Multi-gas Detector X-am 2500 Flex Ex, O2, CO, H2S-LC
KIT31_US
The Multi Gas Detector Dräger X-am 2500 flex Ex, O2, CO, H2S-LC precisely measures combustible gases and vapors, as well as oxygen, carbon monoxide, and hydrogen sulfide.
- Multi gas detector for personal protection against gas hazards
- The gas detection device is equipped with a catalytic Ex sensor and three electrochemical sensors in XXS format
- Alarm thresholds & measuring gas:
- Catalytic Ex sensor: Measuring gas = Methane; A1 = 20% LEL, A2 = 40% LEL
- O2 Sensor: A1 = 19 vol.%, A2 = 23 vol.%
- CO Sensor: A1 = 20 ppm, A2 = 40 ppm
- H2S Sensor: A1 = 5 ppm, A2 = 10 ppm
- Safe gas access from two sides (top and bottom)
- High wearing comfort due to ergonomic design and lightweight
- The two-button operation and large display ensure easy use
- Robust housing, water and dust protected according to IP67
- Ex approval for Zone 0
Complete package includes:
- SRM09961: Dräger X-am 2500 Flex
- SRM03693: Charging module Dräger X-am 1/2/5x00
- SRM06539: Plug-in power supply Dräger 12 V/1.2 A (for 1 X-am 7000 or 2 X-am 2/5x00)
- SRM04311: DrägerSensor CatEx 125 PR
- SRM04323: DrägerSensor XXS H2S LC
- SRM04313: DrägerSensor XXS O2
- SRM04371: DrägerSensor XXS CO
Calibration and Bump Testing Functionality tests (bump tests) and calibration of gas detectors ensure safe operation and functionality of gas monitoring equipment. With our bump test and gas monitor calibration portfolio we enable you to carry out those tests easily and quickly, e.g. due to reduced bump test gas consumption, short testing times, comprehensive documentation and evaluation.
If you wish to configure individual alarm thresholds and/or adjust the Ex sensor, please specify the alarm thresholds and target gas calibration at the end of the order process in the comment field.
Further information about the product can be found on our website. Please follow the Link.
| Device type: | X-am 2500 |
|---|---|
| Rental Advanced: | Yes |
| Rental item or Consumable?: | Rental items |
| Sensors: | CO, Ex (UEG z.B. CH4), H2S, O2 |