Amber 9044 User manual

SAFETY PHOTOCELLS MODEL 9044 AND 9044-PW (PRE-WIRED RECEIVER)
INSTALLATION MANUAL
Page 1
Amber Controls. 3 Gisborne Close, Yoxall, Staffordshire, DE13 8NU England.
el: ++44-1543-732-094 sales@amber-controls.com
MODEL 4094 : SAFETY PHOTOCELLS WITH WIRELESS INFRARED TRANSMITTER
MODEL 4094-PW : SAFETY PHOTOCELLS WITH PRE-WIRED RECEIVER WIRELESS TRANSMITTER
- THE FASTEST FITTING PHOTOCELL INSTALLATION
-
PHOTOCELLS MOUNTED ON THE MODEL 9044-PW :
ASSEMBLED WALL BRACKETS PRE-WIRED RECEIVER
SPECIFICATION MODELS 4094 4094-PW (Pre-Wired)
Eliminates wiring to the other side of the door
Fastest fitting Photocell Installation – Model 40 4-PW
CE UL 325 Compliant 2 wire 300 c/s Pulsed
OR N/C // N/O Relay Selectable
Lithium Battery powered Infrared Transmitter
5-year battery life with Energiser Ultimate Lithium AA batteries
Low Battery Warning Beep
Range over 25 Metres/80 Feet
12V or 24V A/C or DC Receiver Supply
Temperature Range -25 : +55 deg C, -45 : +99 deg F
Waterproof case
Rotatable Emitter Sensor assemblies
Universal Mounting kit included
Adjustable reach Wall Brackets
Easy Fit and Go

SAFETY PHOTOCELLS MODEL 9044 AND 9044-PW (PRE-WIRED RECEIVER)
INSTALLATION MANUAL
Page 2
Amber Controls. 3 Gisborne Close, Yoxall, Staffordshire, DE13 8NU England.
el: ++44-1543-732-094 sales@amber-controls.com
Both packages include the following items:
A battery powered Infrared ransmitter Photocell fitted with 2 Energiser
Ultimate Lithium AA Batteries, providing a 5-year battery life.
A Receiver Photocell. (Note that the Receiver of the PW version is pre-wired
with 2 metres/6.5 Feet of 4-core cable to save installation time wiring to the
door Control unit.
2 Main bracket sections.
2 Extension bracket sections.
4 M5 x 12mm Pan Head Screws for joining the two bracket sections together.
4 M5 Flange Nuts for above.
4 EK screws for fixing that assembled brackets to a wall at the side of the
door.
6 M3 X 16mm Pan Head screws for fixing the photocells to the main bracket
sections
6 M3 Flange Nuts for above.
HOW TO REMOVE THE TOP COVER
Note that a small black self-tapping screw is fitted under the small
facia cover of each photocell to secure the top moulding to the base.
Use a small flat blade screwdriver
to lever up the bottom of the
small black plastic screw cover.
hen use a small Pozi-Drive screwdriver to remove the screw
Assemble the wall bracket sections using the M5 screws and Flange nuts.
he reach of the main bracket may be adjusted dependant on which two sets of holes are
used to bolt the two parts together, as shown in the picture on page one.
It is important to position the photocells with the infrared window uppermost and the body
protected from side impacts by the bracket side plate.

SAFETY PHOTOCELLS MODEL 9044 AND 9044-PW (PRE-WIRED RECEIVER)
INSTALLATION MANUAL
Page 3
Amber Controls. 3 Gisborne Close, Yoxall, Staffordshire, DE13 8NU England.
el: ++44-1543-732-094 sales@amber-controls.com
he Receiver photocell bracket should be fixed to the wall on the same side of the door on
which the door Control unit is mounted, to limit the wiring from the photocell to the
controller.
It is preferable to use a PVC insulated able with an outer diameter no greater than 5mm.
WIRING – PULSED SIGNAL SAFETY
If the Safety circuit of the door controller requires a two-wire pulsed signal, then use a 2-
core cable and connect it from the two supply terminals on the Receiver to the SAFE Y
terminals on the door controller, as described in the door controller manual.
If you are installing the Pre-Wired model 9044-PW, note that the RED and BLACK wires
should be used for the power supply.
he connection of the cable is not polarity sensitive. It is essential that the door control
safety circuit voltage has a source resistance of 470 ohms with a 24V supply or 120 ohms
with a 12V supply.
Set the MODE SWITCH on the Receiver to PULSE. he GREEN and YELLOW wires are not
required in PULSE mode.
WIRING – RELAY CONTROLLED SAFETY
If the Safety circuit on the door controller requires a Normally Closed relay contact then
connect the other two cores, of the 4-core cable of a maximum overall diameter of 5mm
(13/64” / 0.1969”) to fit the grommet hole, to the two relay terminals on the Receiver.
If you are installing a PRE-WIRED photocell then the cable colours are as
follows:
RED and BLACK: 12V or 24V A/C or DC supply.
GREEN and YELLOW or WHI E: Relay connections.
RELAY SELECT SWITCH
MODE SWITCH
Set the MODE switch to RELAY.

