DF-770

SKU: DF-770

BRAND: Univer


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Delivery time: 2-5 working days for South Africa
In stock - Ready for immediate dispatch
Free shipping for orders over R1,000.00
A magnetic proximity sensor (reed/electronic type) from UNIVER used to detect piston position in pneumatic cylinders, outputting a PNP digital signal (3-wire, 5–30 VDC) when a magnetic field is present.

A Magnetic Proximity Sensor

Features

 

  • Magnetic proximity sensor for pneumatic cylinders
  • Detects piston position using magnetic field sensing
  • Reed or electronic sensing type
  • PNP digital output
  • 3-wire connection
  • Operating voltage: 5–30 VDC
  • LED switching indication
  • Compact cylinder-mount design
  • Fast response time
  • Suitable for industrial automation systems

 

Specifications

 

  • Sensor type: Magnetic proximity (reed / electronic)
  • Application: Pneumatic cylinder piston detection
  • Output type: PNP, normally open (NO)
  • Output configuration: 3-wire
  • Supply voltage: 5–30 VDC
  • Output current: ≤ 100–200 mA (model dependent)
  • Voltage drop (ON): ≤ 2.5 V
  • Leakage current (OFF): ≤ 0.1 mA
  • Switching frequency: Up to 1 kHz (electronic type)
  • Response time: ≤ 1 ms (electronic type)
  • Sensing method: Magnetic field detection
  • Indicator: LED status indication
  • Protection rating: IP67 (typical)
  • Operating temperature: -10°C to +60°C (typical)
  • Housing material: Plastic / resin
  • Mounting: Cylinder slot / clamp mount
  • Cable type: Fixed cable or connector
  • Cable length: ~2 m (typical)
  • Wire configuration:
    • Brown: +VDC
    • Blue: 0 V (GND)
    • Black: Output (PNP)

 

Additional Information

Device Sensor
Type Magnetic | Proximity | Sensor
Discover the DF-770 Magnetic Proximity Sensor, designed for efficient piston position detection in pneumatic cylinders. With a fast response time and robust PNP output, this compact sensor ensures reliable performance in industrial automation. Its IP67 protection rating and easy installation make it the perfect choice for enhancing your operational efficiency.

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