Draeger X-am® 5100 Single Gas Monitors -
The Draeger X-am® 5100 single gas monitor for manufacturing petrochemical products, aseptic packing, or handling of rocket fuel: the Draeger X-am 5100 portable single-gas detector ensures safe handling of HF, HCl, H2O2 or hydrazine – thanks to proven Draeger sensor technology and a device design which is perfectly customized to reactive gases.
– Measures the following:
(N2H4) - Hydrazine
(HF/HCl) Hydrogen Flouride / Hydrogen Chloride
(H2O2) Hydrogen Peroxide
- User Configurable settings with CC-Vision Software by Draeger
- Price breaks for orders in quantities of 10/ 50/ 100 / 200 / 500
Monitor Only Includes:
- Monitor with Selected Sensor
- Battery as specified
- Charger Assy not included unless selected with Charging Kit.
- Calibration Certificate
- Manual / Guide
Calibration Kit Includes / Adds:
- Stainless Steel Regulator
- 58 Liter Cylinder Calibration Gas (specifc gas per selected sensor)
- Draeger Calibration Adapter Assy
| Description | Mesuring Range | Alarm Threshold A1/A2 (standard) | Measuring Resolution | Response Times |
| Draeger X-am 5100 Hydrazine - N2H4 | 0-3.00ppm | 1.55 / 2.51ppm | 0.01ppm | 180 secs (t90) |
| Draeger X-am 5100 Hydrogen Flouride - HF / Hydrogen Chloride - HCl |
0-30ppm | 1 / 2ppm | 0.1ppm | 60 sec (t50) |
| Draeger X-am Hydrogen Peroxide - H2O2 | 0-10ppm | 1 / 2ppm | 0.1ppm | 60 secs (t90) |
Draeger X-am 5100 Specifications
| Dimensions (without clip) (W x H x D) | 1.89 x 5.12 x 2.4 inches ; 48 x 130 x 61 mm |
| Weight | 7.8 – 8.8 oz. |
| Operating Times | ~150 h (alkaline battery) ~150 h (NiMH rechargeable battery) ~180 h (NiMH high capacity rechargeable battery) |
| Charging Time | < 4 h |
| Alarms | Visual 360° Audible Multi-tone > 90 dB at 30 cm; 1 ft. Vibration |
| Data-Logger | Retrievable using an infrared interface > 1000 h at a recording interval of 1 value per minute |
| Protection class | IP54 |
| Air pressure | 700 to 1300 mbar |
| Air humidity | 10 to 90 % RH |
| Temperature | - 20 to + 50 °C; - 4 to + 122 °F |
| Approvals: cCSAus, IECEx, ATEX, CE |
Class I, Div. 1, Groups A,B,C,D TC T4/T3 Class I, Zone 0, A/Ex ia IIC T4/T3 /Ga |
Draeger Sensor and Warranty Chart
Draeger Sensor and Warranty Chart
Strong Performance and Maximum Safety -
You can rely on the Draeger 5100: the personal single-gas detection device warns against hazardous concentrations of Hydrazine, Hydrogen Chloride, Hydrogen Flouride and Hydrogen Peroxide. Powerful sensors with a very low t-50 / t-90 response time ensure quick reactions.
User Friendly Display with all important information -
The large display clearly indicates the respective gas concentration. Other important information, such as the battery capacity, is also displayed. The bright backlighting ensures that all values are clearly legible in the dark.
Safety in any Situation -
Easy to use: two-button operation and user-friendly menus. Slip-proof , compact, lightweight and robust design.
Optional Power -
Can be operated using replaceable alkaline batteries or a T4 NiMH rechargeable battery, which can be charged right in the device
Event Logger -
The Draeger 5100 logs = > 1000 h at a recording interval of 1 value per minute
Triple alarm -
Visual (360°), audible (multi-tone), vibration.
Robust Design - even for the toughest conditions -
Highly resistant to impacts, vibrations and electromagnetic radiation
Fast Function Test Saves Time and Money -
The recommended function tests ensure that the device works flawlessly when performed regularly with a certain gas concentration. Function tests and calibrations can also be carried in the Dräger X-dock® calibration station. The automatic bump tests in the X-dock are a cost-efficient and convenient solution thanks to the short test duration and
the extremely low consumption of test gas. The Draeger 5100 is simply placed in the bump test station and automatically selects the correct setting. (excluding Hydrazine/factory cal only)
Housing Design -
A special device design with direct gas entry provides fast sensor response and precise measurement data by preventing gas adsorption on the device housing
