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Acromag microBlox µB40 - mV Input, 1 kHz, Signal Conditioning

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Acromag microBlox µB40 - mV Input, 1 kHz, Signal Conditioning
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Description

Benefits

  • Flexible signal conditioning: 1 module per channel/signal, 4, 8, or 16 modules on a backpanel.
  • Voltage input/mV, 1 kHz.
  • Models B with Bluetooth for configuration via Android or iOS mobile device.

microBlox Signal Conditioning µB40 - mV Input, 1 kHz.

The Acromag microBlox offer a compact and high-performance solution for interfacing sensor and field signals with measurement and data acquisition systems. They isolate, filter and amplify the signals and convert them to standard ranges. The modules are securely plugged on 4, 8 or 16-channel backpanels and can be combined according to your requirements and application.

  • mV input, range ±10 mV to ±100 mV.
  • Relaxes filtering for higher speed applications: Drive a faster response, but with less filtering for noise.
  • Output to ±5 V and/or 0...5 V.
  • Bandwidth 1 kHz.
  • Channel-to-channel isolation for high noise immunity.
  • Model B with Bluetooth for configuration via Android or iOS mobile device (smartphone, tablet), including alarm, limit, diagnosis and more.
  • Available as industrial version (standard) or CG (commercial grade for cost-sensitive projects) with limited temperature range and lack hazloc approvals.

Model Overview

Model Bandwidth Input Output Configuration
µB40-01 1 kHz ±10 mV ±5 V -
µB40-01-CG 1 kHz ±10 mV ±5 V -
µB40-02 1 kHz ±50 mV ±5 V -
µB40-02-CG 1 kHz ±50 mV ±5 V -
µB40-03 1 kHz ±100 mV ±5 V -
µB40-03-CG 1 kHz ±100 mV ±5 V -
µB40-04 1 kHz ±10 mV 0...5 V -
µB40-04-CG 1 kHz ±10 mV 0...5 V -
µB40-05 1 kHz ±50 mV 0...5 V -
µB40-05-CG 1 kHz ±50 mV 0...5 V -
µB40-06 1 kHz ±100 mV 0...5 V -
µB40-06-CG 1 kHz ±100 mV 0...5 V -
µB40-B 1 kHz ±10...±100 mV ±5 V Input/output via Bluetooth

Included: Module, instructions for use.

Model Overview - Complete Series

Series Inputs
µB30 mV input, range ±10...±100 mV, filtering noisier environments.
µB31 V input, range ±1...±60 V, filtering noisier environments.
µB32 mA input, range 0...20 mA, 4...20 mA DC.
µB34 RTD input, 2/3-wire, range -100...+100°C, 0...600°C.
µB35 RTD input, 4-wire, range -100...+100°C, 0...600°C.
µB37 Thermocouple input, type J, K, T, R, S, output linear with thermocouple voltage.
µB39 mA ouput, range 0...20 mA, 4...20 mA DC.
µB40 mV input, range ±10...±100 mV, faster response, but with less filtering for noise.
µB41 V input, range ±1...±60 mV, faster response, but with less filtering for noise.
µB42 mA input, 2-wire transmitter, loop excitation, 0...20 mA, 4...20 mA DC.
µB45 Frequency input, range 0...50 kHz.
µB47 Thermocouple input, type J, K, T, R, S, output linear with thermocouple temperature.
µB49 V ouput, range ±5 V, ±10 V, 0...5 V, 0...10 V.
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Description
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Benefits

  • Flexible signal conditioning: 1 module per channel/signal, 4, 8, or 16 modules on a backpanel.
  • Voltage input/mV, 1 kHz.
  • Models B with Bluetooth for configuration via Android or iOS mobile device.

microBlox Signal Conditioning µB40 - mV Input, 1 kHz.

The Acromag microBlox offer a compact and high-performance solution for interfacing sensor and field signals with measurement and data acquisition systems. They isolate, filter and amplify the signals and convert them to standard ranges. The modules are securely plugged on 4, 8 or 16-channel backpanels and can be combined according to your requirements and application.

  • mV input, range ±10 mV to ±100 mV.
  • Relaxes filtering for higher speed applications: Drive a faster response, but with less filtering for noise.
  • Output to ±5 V and/or 0...5 V.
  • Bandwidth 1 kHz.
  • Channel-to-channel isolation for high noise immunity.
  • Model B with Bluetooth for configuration via Android or iOS mobile device (smartphone, tablet), including alarm, limit, diagnosis and more.
  • Available as industrial version (standard) or CG (commercial grade for cost-sensitive projects) with limited temperature range and lack hazloc approvals.

Model Overview

Model Bandwidth Input Output Configuration
µB40-01 1 kHz ±10 mV ±5 V -
µB40-01-CG 1 kHz ±10 mV ±5 V -
µB40-02 1 kHz ±50 mV ±5 V -
µB40-02-CG 1 kHz ±50 mV ±5 V -
µB40-03 1 kHz ±100 mV ±5 V -
µB40-03-CG 1 kHz ±100 mV ±5 V -
µB40-04 1 kHz ±10 mV 0...5 V -
µB40-04-CG 1 kHz ±10 mV 0...5 V -
µB40-05 1 kHz ±50 mV 0...5 V -
µB40-05-CG 1 kHz ±50 mV 0...5 V -
µB40-06 1 kHz ±100 mV 0...5 V -
µB40-06-CG 1 kHz ±100 mV 0...5 V -
µB40-B 1 kHz ±10...±100 mV ±5 V Input/output via Bluetooth

Included: Module, instructions for use.

Model Overview - Complete Series

Series Inputs
µB30 mV input, range ±10...±100 mV, filtering noisier environments.
µB31 V input, range ±1...±60 V, filtering noisier environments.
µB32 mA input, range 0...20 mA, 4...20 mA DC.
µB34 RTD input, 2/3-wire, range -100...+100°C, 0...600°C.
µB35 RTD input, 4-wire, range -100...+100°C, 0...600°C.
µB37 Thermocouple input, type J, K, T, R, S, output linear with thermocouple voltage.
µB39 mA ouput, range 0...20 mA, 4...20 mA DC.
µB40 mV input, range ±10...±100 mV, faster response, but with less filtering for noise.
µB41 V input, range ±1...±60 mV, faster response, but with less filtering for noise.
µB42 mA input, 2-wire transmitter, loop excitation, 0...20 mA, 4...20 mA DC.
µB45 Frequency input, range 0...50 kHz.
µB47 Thermocouple input, type J, K, T, R, S, output linear with thermocouple temperature.
µB49 V ouput, range ±5 V, ±10 V, 0...5 V, 0...10 V.
Do you have any questions on this item?
Don't forget to quote your name, company and phone number, so we can quickly reach you, if there are any questions from our side!
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My Question: