Features:
- Thirty-two 24 V DC inputs are divided into four isolated groups of eight.
- Either channels 1–16 or 17–32 can be assigned to the supported interrupt path.
- Cable guidance extends to 1000 m unshielded or 3000 m shielded under the conditions.
The BA article identifies the isolated 32-point card used in the specified AS 220/230/231 hardware environment.
Group isolation separates process potentials while the selected channel half can signal controller interrupts for important changes.
Review supply polarity, fuse rating, shield termination and group returns against the field drawings before the original plug is moved.
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Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Distributed process contacts with different local references can be grouped without sharing one common return across the whole card.
- Priority alarms can occupy the interrupt-enabled half while routine statuses remain in the cyclic process image.
- Long instrument-cable runs can use the shielded installation guidance where cabinet and grounding practice allow it.
- The isolated input card is intended for AS 220, AS 230 and AS 231 automation stations in the TELEPERM M family.
- Interrupt processing is available for selected channels that must report time-critical state transitions to the controller.
- Its isolated channel construction supports field contacts whose reference potentials must remain separated in the rack design.
- Thirty-two isolated binary channels are configured as 24 V DC inputs for the assigned TELEPERM M station.
- Channel allocation and interrupt selection must match the controller program and the original process-connector wiring.
- The input circuit recognizes the specified low and high voltage ranges before transferring a stable logical state.
- Galvanic separation between input circuits helps contain field-potential differences and simplifies fault localization.
- Signals from -2 V to +4.5 V are evaluated as low, preventing inactive field levels from being interpreted as energized.
- A 1 A module fuse protects the supply path, while interrupt-capable channels support prompt recognition of critical events.