What this sensor is and why it matters on your BOM
The E2E-X10C130-M1 is a shielded M30 inductive proximity sensor from Omron's E2E NEXT series, delivering 10 mm sensing distance with an NPN normally-open output. Rated for 10-30V DC and 200 mA load current, it fits applications where reliable metal detection in wet or high-pressure washdown environments is required. IP69K and IP67 ratings, combined with oil resistance and washdown resistance, make this sensor suitable for food processing, dairy, pharmaceutical, and automotive paint shops where standard IP67 prox sensors fail from water ingress at high pressure.
Sensing performance and electrical fit
Shielded sensing face means the sensor can be flush-mounted in metal without derating the detection range. The 10 mm maximum sensing distance is measured against mild steel; reduce for non-ferrous metals. NPN output switches to ground when target is present, sourcing 200 mA continuous to drive PLC inputs, relays, or small loads directly. Built-in M12 connector with 3 wires simplifies field replacement. Operating temperature from -40 to +185°F covers freezer and oven conveyor lines without derating. Indicator light confirms target detection.
Peer comparison for informed BOM decisions
The E2E-X10C1L30-M1 shares the same sensing distance, output type, and voltage range but has an 80 mm overall height compared to 58 mm for this sensor. Before substituting, verify mounting clearance; the longer barrel may interfere with adjacent components or require a deeper bracket. For PNP systems, the E2E-X10B1D30-M1 is the direct logical swap while keeping the 58 mm body and same sensing range. Only difference is PNP sourcing output instead of NPN sinking. The smaller M18 sibling E2E-X5C118-M1 offers only 5 mm sensing range and 53 mm length, so it is not a functional replacement for 10 mm applications.
Production status and sourcing posture
We source E2E-X10C130-M1 against your RFQ. Provide target quantity and delivery window for a firm quotation. Return eligibility follows standard terms; keep original packaging and sensor free of damage from misuse or miswiring to ensure coverage.