Technical characteristics
- BrandTesto
- TypeIndustrial
Description
You in search of the multipurpose device for the effective analysis of combustion gases which is suitable for carrying out all necessary measurements on system of heating and at the same time is convenient and simple in application? In that case new testo 320 ― is what you look for. The analyzer of testo 320 combustion gases is equipped with the color display of high resolution for graphic display of results of measurements. Control of the device is exercised by means of the intuitive, accurately structured menus of measurement. The testo 320 case differs in durability, ergonomics and attractive design. The device is equipped with sensors of O2 and CO, and also temperature sensor which is built in a probe of selection of test. On the basis of the obtained data the device carries out calculation of such parameters as CO2, efficiency and losses of heat with combustion gases. Besides, by means of a high-precision probe of pressure you can measure directly draft and pressure ― along with carrying out the analysis of combustion gases. testo 320 is tested and approved by TÜV according to EN 50379, Parts 1-3.
Scopes:
Scopes:
- Analysis of combustion gases
- Draft measurement
- Measurement of differential pressure
- Detection of leak of gas
- Measurement of concentration of CO in the surrounding environment
- Measurement of differential temperature
- Testo 320 with O2 sensor / WITH without H2 compensation
- Compact probe of selection of test, 300 mm (0600 9741)
- The power supply unit of 5 V / 1 A with a cable (USB Micro) (0554 1105)
- Spare dust filters (0554 0040)
- Basic case for a gas analyzer and accessories (0516 3334)
- Factory protocol of calibration
- The instruction in Russian
TECHNICAL CHARACTERISTICS
Name of the characteristic | Characteristic parameters |
Working temperature (°C) | from-5 to 45 |
Type of the rechargeable battery | Li-Ion |
Dimensions (mm) | 240х85х65 |
Weight (kg) | 0,573 |
Contact the seller
Gas analyzer of TESTO 320 combustion gases (a set, without compensation H2)
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