Geiger-Funk Blind motor control unit GFJ002 Installation and ...

Geiger-Funk
Sunshade controls
Blind motor control unit
2-fold set
GFJ002
Installation and Operating
Instructions
Program version 1V1
08/2002
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Table of Contents
1 Introduction........................................................................................................................................3
2 Safety instructions .............................................................................................................................3
3 Specified application..........................................................................................................................3
4 Devices contained in the pack ..........................................................................................................3
5 Installation and connection................................................................................................................4
5.1 Mounting information..............................................................................................................4
5.2 GFJ007 connection diagram ..................................................................................................5
6 First start-up and commissioning ......................................................................................................5
7 Blind motor control GFJ007: short coding and running time learning instructions ...........................6
8 GF0002 – Operating Instructions ......................................................................................................7
9 Individual settings (detailed description) ...........................................................................................7
9.1 Learning of radio commands .................................................................................................7
9.1.1 Learning of a hand-held transmitter..........................................................................7
9.1.2 Learning of a sensors (available on option as an accesory) ....................................8
9.2. Learning of the motor running time........................................................................................8
9.2.1. Learning of the motion time and of the lamellae setting angle.................................8
9.2.2. Subsequent learning or changing of the lamellae setting angle...............................8
9.2.3 Interchanging of the relay assignments....................................................................9
9.3. Cancelling of all learned codings and running times .............................................................9
10 Other control functions ......................................................................................................................9
10.1 Operation by means of radio sensors (on option) ...............................................................10
10.2 Disabling / enabling of the sun-automatic............................................................................10
11 Audible signals emitted by the control for fault diagnosis ...............................................................10
12 GFJ007, technical characteristics....................................................................................................11
13 Disposal ...........................................................................................................................................11
13.1 General.................................................................................................................................11
13.2 Disposal of batteries and/or accumulators ...........................................................................11
14 Declaration of Conformity ................................................................................................................11
2

1 Introduction
By deciding to buy the Geiger blind motor control GFJ002 radio set (2-fold set) you have made a
good choice. The device you have acquired is a high quality product made by Geiger.
This blind control unit has been designed for the exclusive operation via radio commands.
The system can be operated in the following manner:
• By way of manual operation by means of hand-held- and wall-mounted radio transmitters.
• Through the execution of an automatic program based on the data sensed by special radio sun,
wind and rain sensors.
• In a time-controlled manner via clock-controlled radio transmitter.
The individual radio commands can be allocated to and are operative with regard to the following
control options:
• Control of individual systems
• Control of a group of systems (arbitrary number of receivers within reach)
• Central control (arbitrary number of receivers within reach)
2 Safety instructions
• For operation, the GFJ007 blind motor controls require a supply voltage of 230 VAC, 50 Hz. Please
pay attention to the fact that the blind motor control may only be installed by an expert electrician
(according to VDE0100).
• The control is determined for use within the limits of the specified application described in chapter 3
hereafter. If any unauthorised changes or modifications to the control are made, all warranty claims
with regard to this product become extinct.
• Immediately after unwrapping of the control, it must be checked for damages.
In the event of damages, the device must in no case be put into operation.
Should damages have occurred, the supplier must be informed thereof immediately.
• If it is to be assumed that a safe operation of the control cannot be guaranteed, the control must
immediately be taken out of operation and be protected against any unintentional or unauthorised
operation. This assumption becomes real in the event the housing shows damages or if the device
doesn't work any more.
• The responsibility for the compliance with the relevant regulations established by the power supply
companies or the Union of German Electrical Engineers (VDE) is, according to VDE 0022, incumbent
on the user and the related fitting firm.
• Before performing any works on the blind driven by the GFJ007 control, always make sure to power
off the supply voltage.
3 Specified application
The blind motor controls of the GFJ007 series may only be used to drive 230 VAC, 50 Hz, one-phase
blind motors. The blind motor control GFJ007 (IP44) should either be installed in the blind box or in a
similar encasement or housing.
When cleaning the blind, never wash down the control directly by means of a water hose jet.
4 Devices contained in the pack
Radio control set GFJ002
consisting of: 2 GFJ007 blind motor control
1 GF0002 hand-held transmitter (two-channel type)
1 GF0019 transmitter holder
3

