ADAM-3014
Advantech ADAM-3014
Isolated Voltage Input Module
ADAM-3013
Advantech ADAM-3013
Isolated RTD Input Module
ADAM-3011
Advantech ADAM-3011
Isolated Thermocouple Input Module
8B35
Dataforth 8B35
8B Linearised 4-wire RTD Input Module
8B34
Dataforth 8B34
8B Linearised 2/3-Wire RTD Input Module
8B33
Dataforth 8B33
8B True RMS Input Module
8B32
Dataforth 8B32
8B Current Input Module
8B31
Dataforth 8B31
8B Voltage Input Module
8B30
Dataforth 8B30
8B Millivoltage Input Module
8B51
Dataforth 8B51
8B Voltage Input Module
8B50
Dataforth 8B50
8B Millivoltage Input Module
8B49
Dataforth 8B49
8B Voltage Output Module
8B47
Dataforth 8B47
8B Linearised Thermocouple Input Module
8B45
Dataforth 8B45
8B Frequency Input Module
8B43
Dataforth 8B43
8B DC LVDT Input Module
8B42
Dataforth 8B42
8B 2-Wire Transmitter Interface Module
8B41
Dataforth 8B41
8B Voltage Input Module
8B40
Dataforth 8B40
8B Millivoltage Input Module
8B39
Dataforth 8B39
8B Current Output Module
8B38
Dataforth 8B38
8B Strain Gauge Input Module
8B37
Dataforth 8B37
8B Thermocouple Input Module
8B36
Dataforth 8B36
8B Potentiometer Input Module
SCM5B30
Dataforth SCM5B30
5B Voltage Input Module
SCM5B40
Dataforth SCM5B40
5B Voltage Input Module
SCM5B392
Dataforth SCM5B392
5B Matched-Pair Servo/Motor Controller Module
SCM5B39
Dataforth SCM5B39
5B Current Output Module
SCM5B38 (4Hz)
Dataforth SCM5B38 (4Hz)
5B Strain Gauge Input Module
SCM5B38 (10kHz)
Dataforth SCM5B38 (10kHz)
5B Strain Gauge Input Module
SCM5B37
Dataforth SCM5B37
5B Thermocouple Input Module
SCM5B36
Dataforth SCM5B36
5B Potentiometer Input Module
SCM5B35
Dataforth SCM5B35
5B Linearised 4-Wire RTD Input Module
SCM5B34
Dataforth SCM5B34
5B Linearised 2/ 3-Wire RTD Input Module
SCM5B33V
Dataforth SCM5B33V
5B True RMS Input Module for VAS
SCM5B33
Dataforth SCM5B33
5B True RMS Input Module
SCM5B32
Dataforth SCM5B32
5B Current Input Module
SCM5B30V
Dataforth SCM5B30V
5B VAS Voltage Input Module
SCM7B34
Dataforth SCM7B34
7B Linearized 2/ 3-Wire RTD Input Module
SCM7B33
Dataforth SCM7B33
7B Process Voltage Input Module
SCM7B32
Dataforth SCM7B32
7B Process Current Input Module
SCM7B31
Dataforth SCM7B31
7B Voltage Input Module
SCM7B30
Dataforth SCM7B30
7B Voltage Input Module
SCM7B22
Dataforth SCM7B22
7B Voltage Output Module
SCM7B21
Dataforth SCM7B21
7B Voltage Input 7B Module
SCM5B49
Dataforth SCM5B49
5B Voltage Output Module
SCM5B48
Dataforth SCM5B48
5B Configurable Accelerometer Module
SCM7B41
Dataforth SCM7B41
7B Voltage Input Module
SCM7B40
Dataforth SCM7B40
7B Voltage Input Module
SCM7B39
Dataforth SCM7B39
7B Process Current Output Module
SCM7B37
Dataforth SCM7B37
7B Thermocouple Input Module
SCM7B36
Dataforth SCM7B36
7B Potentiometer Input Module
SCM7B35
Dataforth SCM7B35
7B 2-Wire Transmitter Interface Module
SCM5B47
Dataforth SCM5B47
5B Linearised Thermocouple Input Module
SCM5B45
Dataforth SCM5B45
5B Frequency Input Module
SCM5B43
Dataforth SCM5B43
5B General Purpose Input Module
SCM5B42
Dataforth SCM5B42
5B 2-Wire Transmitter Interface Module
SCM5B41
Dataforth SCM5B41
5B Voltage Input 5B Module – 10kHz Bandwidth
SCM5B40V
Dataforth SCM5B40V
5B VAS Voltage Input Module
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Showing 60 of 94

How Do Signal Conditioners Work?
They take raw inputs like thermocouple voltages, strain gauge signals or current loops and amplify, filter or linearise them into a form that downstream systems can process. This reduces calibration effort and improves accuracy.

What Features Should You Look For?
High channel density, wide operating temperatures and field-configurable ranges are critical. Features like 3-way isolation help protect against ground loops, which are a common source of error in industrial plants.

What Makes Industrial Models Distinct?
Unlike lab-grade equipment, industrial conditioners are designed for continuous 24/7 operation, often in electrically noisy environments. Rugged housings, secure terminals and extended warranty support make them a safer investment for UK projects.