| Item | Value |
|---|---|
| Measured gases | |
| Measuring range | |
| Detection principle | electrochemical |
| Accuracy | |
| Resolution | |
| Response time | |
| Ingress protection | |
| Explosion protection | |
| Operating temperature | |
| Power supply | |
| Output signal |
Dräger X-am® more than 1,700 gas detectors
Lightweight and fully configured: The small, maintenance-free detector – the size of a mobile phone – lasts for two years and is the ideal companion for personal gas detection due to its low purchase cost.
Product advantages
Ergonomic and compact design
The lightweight and compact design ensures that the user is very comfortable to wear. The device is a two-button control panel with a user-friendly interface and intuitive operation.
Vapor Sensitive Catalytic CombustionEx Sensor Measurement Accuracy
Catalytic combustion Ex sensors are very sensitive to explosive gases and flammable organic vapors. This guarantees a higher and more reliable degree of explosion-proof protection.
Configuring the Power Supply
The Dräger X-am 1700 operates on replaceable nickel-metal hydride batteries or alkaline batteries. In addition, the X-am 1700 can be equipped with a T4 battery – charging it in the device. If needed, you can also use the on-board charger to charge in the car.
Complete accessories
The Dräger X-am 1700 has a complete range of accessories. Includes power supply unit, charging device, accessories for reading and configuring measurement values, calibration accessories. The external pump (optional) can be operated with an extension tube up to 20 meters long, making it the perfect solution for clearance measurement applications such as troughs, shafts, etc.
Users can register in seconds
In conjunction with the Dräger CC Vision software, the registration tool (optionally configurable) enables individual device output and ensures quick checks of integrity based on the returned information.
There is no Product highlights.
There is no technical parameter expansion description.
It is suitable for industrial safety monitoring and on-site inspection scenarios.