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Hiland P5200 Hot-Selling Photocell with Rotation System for Safety Automation
Industrial Robots

Hiland P5200 Hot-Selling Photocell with Rotation | RFQ Sourcing Details

Industrial Robots · Quote on request

This is a product procurement detail page: check specs, images, category context and related sourcing paths before sending an RFQ.

Quote on request

Product specs

CategoryIndustrial Robots
Unitset
Specification1. Working
CategoryIndustrial Robots
AvailabilityInquiry required
Updated2026-05-28

Buyer's Digest

Use this page as a product-first sourcing checkpoint before sending an RFQ. Category: Industrial Robots. Confirm application fit, capacity, materials, destination, lead time and compliance requirements before comparing suppliers.

Original product description

I. Technical Specification 1. Working voltage: 12~24VAC/DC 2. Working current(24VDC):emitter: ≤8mA receiver: ≤30mA 3. Photocell wavelength: 940nm 4. Angle of emission: ≤±5° 5. Receiving range: ≥12m 6. Angel adjustment of PCBA: ±90° 7. Working temperature: -20ºC~+60ºC 8. Relay . Size: 100*40*35mm 10.

Waterproof level: IP54 11. Weight: 107g II. Safety Instruction 1. For security, please read the user manual carefully before initial operation;2. This photocell is without any fuse, so Please make sure the power is off before installation;3.

This product is only used for the equipment which will not cause life or property hazards when a breakdown happens or its security risks have been already eliminated;4. Please guarantee the products used in effective working range. III. Picture Display IV.

Installation instruction 4.1 Receive module JP2 in above picture (PR5200) is the option switch for NO and NC of photocell switch. 4.1.1 When toggle switch JP2 at NC, it is normally open without power 4.1.2 When toggle switch JP2 at NO, it is normally close without power 4.2.

Installation 4.2.1 The photocells should be installed more than 20cm above the ground (to avoid reflection), and the distance between emitter and receiver should be more than 50cm.

4.2.2 End user should install the photocell receiver on the back of the direct sunlight or other strong light source (±5º) to keep photocell work well steadily.

4.2.3 Avoid installing other infrared photocell emitters within the effective distance of receiver 4.2.4 If the end user need to install other photocells in one same straight line , the receivers could be installed in the two ends and the emitters could be back-to-back installed 4.2.5 Stable installation could avoid the signal of emitter and receiver skewing due to lightly vibrate and the malfunction.

4.2.6 When the product is installed in some place with angle , end user could adjust the PCBA to make the installation better . 4.2.7 Connecting power after checking no error of connecting lines, keep the CAP of emitter and receiver align, receiver LED off;When they are not align, receiver LED on.

4.2.8 Connecting power after checking no error of connecting lines, when toggle switch JP2 at NC, keep the CAP of emitter and receiver align, NC/NOconnect;When the CAP of the emitter and receiver are blocked by obstacle, NC/NOdisconnects

Hiland | Applications and Buyer Notes

Hiland is organized as a sourcing-ready Industrial Robots reference. The page combines visible product or company data with structured procurement cues so buyers can compare application fit, specifications, quantity, quality requirements and lead-time question

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Key specifications

Category
Industrial RobotsBased on visible page data; confirm exact value in the RFQ.
Unit
setBased on visible page data; confirm exact value in the RFQ.
Specification
1. WorkingBased on visible page data; confirm exact value in the RFQ.

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Source mix: ugc

Key specifications

CategoryIndustrial Robots
Unitset
Specification1. Working

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