Armitage Shanks A7001AA/GN User manual

Important:
1. Electrical connection: mains electric powered versions of these
products must be connected to a continuous permanent power supply.
2. Sensor protector: this black-out lens cover should only be removed
from the sensor after completing installation & at least 20 seconds
after powering up.
See page 4 for more details.
Sensorow 21 compact mains water
urinal ushing devices
A7001AA/GN, A7002AA/GN
INSTALLER: After installation please pass this instruction booklet to user
IMPORTANT
BEFORE CONNECTION, FLUSH WATER THROUGH PIPEWORK TO REMOVE
ALL DEBRIS ETC. WHICH COULD DAMAGE THE VALVE MECHANISM
INSTALLATION
INSTRUCTIONS
67
40
61
103
116
Ø15
Ø15
max.30
Ø48
800
M33 x 1.5

2
TABLE OF CONTENT
1 IMPORTANT PRE-INSTALLATION NOTES................................... 4
2 PRODUCT BOX CONTENTS ......................................................... 5
3 SUPPLY CONDITIONS.................................................................... 6
3.1 WATER REGULATIONS.....................................................................................6
3.2 CATEGORIES OF RISK .....................................................................................6
4 URINAL PLUMBING ARRANGEMENTS........................................ 6
5 INSTALLATION GUIDE.................................................................... 9
5.1 MOUNTING SENSORS......................................................................................9
5.2 PLUMBING OVERVIEW...................................................................................10
5.3 ELECTRICAL CONNECTION ..........................................................................13
6 URINAL OPERATION .................................................................... 18
7 SENSOR RANGING & RUN TIME ADJUSTMENT ..................... 19
8 EXTENSION CABLES ................................................................... 20
9 MAINTENANCE.............................................................................. 20
9.1 SOLENOID VALVE............................................................................................20
9.2 HYGIENE FLUSH (AUTOMATIC)....................................................................21
10 CLEANING CHROME SURFACES............................................... 22
11 SPARE PARTS ............................................................................... 23
Sensorow 21 compact high pressure
mains water urinal ushing device
These compact panel (PM) Sensorow 21 electronic urinal ushing products is designed for water
economy & hygienic “no-touch” operation.
The urinal ush is operated by the infrared sensor which detects the presence of the user in the sensing re-
gion. When the user moves away, the ush is triggered automatically. Water will ow for the preset run-time.
These products is intended to be supplied with cold water only.
The products is available in 2 versions: Mains powered (transformed) with option to link up to 5 link units
A7001.. (PM) is supplied with mains power unit
A7002.. (PM) is supplied with link unit
One mains unit (A7001..) can power up to ve link units (A7002..)
Abbreviations & terminology used
PSU: Power Supply Unit, either mains, battery or link versions.
PCB: Printed Circuit Board inside the PSU.
RCD: Residual Current Device
SELV: Safety Extra Low Voltage
LINK PSUs: (up to 5 max) can be connected in series to a single mains PSU.
Permitting washroom with multiple products to be run from a single mains supply point.
PM: Panel Mount

3
Check the tepe of intallation and supply water pressure to select correct product for spacific installation method.
Use the diagram below as a guide to select correct product code
HIGH PRESSURE SYSTEM (HP)
LOW PRESSURE SYSEM (LP)
AUTO CISTERN DIRECT MAINS WATER SUPPLY STORAGE TANK
BOX RIM URINAL
STANDARD URINAL
MAINS (SKU)
A7001..
A7001..
A7001..
A7058..
LINK (SKU)
A7002..
A7002..
A7002..
A7059..
F/R TYPE
30 L/M
30 L/M
6 L/M
-

4
1 IMPORTANTPRE-INSTALLATIONNOTES
Connection to an interrupted power supply intended to stop electrical consumption in an unused facil-
ity, may adversely a󰀨ect this sensor product and is therefore not recommended.
Each time the power supply is reinstated the product briey enters reprogramming mode.
During reprogramming mode, any interaction (passive or active) with the product may alter the sensor
settings in respect to range and / or run duration.
No signicant savings will be achieved by connection to an interrupted supply. These products are in-
trinsically economical in terms of both water and electrical energy and will shut down in the event of a
sensor being obstructed.
SENSOR PROTECTIVE COVER
This product is supplied with the sensor lens covered over with a black-out material.
DO NOT REMOVE this lens cover until the product
installation has been completed & then wait for at least 20
seconds after powering-up.
The lens cover prevents the sensor from being unintentionally
reprogrammed during the powering up sequence.
MAINS ELECTRICAL POWER SUPPLY
Mains powered Sensor Operated Products must be connected to a (fused / switched)
continuous permanent power supply.
Don´t
remove, read
instruction 1st
DURINGSETTINGUPPROCEDURE
AVOIDHIGHVISIBILITYCLOTHING

