Feature Description; Intended Use; Gpl (General Public Licence); Installation - Dräger X-Dock 5300 Technical Manual

Installation

1 Master
2 Module
3 Status LED
4 Touchscreen display
5 Function key
6 Fresh air inlet with filter
7 Antitheft slot
8 Power supply
9 USB ports
10 Ethernet port
11 Mini USB port
12 Exhaust
13 Gas inlets
14 Compressed air inlet
15 Type plate
16 X-am 125 module
17 Charge status LED
18 X-am 125+ module (with charging function)
19 Pac module
2.2

Feature description

2.2.1 Master
The master assumes control of the sequencing of the
maintenance station for functional testing, calibration and
adjustment, as well as functions for user management,
instrument management, printing of standard reports and
standard certificates (using PostScript printers only), and also
the user interface.
2.2.2 Modules
The instrument-specific interfaces such as, e. g., IR
communication, gas exposure unit and charging contact are
integrated into the modules. In addition, the modules contain
sensors for detecting the visual, audible and vibration alarms
on the instruments.
2.3

Intended use

The Dräger X-dock 5300/6300/6600 is a maintenance station
of modular construction. The X-dock can be used to perform
automated calibrations, adjustments and bump tests on
portable gas monitors in parallel and independently from one
another. A system consists of one master for 3 (X-dock 5300/
6300) or 6 (X-dock 6600) test gases. The X-dock 5300
consists of a master station with one module and cannot be
expanded. Up to 10 modules can be connected to the X-dock
6300 and 6600 master. The modules automatically detect
when an instrument has been inserted and control the gas
supply so that an appropriate supply to the instrument is
ensured at all times.
The following gas measuring devices can be used with the
X-dock and its modules:
X-dock 5300/6300/6600
with Pac module:
Dräger Pac 3500
Dräger Pac 5500
Dräger Pac 7000
6
with X-am 125 (+) module:
Dräger X-am 1700
Dräger X-am 2000
Dräger X-am 5000
Dräger X-am 5600
2.4

GPL (General Public Licence)

Some of the device software includes open-source software,
which has been published under GPL, LGPL or another open-
source licence. They include GPL GPLv2, LGPL, MIT,
PostgreSQL, Apache, Apache 2, zlib. The source texts of the
software can be obtained from Dräger on a CD under material
number 83 21 874 for at least three years after purchase of the
software. The licence terms and conditions of the software are
included on CD.
3 Installation
NOTICE
i
i
Ensure adequate space for the entire assembly.
The master and all modules must have the same
firmware version. If this is not the case, a firmware
update needs to be carried out (see chapter 9.2 on
page 21).
1. If applicable, install modules on the master station in
accordance with the assembly instructions (X-dock 6300/
6600 only).
A maximum of 10 modules can be installed on one

master station.
The available modules can be combined in any way

desired.
2. If applicable, install wall mount or cylinder holder in
accordance with the assembly instructions.
3. Remove the sleeves from the intended gas inlets and from
the gas outlet.
NOTICE
i i
If the sleeve is not removed from the gas outlet, the
station will be unable to conduct the self-test without
errors.
4. Fit the gas feed hoses to the gas inlets on the master and
connect them to the regulator valve on the test gas
cylinder.
NOTICE
i i
Dräger recommends not exceeding a hose length of
10 m for the gas feed hoses.
5. If required, connect an exhaust hose (max. 10 m long) to
the exhaust outlet.
6. Ensure a supply of compressed air or fresh air:
Connect the compressed air hose to the compressed

air port (outlet pressure of pressure regulator valve
0.5 bar, flow rate >3 l/min).
OR
If required, connect the fresh air hose to the fresh air

filter.
7. Connect the power pack.
Station with up to 3 modules: Power pack 24 V / 1.33 A

Station with 4 to 10 modules: Power pack 24 V / 6.25 A

The entire system is supplied with power via the master.
Dräger X-dock 5300/6300/6600