Optimized for use in test benches: 16 individually configurable channels for active sensors
Do you want to use active sensors for measuring physical quantities?
The MX1601 universal amplifier provides measurement inputs
- Normalized voltage (± 10 V or 100 mV)
- Normalized current (0 or 4 … 20 mA)
- IEPE/ICP© sensors
in 16 individually configurable channels – at an attractive price per channel!
Powerful performance: Reliable and precise
The MX1601 is compact and easy to integrate, in addition, it is convincing through its high measurement quality:
- Every channel has a 24-bit Delta Sigma A/D converter. Moreover, all channels are electrically isolated.
- The amplifier offers sample rates up to 19.2 kS per channel and a bandwidth of up to 3 kHz.
- A working standard calibration certificate stored in the instrument guarantees quality and traceability.
Flexible, modular and expandable
The MX1601 is fully integrated in the QuantumX family and can also be operated in combination with other modules. An individual data acquisition system, scaled to the respective requirements, can be easily set up. Furthermore, the MX1601 also proves its flexibility when individual, customized connectors need to be assembled in a control cabinet. The MX1601 universal amplifier is the ideal solution for high channel counts.
Easy to use thanks to worldwide unique software support
QuantumX users benefit from a powerful software package. The free QuantumX-Assistant control software sets standards in terms of ease of use. catman®AP measurement software and many other tools offer ideal options for processing your measurement data. The software package provides programmers with LabVIEW and .NET libraries. Universal application.
MX1601 allows multiple use and optimally suits a wide range of applications involving component and subassembly testing in the following industries:
- Mechanical engineering
Advanced Plug and Measure – Connect and start measuring
Automatic transducer and sensor identification via TEDS permits fast configuration. You save both time and money. This is how it works: The TEDS module can be installed in the transducer housing, in the cable or in the connector. It comprises an electronic data sheet which enables the measuring amplifier to be set up automatically. The TEDS protocol is started via a plug identification in the transducer plug. Channel configuration is then automatically started. Both Ethernet TCP/IP and FireWire are available as communication interfaces.