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Three Wire Inductive Proximity Switch , Inductive Prox Sensor Non - Contact
Details
Three-wire
NPN
Normally closed
DC
Parameter
Lag distance | Less than 10% of the detection distance |
Detecting objects | Magnetic metal (detection distance is reduced when non-magnetic metal) |
voltage | DC : DC 12~24 (6~36V) pulse (p-p) below 10% |
AC : AC 110~220V (36~250V) 50/60Hz | |
Current consumption | N.P : ≤13mA |
D : ≤0.8mA | |
A : ≤1.7mA | |
Control output | N.P : ≤300mA |
D : ≤200mA | |
A : ≤400mA | |
Loop protection | N.P.D : reverse connection protection, surge absorption, load short circuit protection |
A : surge absorption | |
Ambient temperature | -30~+65°C (no icing, no condensation) |
Ambient humidity | -35~95%RH |
Insulation resistance | 50MΩ or more (DC500 megohmmeter) (between charging part and housing) |
Withstand voltage | AC 1000V 50/60HZ 1min (between charging part and Housing) |
Temperature effect | -30~+65°C: detection distance error ±15% at +23°C |
-25~+60°C: detection distance error ±10% at +23°C | |
Voltage effect | 6-36V (90-250V) : ±15% of detection distance error |
10-30V (220V) : ±10% of detection distance error | |
Protection level | IP67 (IEC) |
Material | Housing: ABS |
Detection surface: ABS |
Note:Please read the "Precautions" of the product manual before use.
Introduction
The inductive proximity switch can detect metal targets approaching the sensor, without physical contact with the target. Inductive Proximity Sensors are roughly classified into the following three types according to the operating principle: the high-frequency oscillation type using electromagnetic induction, the magnetic type using a magnet, and the capacitance type using the change in capacitance.
Features