Lanbao LE17 5/8mm DC Rectangular Inductive Sensor
Lanbao LE17-DC 3-Wire Series is a rectangular inductive proximity sensor for non-contact metal detection in automation equipment, machine fixtures, compact conveyors, and position feedback systems. The 17 x 17 x 28mm PBT housing provides a flat mounting format when a cylindrical threaded sensor is not ideal.
This listing covers LE17SF05 and LE17SN08 variants with flush 5mm or non-flush 8mm sensing distance. NPN and PNP outputs are available with normally-open or normally-closed logic, helping the sensor match different PLC, controller, and I/O module input requirements.
For related Lanbao sensors, compare the Lanbao LE10 Rectangular Inductive Sensor, Lanbao LE40SZ Square Inductive Sensor, and Lanbao LR12X-DC 3/4-Wire Inductive Sensor. For photoelectric detection options, see the Lanbao PSE Photoelectric Sensor Family.
Technical Specifications
| Brand | Lanbao |
|---|---|
| Series | LE17-DC 3-Wire Series |
| Sensor Type | Rectangular inductive proximity sensor |
| Housing Style | Rectangular block housing |
| Dimensions | 17 x 17 x 28mm reference size |
| Housing Material | PBT |
| Installation Options | Flush 5mm or non-flush 8mm, depending on selected variant |
| Rated Sensing Distance | 5mm for LE17SF05 variants; 8mm for LE17SN08 variants |
| Assured Operating Distance | 0-4mm for 5mm variants; 0-6.4mm for 8mm variants |
| Power Supply | 10-30V DC |
| Output Type | DC 3-wire NPN or PNP |
| Output Logic | Normally open or normally closed, depending on selected variant |
| Standard Target | Fe 17 x 17 x 1t reference for 5mm variants; Fe 24 x 24 x 1t reference for 8mm variants |
| Switching Frequency | 700Hz / 500Hz reference, depending on selected variant |
| Load Current Reference | <=100mA |
| Residual Voltage Reference | <=2.5V |
| Current Consumption | <=10mA reference |
| Circuit Protection | Short-circuit, overload, and reverse-polarity protection reference |
| Output Indicator | Yellow LED |
| Operating Temperature | -25C to 70C |
| Protection Rating | IP67 reference |
| Connection | 2m PVC cable reference |
| Available Variants | LE17SF05DNO, LE17SF05DNC, LE17SF05DPO, LE17SF05DPC, LE17SN08DNO, LE17SN08DNC, LE17SN08DPO, LE17SN08DPC |
Integration Notes & Hardware Guidance
- Output selection: Choose NPN or PNP according to the input type of your PLC, controller, counter, or I/O module.
- Logic selection: Choose normally open or normally closed based on the required signal state when a metal target is detected.
- Sensing-distance selection: Choose 5mm flush variants for shielded installation or 8mm non-flush variants when additional sensing distance is needed.
- Mounting condition: Keep the metal target within the assured operating range and leave suitable clearance around non-flush versions to avoid false switching.
- Wiring check: Confirm supply voltage, output polarity, and cable wiring before applying power to the sensor.
Packing List
| Item | Qty | Notes |
|---|---|---|
| Lanbao LE17 rectangular inductive proximity sensor | 1 | Selected sensing distance, NPN / PNP output, and NO / NC logic variant |
| Original product packaging | 1 | Packaging may vary by shipment batch |
FAQ
What does the Lanbao LE17 sensor detect?
It detects metal targets using inductive proximity sensing, without physical contact with the target.
What sensing distances are available?
This listing includes 5mm flush variants and 8mm non-flush variants. Select the version that matches your mounting condition and detection distance.
How do I choose NPN or PNP?
Match the output type to your controller input. Choose NPN or PNP according to the wiring standard used by your PLC, controller, or I/O module.
What is the difference between NO and NC?
NO means the output switches on when a metal target is detected. NC means the output switches off when a metal target is detected.
How is LE17 different from a round LR sensor?
LE17 uses a rectangular block housing, which can be easier to mount on flat brackets or compact equipment where a round threaded sensor is less convenient.

Reviews
There are no reviews yet.