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Schneider Electric Modicon 984 AS-BADU-206

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AS-BADU-206

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The AS-BADU-206 from Schneider Electric operates as an analog input module designed for the Modicon 984 series. This device features four input channels, each configurable for two-pole operation, allowing for versatile signal measurements across various applications.

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Technical specifications for AS-BADU-206

ManufacturerSchneider Electric
Product LineModicon 984
Part NumberAS-BADU-206
Weight1.00 lbs (0.45 kg)
Module TypeAnalog Input Module
Input ConfigurationFour input channels, two-pole each
Electrical IsolationBus optically isolated for protection
Power RequirementsExternal 24 VDC supply; typical 60–100 mA
Voltage Input RangeBipolar: ±1 V, ±10 V; Unipolar: 0–1 V, 0–10 V
Maximum Voltage InputUp to +30 VDC
Voltage Input ImpedanceExceeds 1 MΩ
Current Input RangeBipolar: ±20 mA; Unipolar: 0–20 mA
Maximum Current InputUp to 40 mA
Current Input Impedance50 ohms
Resolution11-bit plus sign
Conversion TimeUnder 10 milliseconds per channel
Operating Accuracy±0.4% for voltage or ±0.56% for current (0–60°C)
Temperature RangeFunctional between 0°C and 60°C

The Schneider Electric AS-BADU-206 module serves as an analog input interface that integrates with the Modicon 984 system. It encompasses four channels, each offering a two-pole configuration. The module ensures electrical isolation through an optically isolated bus, safeguarding sensitive components.

For functionality, it demands an external supply of 24 VDC, typically using between 60 mA and 100 mA. Versatile input voltage ranges are offered, accommodating bipolar variations of ±1 V and ±10 V and unipolar variations from 0 to 1 V or 0 to 10 V. It can also manage maximum voltage levels reaching +30 VDC.

The voltage input impedance exceeds 1 MΩ, allowing for minimal loading on the signal source. Current measurements are supported as well, offering bipolar input ranges of ±20 mA, with an upper limit of 40 mA. For current input, the impedance is measured at 50 ohms. The device boasts an 11-bit resolution for precise data capture.

It features rapid conversion times of under 10 milliseconds per channel, ensuring quick response for time-sensitive applications. Operating accuracy is maintained within ±0.4% for voltage and ±0.56% for current across a temperature spectrum from 0°C to 60°C, highlighting the module's reliability within specified environments.