9
1.11
GH2+2 ceiling hoist with built-in drive motor
GH2+2 ceiling hoist with a built-in drive motor operates fully automatically on
the rail system.
When using a GH2+2, please note that the motor uses approx. 1 second to
accelerate and stop the hoist, respectively. Thus, when stopping the unit from
max. speed, the motor must be cut off 10-15 cm before the desired position.
When the hand control is activated for a shorter period of time, it is possible
to position the hoist with a high level of accuracy.
GH2+2 must run on its own power and should not be pulled through the rail
system.
1.12
GH2+2R ceiling hoist with built-in drive motor and infrared remote control
GH2+2R has a built-in drive motor and IR receiver which is controlled by the
IR sender.
With this sender, it is possible to control all the functions of the hoist.
Furthermore, the IR sender can be used to control e.g. switch tracks,
combi-locks and turntables mounted with IR receivers.
The cable-mounted hand control must remain fitted to the hoist. This will
ensure that the hoist can always be operated if the IR sender is mislaid
or if its batteries run dry.
In certain cases, an unladen hoist with a drive motor can, due to its low
unloaded weight, have difficulty in driving through, for example, switch
tracks, if the switch is not open in the direction in which the hoist is passing.
To provide extra security for unassisted users that the hoist runs smoothly
through the track system, it is possible to mount a friction enhancer in
connection with the hoist’s drive wheels. Friction enhancers cannot be
used in connection with a drive-through charging station.
Friction enhancers are mounted as follows:
1. Move the hoist to the end of the rail, making sure that the drive wheels are
free of the rail.
2. The friction enhancer is placed over the wheels as shown. The long pins on
the friction enhancer must point in the direction of the nearest end of the hoist.
3. Run the hoist into the rail again. Check
that the friction enhancer is functioning by
holding onto the hoist with the drive motor
in operation. The hoist must pull strongly
in both drive directions.
©
Guldmann
G
B
/U
S
-12
63/0
1
/0
8
•
#
90069
©
Guldmann
G
B
/U
S
-12
63/0
1
/0
8
•
#
90069
