The Drager X-dock series provides you with full control of your portable Drager Gas Detection instruments. Automatic bump tests and calibrations with reduced test gas consumption and short testing times save time and money. Comprehensive documentation and evaluations provide you with a clear overview.
Features
Touchscreen operation at the master station
Up to 3 configurable test routines
Automatic leak tests
Automatic tests of alarm elements (acoustic, visual and vibration alarms)
Optional charging function for X-am 1/2/5×00
Replaceable seal cartridge
12V operation (e.g., in vehicles) possible
Can be subsequently expanded with up to 10 modules (X-dock 6300/6600)
Evaluation of sensor response time.
Benefits:
As versatile as your requirements
The Drager X-dock is available in a wide variety of versions. The X-dock 5300 includes a master station including a module for a gas detection instrument from the X-am 1/2/5×00 or Pac family. It is immediately ready to use. The X-dock 6300 and 6600 versions can be configured freely. They consist of a master station and can be expanded with up to 10 modules for X-am 1/2/5×00 and/or Pac Gas Detection instruments.
More safety thanks to complete documentation
The Drager X-dock stores all of the relevant data and reads the collected information from the gas detection instruments for subsequent evaluations, providing you with complete control every step of the way. You can use the reporting function (report wizard) to create customized reports.
Significant time savings
Up to 10 modules can be connected to the Draeger X-dock at any given time, allowing you to test gas detection instruments simultaneously but also independently of each other. The automatic bump test also saves time, because the test only takes 8 to 15 seconds for standard sensors: CH4, O2, CO, H2S.
Easier than ever before
Insert the device, close the lid and remove it when the indicator goes green, a test with the Drager X-dock is just that simple. It immediately detects all sensor combinations.
Automatically reduced costs
With a reduced gas flow (300 mL/min instead of 500 mL/min) per module, you save costs on test gases. Short testing times reduce the overall maintenance efforts.
