450°C Dual Laser Infrared Thermometer User Manual

450°C Dual Laser Infrared Thermometer is a Bosch infrared thermometer. It is suitable for a wide range of applications, with a measurement range of -50° to +450°C, resolution of 0.1°C, accuracy of ±2.5°C (-50˚ to +20°C), ±1.0% of reading ±1°C (+20°C to 300°C), ±1.5% of reading ±1°C (+300°C to 450°C), power consumption of 1 x 9V PP3 Alkaline Battery (ALR-61), dimensions of 146 x 104 x 43mm and weight of 163g.


450°C Dual Laser Infrared Thermometer User Manual - cover page
Brand
UNBRANDED
Category
Temperature sensors
Document type
User Manual
Language
English
Pages
1
File format
PDF
File size
75 KB
Published
02 May, 2012
Updated
30 September, 2023
MD5 checksum
53F32F8B247AB9D21D4045253DF40811

About this manual

The 450°C Dual Laser Infrared Thermometer is a compact, dual‑laser device for fast, accurate non‑contact temperature measurement. It is suitable for plant maintenance, HVAC, automotive, transport, and health‑safety applications.

Key features include dual laser pointers that converge to a single spot, a 12:1 distance‑to‑spot ratio, fixed emissivity of 0.95, a backlit 25 mm LCD display, automatic data hold, and auto power‑off. The instrument operates on a single 9 V alkaline battery and comes with a carry pouch.

What's inside

  • Technical Specification
  • Features
  • Operation

Specifications

Temperature range-50°C to +450°C
Resolution0.1°C
Accuracy (−50°C to +20°C)±2.5°C
Accuracy (+20°C to 300°C)+1.0% of reading +1°C
Accuracy (+300°C to 450°C)+1.5% of reading +1°C
Power source1 × 9 V PP3 Alkaline Battery (ALR‑61)
Dimensions146 × 104 × 43 mm
Weight163 g
Emissivity0.95 (fixed)
Distance‑to‑spot ratio12 : 1 at focal point
Response time<150 ms

Frequently asked questions

What temperature range does the thermometer measure?

It measures from –50 °C up to +450 °C.

How quickly does the device respond to temperature changes?

The response time is less than 150 milliseconds.

What battery powers the thermometer?

It uses a single 9 V PP3 alkaline battery (ALR‑61).

What is the distance‑to‑spot size ratio?

The ratio is 12 : 1 at the focal point.

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