Lanbao LR30XC-Y AC 15/22mm 2-Wire Inductive Sensor
Lanbao LR30XC-Y-AC 2-Wire Series is an M30 cylindrical AC inductive proximity sensor for non-contact metal detection in industrial automation, machine equipment, conveyor positioning, fixtures, and control systems. It provides 15mm quasi-flush and 22mm non-flush sensing options with a wide 20-250VAC supply range.
This listing covers LR30XCF15 and LR30XCN22 AC 2-wire variants with normally-open or normally-closed output logic. Cable-output and E2 M12 connector versions are available, allowing the sensor to match fixed wiring layouts or quick-disconnect maintenance requirements.
For related Lanbao inductive sensors, compare the Lanbao LR30XC-Y DC 3-Wire Sensor, Lanbao LR30X-AC Standard Sensor, and Lanbao LR18XC-Y AC Sensor. For DC 2-wire extended-distance options, see the Lanbao LR30XB-Y DC 2-Wire Sensor.
Technical Specifications
| Brand | Lanbao |
|---|---|
| Series | LR30XC-Y-AC 2-Wire Series |
| Sensor Type | AC 2-wire inductive proximity sensor |
| Housing Size | M30 cylindrical housing |
| Housing Material | Nickel-copper alloy reference housing |
| Installation Options | Quasi-flush 15mm or non-flush 22mm, depending on selected variant |
| Rated Sensing Distance | 15mm for LR30XCF15 variants; 22mm for LR30XCN22 variants |
| Assured Operating Distance | 0-12mm for 15mm variants; 0-17.6mm for 22mm variants |
| Power Supply | 20-250V AC |
| Output Type | AC 2-wire |
| Output Logic | Normally open or normally closed, depending on selected variant |
| Standard Target | Fe 45 x 45 x 1t for 15mm versions; Fe 66 x 66 x 1t for 22mm versions |
| Switching Frequency | 20Hz reference |
| Load Current Reference | <=300mA |
| Residual Voltage Reference | <=10V |
| Leakage Current Reference | <=3mA |
| Output Indicator | Yellow LED |
| Operating Temperature | -25C to 70C |
| Protection Rating | IP67 reference |
| Connection Options | 2m PVC cable or E2 M12 connector version, depending on selected variant |
| Available Variants | LR30XCF15ATOY, LR30XCF15ATCY, LR30XCN22ATOY, LR30XCN22ATCY, plus matching E2 connector versions |
Integration Notes & Hardware Guidance
- AC two-wire wiring: Use the sensor with a compatible AC 2-wire input loop and confirm that the connected load can tolerate residual voltage and leakage current.
- Logic selection: Choose normally open or normally closed based on the required signal state when a metal target is detected.
- Sensing-distance selection: Use 15mm quasi-flush variants for tighter mounting conditions, or 22mm non-flush variants when additional sensing distance is needed.
- Mounting condition: Nearby metal, target size, and installation clearance can affect the actual switching point, especially for non-flush high-distance variants.
- Connection choice: Select cable variants for fixed wiring or E2 M12 connector variants when quick replacement and standardized connectors are preferred.
Packing List
| Item | Qty | Notes |
|---|---|---|
| Lanbao LR30XC-Y-AC 2-wire inductive proximity sensor | 1 | Selected sensing distance, NO / NC logic, and cable or E2 connection variant |
| Original product packaging | 1 | Packaging may vary by shipment batch |
FAQ
What does the LR30XC-Y-AC sensor detect?
It detects metal targets using inductive proximity sensing, without physical contact with the target.
What sensing distances are available?
This series includes 15mm quasi-flush variants and 22mm non-flush variants. Select the version that matches your mounting condition and required detection distance.
What supply voltage does this series use?
The LR30XC-Y-AC series is designed for 20-250V AC systems. Confirm wiring, load type, and safety requirements before installation.
What is the difference between ATO and ATC variants?
ATO indicates normally-open output, while ATC indicates normally-closed output. Choose the logic that matches your controller signal requirement.
What is the difference between cable and E2 variants?
Cable variants use a fixed 2m PVC cable, while E2 variants use an M12 connector-style connection for easier replacement and standardized wiring.

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