• 固定式紅外線測溫器 CTLaser (-50°C ~ 2200°C)
  • 固定式紅外線測溫器 CTLaser (-50°C ~ 2200°C)
  • 固定式紅外線測溫器 CTLaser (-50°C ~ 2200°C)
  • 紅外線測溫器 optris CTLaser (-50°C ~ 2200°C)

型號 : CTLaser LT/LTF/05M/1M/2M/3M(XL)/MT/F2/F6/G5/P7

數量 :

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CTLaser SeriesCTLaser LT(Fast)/05M/1M/2M/3M(XL)/MT/F2/F6/G5/P7

 德國Optris CTLaser系列高性能紅外測溫雷射精確瞄準,最小量測點 1 mm

■ 堅固耐用不銹鋼測溫探頭及電纜可180°C的惡劣工業環境

■ 寬廣的測溫範圍 -50°C ~ 2200°C (switchable)

■ 光學解析最高達D : S = 300 : 1

■ 特定的測溫頻譜 8 ~ 14 μm(LT) / 2 . 3 μm(3M) / 1 . 6 μm(2M) / 1 μm(1M)

■ 反應時間最快速 1 mSec(1M/2M) / 6 mSec(LTF)

■ 類比訊號 0/4 ~ 20mA0 ~ 10VKJ型熱電偶輸出

■ 數位訊號 USB / RS232 / RS485(串接32) 通訊介面 (選配)

■ 分離式I / O控制盒,智慧LCD背光顯示





Technical Details of the optris CTlaser LT / LTF

Part number: temperature range / spectral range / optics / response time
  • OPTCTLLT : -50 to 975 °C (-58 to 1787 °F) / 8 - 14 μm / 75:1 / 120 ms
  • OPTCTLLTF : -50 to 975°C (-58 to 1787 °F) / 8 - 14 μm / 50:1 / 9 ms

Technical Details of the optris CTlaser 05M

Part number: temperature range / spectral range / optics / response time

  • OPTCTL05M : 1,000 to 2,000°C (1832 to 3632 °F) / 525 nm / 150:1 / 1 ms


Technical Details of the optris CTlaser 1M / 2M

Part number: temperature range / spectral range / optics / response time

  • OPTCTL1ML : 485 to 1050 °C (905 to 1841 °F) / 1.0 μm / 150:1 / 1 ms
  • OPTCTL2ML : 250 to 800 °C (482 to 1472 °F) / 1.6 μm / 150:1 / 1 ms
  • OPTCTL1MH : 650 to 1800 °C (1202 to 3272 °F) / 1.0 μm / 300:1 / 1 ms
  • OPTCTL1MH1 : 800 to 2200 °C (1472 to 3992 °F) / 1.0 μm / 300:1 / 1 ms
  • OPTCTL2MH : 385 to 1600 °C (725 to 2912 °F) / 1.6 μm / 300:1 / 1 ms
  • OPTCTL2MH1 : 490 to 2000 °C (914 to 3632 °F) / 1.6 μm / 300:1 / 1 ms


Technical Details of the optris CTlaser 3M

Part number: temperature range / spectral range / optics / response time

  • OPTCTL3ML : 50 to 400 °C (122 to 752 °F) / 2.3 μm / 60:1 / 1 ms
  • OPTCTL3MH : 100 to 600 °C (212 to 1112 °F) / 2.3 μm / 100:1 / 1 ms
  • OPTCTL3MH1 : 150 to 1000 °C (302 to 1832 °F) / 2.3 μm / 300:1 / 1 ms
  • OPTCTL3MH2 : 200 to 1500 °C (392 to 2732 °F) / 2.3 μm / 300:1 / 1 ms
  • OPTCTL3MH3 : 250 to 1800 °C (482 to 3272 °F) / 2.3 μm / 300:1 / 1 ms


Technical Details of the optris CT XL 3M

Part number: temperature range / spectral range / optics / response time

  • OPTCTXL3MH : 100 to 600 °C (212 to 1112 °F) / 2.3 μm / 100:1 / 1 ms
  • OPTCTXL3MH1 : 150 to 1000 °C (302 to 1832 °F) / 2.3 μm / 300:1 / 1 ms
  • OPTCTXL3MH2 : 200 to 1500 °C (392 to 2732 °F) / 2.3 μm / 300:1 / 1 ms
  • OPTCTXL3MH3 : 250 to 1800 °C (482 to 3272 °F) / 2.3 μm / 300:1 / 1 ms


