Endless capabilities with the same hardware


MonoDAQ-U-X is a true data acquisition chameleon. It can be a 1-channel strain gauge amplifier, 4-channel thermocouple interface or 8-channel voltage input with a single click of a button.

Single voltage input

Analog voltage in

Nr. of channels 1
Max. sample rate 50 kS/s
Resolution [bit] 16...20 @100S/s
Input range [V] +/- 10, 1, 0.1

Voltage excitation

Settable levels [V] 1, 3.3, 5, 10, 24
Noise +/- 1mV rms

Analog output

Output range 0 .. 4 V
Resolution 12 bit
Sample rate (local) 2 MHz

DIO channels: 4

Max counter freq. 33 MHz
Max. input level 10 V
Output levels [V] 2, 3.3, 5

Single voltage input

Analog voltage in

Nr. of channels 1
Max. sample rate 50 kS/s
Resolution [bit] 16...20 @100S/s
Input range [V] +/- 10, 1, 0.1

Voltage excitation

Settable levels [V] 1, 3.3, 5, 10, 24
Noise +/- 1mV rms

Analog output

Output range 0 .. 4 V
Resolution 12 bit
Sample rate (local) 2 MHz

DIO channels: 4

Max counter freq. 33 MHz
Max. input level 10 V
Output levels [V] 2, 3.3, 5
  • Stackable up to 16+ devices
  • Isolated device-device
  • 8 voltage inputs
  • 4 Thermocouple inputs
  • 8 DIO pins
  • Robust Aluminium housing
  • Push-in front wire terminal
  • Low-noise sensor excitation

IDEAL FOR INDUSTRIAL CABINETS

IoT power measurement


Precisely measure voltage and current on LiPo batteries for your IoT project. Excitation output can be connected over internal switch to charge the battery, making it possible to perform cycle tests. A thermocouple can be added in order to monitor the battery voltage and protect it from damage. Digital pins can be used to diagnose the I/O of the IoT device while the serial communication offers full communication possibilities with the development board. Learn more

Remote embedded data logging and Python API


Due to cross-platform support the MonoDAQ-U-X can be used in embedded applications with Raspberry Pi or similar boards. IDM software running in Java is open source to allow custom integrations. Commands and data can be streamed over ethernet to a Windows PC running DEWESoft.


Data from the U-X device can also be acquired using Python API on top of the IDM software. Learn more

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