testo 330i - flue gas analyzer (with NO sensor and H2-compensated CO measuring cell)

訂貨號  0632 3000 73

  • Paperless documentation and report generation on site via smartphone app

  • Operation independent of measuring location via smartphone app

  • No more probe slippage thanks to the testoFix probe holder (optional)

  • Completely enclosed plastic housing – particularly robust

Flue gas analysis with no stress, paper or shaky probes – the new testo 330i flue gas analyzer makes this possible. This instrument combines the proven measuring technology of its predecessor testo 330 LL with a revolutionary new method of operation.

産品描述

In order to commission and service heating systems as quickly and thoroughly as possible, you need an appropriate flue gas analyzer. A measuring instrument that delivers accurate results, whose probe is firmly secured in the flue gas duct at all times and which can also cope with larger systems or awkward measuring points without difficulty. A measuring instrument like the testo 330i.

Embodying the current trends in flue gas analysis

The testo 330i flue gas analyzer combines precision measuring technology with innovative operation. Its H2-compensated CO sensor means that you can also use this version of the testo 330i to carry out official acceptance test measurements on heating systems.
At the core of the flue gas analyzer is the technology of the testo 330 LL, which has been proven in practice a thousand times over, with the following features:
  • User-replaceable long-life sensors with a service life of up to 6 years. This saves at least one sensor replacement over the instrument's typical useful life
  • TÜV-tested according to 1st German Federal Immission Control Ordinance (BImSchV) and EN 50379, Parts 1-3
  • Integrated draught and gas zeroing without removing the probe – the probe can remain in the flue during zeroing
  • Fresh air dilution upon exceeding a CO threshold value up to 30,000 ppm
  • NO sensor for combined heat and power plants
The instrument's completely redesigned method of operation is just as significant when it comes to your day-to-day work: operation of the measuring instrument and the display and documentation of readings are implemented wirelessly via the testo 330i App on your smartphone. The flue gas analyzer is easy to control remotely via Bluetooth, from a distance of up to 5 metres. Also, this means that you always have the system's flue gas values to hand when needed. Once you have finished the measurement, you can add comments or photos to the protocol and send it to your customer or the office via e-mail.

Requirement: iOS 7.1 / Android 4.3 or newer. Mobile end device with Bluetooth 4.0.
 

Work more efficiently with practical accessories

We developed the testoFix probe holder so that you no longer have to be concerned about whether the probe is firmly secured in the pipe. This optional accessory can be attached to the flue gas duct quickly and easily, and holds the probe securely in the centre of flow at all times. testoFix also serves as a fall-proof attachment system for the testo 330i flue gas analyzer. However, the measuring instrument also features extra-strong magnets and can therefore be attached to the burner in the usual way. Incidentally, the hose between probe and flue gas analyzer is somewhat shorter than on previous Testo probes and is particularly flexible, which makes it considerably easier both to work with the measuring instrument and to stow it away in the case.

 

産品包含

testo 330i flue gas analyzer with long-life gas sensors, 3 slots and integrated draught and gas zeroing. Includes H2-compensated CO sensor, O2 measuring cell, No sensor, rechargeable battery and calibration protocol.
差壓

測量範圍

0 ~ 300 hPa

測量精度

±0.5 hPa (0.0 ~ +50.0 hPa)

±1 %測量值 (+50.1 ~ +100.0 hPa)

±1.5 %測量值 (其餘量程)

解析度

0.1 hPa

O₂測量

測量範圍

0 ~ 21 Vol.%

測量精度

±0.2 Vol.%

解析度

0.1 Vol.%

CO (H₂補償)

測量範圍

0 ~ 8000 ppm

測量精度

±10 ppm 或 ±10 %測量值 (0 ~ 200 ppm)

±20 ppm 或 ±5 %測量值 (201 ~ 2000 ppm)

±10 %測量值 (2001 ~ 8000 ppm)

解析度

1 ppm

CO (H₂補償),testo 320-2 LL自動稀釋

量程

0 ~ 30000 ppm

精度

±200 ppm 或 ±20 %測量值 (0 ~ 30000 ppm)

解析度

1 ppm

NO測量

測量範圍

0 ~ 3000 ppm

測量精度

±5 ppm (0 ~ 100 ppm)

±5 %測量值 (101 ~ 2000 ppm)

±10 %測量值 (2001 ~ 3000 ppm)

解析度

1 ppm

抽力測量

測量範圍

-9.99 ~ +40 hPa

測量精度

±0.02 hPa 或 ±5 %測量值 (-0.50 ~ +0.60 hPa)

±0.03 hPa (+0.61 ~ +3.00 hPa)

±1.5 %測量值 (3.01 ~ +40.00 hPa) (the greater value applies)

解析度

0.01 hPa

溫度

測量範圍

-40 ~ +1200 °C

測量精度

±0.5 °C (0.0 ~ +100.0 °C)

±0.5 %測量值 (其餘量程)

解析度

0.1 °C (-40 ~ +999.9 °C)

1 °C (其餘量程)

dependent on the thermocouple in the flue gas probe

有效性測定

測量範圍

0 ~ 120 %

解析度

0.1 %

測量速率

0 ~ 99.9 %

煙氣損失

解析度

0.1 %

CO₂測量(通過O2計算)

測量範圍

Display range 0 ~ CO₂ max

±0.2 CO₂ max

解析度

0.1 Vol.%

技術參數

直徑

270 x 160 x 57 mm

操作溫度

-5 ~ +45 °C

电源

Rech. batt. block 3.7 V / 2.6 Ah; Mains unit 6 V / 1.2 A (optional)

系统要求

requires iOS 7.1 or newer; requires Android 4.3 or newer; requires mobile end device with Bluetooth 4.0

最大内存

500000 readings

存放溫度

-20 ~ +50 °C

重量

720 g (excluding battery)

Differential pressure measurement

You can use the testo 330i flue gas analyzer to check the gas supply on gas boilers. You can therefore measure gas flow pressure and gas resting pressure in order to ensure that the system can be commissioned. You can also use the data specified by the manufacturer for the nozzle pressure to tailor the appliance output to the heat requirement.

O2 supply air measurement

In balanced flue systems, you can use the testo 330i flue gas analyzer to check whether there is a leak in the flue gas system. Measure the O2 content of the combustion air in the dual wall clearance to ensure that no flue gas is getting into the combustion air supply, thus preventing damage due to condensate or impairment of the combustion process.

Flue gas analysis and flue gas measurement

The testo 330i flue gas analyzer is equipped with two long-life sensors for measuring O2 and CO and an NO sensor. Flue gas and draught are measured in parallel, so all relevant flue gas parameters are displayed simultaneously on the smartphone.