Detector of Refrigerant Gases & Hydrogen
Detector of Refrigerant Gases & Hydrogen

Detector of Refrigerant Gases & Hydrogen

Detector of Refrigerant Gases & Hydrogen Specification

  • Application
  • Testing & Measurement
  • Features
  • Accurate
  • Power Supply
  • Electric
  • Mounting Type
  • Free Stand
  • Usage
  • Industrial
 
 

About Detector of Refrigerant Gases & Hydrogen

Detector of Refrigerant Gases & Hydrogen 

PERFORM A MEASUREMENT
  Turn on the detector pressing the On/Off key.
When it turns on, the pre-heating phase of the sensor begins. This phase lasts 60 seconds. During this phase, all the visualisation leds of thresholds light one after the other. A few second before the end of the pre-heating phase, all the leds blinks at the same time.
Before using the device, make sure with the tester that the device works correctly (see next page).
Place the probe as close as possible to the site of the suspected leak.
Slowly move the probe (approximately 2 cm/second) in the direction to the possible source of the leak. It is important to move the probe past the leak and to go back toward it. The device responds to changes in gas concentration in the air. Moving the probe allows to the device to respond properly to these changes.
If gas is detected, the frequency of the beep repetition will increase as the detected gas concentration increases and the leds of graphic visualisation lights from the left (low gas concentration) to the right (high gas concentration).
Manual and automatic autozero functioning

The detector performs an automatic autozero every 2 s to set its minimum threshold of detection. This autozero allows to guarantee an optimum gas detection whatever the conditions of use (contaminated environment, temperature variations,...). In case of detection, according to the amplitude of gas measurement, the automatic autozero will deactivate to guarantee a better location of the leak. It will automatically reactivate after a return to normal conditions.

In case of high gas concentration with a wide contaminated area, the automatic autozero can be not enough to detect precisely the location of the leak, there will be a measurement saturation. In this case, it is possible to perform a manual autozero into the contaminated area to reset the detection and to get back to a progressive sensitivity when getting close to the leak source.
To perform a manual autozero, please see next page.

Setting of the sensitivity
If the gas concentration is high, press "Sens" key to set the sensitivity and like this to get a better identification of the leak source. Please see next page for the details about the three different sensitivities.

Gas detectors detect a number of different gases, including flammable gases such as hydrocarbons, hydrogen, ammonia etc. Kimo's Portable DF 110 is a handheld instrument for detecting refrigerant gases and hydrogen leaks.

Salient Features :

  • Detection of all the HCFC and HFC refrigerants
  • Detection of mixtures 5% hydrogen - 95% nitrogen (Nidron 5)
  • Heated diode sensor
  • Three modes of sensitivity (high, low and normal)
  • Manual and automatic autozero
  • Verification certificate


Technical details :


Parameters

Gas detection

Displays

No

IP Protection

IP 54

Battery life

20 hours

Standards

2011/65/EU RoHS II
2012/19/EU WEEE
2014/30/EU EMC
2014/35/EU Low Voltage

Power supply

4 batteries AAA LR03 1.5 V

Probe type

Built-in probe

Protective cover

No

Interchangeable module

No


Instrument Dimensions

Length

Width

Height

Weight

71.50 mm

34.20 mm

147.90 mm

295.00 g

Operating temperature

Min

Max

0.00 oC

50.00 oC

Storage temperature

Min

Max

-20.00 oC

80.00 oC

Supplied with :

  • Verification certificate
  • Transport case
  • Test sample containing refrigerant gas
  • Filter
  • User manual

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