5 Installation and connection
5.1 Mounting information
☞
The radio-control set you have bought is already pre-coded. Please observe the allocation of the
keys to the blind controls marked by the Nos. 1 to 2 hereafter.
The following schematic representation shows the allocation of the devices in the condition
they are delivered:
Individual control
of blind No. 1 with
keys 1 + 2
4
Individual control
of blind No. 2 with
keys 3 + 4
The distance between the two GFJ007 blind control units should at least come to 0.5 metres.
The distance to a stationary mounted transmitter, e.g. for sun-wind-automatic mode operation,
should at least come to 2 meters.

5.2 GFJ007 connection diagram
The connection diagram shown hereafter provides further information with regard thereto including
additional information regarding two different procedures to change the sense of rotation, if necessary.
Section diagram:
6 First start-up
• Adjust the limit switch of the blind motor as prescribed my the manufacturer of the device.
• Connecting the GFJ007 blind control:
Use the Hirschmann connector STAS3 to connect the control to the power supply
and the Geiger coupling M56K… to connect the blind to the motor.
• Ready! The blind can now operate radio controlled!
All devices that form part of the radio control set GFJ002 are supplied in pre-coded condition and can
thus be operated immediately after installation. A short actuation of any of the keys on the hand-held
transmitter (< 1.5 sec.) enables to change the setting angle of the lamellae. In the event a key of the
hand-held transmitter is kept depressed for somewhat longer (> 2 sec.), the control changes over to
motion mode, i.e. the blind is then moved upwards (opening) or downwards (closing).
Comfort settings, such as the learning of running times including the changing of the lamellae setting
angle can all be done quietly at a later point of time. Please read sub-chapter 9.2. for further information
with regard thereto.
5
Depending on the installation position of the
drive, the sense of rotation must be changed.
There is two options to do so:
1. By changing the two motor connection
cables (black and brown cable).
2. By changing the relay allocation via radio
transmission (see sub-chapter 9.2.3).

7 Blind motor control GFJ007: short coding and running
time learning instructions
Schematic representation Course of action Explanations
(read only if required)
Caution: The devices included in your radio control
set GFJ are delivered in pre-coded condition. No
further settings need to be made to operate them.
In order to learn a certain motor running time or a
lamellae setting angle without changing any codings,
please start with and proceed as described in point
➔ 3) Learning of the motor running time hereafter.
1) Coding of the hand-held transmitter GF0001
• Open the cover of the battery compartment.
• Set the DIP switches 1 to 7 individually as
desired.
• The DIP switches 8 to 9 must be in position "0".
2) Blind motor control GFJ007
Learning the radio code of the hand-held
transmitter
• Hold the hand-held transmitter GF0001 in
learning position close to the antenna of the
GFJ007.
• Actuate key 1 for approx. 3 sec.
➔ audible signal.
• Actuate key 1 again shortly ➔ audible signal.
• Actuate key 2 shortly ➔ audible signal.
3) Blind motor control GFJ007
Learning of the motor running time
• Hold the hand-held transmitter in learning
position close to the antenna of the GFJ007
as shown left hand.
• Actuate key for approx. 3 sec.
➔ audible signal.
• Hold the hand-held transmitter approx. 2 m
away from the antenna and actuate key
1 shortly ➔ audible signal.
• If the blind is not in "retracted" position, use
key 1 to do so. Upon the attaining of the end
position, actuate key 2 shortly.
• Actuate key 2 for approx. 2 sec.
➔ the blind closes
• After the closing of the blind, wait for approx.
2 sec. (running time reserve).
• Actuate the key 1 shortly
➔ running time is learned.
• The control changes all automatically over to
the learning mode "lamellae angle setting".
Learning of the lamellae setting angle
• Actuate the key 1 or 2 shortly (< 1 sec.) to set
the desired angle
• Hold the hand-held transmitter close to the
antenna of the GFJ007 and actuate any key
➔ the learning of the lamellae setting angle is
completed.
Subsequent learning of changing
of the lamellae setting angle
• Hold the hand-held transmitter GF0001 in
learning position close to the antenna of the
GFJ007.
• Actuate key 1 for approx. 3 sec.
➔ audible signal.
• Hold the hand-held transmitter approx. 2 m
away from the antenna and actuate key 1
shortly ➔ audible signal.
• The control is now in lamellae setting angle
learning mode ➔ adjust the setting angle as
described here above.
6
➔ The radio control sets GFJ002 and GFJ003
provide the option to code additional groups
by means of the keys 3 + 4 or 5 + 6.
Do not change the coding of the hand-held
transmitter for this purpose.
➔ The radio code, the motor running time and the
lamellae setting angle can be learned only within
the first 30 minutes after a mains supply power
on. The mains supply can powered off or on at an
arbitrary number of times.
➔ Note: If no lamellae setting angle shall be
learned, leave the learning mode by holding the
hand-held transmitter close to the antenna of the
GFJ007 and actuating key 1 once shortly.
➔ Note: No setting angle can be learned after the
blind has attained the end position "AUF" (UP).

