QuantumX MX840A
8-channel universal amplifier
Sampling rate: max. 19.2 kHz per channel
Resolution: 24 bit
Transducer technologies:
- 8 x full-bridge strain gages (CF at 4.8 kHz)
- 8 x inductive half or full bridges
- 8 x piezo-resistive full bridges
- 8 x resistance thermometers (PT100, PT1000)
- 8 x thermocouples (types K, N, R, S, T, B, E, J)
- 8 x potentiometric transducers
- 8 x LVDTs
- 8 x voltage (100 mV, 10V and 60 V)
- 8 x current (+/- 20 mA)
- 4 x frequencies: counter, SSI, encoder (incremental/sinusoidal with / without index)
- 1 x high-speed CAN (ISO 11898, 128 signals, read only)
- Sensor supply: 5-24 V, 0.7 W (module: 2 W)
- Electrical isolation between channels
- TEDS support (automatic sensor identification)
- Sampling rate and filter adjustable for each channel.
MX840A technical datasheet (pdf)
MX840A product details
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QuantumX MX410
4-channel, highly dynamic, universal amplifier
Sampling rate: max. 96 kHz per channel
Resolution: 24 bit
Transducer technologies:
- 4 x half or full-bridge strain gages (DC, CF with 4,8kHz)
- 4 x inductive half or full bridges
- 4 x IEPE – current-fed piezoelectric transducers
- 4 x voltage (+/- 10 V).
- Sensor supply: 5-24 V, 0.7 W (module: 2 W)
- Electrical isolation between channels
- TEDS support (automatic sensor identification)
- Sampling rate and filter adjustable for each channel.
Outputs:
- 4 x voltage (+/- 10 V) for each input channel.
MX410 technical datasheet (pdf)
MX410 product details
Get a quote for the QuantumX MX410 amplifier
QuantumX MX440A
4-channel universal amplifier
Sampling rate: max. 19.2 kHz per channel
Resolution: 24 bit
Transducer technologies:
- 4 x full-bridge strain gages (CF at 4.8 kHz)
- 4 x inductive half or full bridges
- 4 x piezo-resistive full bridges
- 4 x resistance thermometers (PT100, PT1000)
- 4 x thermocouples (types K, N, R, S, T, B, E, J)
- 4 x potentiometric transducers
- 4 x LVDTs
- 4 x voltage (100 mV, 10V and 60 V)
- 4 x current (+/- 20 mA)
- Sensor supply: 5-24 V, 0.7 W
- Electrical isolation between channels
- TEDS support (automatic sensor identification)
- Sampling rate and filter adjustable for each channel.
