1. Ifihan
The Testo 810 is a compact, handy instrument designed for simultaneous non-contact measurement of surface temperature using infrared technology and ambient air temperature. This device is ideal for quick checks and comparisons, such as assessing the temperature difference between a radiator surface and the surrounding room air. Its intuitive operation and robust design make it suitable for various professional applications.
2. Alaye Aabo
Please read this manual carefully before operating the Testo 810 thermometer. Adhere to all safety instructions to ensure safe and reliable operation.
- Do not point the laser beam directly at eyes or allow it to reflect off shiny surfaces into eyes.
- Ma ṣe lo ohun elo nitosi awọn gaasi ibẹjadi, vapors, tabi eruku.
- Protect the instrument from extreme temperatures, direct sunlight, and mechanical shock.
- Only use the instrument for its intended purpose as described in this manual.
- Keep the instrument out of reach of children.
3. Awọn ẹya Ọja
- Handy pocket-sized combination instrument for non-contact measurement of surface temperature and air temperature.
- Features a 1-point laser for precise measurement point marking and 6:1 optics ratio.
- Includes Hold-function to freeze current readings on the display.
- Displays maximum (Max) and minimum (Min) values recorded during a measurement session.
- Calculates and displays the difference between air and surface temperatures.
- Adjustable emissivity setting for accurate infrared measurements on various surfaces.
- Equipped with display illumination for use in dimly lit environments.
- Comes with a protective cap for safe storage, a wrist strap, and a belt holder for portability.
4. Àwọn ẹ̀yà ara àti Ìfihàn

This image displays the Testo 810 thermometer from the front. The large digital display shows both infrared (IR) surface temperature and ambient air temperature. Below the display are three control buttons: an up arrow button, a 'Mode' button, and a power button. The infrared sensor and ambient air sensor are located at the top of the device.

This image shows the Testo 810 thermometer being held in a user's hand, emphasizing its compact and ergonomic design. This perspective highlights its portability and ease of use for single-handed operation.
4.1. Iṣakoso bọtini
- Bọtini agbara (⏻): Tan ohun-elo naa tan tabi pa.
- Up Arrow Button (▲): Used for navigating menus or increasing values (e.g., emissivity).
- Bọtini Ipo: Cycles through display modes (e.g., Hold, Min/Max, ∆T).
4.2. Ifihan eroja
- IR Temperature: Main large digits, showing non-contact surface temperature.
- Ooru afẹfẹ: Smaller digits, showing ambient air temperature.
- ∆T (Delta T): Displays the difference between IR and air temperature.
- Atọka idaduro: Appears when the Hold function is active.
- Min/Max Indicator: Appears when displaying minimum or maximum values.
- Emissivity Setting (ε): Indicates the current emissivity value.
- Atọka Batiri: Ṣe afihan igbesi aye batiri ti o ku.
5. Eto
5.1. Fifi sori batiri
The Testo 810 requires 2 AAA batteries (included).
- Wa ideri ibi ipamọ batiri naa ni ẹhin ohun elo naa.
- Gbe tabi yọ ideri naa kuro lati ṣii yara naa.
- Fi awọn batiri AAA mẹta sii, ki o rii daju pe polarity (+/-) tọ bi a ti fihan ninu yara naa.
- Pa ideri batiri naa ni aabo.
6. Isẹ
6.1. Agbara Tan / Paa
- Lati tan-an: Tẹ awọn ⏻ button. The display will illuminate and show current readings.
- Lati paa: Tẹ mọlẹ ⏻ button until the display turns off. The instrument also features an auto-off function to conserve battery life.
6.2. Taking Measurements (IR and Ambient)
The Testo 810 simultaneously measures both surface and air temperatures.
- Rii daju pe ohun elo ti wa ni titan.
- Point the infrared sensor (at the top of the device) towards the surface you wish to measure. The 1-point laser will indicate the center of the measurement spot.
- The IR temperature will be displayed in the larger digits, while the ambient air temperature will be shown in smaller digits.
- For accurate IR readings, ensure the distance to the object is appropriate for the 6:1 optics ratio (e.g., at 6 inches distance, the measurement spot is 1 inch in diameter).
6.3. Adjusting Emissivity (ε)
Emissivity is crucial for accurate infrared temperature measurement. Different materials have different emissivity values. The Testo 810 allows adjustment from 0.10 to 1.00.
- With the instrument on, press the Ipo button repeatedly until the emissivity symbol (ε) appears on the display.
- Lo awọn ▲ button to adjust the emissivity value. Refer to standard emissivity tables for common materials.
- Tẹ awọn Ipo button again to confirm the setting and return to measurement mode.
6.4. Hold and Min/Max Functions
- Iṣe idaduro: During measurement, briefly press the Ipo button. The current readings will be frozen on the display, indicated by a 'Hold' symbol. Press Ipo again to resume live measurement.
- Àwọn Ìwọ̀n Tó Kéré/Púpọ̀ jùlọ: Lakoko ipo wiwọn, tẹ bọtini naa Ipo button repeatedly to cycle through the minimum (Min) and maximum (Max) recorded temperatures for both IR and air. The display will show 'Min' or 'Max' accordingly.
- Delta T (∆T): Tẹsiwaju titẹ awọn Ipo bọtini lati view the temperature difference between the IR surface and ambient air.
7. Itọju
7.1. Ninu
To ensure accurate readings and prolong the life of your instrument:
- Wipe the instrument casing pẹlu ipolowoamp asọ. Ma ṣe lo abrasive ose tabi epo.
- Carefully clean the infrared lens with a soft, lint-free cloth or a lens cleaning wipe. Avoid touching the lens directly with fingers.
7.2. Batiri Rirọpo
When the battery indicator shows low power, replace the batteries as described in Section 5.1. Always use fresh AAA alkaline batteries.
7.3. Ibi ipamọ
When not in use, store the Testo 810 in its protective cap in a dry, dust-free environment within the specified operating temperature range.
8. Laasigbotitusita
If you encounter issues with your Testo 810, refer to the table below:
| Isoro | Owun to le Fa | Ojutu |
|---|---|---|
| Instrument does not turn on. | Awọn batiri ti o ku tabi ti ko tọ fi sii. | Ṣayẹwo polarity batiri tabi ropo awọn batiri. |
| Inaccurate IR temperature readings. | Incorrect emissivity setting; dirty IR lens; object too far/close. | Adjust emissivity; clean lens; ensure proper measurement distance. |
| Ifihan ti wa ni baibai tabi flicker. | Batiri kekere. | Rọpo awọn batiri. |
| Lésà kò hàn. | Laser malfunction or very bright ambient light. | Test in a darker environment. If still not visible, contact support. |
9. Awọn pato
| Paramita | Iye |
|---|---|
| Orukọ awoṣe | 0560 0810 |
| Orisun agbara | Agbara Batiri (awọn batiri AAA 2, pẹlu) |
| Ọja Mefa | 0.39 x 0.39 x 0.39 inches |
| Iwọn Nkan | 3.17 iwon |
| Ifihan Iru | Oni-nọmba |
| Asopọmọra Technology | Infurarẹẹdi |
| Ohun elo ita | Ṣiṣu |
| Optics Ratio | 6:1 |
| Emissivity | Atunṣe (0.10 si 1.00) |
| Olupese | TESTO INC |
10. Atilẹyin ọja ati Support
For information regarding warranty coverage, technical support, or service, please contact Testo customer service directly. Keep your purchase receipt as proof of purchase.
Testo Customer Support:
- Visit the official Testo webaaye fun awọn alaye olubasọrọ ati awọn orisun atilẹyin: www.testo.com