8 GF0002 – Operating Instructions
The hand-held GF0002 transmitters enable to control
2 different groups. The related code setting is realised
through a DIP switch (coding switch) fitted inside the
battery compartment above the battery.
To make a code setting or to replace the battery,
open the cover of the battery compartment as shown
and described right hand:
In the event the LED doesn't go on if actuating one
of the control keys, the battery needs to be replaced.
Battery: 12 V, type A23
The battery can be replaced by the following types:
23A, VA23A, MS21 or MN21.
Spent batteries must be disposed of in compliance
with the relevant national rules currently
operative and in force.
Transmit frequency: 433.92 MHz
9 Individual settings (detailed description)
9.1 Learning of radio commands
7
To open the battery compartment,
use an appropriate
tool, e.g. a screw driver.
In total, the control is equipped with 8 memory locations for the storage of radio codings. 3 x 2 memory
locations have been provided for the hand-held transmitter related codings and 2 for sensor related
codings. All hand-held transmitters are, in each case, equipped with 2 keys that work by way of counterkeying
operation and that occupy 2 memory locations each. Sensors, by contrast, occupy one memory
location each only.
9.1.1 Learning of a hand-held transmitter
1. Use the DIP switch inside the battery compartment of the hand-held transmitter to set the desired
individual coding.
2. Power off and on the power supply of the blind control shortly (overall time available for the
execution of the learning procedure as of this moment: 30 minutes).
3. Hold the hand-held transmitter close to the antenna of the GFJ007 blind control and keep the key
"AUF" (UP) depressed for approx. 3 sec. ➔ A long audible signal resounds.
4. Through the emission of short audible signals, the control requests the learning of the "UP" command.
To do so, hold the hand-held transmitter close to the antenna and actuate the key "AUF" (UP)
for approx. 1 sec. ➔ The control emits an audible signal for acknowledgement.
5. Through the emission of further short audible signals, the control requests the learning of the
"DOWN" command. To do so, hold the hand-held transmitter close to the antenna and actuate the
key "ZU" (DOWN) for approx. 1 sec. ➔ The control emits an audible signal for acknowledgement
and changes over all automatically to normal operating mode. The learning of the hand-held
transmitter is now completed.

