Industrial Sensors
High-Temperature Inductive Proximity Sensor
AKJK-GY10M30Q-PNP
A high-temperature, washdown-resistant inductive sensor for harsh machining environments exposed to coolant.
Product Overview
Flush-Mount M30 Sensor for Demanding Environments
The AEX AKJK-GY10M30Q-PNP is a flush-mount M30 inductive proximity sensor designed for demanding machining and industrial automation environments. It provides a 10.0 mm rated sensing distance, PNP open collector output, a PTFE sensing face, IP67 protection and an operating temperature range of -25 to +120 °C.
Features
Designed for Demanding Industrial Detection
Technical Specifications
Product Data
Values below apply to model AKJK-GY10M30Q-PNP.
| Operating principle | Eddy-current induction | Mounting | Flush |
|---|---|---|---|
| Housing | Threaded cylindrical, M30 | Thread | M30 × 1 |
| Rated sensing distance | 10.0 mm | Assured operating distance | 8.0 mm |
| Sensing face | PTFE | Standard target | Fe 37 |
| Output | PNP open collector | Switching mode | NO / NC versions available |
| Supply voltage | 10-30 VDC ±10% | Load current | ≤100 mA |
| Switching frequency | 300 Hz | Indicator | Red LED |
| Operating temperature | -25 to +120 °C | Protection rating | IP67 |
| Connection | 2 m, 3-core cable | Housing material | Nickel steel alloy (source wording) |
| Overall length | 59.4 mm | Threaded body length | 55.6 mm |
Dimensions
Mechanical Reference
All dimensions are in millimetres. Overall length: 59.4 mm; threaded body length: 55.6 mm; front section: 1.6 mm; thread: M30 × 1; nut across flats: 36.0 mm; cable length: 2000 mm; cable: 3-core, Ø5.0 mm.
Wiring
PNP, DC 3-Wire Connection
- BN / Brown: +V (10-30 VDC ±10%)
- BU / Blue: 0 V
- BK / Black: PNP open collector output
- Connect the load between BK and 0 V.
Typical Applications
Industrial Detection in Harsh Machining Conditions
Downloads
Product Sheet
Review the editable product sheet or its publication-ready PDF.
Contact AEX
Discuss Your Sensor Requirements With AEX
Share the target, mounting, temperature, quantity and switching-mode requirements.