Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The mini type is suitable for occasions where the installation space is limited, and the detection distance of most mini ordinary LED light sources is less than 1 meter, the detection distance of the mirror reflection type is less than 10 meters, and the through-beam type is about 20 meters, and the detection distance of the laser light source will be higher than this range. The detection range of the small and compact version will be further extended and the maximum through-beam distance of up to 350 meters is now available.
Product parameters
Sensor Principle/ Detection Principle Retro-reflective photoelectric sensor, double lens
Dimensions (W x H x D) 18 mm x 18 mm x 38.1 mm
Housing shape (beam outlet) cylindrical
Screw diameter (housing) M18 x 1
Optical axis axial
Maximum switching distance 0.03 m ... 7.2 m 1)
Sensing distance 0.06 m ... 6 m 1)
Type of light source: Visible red light
Light source PinPoint-LED 2)
Spot size (distance) Ø 175 mm (7 m)
Shaft length 650 nm
Supply voltage 10 V DC ... 30 V DC 1)
Residual Ripple ± 5 Vss 2)
Current consumption 30 mA
Switching output PNP
Switching function Compensation amount
Switch Type: Bright/Dark Switching
Output current Imax. 100 mA 3)
Response time < 500 μs 4)
Switching frequency 1,000 Hz 5)
Connection type Plug, M12, 4-pin
Protection circuits
A 6)
B 7)
D 8)
Protection class III
Polarizing filter ✔
Housing material: plastic, ABS
Materials, Optics Plastics, PMMA
Enclosure rating IP67
Scope of delivery Fixing nuts (2 x)
Electromagnetic compatibility EN 60947-5-2
Operating ambient temperature –25 °C ... +55 °C 9)
Storage ambient temperature –40 °C ... +70 °C
UL File No. NRKH. E348498 & NRKH7. E348498
This article introduces SICK/Sick photoelectric sensor products, if you are interested in RKC, please also contact our staff, we look forward to your call, hope our technology and service can bring you a better experience.
The company respects the enterprise spirit of "practicality, hard work and responsibility", and creates a good corporate environment with integrity, win-win, and business philosophy, and takes a new management model, perfect technology, thoughtful service, and excellent quality as the foundation for survival. We always adhere to: customer first, serve customers attentively, and insist on impressing customers with their own services. Always adhering to the business philosophy of "integrity, win-win", relying on excellent prices, excellent quality, fast delivery and pre-sales consultation and after-sales service to win the trust of our customers.
|
More on that
|
SICK/Sick cylindrical photoelectric sensor GRTB18-P2412 Diffuse Reflectance
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
The SICK IDM mobile handheld barcode scanner scans at ≤ 500 Hz
Product Introduction
peculiarity
Version: Standard Range
Applications: Standard applications
Scan design: Wireless type
Light source: LED, visible, red, 630 nm
Reading distance: 20 mm ... 850 mm 1)
Scanning frequency: ≤ ...
|
|
SICK Photoelectric Sensor GTB6-P1211 Mechanical setting, 5 revolutions
Product Introduction
Brand: SICK
Type: Miniature photoelectric sensor
Series: G6
Model: GTB6-P1211
Working principle Diffuse photoelectric sensor
How it works in more detail Background suppression
Maximum switching distance 5 mm ...
|
|
SICK/SICK cylindrical photoelectric sensor GRSE18-P2442 through-beam type
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
|
|
SICK/Sick miniature photoelectric sensor WL9-3P2230 mirror reflective type
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
|
|
The SICK/Sick cylindrical photoelectric sensor GRSE18S-P233Y is axially flush
Introduction: SICK photoelectric sensors are divided into mini, small, compact, optical fiber and cylindrical according to the size and installation method; From the working mode, it is divided into diffuse reflection, mirror reflection and through-beam type. It is usually used for the localization and detection of moving objects. The miniature type is suitable for installing empty ...
|
|
SICK/Sick cylindrical photoelectric sensor GRSE18S-P2447 Screw diameter
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
SICK/Sick miniature photoelectric sensor WTB4S-3P2162V single teach-in button
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
SICK RFID RFU63x RFU630-13100 Typ. 20 W
Product Introduction
Version: Long Range
Catalog: RFID reader with built-in antenna
Frequency band: UHF (860 MHz ... 960 MHz)
Carrier frequency: 865.7 MHz ... 867.5 MHz
Output power: 2 W (ERP, ...
|
|
Miniature photoelectric sensor WSE9-3P3230 from SICK with 4 pins of 120 mm
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
SICK GRL18S-K2438 PinPoint-LED cylindrical photoelectric sensor
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
SICK Photoelectric Sensor GSE6-P4212 10 V DC... 30 V DC
Product Introduction
Product name: SICK
Product Type: Miniature photoelectric sensor
Product family G6
Model GSE6-P4212
Working principle Thru-beam photoelectric sensor
Maximum switching distance 0 m ... 15 m
Feel...
|
|
SICK/Sick cylindrical photoelectric sensor GRTB18S-P2417 100 mm
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
SICK miniature photoelectric sensor WTB4S-3F2132V
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
SICK WTB2S-2N1380 Miniature Photoelectric Sensor Background Suppression
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
SICK/Sick cylindrical photoelectric sensor GRTE18-P1177 energy type
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|
SICK fork sensor WFL50-60B416 PNP/NPN
Product Introduction
Product name: SICK
Product Type Fork sensor
Product family WFL
Model WFL50-60B416
Features:
How it works: Optical principle
Dimensions (W x H x D) 10 ...
|
|
Sick MPS-M Magnetic Cylinder Position Sensor T-Slot
Product Introduction
Cylindrical: T-slot
Detection range: 0 mm ... 50 mm¹)
Cylinder type with adapter
Rod cylinder specialist
Tie rod cylinder
Round cylinders
Cylinders with dovetail slots
SMC Orbit CDQ2
SMC Orbit ...
|
|
Sick Fiber Optic Sensor GLL170-P332 Protection Class: III / Wire Material: PVC
Product Introduction
Machine model: Fiber optic sensor
Model: GLL170-P332
Device Type Details: Stand-alone
Dimensions (W x H x D): 10 mm x 31.7 mm x 72.5 mm
Housing shape (beam outlet): square
Maximum switching distance:
...
|
|
The SICK/SICK miniature photoelectric sensor WL4S-3F3132 is self-aligning
Product introduction: Photoelectric sensor is high-tech automation needs intelligent detection. Smart Sensors generate and receive data and information that goes far beyond traditional switching signals or measured process data. As a result, sensors offer significant efficiency gains, greater flexibility and better safety planning in advance.
|
|