Infrared Thermometer -50c+600c

An infrared thermometer that measures temperatures from -50°C to 600°C is a non-contact device that uses infrared technology to detect the temperature of a surface without needing to touch it. It is commonly used in various applications, such as cooking, electrical maintenance, and industrial processes, providing quick and accurate readings. This versatile tool is ideal for monitoring temperatures in hard-to-reach areas or for objects that are too hot or hazardous to touch.

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كود المنتج：

YT-73200

OEM：

متوفرة

عينة：

متوفرة

دفع：

L/C,T/T,D/P,D/A

مكان المنشأ：

China

قدرة العرض：

9999 piece ل شهر

تفاصيل المنتج

Infrared Thermometer -50c+600c

Brand:YATO

Symbol:YT-73200
Product Name: Infrared Thermometer -50c+600c

Measuring range: -50 ~ +600 ˚C

Measurement accuracy: ±1.5˚C for T >0˚C, ±3˚C for T ≤0˚C

Laser: yes

Laser class: 2

Laser power: ˂ 1 mW

Laser wave length: 655 nm

Laser pointer colour: red

Functions: displaying the maximum and minimum temperature from a given measurement, display of ambient temperature, high and low temperature alarm,

Functions contd: alarm for operation at too low or too high ambient temperature, emission regulation, device calibration

Optical resolution: 12:1 D:S

Measurement repeatability: 1% reading / 1˚C

Spectral response: 5-14 µm

Response time: 500 ms

Operating relative humidity Rh: 10-90 (without condensation) %

Power supply: energy source

cell type: 2x1.5V; AAA

Dimensions: 90x39x150 mm

Material: ABS

Display type: backlit LCD

Reading resolution: ±0.1 ˚C

Auto power off: 7 s

Low battery indicator: yes

Emissivity index: 0.10 - 1

Working temperature range: 0~40 ˚C

Storage temperature: -10 ~ +60 ˚C

Weight: 0.13 kg

Application: electric

The Features

Wide Temperature Range
Capable of measuring extreme temperatures from -50°C to 600°C (-58°F to 1112°F), covering both sub-zero and high-heat applications.
Non-Contact Measurement
Safely measures surface temperatures without physical contact, ideal for hazardous, moving, or hard-to-reach objects.
Fast Response Time
Provides instant readings (typically <1 second) for real-time temperature monitoring.
High Accuracy
Delivers precision with an accuracy margin of ±1.5%–2%, depending on the model and calibration.
Adjustable Emissivity
Allows customization of emissivity settings (0.1–1.0) to adapt to different materials and surfaces.
D:S Ratio (Distance-to-Spot)
Features a 12:1 or higher optical resolution for targeting small areas from a safe distance.
Laser Targeting
Equipped with a dual-laser pointer to visually define the measurement area and ensure targeting accuracy.
Backlit LCD Display
Includes a clear, illuminated screen for readability in low-light or bright environments.
Data Hold & Memory
Freezes measurements on screen and may store max/min/average values for analysis.
Auto Shut-Off & Low Battery Indicator
Conserves power with automatic shutdown and alerts users when battery replacement is needed.
Portable & Durable Design
Compact, lightweight construction with ergonomic grips, often built to withstand industrial environments.
Multi-Application Use
Suitable for HVAC, automotive, cooking, electronics, mechanical systems, and industrial maintenance.
Unit Conversion
Supports quick switching between Celsius (°C) and Fahrenheit (°F) scales.
Safety Compliance
Meets international standards for electrical safety and laser product regulations (e.g., FDA Class II).
Accessories Included
Often bundled with protective cases, batteries, and user manuals for immediate use.

Application Area

Industrial Maintenance: Detecting overheating components in machinery (e.g., motors, bearings, or pipelines) to prevent equipment failure.
Food Safety: Measuring surface temperatures of cooked/processed foods, refrigerators, or storage areas to ensure compliance with hygiene standards.
Automotive Diagnostics: Checking engine components, exhaust systems, or brake disc temperatures for performance analysis and troubleshooting.
HVAC Systems: Monitoring airflow, radiator efficiency, or refrigerant line temperatures in heating/cooling systems.
Electrical Inspections: Identifying hot spots in electrical panels, transformers, or circuit breakers to prevent fire hazards.
Building Inspection: Assessing insulation integrity, detecting heat leaks, or locating water damage in walls/ceilings.
Metalworking & Foundries: Measuring molten metal or alloy temperatures during smelting, forging, or casting processes.
Firefighting & Safety: Scanning environments for hidden heat sources, overheated objects, or post-fire hotspots.
Scientific Research: Recording temperature changes in lab experiments, material testing, or environmental studies.
Home Appliance Checks: Diagnosing overheating issues in microwaves, ovens, or electronics for timely repairs.
Agriculture: Monitoring crop storage conditions (e.g., grain silos) or livestock health via non-contact temperature checks.
Low-Temperature Applications: Measuring sub-zero environments like freezers, cold chains, or refrigeration units.