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自动化技术的精确和非接触式距离测量

距离传感器

亮点

快速精确的测量,精确定位和检测各种材料-SensoPart距离传感器是用于多种用途的可靠工具。 可能的应用领域是 在卷材开卷过程中进行控制, 双层检测或 
对存储和取回设备的精确定位。

我们的距离传感器可完成广泛的任务:

  • 用于近距离的三角测量传感器
  • 用于远距离的光线时间传感器

Distance sensors for all operating ranges

Triangulation for close range

The measurement principle of optical triangulation is suitable for the precise determination of distances at close range. With the help of special receiver optics and a position-sensitive detector (e.g. a photodiode line), the sensor can determine the object distance regardless of its reflectivity (see illustration below). The color and surface properties (e.g. highly reflective) thus have practically no effect on measurement accuracy.

阅读更多

Time-of-flight for long distances

SensoPart uses time-of-flight technology to measure longer distances (up to 250 m). The sensor emits pulsed laser light that is reflected by the target object. The distance to the object is determined by the time taken between emission and reception of the light. The use of pulsed light provides reliable background suppression and very high immunity to ambient light.

靠近

用于近距离的三角测量传感器(最大1000毫米)

用于远距离的光线时间传感器(最大70米)

世界上最小的

FT 10-RLA凭借方糖大小的体积和重量,几乎适合用于任何间隙。

适用于所有测量任务

微型格式的FT 25-R(L)A激光器和LED版本是简单应用下的理想解决方案。

久经考验的优异性能

纤薄外壳的FT 50-RLA系列已经成为许多客户的长期选择。

强大的精度

FT 55-RLAM在最大1000 mm的整个工作范围内均具有出色的性能。

带远视功能

F 55-RLAP TOF传感器的范围最大为70 m(在反射镜上)或5 m(在物体上)。

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选择:

