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Digital radiation thermometer for measuring ultra-thin glass surfaces IN6/78-L-IN6/78-L
Digital radiation thermometer for measuring ultra-thin glass surfaces IN6/78-L-Yamazato Sangyo Co., Ltd.

Digital radiation thermometer for measuring ultra-thin glass surfaces IN6/78-L
Yamazato Sangyo Co., Ltd.

Yamazato Sangyo Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

275.2hours


About This Product

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

■Applications

For ultra-thin glass surface measurement

■Features

・Ideal for temperature measurement of ultra-thin glass of 1 mm or less ・Small spot: φ5/370mm ・High accuracy: 0.7% of measured value or 3.5℃, whichever is greater ・Easy to replace conventional models with scaling function with minimum width of 51℃ ・High accuracy and stability with digital circuit, free temperature range scaling ・DC4-20mA output without the need for a separate converter ・RS485 interface allows long-distance communication with PCs and PLCs ・Built-in maximum value holding circuit: For measuring moving objects ・Compact design of φ50×115mm, body material is SUS ・Data recording and parameter setting using the standard included dedicated measurement software ・Application: Surfaces of ultra-thin sheet glass, quartz glass, etc. less than 1 mm

  • Product

    Digital radiation thermometer for measuring ultra-thin glass surfaces IN6/78-L

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1 Models of Digital radiation thermometer for measuring ultra-thin glass surfaces IN6/78-L

Image Part Number Price (excluding tax) Weight Communication function Transmittance correction τ Measurement software Insulation measures Precision (uncertainty) Temperature range Power consumption Detection wavelength Maximum value hold Emissivity correction ε Response time t90=minimum value External dimensions Ambient temperature Installation direction Resolution Output signal Reproducibility Optical system Protection class Storage temperature Power supply Lens Housing Scaling Warm up time NETD temperature NETD at t90 = 80ms/℃ NETD at t90 = 1ms/℃ CE mark
Digital radiation thermometer for measuring ultra-thin glass surfaces IN6/78-L-Part Number-IN6/78-L

IN6/78-L

Available upon quote

Approximately 410g

RS485 (addressable), half duplex, baud rate 1,200 ~ 115. 2k

10~100% (can be changed in 0.1% steps)

InfraWin attached (works on Windows PC)

Power supply circuit, interface, and analog output signals are isolated from each other and from the main unit.

0.7% of measured value or 3.5°C, whichever is greater (at analog output)

400~1,100℃ MB11

Max. 50mA

7.8μm (FWHM 0.6μm)

Settings: 0.1s, 0.25s, 0.5s, 1s, 5s, 25s

10~125% (can be changed in 0.1% steps)

80msec
Setting: 0.5s, 1s, 2s, 5s, 10s, 30s

Φ49.5×114.5mm, body material is SUS

0 ~ 70℃, but no condensation

Omnidirectional

0.1℃ (Analog output is below 0.1℃)

DC4 ~ 20mA/DC0 ~ 20mA linear output (selectable), load resistance 500Ω or less (at DC24V)

1℃

Fixed focus: 370mm (φ5mm)

IP65 (DIN 40 050)

-20~80℃

DC18~30V, voltage ripple <0.5V

Silicon

Stainless steel

Any setting possible within the temperature range, minimum scaling range 51℃

30 minutes or more

500℃, 800℃

0.3

0.1

Compliant with EU Directive on Electromagnetic Immunity

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About Company Handling This Product

Response Rate

100.0%


Response Time

275.2hrs

  • Japan

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