Turck
Turck NI50-CP80-FZ3X2 50 mm non-flush 2-wire inductive sensor
50 mm non-flush inductive proximity sensor with 2-wire output, 20…250 VAC or 10…300 VDC supply, and ≤2 % repeat accuracy
- TypeSensors
- Reliable detection up to 50 mm range
- Flexible wiring with programmable 2-wire output
- Broad voltage compatibility from 20 to 250 VAC
- Consistent performance within 2 % repeat accuracy
- Robust surge handling up to 8 A capability
50 mm non-flush inductive proximity sensor
The Turck NI50-CP80-FZ3X2 detects metal targets at a rated switching distance of 50 mm without needing flush mounting. It operates on 20 to 250 VAC or 10 to 300 VDC and uses a programmable 2-wire output. Repeat accuracy is within 2 % of full scale.
Installation suitability
The non-flush design suits applications where the sensor face cannot sit level with the surrounding metal. The 2-wire connection simplifies wiring for AC or DC supplies. Builders needing a flush-mountable housing or a 3-wire PNP/NPN output should look elsewhere.
Switching frequency of 0.02 kHz
The sensor switches at 0.02 kHz, limiting it to slow-moving or presence-detection tasks. Faster cycles will exceed this rate and cause missed signals. Verify that the application speed stays within this limit before specifying the part.
Highlights
- Reliable detection up to 50 mm range
- Flexible wiring with programmable 2-wire output
- Broad voltage compatibility from 20 to 250 VAC
- Consistent performance within 2 % repeat accuracy
- Robust surge handling up to 8 A capability
Specifications
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Questions about this item
What supply voltage must my system provide for the 2-wire output to operate?
The sensor accepts 20…250 VAC or 10…300 VDC, so your supply must fall within one of those ranges.
If I keep my existing St37 mounting bracket, will the 50 mm switching distance change?
St37 has a correction factor of 1, so the rated 50 mm distance is unchanged with that material.
How can I verify the sensor is switching reliably after installation?
Measure repeat accuracy; it should stay within ≤ 2 % of full scale, and hysteresis should remain between 3…15 %.
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