对不起,没有产品符合搜索标准被发现。

46 产品符合搜索标准

描述
Sensor principle
Measurement output
Working distance min. [mm]
Working distance max. [mm]
Diffuse laser sensor with background suppression
Sensor principle
Photoelectric diffuse sensor with Background Suppression
Measurement output
Working distance min. [mm]
0
Working distance max. [mm]
600
Sub-miniature laser distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
IO-Link
Working distance min. [mm]
10
Working distance max. [mm]
70
Sub-miniature laser distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
IO-Link
Working distance min. [mm]
10
Working distance max. [mm]
70
Diffuse laser sensor with background suppression
Sensor principle
Photoelectric diffuse sensor with Background Suppression
Measurement output
Working distance min. [mm]
0
Working distance max. [mm]
1000
Miniature laser distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
IO-Link
Working distance min. [mm]
20
Working distance max. [mm]
100
Miniature laser distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
20
Working distance max. [mm]
100
Miniature distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
IO-Link
Working distance min. [mm]
20
Working distance max. [mm]
80
Miniature distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
IO-Link
Working distance min. [mm]
30
Working distance max. [mm]
200
Miniature distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
20
Working distance max. [mm]
80
Miniature distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
20
Working distance max. [mm]
80
Miniature distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
30
Working distance max. [mm]
200
Miniature distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
30
Working distance max. [mm]
200
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
40
Working distance max. [mm]
60
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
40
Working distance max. [mm]
60
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
40
Working distance max. [mm]
60
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
40
Working distance max. [mm]
60
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
45
Working distance max. [mm]
85
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
45
Working distance max. [mm]
85
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
45
Working distance max. [mm]
85
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
30
Working distance max. [mm]
100
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
30
Working distance max. [mm]
100
Distance sensor with RS485 interface
Sensor principle
Distance sensor with triangulation
Measurement output
RS485
Analog (voltage)
Working distance min. [mm]
30
Working distance max. [mm]
100
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (current)
Working distance min. [mm]
70
Working distance max. [mm]
170
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
RS485
Analog (current)
Working distance min. [mm]
70
Working distance max. [mm]
170
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
80
Working distance max. [mm]
300
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
Analog (voltage)
Working distance min. [mm]
80
Working distance max. [mm]
300
Distance sensor
Sensor principle
Distance sensor with triangulation
Measurement output
RS485
Analog (voltage)
Working distance min. [mm]
80
Working distance max. [mm]
300
Distance sensor for a wide range of applications
Sensor principle
Distance sensor with triangulation
Measurement output
IO-Link
Analog (voltage)
Analog (current)
Working distance min. [mm]
120
Working distance max. [mm]
600
Distance sensor for a wide range of applications
Sensor principle
Distance sensor with triangulation
Measurement output
RS485
Analog (voltage)
Analog (current)
Working distance min. [mm]
120
Working distance max. [mm]
600
Distance sensor for a wide range of applications
Sensor principle
Distance sensor with triangulation
Measurement output
IO-Link
Analog (voltage)
Analog (current)
Working distance min. [mm]
120
Working distance max. [mm]
600
Distance sensor for a wide range of applications
Sensor principle
Distance sensor with triangulation
Measurement output
IO-Link
Analog (voltage)
Analog (current)
Working distance min. [mm]
200
Working distance max. [mm]
1000
Distance sensor for a wide range of applications
Sensor principle
Distance sensor with triangulation
Measurement output
RS485
Analog (voltage)
Analog (current)
Working distance min. [mm]
200
Working distance max. [mm]
1000
Distance sensor for a wide range of applications
Sensor principle
Distance sensor with triangulation
Measurement output
IO-Link
Analog (voltage)
Analog (current)
Working distance min. [mm]
200
Working distance max. [mm]
1000
Distance sensor with IO-Link measurement value output
Sensor principle
Distance sensor with time-of-flight
Measurement output
IO-Link
Working distance min. [mm]
60
Working distance max. [mm]
5000
Distance sensor with IO-Link measurement value output
Sensor principle
Distance sensor with time-of-flight
Measurement output
IO-Link
Working distance min. [mm]
60
Working distance max. [mm]
5000
Distance sensor for large distances – Time-of-flight technology
Sensor principle
Distance sensor with time-of-flight
Measurement output
Analog (current)
IO-Link
Working distance min. [mm]
100
Working distance max. [mm]
5000
Distance sensor for large distances – Time-of-flight technology
Sensor principle
Distance sensor with time-of-flight
Measurement output
Analog (voltage)
IO-Link
Working distance min. [mm]
100
Working distance max. [mm]
5000
Distance sensor with a reflector for large distances – Time-of-flight technology and IO-Link
Sensor principle
Distance sensor with time-of-flight
Measurement output
IO-Link
Analog (voltage)
Analog (current)
Working distance min. [mm]
300
Working distance max. [mm]
70000
Distance sensor for collision prevention
Sensor principle
Distance sensor with time-of-flight
Measurement output
RS485
Working distance min. [mm]
0
Working distance max. [mm]
6000
Distance sensor for collision prevention
Sensor principle
Distance sensor with time-of-flight
Measurement output
RS485
Working distance min. [mm]
0
Working distance max. [mm]
6000
Distance sensor for collision prevention
Sensor principle
Distance sensor with time-of-flight
Measurement output
Working distance min. [mm]
0
Working distance max. [mm]
6000
Distance sensor for collision prevention
Sensor principle
Distance sensor with time-of-flight
Measurement output
RS485
Working distance min. [mm]
0
Working distance max. [mm]
6000
Distance sensor
Sensor principle
Distance sensor with time-of-flight
Measurement output
Analog (current)
RS422
SSI
Working distance min. [mm]
500
Working distance max. [mm]
10000
Distance sensor
Sensor principle
Distance sensor with time-of-flight
Measurement output
Analog (current)
RS422
SSI
Working distance min. [mm]
500
Working distance max. [mm]
6000
Reflector distance sensor
Sensor principle
Distance sensor with time-of-flight
Measurement output
RS422
SSI
Working distance min. [mm]
500
Working distance max. [mm]
25000
Reflector distance sensor
Sensor principle
Distance sensor with time-of-flight
Measurement output
RS422
SSI
Working distance min. [mm]
500
Working distance max. [mm]
50000

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