Products

Digital Radiation Thermometer for Measuring Ultra-thin Glass Surfaces IN6/78-L

Product name

Digital radiation thermometer for measuring ultra-thin glass surfaces

 

Model number

IN6/78-L

 

Digital radiation thermometer for ultra-thin glass surface measurement is high accuracy and stability with digital circuit, free temperature range scaling.

Usage

  • Ultra-thin glass surface measurement

Features

  • Temperature measurement of ultra-thin glass of 1 mm or less
  • Small spots: φ5/370mm
  • High accuracy: 0.7% of measured value, or 3.5℃
  • Minimum 51℃ Width Scaling Function Easy to Replace Conventional Models
  • High accuracy and stability with digital circuitry
      Free temperature range scaling
  • DC4~20mA power without a separate transducer
  • RS485 interface enables long-distance communication with PC and PLC
  • Built-in Maximum Value Holding Circuit: for measuring moving objects
  • Compact design of φ50 x 115mm, body material uses SUS
  • Data recording and parameter setting with the dedicated measurement software attached as standard
  • Application
     ・Ultra-thin sheet glass less than 1mm.
     ・Surfaces of quartz glass, etc.

Specifications

Temperature range MB11 400 ~ 1100℃
Detection wavelength 7.8μm(FWHM 0.6μm)

Basic system configuration diagram

Accessories

■Mounting bracket/purge pipe/protection pipe/flange/cooling jacket/scanner

3834-210 L shaped fittings

3835-160 Air purge unit

5000-1013 Cooling jacket with purge
Ambient temperature: 250℃
* Also available with a protective window.

3820-330 Connecting-cable 5m with straight-type connector (in addition, 10m/15m/20m/25m/30m)

DC24V power supply
Various digital indicators

     

■Dedicated power BOX5000-001+ USB for radiation thermometer

  • All cables are included.
  • Easy wiring work due to connector connection
  • With laser pilot light switch
  • The case is made of aluminum diecast and has outstanding durability!
  • Includes a RS485-USB converter for connecting PC’s USB port.

List of Radiation thermometer and thermal image