Feature(may vary by option.)

●This high power LED light is made of high quality chip inside, 999 gold wire soldering, copper bracket package, which brings you quality assurance in the process of using.
●COB module adopts high quality copper substrate base with power up to 10W, high brightness, small size and light weight, which can be configured and soldered according to the needs.
●The longer wavelength of this high power LED (850nm) allows for better penetration of the atmosphere and certain substances, making it useful in a number of applications where penetration capability is required. The broad infrared coverage can be used for security monitoring, distance measurement, photoelectric sensors, item identification and medical devices. It can also be used in industrial applications.
●High photovoltaic conversion rates and lower power consumption allow the product to save energy and reduce maintenance costs.
●LEDGUHON is dedicated to manufacturing LED chips. We offer a wide range of wavelengths, different angles, and various models of LED chips that can be seamlessly integrated into a variety of lighting fixtures as replacement components. It is also a top choice for DIY lighting projects.

[IR 845-850nm&Orbicular]




[Ir 845-850nm&rhombic]





Description

LEDLED

JH-10IR14G42-R1C-850 Important parameter

Continuous Forward Current 1050mA
Peak Forward Current 1200mA
Reverse Voltage 5V
Power Dissipation 10W
Electrostatic Discharge 1000V
Operating Temperature Range -25°C to +80°C
Storage Temperature Range -35°C to +100°C
Lead Soldering Temperature 260°C
Forward Voltage Infrared 4-5V
Luminous power Infrared 1800-2000Lm
Dominant Wavelength Infrared 845-850nm
Reverse Current 10μA
Viewing Angle 140deg
Recommend Forward Current 1050mA
ApplianceAppliance

Applicable Scenarios

Friendly Tips

1.Constant current LED drivers are recommended for high power COB LEDs.

2.The optimum operating temperature range for the product is 40-60° (104-140℉). Recommended to equip the product with a reasonable heat sink.

3.Please refer to the positive (anode +) and negative (cathode -) sign on Leds.


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