Technical Details of the optris CTlaser MT

Part number: temperature range / spectral range / optics / response time

  • OPTCTLMT : 200 to 1450 °C (392 to 2642 °F) / 3.9 μm / 45:1 / 10 ms
  • OPTCTLMTH : 400 to 1650 °C (752 to 2912 °F) / 3.9 μm / 45:1 / 10 ms


Technical Details of the optris CTlaser F2

Part number: temperature range / spectral range / optics / response time

  • OPTCTLF2 : 200 to 1450 °C (392 to 2642 °F) / 4.24 μm / 45:1 / 10 ms
  • OPTCTLF2H : 400 to 1650 °C (752 to 2912 °F) / 4.24 μm / 45:1 / 10 ms


Technical Details of the optris CTlaser F6

Part number: temperature range / spectral range / optics / response time

  • OPTCTLF6 : 200 to 1450 °C (392 to 2642 °F) / 4.64 μm / 45:1 / 10 ms
  • OPTCTLF6H : 400 to 1650 °C (752 to 2912 °F) / 4.64 μm / 45:1 / 10 ms


Technical Details of the optris CTlaser G5

Part number: temperature range / spectral range / optics / response time

  • OPTCTLG5L : 100 to 1200 °C (212 to 2192 °F) / 5 μm / 45:1 / 120 ms
  • OPTCTLG5H : 250 to 1650 °C (482 to 2912 °F)/ 5 μm / 70:1 / 80 ms
  • OPTCTLG5HF : 200 to 1650 °C (392 to 2912 °F) / 5 μm / 45:1 / 10 ms


Technical Details of the optris CTlaser P7

Part number: temperature range / spectral range / optics / response time

  • OPTCTLP7 : 0 to 710 °C (32 to 1310 °F) / 7.9 μm / 45:1 / 150 ms



Application examples for non-contact temperature measurement

The process and product temperature is an important physical indicator for manufacturing processes and ensures a high quality level of the production line. 

All Optris products apply in different areas, covering the non-contact temperature measurement. This covers the plastic industry, the food industry as well as the solar industry and life science. 

3D thermal analysis

3D laser scanners and infrared cameras combined offer crucial information about surface structures as well as temperatures. In the construction and restauration sector, thermal insulation and thermal conduction are optimized by the measurement of surface temperatures, helping to reduce energy costs significantly.

Automotive

The automotive industry covers many manufacturing steps in which different materials are processed.
The processes can be monitored and optimized by infrared thermometers and infrared cameras to ensure an efficient quality of the products.

 

 

Examples: Control of components within test stations; laminating of car interiors: error displays at vehicles

Fire prevention

Consequence of fires in industrial plants are not only severe material damages, but also production losses. Most of the times, fires are preceded by a significant build-up in heat, which can be detected by monitoring the plant with infrared cameras and infrared thermometers, thus preventing a possible breakout effectively.

Kunststoff

The production process of plastic products is as versatile as the plastics itself. 
We will only name the most common processes as there are different demands regarding the temperature measurement.

 

 

Examples: thermoforming of foil; surface refinement at the embossing calendar; production of PET bottles

Biowissenschaft

Different processes within the medical area can be monitored and optimized through the use of non-contact temperature measurement. 
Our products are used by producers of medical products but also by health professionals for fast diagnosis.

 


Examples: Monitoring of cryogenics; production of glass shots; manufacturing of dental products

Solar cell

A continuous process control and optimization within the semiconductor industry is of great importance. 
This can be carried out through the temperature steering via an infrared thermometer or the quality securing via infrared cameras. 




Examples
: string brazing of solar modules; quality control of solar modules; test stations of conductor boards

Metal

Non-contact measuring sensors are an important part of metal production and processing. 
Through the use of measurement devices, a high quality of products can be achieved as well as a reduction in the process costs through specific process optimization.

 


Examples: Inductive curing and striking; contraction process; measurement of casting temperature

Temperature measurement in glass industry

Glas

Especially the glass industry depends on temperature control due to its energy complex manufacturing steps. 
By monitoring the temperature of the products and the equipment, highest quality can be assures to stand ones ground on the market.  




Examples: Monitoring of glass melting bowls; Production of container glass; manufacturing of flat glass

maintenance

The preventive maintenance is gaining more and more importance. 
Whether the monitoring of electrical and mechanical facilities or within air conditioning, infrared thermometers and cameras can be of help to detect weak points or defects. 
Expensive deadlocks can therefore be avoided. 



Examples
: Electrical and mechanical maintenance; permanent monitoring with fixed IR thermometers

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