FR-A0400M Flexem 16-Bit Analog Input 0-10V 0-20V

Specifically, it provides 4 independent input channels for accurate analog signal acquisition.

Moreover, it supports both voltage and current inputs to match various field sensors.

In addition, its compact design allows dense installation in limited cabinet space.

It supports voltage input from -10V to 10V and current input of 0~20mA.

Furthermore, conversion precision reaches ±0.2% of full-scale range for reliable readings.

Users can also customize full range values between -30000 and 30000 for flexible calibration.

Maximum allowable input reaches 30V voltage and 30mA current for safe operation.

For current inputs, impedance is below 250 ohms with 5% tolerance.

The module uses a removable terminal block for easy wiring and maintenance.

It supports standard field wiring and ensures stable connection in long-term operation.

Additionally, it features strong anti-interference performance in industrial environments.

It mounts directly on a standard 35mm DIN rail with the FR-ECAT bus coupler.

Operating temperature ranges from -10°C to 60°C for industrial environments.

Storage temperature spans -20°C to 70°C with humidity from 5% to 95% non-condensing.

Its slim shape allows high-density module arrangement in control cabinets.

Next, connect analog sensors to the removable terminal block according to channel labels.

Meanwhile, ensure correct polarity to avoid damage to input circuits.

Then, configure input type (voltage or current) via the PLC programming software.

Finally, perform online calibration to achieve optimal measurement accuracy.

Q1: How many analog input channels does the FR-A0400M provide?

A1: The FR-A0400M provides 4 independent analog input channels.

A2: It supports -10V~10V voltage and 0~20mA current inputs.

A3: The module offers a high resolution of 16-bit for precise signal collection.

A4: It delivers a conversion precision of ±0.2% of full-scale range.

A5: Yes, the FR-A0400M is designed to work with the FR-ECAT EtherCAT bus coupler.