5
2 PRODUCTBOXCONTENTS
1x Solenoid
valve
1x Extension
lead 2M. For
solenoid valve
1x Panel mount sensor
1x Power Supply Unit
1x Velcro
pad set
1x Inline filter
(mesh or strainer)
1x Inline flow
regulator
rated 30L/min (Red)
Use with direct
mains water supply
Each type of PSU is
identified by this
coloured dot system:
RED
DOT
BLUE
DOT
MAINS
LINK
(Supplied with
link cable)
2x Couplers
G 1/2“ female
thread to
15 mm
compression
1x Inline flow
regulator
rated 6L/min (Grey)
Use with auto cistern
and DC interrupter

4 URINAL PLUMBING ARRANGEMENTS
There are 2 common methods for plumbing a urinal ushing systems, these are detailed here.
mains
water
supply
For Box rim
type urinal
A7001AA - Mains
A7002AA - Link
For standard urinal with
standard spreader use
A7001AA - Mains
or
A7002AA - Link
solenoid
valve
solenoid
valve
sensor
box rim
urinal
1
sensor
DC Interrupter
standard
urinal
2
6
3 SUPPLY CONDITIONS
Maximum static pressure 10 bar. This product is intended to be supplied with cold water only.
3.1 Water regulations
3.2 Categories of risk
The ttings covered by this installation and maintenance instruction should be installed in
accordance with the water regulations published in 1999*, therefore Armitage Shanks would
strongly recommend that these ttings are installed by a professional installer
*A guide to the Water Supply (Water Fittings) Regulations 1999 and the Water Byelaws 2000, Scotland is published by WRAS (Water
Regulations Advisory Scheme) Fern Close, Pen-y-Fan Industrial Estate, Oakdale, Newport, NP11 3EH.
ISBN 0-9539708-0-9
MAX.
Pbar
MIN.
6,01,0
Urinals are considered to be a uid category 5 risk which represent a serious hazard if the uid were to
nd its way back into the supply pipe. For that reason standard urinal bowls that are used with mains wa-
ter supply must use a DC pipe interrupter between solenoid valve and spreader as shown in section 4.
The box rim urinal has an integrated AB airgap to EN1717 which is suitable protection for category 5
risk. When this products is used in conjunction with a box rim urinal a DC pipe interrupter is not required.

1. Direct mains water supply using box rim type urinal with AB air gap. Water is delivered to the
solenoid valve which opens for a few seconds when triggered by the sensor.
E621501 Jasper Morrison and E570101 Prole 21 box rim urinal are WRAS approved for use in UK.
2. For standard urinal see next page.
3. A standard urinal can be ushed by an auto
cistern which is topped-up by mains water
supply as shown.
When triggered, the solenoid valve releases
mains water into the auto cistern. On lling
to its ush level, the water will automatically
siphon & ush the urinal.
Normally the cistern ll rate is restricted with
either a pet cock or the ow regulator provided
(6L/min).
For example this system can be set up such
that a ush occurs after 7 uses of the urinal
(ow rate & run time dependent, see section 7)
7
General note: For all urinal ushing systems, maximum water ll rate (or discharge
volume for ushing) must not exceed 1.5 litres per urinal activation. This ensures instal-
lation complies with water regulations.
NOTE: The ush run time should be adjusted to change the volume
of water discharged when the sensor is activated. See section 7.
URINAL PLUMBING ARRANGEMENTS continued…
sensor
standard
urinal
mains
water
supply
auto
cistern
AUK 2 air gap
solenoid
valve
3ceiling
WL

2. Standard urinals that are used with mains water supply must use a recommended DC pipe Interrupter
in accordance with EN 1717 up to category 5 for back-siphonage between solenoid valve and spreader
as shown. Follow the DC interrupter installation guide for installation
*The vertical distance above the outlet may need to be increased greater than 150mm.
Refer to manufactures instructions for more details.
Installation requirements
for DC pipe interrupters
• It is the installers responsibility
to select and install a DC pipe
interrupter as required by water
quality regulators specication
and ensure it is under normal
circumstance free from leakage.
• Ensure the DC pipe interrupter
is WRAS approved and meets
the requirements of EN 1717
and the following IRN’s should
be considered – IRN R001, IRN
R165*.
• Ensure there are no restrictions
(valves, ow regulators and obstruc-
tions) between the DC pipe
interrupter and urinal spreader
as they will cause water discharge
form the DC interrupter.
• Please refer to the DC pipe inter-
rupter
instruction prior to install.
• Ensure to install the DC pipe
interrupter in correct orientation
URINAL PLUMBING ARRANGEMENTS FOR STANDARD URINALS WITH
MAINS WATER SUPPLY AND USE OF A DC PIPE INTERRUPTER
310 x
130
A
285
610
to floor
320
315
Solenoid
valve fitting
with 2x couplers
Use standard street
elbow or pre bended
copper tube.
For copper tube bend
detail see page 10
Distance between
solenoid valve and DC
pipe interrupter ≤ 200mm
recommended
see notes
Concealed
breacked
(supplied)
DC pipe
interrupter
8

