- Easy configuration Conversion of potentiometric position signals without range selection
- Universal power supply for 20 to 253 V AC/DC Applicable world-wide for all common supply voltages
- 3-port isolation Protection against erroneous measurements due to parasitic voltages or ground loops
- Ultra small sized housing 12.5 mm housing with plug-in screw terminal blocks
- High bandwidth; high accuracy No distortion; no falsification of measured signal
- Protective Separation Protects service personnel and downstream devices against impermissibly high voltage
- Maximum reliability No maintenance costs
- 5 Years Warranty Defects occurring within 5 years from delivery date shall be remedied free of charge at our plant (carriage and insurance paid by sender)
 Datasheet |
- Type IMH-DRADLM-08000C-10 (Standard)
- input sensitivity 0.1 to 5 mV/V
- sensor supply: 5 VDC
- digital input: tara function external via terminal
- resolution: 12 / 14 / 15 / 16 Bit
- total error: 0.3% of final value
- housing material: plastics PA66 GF30 for top hat rail
- protection class: IP20
| Datasheet |
The 3-digit indicator IMH-1U was designed as a multifunctional transmitter for the top hat rail mounting, for the measuring of voltage, current, temperature and frequency. The configuration happens via three front keys or via the optional PC software PM-TOOL. Optional the indicator can be equipped with a sensor supply, an analog output, 4 switching points, a Bluetooth interface, a data logger and interfaces RS232/RS485 (with Modbus protocol).
 Datasheet |
| User Manual |
Universal Measuring Transducers / Universal Transmitters
A universal measuring transducer is a transmitter that accepts a wide variety of input signals — e.g. voltage, current, resistance, thermocouple, potentiometer or bridge sensors — and converts them into a standardized analog output signal (commonly 4 … 20 mA or 0 … 10 V). This allows different types of sensors and measurement tasks to be handled with a single device and connected to control or monitoring systems. Universal transmitters are typically designed as compact DIN-rail modules, offering high flexibility and standardization for automation and control applications.
Due to their flexible input options and configurable outputs, universal transmitters are particularly useful when various sensors or measurement types are used in a system. They often support features like scaling, linearization, optionally galvanic isolation, and flexible power supply (AC or DC). This reduces the number of different devices needed, simplifies design and inventory, and provides maximum adaptability for different applications.
Questions & Answers on Universal Transmitters
What is a universal measuring transducer?
A universal measuring transducer is a transmitter that can accept various kinds of input signals (voltage, current, resistance, thermocouple, potentiometer, bridge) and convert them into a standard analog output signal.
Which input signals can a universal transmitter handle?
Depending on the model: signals such as voltage, current, resistance, thermocouple (mV), potentiometer output or bridge signals — therefore a wide variety of sensor and signal types.
What output signal does it provide?
Typically standardized analog signals like 4 … 20 mA or 0 … 10 V, suitable for PLCs, controllers, indicators or monitoring systems.
Why use a universal transmitter?
It reduces the need for multiple dedicated transmitters: one device can handle many sensor types and signal forms. This simplifies procurement, stock-keeping and system design.
When is a universal transmitter preferred over a dedicated transmitter?
When a system uses different sensor types or measurement variables, or when flexibility for future changes is desired — e.g. in retrofit, modular systems or when upgradeability is important.
Does a universal transmitter offer galvanic isolation?
Many universal transmitters offer galvanic isolation between input and output (and supply) to avoid ground loops, interference or potential differences.
How is the device powered?
Depending on the model, with AC or DC supply. Flexible supply options make universal transmitters adaptable for different installation environments.
Is configuration or parameterization possible?
Yes — typically input type, measurement range, scaling, linearization and output format can be configured to match the sensor and application requirements.
Where are universal transmitters used?
Whenever different sensors or measurement types are present — e.g. temperature, resistance, voltage, potentiometer position, bridge sensors, analog inputs — in automation, process control or measurement systems.
What are the advantages in control-cabinet applications?
Space saving by using one device instead of many, simplified wiring, flexible adaptation to different sensors, reduced stock and easier system configuration.
Are there disadvantages or limitations?
They may be more expensive than dedicated transmitters and require correct configuration; for highly specialized or precision measurements a dedicated, optimized transmitter may still be preferable.