IN 40-O-M12
感应接近式传感器
ID 301584
感应式接近开关 IN
- 开关点数量: 1
- 开关距离: 0.8 mm
- 圆柱形传感器
- 传感器直径: 4 mm
- 切换类型: PNP
- 开启装置
- 电缆长度: 30 cm
- 电气接头: M12连接器，3针
- 额定电压: 24 V
技术细节
| Measuring principle | inductive |
|---|---|
| Switching function | Opener |
| Type of switching | PNP |
| Number of switching points | 1 |
| Switching distance [mm] | 0.8 |
| Switching hysterisis from the nominal switching distance | < 5% |
| Max. switching frequency [Hz] | 3000.0 |
| Min. ambient temperature [°C] | -25.0 |
| Max. ambient temperature [°C] | 70.0 |
| LED display in sensor | yes |
| Type of voltage | DC |
| Nominal voltage | 24.0 |
| Min. operating voltage | 10.0 |
| Max. operating voltage | 30.0 |
| Voltage drop [V] | 0.6 |
| Max. switching current | 0.2 |
| Short circuit protection | yes |
| Protected against polarity reversal | yes |
| Housing material | stainless steel |
| Cable connector/cable end | M12 connector, 3-pin |
| 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] | 34.0 |
| Min. bending radius (static) [mm] | 17.0 |
| Weight [kg] | 0.02 |
| Protection class IP (sensor, plugged) | 67 |
| Drilling emulsion resistance * | yes |
*Tested cutting emulsions: r.rhenus TU 43P, Motorex Swisscool Magnum UX 550 and Oemeta 760 (1008339).
General notes about the series
SCHUNK gripping and rotary modules as well as linear axes and robot accessory components must always be monitored with the suitable sensors from SCHUNK, since these components are adapted to one another as effectively as possible.
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.