2. Main Features

• Model: 6202032

• Type: Inductive proximity sensor

• Detectable objects: All metal materials

• Supply voltage: 10–30 V DC

• Output type: 3-wire DC

• Max load current: ≤ 200 mA

• Protection class: IP67 dustproof & waterproof

• Operating temperature: -25 °C ~ +70 °C

• Built-in reverse polarity, overvoltage and short-circuit protection

• Vibration resistant, shockproof and long service life

3. Safety Precautions

• Disconnect power before installation and wiring.

• Do not exceed rated voltage 10–30 V DC.

• Reverse power connection is strictly prohibited to avoid damage.

• Keep away from high-power motors, transformers and strong magnetic interference.

• Do not disassemble or modify the sensor privately.

• Avoid mechanical impact, oil corrosion and long-term damp environment.

4. Installation Guide

1. Fix the sensor with locking nut or mounting bracket.

2. Keep standard effective sensing distance from metal target.

3. Install perpendicular to the detected surface for optimal accuracy.

4. Do not place extra metal parts near the sensing head.

5. Route cable properly, avoid sharp bending and hard pulling.

5. Wiring Definition

• Brown  : DC +10～30 V Power

• Blue   : DC 0 V Ground

• Black  : Signal output

• Shield : Ground only at controller side

6. Operating Instructions

1. Wire strictly according to standard definition.

2. Power on, the sensor enters standby state.

3. When metal enters effective range, indicator lights up and output activates.

4. When metal leaves, output resets and indicator turns off.

5. Compatible with PLC, relay and automation controller input terminals.

7. Troubleshooting

• No indicator light: Check power supply and wiring connection.

• Always output signal: Metal too close or surrounding metal interference.

• Unstable flickering: Loose wiring, vibration or power fluctuation.

• Indicator on but no output: Signal wire breakage or load damage.

8. Maintenance

• Clean dust and iron scraps on sensing surface regularly.

• Periodically check mounting tightness and cable wear.

• Avoid high temperature and corrosive gas environment.

• Replace sensor timely if shell crack or cable aging occurs.