SAFETY PHOTOCELLS MODEL 9044 AND 9044-PW (PRE-WIRED RECEIVER)
INSTALLATION MANUAL
Page 4
Amber Controls. 3 Gisborne Close, Yoxall, Staffordshire, DE13 8NU England.
el: ++44-1543-732-094 sales@amber-controls.com
RELAY FUNTCTION SELECTION
If you require a Normally Closed relay circuit then set the RELAY select switch
to N/C (Normally Closed)
If you require a Normally Open relay circuit then set the RELAY switch to N/O
(Normally Open).
INITIAL TESTING
When power is applied or the door Controller power is switched on to the Receiver the
RED LED will illuminate.
Next set the power switch on the Infrared Transmitter to BATTERY. A beep will sound on the
ransmitter to confirm that the batteries are connected correctly in the battery holders and
there is sufficient power to enable the ransmitter to function correctly. (Note that in the
event that the batteries become discharged at some time in the future an intermittent BEEP
will sound to warn of the low battery status. An alternative 12v or 24v A/C or DC supply may be
connected to the 12v – 24v terminals of the ransmitter. In which case the supply switch should
be set to 12 -24V)
Next position the transmitter facing the receiver sensor and note that the RED LED on the
Receiver turns off, which is an indication that the infrared emitter beam is aligned with the
Receiver sensor.
WALL MOUNTING
Select a suitable flat position on the wall either side of the door to mount the wall brackets,
ideally 150mm (6”) off the ground and away from the door opening as far as possible to
avoid any sunlight from shining directly into the Receiver.
Bolt the two bracket sections together using the M5 screws and flange nuts using the
appropriate holes depending upon the clearance required for the door protrusions, as
shown in the central picture on page one.
he brackets are mounted on the wall using the EK screws provided.
First drill two 3mm (1/8”) pilot holes in the wall, 25mm (1”) apart in a horizontal plane.

SAFETY PHOTOCELLS MODEL 9044 AND 9044-PW (PRE-WIRED RECEIVER)
INSTALLATION MANUAL
Page 5
Amber Controls. 3 Gisborne Close, Yoxall, Staffordshire, DE13 8NU England.
el: ++44-1543-732-094 sales@amber-controls.com
BEAM ALIGNMENT
Lightly secure each bracket with a EK screw using the central single hole at the end of the
Bracket assembly, to allow the bracket to be rotated slightly during the beam alignment
process.
6
Note that alignment of the infrared beam in the horizontal plane is facilitated by rotation
of the brackets and alignment of the beam in the vertical plane is facilitate by rotation of
the infrared sensing heads in the plastic gimbals which are part of each of the base
mouldings.
Note that when the beam is correctly aligned the RED LED on the Receiver will be off.
When you are satisfied with the alignment then screw in the second EK screws in each of
the brackets and ensure that all 4 EK screws are firmly tight.
Reconfirm the alignment should the final fixing of the EK screws may have affected the
alignment.
Check the correct response of the Photocells by obstructing the infrared beam with your
hand and confirm that the RED LED turns off.
Check the correct response of the door if the beam is obstructed whilst the door is closing.
RE-FITTING THE PHOTOCELL TOP MOULDINGS.
Note that the top mouldings are refitted by hooking the tongue of the top
moulding into the slot of the base moulding and press the bottom of the top
moulding firmly in place. hen refit the black self-tapping screw to secure the
top to the base. Finally push the plastic screw cover in position to provide a
means of hiding the assembly screw from unauthorised people.
Finally Recheck the correct functioning of the photocell installation.
4094 REV11 01-03-2022
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