Light-emitting high-power LED brightness and thermal control, testing

In today's global energy shortage and environmental pollution stage, LED energy-saving and environmentally friendly features of its more extensive application of space in the field of LED lighting products, LED applications are attracting world attention, semiconductor lighting potential to replace conventional lighting Will definitely go ahead, but the cold light of the high-power LED brightness and heat, quality control has been plagued engineers.

Name: non-contact infrared thermometer, rapid non-contact temperature sensors, controllers (in response to the speed of 0.001 seconds, non-contact can accurately measure the temperature of objects the size of 0.35mm).

Range: -50 ~ 500,50 ~ 500 ℃, 120 ~ 550 ℃, 160 ~ 800 ℃ (low-temperature paragraph), 300 ~ 1300 ℃; 400 ~ 1200 ℃; 600 ~ 1400 ℃; 600 ~ 1400 ℃; 1000 ~ 3300 ℃, or other sub.

Applications: LED, semiconductor production, new product development, processing, welding, testing, quality control, and so on.

The distance factor: 50:1; 100:1; 150:1 250:1 (special)

Fast response time: (0.001 seconds) 1ms for the rapid induction heating objects in a short period of time or the survey.
  
In response to wavelength: 0.9 ~ 1.6um; 8 ~ 14

Radiation rate: 0.2 to 1.00 adjustable, more difficult for measuring objects or materials.

The smallest objects in the target: 0.35mm ~ 2mm (LED light-emitting chips can be detected).
 
Measuring the distance: 4 meters in distance of 15mm small measurable goals temperature.

Accuracy: <1500 ℃ ± 0.3% or ± 1 ℃, <2500 ℃ ± 0.5%

Probe temperature: 250 ℃ (without cooling device)
  
Supply voltage: 24VDC

Focus the lens focal length: visual / adjustable lens. Synchronous monitoring objectives and temperature

Signal output: standard analog output of 4 ~ 20mA (PID adjustable output) or RS232 (57.6K) 485 Communications,

Can be analyzed with computer software interface curve (matching), and the PLC, supporting the use of touch-screen, paperless recorder.