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ILM1001P32F0000

The Schneider Electric ILM1001P32F0000 is a 1-channel, IP67-rated, M12-connector, solid-state (PNP) output, proximity sensor interface module from the TeSys island / ILM (Island Modular) series. It is part of Schneider's decentralized, modular I/O system designed for direct installation in harsh environments close to sensors and actuators.

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Specifications Parameter Category Details Manufacturer & Series Schneider Electric, TeSys island (ILM Series) Complete Model Number ILM1001P32F0000 Product Type Decentralized, IP67, Single-channel Digital Input Module (for PNP Sensors) Protection Rating IP67 (Dust-tight and protected against immersion in water up to 1m for 30 minutes). Number of Channels 1 Input Type Designed for 3-wire DC PNP (sourcing) proximity sensors. Sensor Supply Voltage 24V DC (supplied by the module to the connected sensor). Input Current Typically rated for sensors up to 200 mA. "1" Signal Level ≥ 15V DC (High state). "0" Signal Level ≤ 5V DC (Low state). Connection to Sensor 3-pin, Male M12 Connector (A-coded is standard for sensors). Connection to Bus Integrated M12 or M8 bus connector (typically "X" code for power + data) for daisy-chaining to the next island module or back to the bus coupler. Status Indicators • 1x Green LED: Channel status (ON when sensor is active). • 1x Bicolor (Green/Red) LED: Module and communication status. Fieldbus Communication Not integrated in this module. Requires a separate TeSys island bus coupler head (e.g., ILM CBA20 for Modbus TCP/IP) which provides the network interface and powers the island. Mounting Direct mounting via integrated holes or on a standard DIN rail (35mm) using an optional adapter. Operating Temperature -25°C to +70°C (typical for IP67 ILM modules). Housing Material Typically robust plastic (PBT) or metal for harsh environments. Certifications CE, cULus, RoHS. Configuration Modules are automatically recognized by the bus coupler. No software configuration is needed for basic operation; the coupler's configuration software handles I/O mapping. Typical Applications Connecting individual proximity sensors, photoelectric sensors, or limit switches on mobile equipment, conveyor lines, packaging machinery, or in areas exposed to dust, moisture, or washdown.