9.1.2 Learning of a sensors (available on option as an accessory)
1. Power off and on the power supply of the blind control shortly (overall time available for the
execution of the learning procedure as of this moment: 30 minutes).
2. Hold the hand-held transmitter close to the antenna of the GFJ007 blind control and keep the key
"AUF" (UP) depressed for approx. 3 sec. ➔ A long audible signal resounds.
3. After that, hold the sensor or special transmitter to be learned at least 1 metre away from the
antenna and actuate it shortly. ➔ The control acknowledges by emitting an audible signal and
changes all automatically over to normal operation mode.
4. The sensor learning procedure is now completed.
9.2. Learning of the motor running times
9.2.1 Learning of the running time and of the lamellae setting angle
1. Power off and on the mains voltage (overall time available for the execution of this procedure as of
this moment: 30 minutes).
2. Hold the hand-held transmitter (e.g. GF0002) close to the antenna of the GFJ007.
3. Hold the key "AUF" (UP) depressed for approx. 3 sec. until an audible signal is emitted (long tone).
4. After that, hold the hand-held transmitter at least 1 metre away from the antenna and actuate the
key "AUF" (UP) shortly. An audible signal resounds for acknowledgement.
5. In the event the blind isn't retracted completely yet, use the key "AUF" (UP) to do so.
6. Upon reaching of the upper end position, actuate the key "AB" once shortly.
7. After that, actuate the key "AB" (DOWN) for approx. 2 sec. to close the blind completely.
8. Upon reaching of the lower end position, wait first for approx. 2 sec. (running time reserve),
then actuate the key "AUF" (UP) shortly. ➔ The learning of the running time is now completed.
After completion of the running time learning procedure, the control changes over all automatically to
the lamellae setting angle learning mode. In the event no learning procedure shall be performed, hold
the hand-held transmitter against the antenna and actuate the key "AUF" (UP) once shortly to return to
normal operation mode. If a learning procedure shall be performed, proceed as follows:
9. The control changes over to the lamellae setting angle learning mode.
10. Actuate the key "AUF" (UP) or "ZU" (DOWN) to set the desired angle (you can arbitrarily correct any
settings using these keys).
11. Hold the hand-held transmitter close to the antenna and actuate one of the two keys ("AUF" (UP)
or "ZU" (DOWN). ➔ The desired lamellae setting angle is learned and stored.
9.2.2. Subsequent learning or changing of the lamellae setting angle
1. Power off and power on the mains voltage (overall time available for the execution of this procedure
as of this moment: 30 minutes).
2. Move the blind downwards into the end position "ZU" (DOWN).
3. Hold the hand-held transmitter (e.g. GF0002) against the antenna of the GFJ007.
4. Keep the key "AUF" (UP) depressed for approx. 3 sec. until an audible signal resounds (long tone).
5 After that, hold the hand-held transmitter 1 meter away from the antenna and actuate the key "AUF"
(UP) shortly to acknowledge the audible signal.
8

6. Actuate the keys "AUF" (UP) or "ZU" (DOWN) shortly to adjust the desired angle (you can arbitrarily
correct any settings using these keys).
7. Hold the hand-held transmitter close to the antenna and actuate one of the two keys ("AUF" (UP)
or "ZU" (DOWN). ➔ The desired lamellae setting angle is learned and stored.
9.2.3 Changing of the relay assignments
1. Power off and on the mains voltage (overall time available as of this moment for the execution of
this procedure: 30 minutes).
2. Hold the hand-held transmitter (e.g. GF0002) close to the antenna of the GFJ007.
3. Keep the key "AUF" depressed for approx. 3 sec. until an audible signal resounds (long tone).
4. After that, hold the hand-held transmitter 1 metre away from the antenna and actuate the key "AUF"
(UP) shortly. An audible signal is emitted for acknowledgement.
5. Now hold the hand-held transmitter close to the antenna again and actuate the key. The assignment
of the sense of rotation of the sense of rotation of the motor to the control commands "OPENING“
(UP) and "CLOSING“ (DOWN) is changed and an audible signal resounds for acknowledgement.
The changes are stored and the control returns to normal operating mode again.
9.3. Cancelling of all learned codings and running times
1. Power off and on the mains voltage (overall time available as of this moment for the execution of
this procedure: 30 minutes).
2. Hold the hand-held transmitter (e.g. GF0002) close to the antenna of the GFJ007.
3. Keep the key "AUF" (UP) depressed for approx. 3 sec. until an audible signal resounds (long tone).
4. Keep the key "AUF" (UP) depressed for approx. 8 sec. until a very long audible signal resounds.
5. All values stored beforehand have been cancelled and the control operated in normal operating
mode again.
10 Other control functions
Your already existing GFJ007 blind control can, on option, also be controlled all automatically by means
of special radio sensors. The following accessories are obtainable for this purpose:
• GF0022: radio type sun- and twilight monitor
• Combined sun- / wind sensors
- GF0024: automatic radio-control for line voltage (230 V) powered operation
- GF0025: automatic radio-control for solar-cell powered operation
9

