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| After-sales Service: | on Line |
| Warranty: | 1year |
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I. Technical Specification
1. Working Voltage: 12~24VAC/DC - Offering flexibility and adaptability for various systems.
2. Working Current (24VDC): Emitter: ≤8mA | Receiver: ≤30mA - Ensuring efficient and reliable performance.
3. Photocell Wavelength: 940nm - Precision engineered for optimal functionality.
4. Angle of Emission: ≤±5° - Focused delivery for enhanced accuracy.
5. Receiving Range: ≥12m - Extended coverage that meets demanding requirements.
6. Angle Adjustment of PCBA: ±90° - Versatility to conform to varied installation setups.
7. Working Temperature: -20ºC~+60ºC - Robust design to withstand diverse environmental conditions.
8. Relay Contact Loading Capacity: 1A/30VDC - Reliable contact support for dependable operation.
9. Size: 100*40*35mm - Compact and convenient for seamless integration.
10. Waterproof Level: IP54 - Superior protection against water and dust ingress.
11. Weight: 107g - Lightweight for ease of installation and maintenance.
II. Safety Instruction
1. To ensure safety, please thoroughly read the user manual prior to initial operation.
2. This photocell is not equipped with a fuse, so ensure the power is turned off before installing.
3. Designed exclusively for equipment posing no risks to life or property in case of malfunction or where security risks are mitigated.
4. Please ensure the product is utilized within its effective working range for optimal performance.
III. Picture Display
IV. Installation Instruction
4.1 The receive module JP2 in the above picture (PR5200) serves as the option switch for NO and NC of the photocell switch.
4.1.1 When toggle switch JP2 is set to NC, it remains normally open without power.
4.1.2 When toggle switch JP2 is set to NO, it remains normally closed without power.
4.2. Installation
4.2.1 Install the photocells at least 20cm above the ground to avoid reflection, with a minimum distance of 50cm between emitter and receiver.
4.2.2 Ensure the photocell receiver is installed away from direct sunlight or strong light sources (±5º) for stable operation.
4.2.3 Avoid placing other infrared photocell emitters within the effective receiving distance.
4.2.4 If installing additional photocells on the same line, position receivers at both ends and emitters back-to-back.
4.2.5 Ensure a stable installation to prevent signal skewing due to vibrations and avoid malfunctions.
4.2.6 For installations involving angles, adjust the PCBA for optimal alignment.
4.2.7 After ensuring correct line connections, connect power ensuring emitter and receiver CAPs are aligned (receiver LED off); misalignment causes the receiver LED to light up.
4.2.8 After confirming correct connections, connect power and align emitter and receiver CAPs for NC/NO connection. If obstructed, NC/NO disconnects. For toggle switch JP2 at NO, states are reversed.
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