DRILL PANEL
HOLE Ø35 MIN,
Ø40 MAX
9
5 INSTALLATIONGUIDE
Important: Ensure the sensor is positioned such that it will detect the presence of the
user in front of the urinal.
SENSOR SHOULD NOT BE LOCATED DIRECTLY OPPOSITE A WALL MIRROR.
5.1 Mounting sensors
Before connection, ush water through pipe-work to remove
all debris etc. to prevent damage to the valve mechanism.
THEN ENSURE WATER SUPPLIES HAVE BEEN ISOLATED.
2. Fit the brass washer & back-nut onto the sensor housing tail as shown from behind the panel.
3. Hand tighten the nut against the brass washer until it makes contact with the rear of the panel. En-
sure the sensor housing is positioned correctly, & then tighten the back-nut securely with an adjustable
spanner - 38mm A/F
DO NOT REMOVE SENSOR PROTECTIVE STICKER.
1
3
2
38
Don´t
remove, read
instruction 1st
PANEL MOUNT (PM) SENSORS
1. Remove the sensor mounting kit if already assembled to the sensor
housing tail. Ensure the rubber washer is in place behind the ange.
O󰀨er the sensor housing towards the panel hole.
Feed the cables & tail through panel hole. Push the sensor housing
against the panel & ensure the rubber washer makes contact.
SENSOR POSITIONING: we recommend the sensor be mounted approximately as illustrated on page
7. Where exposed pipe work has been installed, position the sensor alongside & above the urinal. For
concealed pipe work installations, the sensor can be mounted centrally above the urinal.
CABLE COLOURS:
The cables emerging from the rear of the sensor are as follows: BLACK & RED cables will connect to
the solenoid valve. GREY cable will connect onto the PCB inside the PSU. Do not cut these cables.

DO NOT apply heat near these products.
Heat generated by soldering could
damage plastic parts and seals.
25 min.
Lenght depends on valve location
Water supply
pipe Ø 15mm
copper
Full ball
isolation valve
(not supplied)
Filter and flow
regulator fitted
Inline
solenoid
valve
Pre-bended tube
Figure.2
Figure.1
Urinal
inlet
15 mm
compression
pipe fitting
min. R52,5
min. R52,5
4
10
5.2 Plumbing Overview
Once the sensor has been secured to the
panel or mounting surface, consideration
should be given to installing & positioning of
the solenoid valve.
Two sets of standard 15 mm compression t-
tings are supplied for installing on either side
of the solenoid valve as shown.
In the plumbing installation example shown in
gure.2, water is being supplied from above,
but can be from any direction.
Observe arrow marking on the solenoid valve
as shown here. Ensure water flows in the
direction indicated.
4. Prepare a standard 15mm copper tube
by bending to 90°with minimum of 52,5mm
radius as shown in gure.1(recommended).
Alternatively use standard 15mm compres-
sion elbow.
INSTALLATION GUIDE continued…

INSTALLATION GUIDE continued…
Check that all joints are securely
tightened, test for leaks.
24
6
5
7
8
9
10
11
25
Figure.3
5. Fit the pre-bended copper tube to either a urinal or
to an auto cistern.
6. Slip the compression nut & olive onto the Ø15mm
pre-bended tube and continue plumbing to the sole-
noid valve using 15mm compression tting supplied
with this product.
7. Insert the washer into the compression tting base
and hand tighten onto the solenoid valve. Observe the
ow direction in the solenoid valve and make sure the
valve is orientated such that the electrical connectors
are easily accessible. Tighten the nut (25mm A/F) with
a spanner by holding the solenoid valve steady. Taking
care not to use excessive force on the nut.
8. Fit the lter (mash/strainer) into the inlet side of the
solenoid valve as shown, observing the ow direction
arrow on the solenoid valve.
9. Insert the washer into the compression tting base
and tighten the compression tting base to the inlet
side of the solenoid valve using the spanner by hold-
ing the solenoid valve steady. Taking care not to use
excessive force on the nut.
10. Insert the ow regulator into the top compression
tting body right down to the shoulder. Observe orien-
tation of ow regulator (see page12).
11. Slip the compression nut & olive onto the Ø15mm
supply pipe and countinue plumbing to the top of the
inlet using ttid compression base.Slide the olive up
to the compression body &tighten the nut (24mm A/F)
with an adjustable spanner.Hold the solenoid valve
stedy (25mm A/F) with a second adjustable spanner.
11