10.1 Operation by means of radio sensors (on option)
The control is able to learn the radio codings of two different sensors. In the event a sensor coding has
been learned, the control responds, provided the related sensors have been coded accordingly, to the
reception of the following radio sensor commands: "sun", "evening twilight", "wind", "rain" and "service".
• Upon the reception of the sensor commands "wind" or "service", a retract command is triggered
and a certain pre-programmed disable time starts running. No operation can take place during the
disable time, as both the sun and the twilight sensor are disabled.
• Upon reception of the sensor command "rain", a retract command is triggered and a certain
pre-programmed disable time starts running. During the disable time, both the "sun" and the
"twilight" sensor are disabled. Operation in manual mode is nevertheless possible via the hand-held
transmitter along with the related control inputs. The system responds again to the reception of
"rain" commands only after the expiry of the pre-programmed disable time.
10.2 Disabling / enabling of the sun-automatic
Caution! Vis-à-vis operation in sun-automatic mode, the manual operation of the control has been prioritised!
• Each manually triggered control command interrupts the sun- and twilight sensor based automatic
mode operation. The sun-automatic is rendered active again after the blind has been retracted
completely (the learned or fixed motor running time of 90 seconds must have expired).
• After learning in of the special functions "disabling / enabling of the sun-automatic) that can be triggered
by a hand-held transmitter type GF0004 into a sensor memory location, the sun automatic
can, regardless of what previous operations have been made, be disabled or enabled via radio
instruction. No such special instructions, however, do have an "undo" effect on any disable times
probably triggered beforehand.
Caution! After mains voltage power on, the sensors are first enabled.
11 Audible signals emitted by the control for fault diagnosis
Sequence of tones Cause
1 long tone "Power on" signalling message after mains power on.
1 long tone The learning mode operation was activated.
1 long tone A radio code for the execution of an UP travel was learned.
1 long tone A radio code for the execution of the movement in the desired
motion direction was learned and stored.
Many short tones emitted shortly Fault message: The radio code to be learned has already
one after the other been assigned otherwise.
6 tones Fault message: The learning procedure was aborted by reason
of a timeout.
1 very long tone The radio codes were deleted.
1 long tone The system has switched over to the next memory area.
1 long tone The assignment of the relays to the travel directions "Auf" (UP)
and "Zu" (DOWN) has been interchanged.
Control signals: S-O-S Fault message: no storing possible, memory module defective.
The control needs to be mended.
Short tones emitted in intervals Fault message: data stored in the memory module got lost.
of approx. 500 ms Submit the control to a new learning procedure. In the event
this fault reoccurs, the control needs to be mended.
6 tones Fault message: sensors not supported.
10

12 GFJ007, technical characteristics
Supply voltage 230 VAC (+/- 10 %) 50 Hz
Transmit frequency 434 MHz
Active power consumption of the control approx. 0.4 W
Relay switching currents (resistive) 5A
Degree of protection IP44
Motor running time 0 – 270 sec., learnable (fixed value: 90 sec.)
Lamellae setting angle 0 – 2.5 sec., adjustable in steps of 0.1 sec.
Operating disable time after the reception 10 minutes
of a "wind" or "rain" command
Operating disable time after the reception 5 minutes
of a "service" command
Response to the reception of a "sun" after 3 minutes
command ➔ running out of the blind
13 Disposal
13.1 General
In the event the device had become useless, always make sure to dispose it of in compliance with the
relevant legal rules and regulations currently operative and in force.
13.2 Disposal of spent batteries and/or accumulators
Consumers are, according to the Battery Directive, obliged by law to return all spent batteries and
accumulators. The disposal of spent batteries and accumulators via the normal household refuse is
prohibited!
14 Declaration of Conformity
We hereby state and declare that the devices GFJ007 and GF0002 comply with the basic requirements
and relevant prescriptions established and laid down in the EC directive 1999/5/EG and that they are
licensed for use in all member states of the EU and in Switzerland without any need of prior registration.
To learn more about the Declaration of Conformity pertaining to this device, please visit our website at:
www.geiger-antriebstechnik.de
Gerhard Geiger GmbH & Co. • Schleifmühle 6 • 74321 Bietigheim-Bissingen
Telefon 0 71 42 / 9 38-0 • Telefax 0 71 42 / 9 38-230 • info@geiger-antriebstechnik.de • www.geiger-antriebstechnik.de
11
100W0612 en 1206