Delger X-am2500 gas detector

The Delger X-am2500 gas detector is specially developed for personal protection. This 1-4 gas detector can reliably detect volatile gases and vapors, as well as O2, CO, H2S, NO2, and SO2. Mature and reliable measurement technology, sturdy and durable sensors, and easy operation not only ensure height, but also guarantee very low operating costs.

The high-performance Delger sensor is a mature device with a particularly compact appearance, suitable for detecting CO, H2S, O2, SO2, and NO2 gases, and can be safely used in industry, mining, and refineries. Excellent hydrogen sulfide sensors have high resolution and can reliably measure even in extremely low workplace limitations. The typical feature of non consumable lead-free oxygen sensors is their ultra long service life of over 5 years. Our CO and H2S sensors also have such a long service life, so the operating cost is particularly low.

The innovative catalytic combustion sensor impresses users with its high resistance to silicon and hydrogen sulfide. This resistance combined with high drift stability gives this device an ultra long lifespan of over 4 years. According to the measurement technology certification IEC/EN60079-29-1 for methane to nonane, the sensitivity of this equipment to detect flammable gases and vapors has been tested. This certification also demonstrates the applicability of this instrument to Level 1 explosion-proof applications, such as in refineries and the chemical industry.

The practical dual button (2008 model) control panel and simple menu navigation facilitate intuitive use of the instrument. The integrated protective rubber coating and sensor have impact resistance, providing additional safety in case of impact or vibration. In addition, electromagnetic radiation emitted by wireless devices will not affect the Dr? GerX-am 2500. Dr. GerX am 2500 is waterproof and dustproof, meeting the protection level of IP67, so it can maintain normal operation even when dropped into water.

From functional testing to complete documentation, users can obtain secure and practical solutions that are easy to implement at any time. The Dr? GerX dock automatic testing and calibration instrument, which is suitable for comprehensive device management and does not require a local power connection, is an ideal system add-on component that saves time and effort. When used in conjunction with Dr. GerX dock, high-quality Delger sensors can perform rapid functional testing in 8 to 15 seconds with extremely low gas consumption. This helps significantly reduce equipment operating costs. 1) Paired with standard sensors: CH4, O2, CO, H2S.

The optional external pump equipped with a 30 meter long hose is the solution for gap measurement of storage tanks and shafts, or for searching for leaks. After inserting the measuring instrument into the external pump, the pump will automatically start. It can easily and quickly switch from diffusion operation to pump operation without the need for tools or screws. Ergonomic and sturdy, thanks to its lightweight design, the Dr? GerX-am 2500 ensures high wearing comfort.

The Dr ä ger X-am 2500 is certified for use in explosive zone 0 and is clearly designed to provide user safety in explosive hazardous areas. The functional design ensures that gas can enter from the top and sides - even if the instrument is placed in a pocket or the front gas inlet is accidentally covered, it will not affect gas entry.

The Dr ä ger X-am2500 can run on alkaline batteries or rechargeable nickel hydrogen batteries. This can ensure continuous and reliable power supply for more than 12 hours; If a high-capacity battery pack is used, the operating time can be over 13 hours. The battery can be charged in the workshop or in the car, depending on the specific requirements. When catalytic combustion sensors are not included, the operating time usually exceeds 250 hours.

Standard configuration: Host and selected sensors, instruction manual and packaging, alkaline battery or charging kit optional External electric pump or manual pump is optional.