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AT-150D-CN Non-contact Infrared thermometer operating instructions

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 1

1. Instrument introduction

The machine is compact in structure, anti-interference and easy to use. Just aim and press the key, and the current surface temperature of the measured object can be read within one second. For hot, toxic or hard-to-reach objects, measure safely with this unit. 1.1 Instrument Features

*℃/℉ two measurement temperature conversion.

* Ratio of infrared temperature measurement distance to object target (Type A and Type C is 12:1; Type D is 20:1)

*Multi-function measurement: maximum, minimum, temperature difference, average, comparison, etc.

* Can measure non-contact, moving, charged surfaces and hard-to-reach objects, etc.

*It has the functions of "measuring value storage", "automatic shutdown" and "setting temperature alarm".

1.2 Working principle

Infrared thermometers measure the surface temperature of an object. Its light sensor radiates, reflects and transmits energy, and then the energy is collected and focused by the probe, and then other circuits convert the information into readings and display them on the machine. The laser light equipped with this machine is more effective in aligning the measured object and improving the measurement accuracy. .

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 2

1.3 When using the machine to measure temperature

Point the machine to the measured object and press the button. At this time, pay attention to the ratio between the distance and the size of the measurement area. The machine is equipped with a laser light for aiming at the measured object.

1.4 Distance and size of measuring point

As the distance to the object being measured increases, the measurement area increases accordingly.

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 3

1.5 Observation range

Make sure that the target to be measured is larger than the measurement area of ​​the machine. The smaller the measured target, the closer the distance to the measured target should be. To perform accurate measurement, it is necessary to ensure that the measured target is at least twice as large as the measurement area.

1.6 emissivity

The emissivity of most organic materials and painted or oxidized materials is 0.95 (preset in this machine), smooth or polished metal surfaces may cause inaccurate measured values, and a tape or hood should be worn on the surface to compensate. Paint black and wait to bring it to the same temperature as the underlying material before taking the temperature measurement.

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 4

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 5

2. Instrument parameters

Measuring range: -50°C~1100

Measurement accuracy: ±2%±2°C

Resolution: 0.1℃/1℉

Repeatability: ±1% or ±1°C

Response time: 500mSec, 95% response

Response wavelength: 8~14um

Sampling rate: 2.5 times/second

Distance to test point ratio: 20:1

Shutdown: automatic shutdown

Operating temperature: 0~40℃

32~104℉

Storage temperature: -20~60℃

-4~140℉

Relative humidity: 10%~90%RH (operating)

<80%RH(storage)

Power supply: 9V battery alkaline battery

Battery life: 12 hours

Dimensions: x50mm (length x width x height)

Weight: 270g (without battery)

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 6

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 7

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 8

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 9

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 10

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 11

An Miao AT-150D-CN non-contact infrared thermometer operating instructions with Figure 12



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