INSTALLATION GUIDE continued…
• Ensure that the tube is cut square to the tube axis and is
free from burs.
• Ensure that the tube and tting alignment is correct.
• Carry out all pipe bending before making the joint.
• Sealing tapes and compounds are not required to make a joint.
Make sure to t the 30L ow regulator on the water side with correct orientation. The lip side on the ow
regulator must be face to the water inlet side
12
Connecting copper pipe using compression ttings (General notes)
Orientation of ow regulator
24&25
Lip on the top
inlet side

INSTALLATION GUIDE continued…
Connection of this product to mains
power supply should be undertaken by
a competent person and should
conform to IEE Wiring Regulations
Orientation & position of solenoids, and PSU
(Power Supply Unit) case can di󰀨er from installa-
tion to installation.
With the product securely mounted to the panel &
plumbed-in, electrical work can commence.
12. Locate the end of the red & black cable
which emerges from the rear of the sensor.
This cable length is approx 800mm.
Connect the cable to the solenoid valve terminals
as shown. Observe the + and – symbols marked
on the solenoid valves, connect the red cable to +
& black to -.
Refer to the diagram on the next page for PSU
connection options.
Power: 6W
Approval EU:
EN 60950, EN 60335
Approval UL: UL 1310
Input voltage:
100V - 240V~ 50 - 60Hz
Protection class: II
DIN EN 60730-1: Type 1
Each type of PSU is
identified by this
coloured dot system:
RED
DOT
BLUE
DOT
MAINS
LINK
red
black
12
Electrical information
& approvals:
13
5.3 Electrical connection

14
INSTALLATION GUIDE continued…
Electrical connection continued…
ENSURE MAINS POWER SUPPLY IS SWITCHED OFF BEFORE COMMENCING
13. Open the PSU case by unscrewing 4x
posi-drive screws.
14. The lid & seal should separate from
the PSU case.
15. For mains version, slide out
Printed Circuit Board (PCB).
16. For mains version, press out the
“knock-out” at the base of the
PSU case for mains cable entry.
17. For link version, slice the
grommets tted in the side wall
of the PSUs to allow entry for
the link cable(s).
18. For mains version, t a grommet
into the hole in the base of the
PSU. Feed the power supply
exible cable through this grommet
& make connections to terminal
block on the PCB. Refer to 28.
19. For link version, feed the link cable
through the side wall grommet in
the PSU & plug it onto one of the
sockets on the PCB. Refer to 28.
ALTERNATIVELY, the link cable can
be routed through the PSU lid as shown
in 24, along with the sensor cable.
20. Slide the PCB back into the PSU
ensuring cables are not trapped.
21. For link version, plug the other end of the link cable
into the socket on the link PCB.
22. For link versions, plug additional link
cables into the sockets on the link
PCB.
23. Slide the link PCB back into the
PSU ensuring cables are not trapped.
13
14
15
16
N
230 V
L1
18
20
N
230 V
L1
18
19
20
AC Multiply
Mains
AC
21
22
23
AC Multiply(LINK)
(max. 5 x)
MAINS AC
PLUS LINK(S)
MAINS AC
PLUS LINK(S)
MAINS AC
-SOLO
MAINS
LINK(S)
Sensor
cable
Link
cable
230 V
AC
17
15
16
25
24
26 27
RED
DOT
RED
DOT
RED
DOT
RED
DOT
RED
DOT
RED
DOT
BLUE
DOT
BLUE
DOT
BLUE
DOT
BLUE
DOT
BLUE
DOT
BLUE
DOT
Each type of PSU is
identified by this
coloured dot system:
RED
DOT
BLUE
DOT
MAINS
LINK

15
13
14
15
16
N
230 V
L1
18
20
N
230 V
L1
18
19
20
AC Multiply
Mains
AC
21
22
23
AC Multiply(LINK)
(max. 5 x)
MAINS AC
PLUS LINK(S)
MAINS AC
PLUS LINK(S)
MAINS AC
-SOLO
MAINS
LINK(S)
Sensor
cable
Link
cable
230 V
AC
17
15
16
25
24
26 27
RED
DOT
RED
DOT
RED
DOT
RED
DOT
RED
DOT
RED
DOT
BLUE
DOT
BLUE
DOT
BLUE
DOT
BLUE
DOT
BLUE
DOT
BLUE
DOT
Each type of PSU is
identified by this
coloured dot system:
RED
DOT
BLUE
DOT
MAINS
LINK
24. Remove the pre-split
grommet from the PSU lid.
Slide the grey sensor cable
into this grommet.
25. Slide the sensor cable
terminal through the PSU lid
& plug into one of the sockets
on the PCB. