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IN 80-S-M12-SA Similar a la imagen

IN 80-S-M12-SA

Detectores de proximidad inductivos

ID 301587

Sensor inductivo de proximidad IN, Versión con salida de cable lateral

  • Número de puntos de conmutación: 1
  • Distancia de detección: 1.5 mm
  • Sensor cilíndrico
  • Sensor de la rosca: M8x1
  • Tipo de conmutación: PNP
  • interruptor de cierre
  • Longitud del cable: 30 cm
  • Conexión eléctrica: M12
  • Voltaje nominal: 24 V
Measuring principle inductive
Switching function Closer
Type of switching PNP
Number of switching points 1
Switching distance [mm] 1.5
Switching hysterisis from the nominal switching distance < 15%
Max. switching frequency [Hz] 1000.0
Min. ambient temperature [°C] -25.0
Max. ambient temperature [°C] 70.0
LED display in sensor no
Type of voltage DC
Nominal voltage 24.0
Min. operating voltage 10.0
Max. operating voltage 30.0
Voltage drop [V] 1.5
Max. switching current 0.2
Short circuit protection yes
Protected against polarity reversal yes
Housing material stainless steel
Cable connector/cable end M12
Cable length L [cm] 30.0
Cable diameter D [mm] 3.3
Cable design (wire cross section/number of wires) 3x 0.14mm2
Cable sheath material PUR
Min. bending radius (dynamic) [mm] 33.0
Min. bending radius (static) [mm] 16.5
Weight [kg] 0.03
Protection class IP (sensor, plugged) 67
Protection class II
Version with lateral cable outlet yes
*Tested cutting emulsions: r.rhenus TU 43P, Motorex Swisscool Magnum UX 550 and Oemeta 760 (1008339).

General notes about the series

SCHUNK gripping modules, rotary and linear modules, as well as robot accessories should be monitored with the suitable sensors from SCHUNK, since everything is adjusted to each other.

If the key characteristics such as switching distance, switching function, hysteresis, and voltage are sufficiently similar, proximity switches from other manufacturers can generally be used instead of the inductive proximity switches (IN, INK) from SCHUNK.

Sensors of other manufacturers which are integrated into SCHUNK products, seldom provide excellent switching results. Moreover, we cannot ensure proper function or functional safety of them.