About Drager x-am 2500 Gas Detection Kit
The X-am 2500 is a specially developed multi gas detector from Drager. This particular model features an O2 Oxygen, H2S Hydrogen Sulphide, CO Carbon Monoxide sensor and also a combustible gas Ex sensor which has a high resistance to silicone and hydrogen sulphide. Its ideal for use in applications such as industrial work, mining and refineries.Advanced Multi-Gas Detection in a Handheld DeviceThe Drager X-am 2500 provides simultaneous detection of oxygen, carbon monoxide, hydrogen sulfide, and combustibles, ensuring broad safety coverage in industrial settings. Its compact, lightweight design allows for comfortable, all-day personal monitoring with clip-on portability. The easy-to-read backlit display presents all key readings at a glance, and audible, visual, and vibration alarms alert users instantly if gas levels become hazardous. The device is built for use in harsh environments, with an IP67 rating for dust and water protection.
Flexible and Dependable Sensor TechnologyEquipped with interchangeable DragerSensors from the XXS series, the X-am 2500 offers versatility to adapt to varied gas hazards over time. Sensors respond rapidly-typically within 15 seconds-ensuring immediate detection in changing situations. Calibration can be performed manually or automatically via docking station, streamlining maintenance and maximizing operational uptime for industrial professionals.
Comprehensive Data Logging and Power EfficiencyWith robust data logging capabilities, the X-am 2500 can store up to 1000 hours of measurement data, valuable for regulatory compliance and analysis. The device runs on standard NiMH or alkaline batteries, with a typical battery life of 12 to 24 hours, allowing full shifts of uninterrupted monitoring. The convenient battery indicator aids in managing usage, while IR communication enables seamless data transfer when using the optional docking station.
FAQ's of Drager x-am 2500 Gas Detection Kit:
Q: How do I use the Drager X-am 2500 for personal gas monitoring?
A: Simply switch on the device using its button controls and attach it to your clothing using the clip for continual monitoring. The X-am 2500 will automatically detect gases in your immediate area, alerting you instantly with acoustic, visual, and vibration alarms if hazardous levels are detected.
Q: What gases can the Drager X-am 2500 detect, and can sensors be changed later?
A: The device is capable of detecting oxygen (O2), carbon monoxide (CO), hydrogen sulfide (H2S), and combustibles (LEL). Thanks to its interchangeable DragerSensors (XXS series), you can easily replace or upgrade sensors to adapt to new safety requirements over time.
Q: When should the X-am 2500 be calibrated or serviced?
A: Calibration is essential to maintain measurement accuracy. The X-am 2500 can be calibrated manually at regular intervals, or automatically using a Drager docking station. Regular calibration intervals depend on usage patterns and manufacturer recommendations.
Q: Where can the Drager X-am 2500 be used effectively?
A: This device is ideal for use in a variety of industrial environments, including confined spaces, manufacturing plants, and construction sites. Its IP67-rated, robust construction ensures reliable operation even in harsh, wet, or dusty locations commonly found in industrial India.
Q: What process does the device use to detect gas, and how rapid is the response?
A: The X-am 2500 employs advanced electrochemical and catalytic Ex-Sensor technology with diffusion-based detection. Sensors typically respond within 15 seconds (T90), enabling quick warnings for user safety.
Q: How long will the battery last, and what types are supported?
A: The device typically offers up to 12 hours of operation on alkaline batteries and up to 24 hours on NiMH batteries. It uses three AA-sized cells, allowing for convenient battery replacement in the field.
Q: What are the main benefits of using the Drager X-am 2500 in industrial safety applications?
A: Key benefits include simultaneous multi-gas measurement, robust water and dust protection, fast response times, comprehensive data logging, and an intuitive user interface. These features combine to support continuous worker safety in dynamic industrial environments.