E2FQ-X10D1-6T
Official DistributorBy Omron
SKU
OMRE2FQX10D16T
E2FQ Series 10 mm Sensing Distance Proximity Sensor with Special M12 Connector
E2FQ Chemical Resistant PTFE Housing Proximity Sensor
Chemical resistant inductive sensor in cylindrical PTFE housing
The E2FQ is a full-body fluoro plastic housing inductive proximity sensor family that includes shielded M12-M30 form factors. The fluro plastic PTFE based body of the sensor is resistant to chemical degredation and allows the sensor to address metal detection applications where harsh chemicals are used.
- Full body fluoro plastic housing for chemical resistance
- DC 2-wire and DC 3-wire models
Technical Specifications
| Size | M30 |
| Sensing Distance | 10 mm |
| Shielded | Shielded |
| Connection | "Special" M12 Connector |
| Output | 2 Wire DC |
| Operation | NO |
| Supply Voltage | 12 to 24 VDC |
| Case Material | Fluororesin |
| Threaded Length (mm) | 38 |
| Overall length (mm) | 57 |
| Mounting | Bracket with 30 mm mounting hole or M30x1.5 threaded hole. |
Why Proax for Omron E2FQ-X10D1-6T?
Proax is an authorized distributor of Omron E2FQ-X10D1-6T. We are Omron’s largest distributor in Canada. Our highly skilled in-house technical team is ready to assist with any technical needs.
Have a question in mind? to help you get the right product as quickly as possible for your project. We're always here to help!
Short Lead Time
Highly Trained Staff
Live Chat
Technical Support
Local Inventory
60+ Years Experience
Additional Information
| Alternate Names | E2FQX10D16T |
| Pack Size | 1 |
Recommended
E2FQ Series 10 mm Sensing Distance Proximity Sensor with 2 m Polyvinyl Chloride (PVC) Cable- Proximity sensor, inductive, PTFE body, short, M12, shielded, 2 mm, 3-wire DC, NPN-NO, 2 m cable
- Proximity sensor, inductive, PTFE body, short, M12, shielded, 2 mm, 3-wire DC, PNP-NO, 2 m cable
Proximity sensor, inductive, PTFE body, short, M18, shielded, 5mm, 3 wire DC, NPN, 5m cable- Proximity sensor, inductive, PTFE body, short, M18, shielded, 5mm, 3-wire DC, PNP-NO, 2 m cable