Hiland Factory Sliding Gate Wired Type Beam Sensor Photocell P5200

• Customization: Available
• Function Type: Infrared Range and Communication System, Radiometer
• Detection Type: Photon Detector
• Model NO.: P5200
• Output Signal Type: Digital Type
• Production Process: SemiConductor Integrated
• Material: Semiconductor Material
• Certification: CE
• Customized: Customized
• Working Voltage: 12V-24V AC/DC; Battery
• Temperature Rane: -20c -60c
• Protection Index: IP54
• Photocell Wavelength: 940nm
• Receiver Range: More Than 20m
• Transport Package: Each in Individual White Box
• Trademark: Hiland
• Origin: China

Product Description

I. Technical Specification

1. Discover the seamless power of our Hiland Factory Sliding Gate Wired type Beam Sensor Photocell P5200 with a versatile working voltage range of 12~24VAC/DC, ensuring adaptability and convenience.
2. Experience efficient energy consumption with our emitter at ≤8mA and receiver at ≤30mA at 24VDC, delivering reliable performance without compromise.
3. Our Photocell operates at a precise wavelength of 940nm, ensuring optimal performance and efficiency in various applications.
4. With an angle of emission at ≤±5°, our device provides focused and accurate detection, enhancing its functionality in your safety systems.
5. The Hiland Photocell offers an impressive receiving range of ≥12m, guaranteeing long-distance detection and added security.
6. Benefit from the flexibility of ±90° angle adjustment with our PCBA, allowing for tailored installation and optimal operational alignment.
7. Our product is robust and reliable, withstanding temperatures from -20ºC to +60ºC, making it suitable for diverse environmental conditions.
8. The relay contact loading capacity of 1A/30VDC ensures dependable performance, supporting a variety of electrical setups.
9. Compact and efficient, the dimensions of 100*40*35mm make our device easy to install and integrate into existing systems.
10. Boasting a waterproof level of IP54, our product is designed to endure challenging environments and maintain its high performance.
11. Lightweight and manageable at just 107g, our photocell is convenient to handle and install without compromising on durability.

 

II. Safety Instruction

1. Prioritize safety by diligently reading the user manual before starting operation, ensuring a secure and informed usage experience.
2. Please ensure the power is completely off before installation, as our photocell does not include a fuse, guaranteeing your safety.
3. Our product is designed for use with equipment that presents no risk to life or property in the event of a breakdown, providing peace of mind.
4. Ensure utilization within the effective working range to maintain the optimal performance and safety of our device.

 

III. Picture Display

 

IV. Installation instruction

4.1 The receiver module JP2 (PR5200) showcased above features an option switch for NO and NC settings of the photocell switch, enhancing customization.
4.1.1 Set the toggle switch JP2 to NC for a normally open position without power, facilitating versatile installation options.
4.1.2 With JP2 set to NO, experience a normally closed position without power, adapting to various system requirements.
4.2. Installation
4.2.1 For optimal performance, install the photocells at least 20cm above the ground and ensure a minimum distance of 50cm between the emitter and receiver to prevent reflection issues.
4.2.2 Position the photocell receiver away from direct sunlight or strong light sources by ±5º to ensure consistent and reliable operation.
4.2.3 Avoid interference by positioning other infrared photocell emitters outside the effective range of the receiver, ensuring system integrity.
4.2.4 For installations involving multiple photocells inline, place receivers at both ends and install emitters back-to-back for optimal functionality.
4.2.5 Ensure a stable installation to prevent signal misalignment due to minor vibrations, maintaining reliable function.
4.2.6 Adjust the PCBA when installing at an angle to enhance the installation quality and operational efficiency.
4.2.7 After verifying the correct setup, power the system and align the CAP of the emitter and receiver for proper function; misalignment results in the receiver LED activating.
4.2.8 With power on and lines checked, when JP2 is set to NC, maintain emitter and receiver CAP alignment for NC/NO connection; obstacles will disrupt NC/NO connection. The opposite is true when JP2 is set to NO.

Our ExhibitionCompany profilePackaging And LogisticsFAQ
1. How can we guarantee quality?
Always a pre-production sample is crafted before mass production, ensuring impeccable quality and performance standards.
To ensure the highest quality, we conduct a comprehensive final inspection on every product before shipment.

3. What can you purchase from us?
We offer a variety of premium products including Transmitters, Tubular Motor Receivers, Sliding Gate Openers, Garage Door Openers, and Photocells.

3. Why choose us over other suppliers?
Hiland stands out as a professional designer and distinguished manufacturer specializing in automatic door control systems. With 15 years of dedicated experience, we deliver excellence.
Our extensive product range includes sliding, garage, swing, and rolling shutter openers and control systems, as well as transmitters, receivers, photocells, flash lamps, and keypads.

Q4. How can I obtain a price for the desired garage door opener?
A: Kindly provide the exact size and quantity of your required door. This will enable us to prepare a detailed quotation tailored to your specifications.

Q5. We are interested in becoming your regional agent. What is the application process?
A: We invite you to send your proposal along with your profile to any of our email addresses. Let's discuss further opportunities together.