Ls122 1000-1700nm Infrared Rejection Rate Intensity Measurement IR Power Meter Infrared Transmission Meter

• Customization: Available
• After-sales Service: 24 Hours Free Online Technical Support
• Warranty: 12 Months Warranty
• Model NO.: LS122
• Display: Digital
• Product Name: Ls122 Infrared Power Meter
• Power Range: 0-40000 W/M*M
• Measurement Accuracy: +- 10%
• Infrared Rejection Rate: -999%-100%
• Spectral Response: 1000nm-1700nm
• Photosensitive Aperture: 10mm
• Working Temperature: -20ºC - + 70 ºC
• Power Supply: AAA Alkaline Dry Batteries
• Transport Package: Carton Box
• Specification: 21*13*8cm
• Trademark: TANJN
• Origin: China
• HS Code: 9030849000
• Production Capacity: 10000PCS/Month
• Package Size: 21.00cm * 13.00cm * 8.00cm
• Package Gross Weight: 0.600kg

Product Description

Product Parameters

LS122 1000-1700nm Infrared Rejection Rate Intensity Measurement Ir Power Meter Infrared Transmission Meter

Descriptions:

LS122 ir power meter is mainly used for the measurement of infrared rejection rate of materials. The ir power meter is suitable for displaying the heat insulation effect of heat-insulating glass, solar film and other materials, and the demonstration effect is intuitive and easy to understand. Can also be used for a variety of light sources in the infrared radiation energy power density measurement. The infrared transmission meter can automatically convert infrared rejection rate and display directly on the screen. With wide spectral response, the infrared transmission meter can test infrared intensity from 1000nm-1700nm wavelength.

 

Features:

1. The infrared transmission meter is suitable for testing the infrared rejection rate of insulating glass and solar film.
2. Mainly used for infrared radiation intensity measurement.
3. Automatic conversion of the material's infrared rejection rate, and direct display.
4. With wide spectral response, the IR radiometer can test infrared intensity from 1000nm-1700nm wavelength.

Specification

Parameter	Value
Power range	0-40000 W / m²
Measurement accuracy	± 10%
Infrared rejection rate	-999%-100%
Spectral response	1000nm-1700nm
Photosensitive aperture	10mm
Dimension	125mm * 69mm * 24.5mm (L*W*H)
Weight	about 140 g (including battery)
Working temperature	-20 ° C-+ 70 ° C
Power supply	AAA alkaline dry batteries

 

Product Description

Packing list 

No.	Description	Quantity	Unit
1	LS122 IR radiometer	1	Set
2	User Manual	1	Pcs
3	Certificate / warranty card	1	Pcs
4	Packing box	1	Pcs

Applicable for a wide range of materials

The infrared power meter is suitable for testing the infrared ray rejection performance of architectural film, automobile heat insulation film, solar film, heat insulating glass and insulation coatings.

IR radiation intensity measurement

The infrared power metercan be used for infrared radiation intensity measurement of infrared light sources.

Infrared rejection rate

The infrared power meter can measure the infrared rejection rate.

Wide spectral response

With wide spectral response, the infrared power meter can test infrared intensity from 1000nm-1700nm wavelength.

 

Company Profile

Packaging & Shipping

FAQ

1. What is the difference between a metal film and an endothermic film?
The metal film is produced by a magnetron sputtering process. A large amount of metal elements are added and the has a good reflection ability to the infrared film. It is insulated by the principle of reflecting infrared rays. The absorption film is added with an infrared absorber during production and the infrared is absorbed by the film. It is insulated by the bsorption principle and secondary heat radiation will be generated after the heat absorption is saturated.
    
2. Why are 1400nm instruments so much more expensive than 940nm instruments?
It's all about the cost of raw materials. The cost of a 1400nm light source and receiver is much higher.
    
3. Can the window film transmission meter measure the insulation rate?
Our instrument measures the infrared rejection rate. The higher the infrared rejection rate, the higher the thermal insulation rate. Because visible light also has a small amount of heat, in the strict sense, the heat insulation rate needs to integrate visible light, infrared and ultraviolet heat insulation data. Ultraviolet heat is very small and visible light is beneficial. Therefore, infrared is the main source of heat, so the infrared rejection rate is basically equivalent to the thermal insulation rate.
    

4. Why are 1400nm instruments so much more expensive than 940nm instruments?
It's all about the cost of raw materials. The cost of a 1400nm light source and receiver is much higher.
    
5. What is the difference between the new and old LS101?
The parameters of the new and old models are basically the same, both of which can measure three parameters of heat insulation, UV rejection and light transmission.
The old model can only be used when plugged in. It is a digital tube display. The new model is an LCD display. It uses 4 AA
batteries and has a USB interface on the instrument. It can be directly powered by a power bank or 5V charging head.
The light source of the old LS101 is a point light source, which is only suitable for films and thin glass; the new LS101 uses
a parallel light path design and thick glass can also be tested.
 
6. Do you offer OEM and ODM service? 
Yes. We can supply OEM and make customized design for any specific application. 
 
 
7. How can we guarantee quality? 
Always a pre-production sample before mass production; Always final Inspection before shipment;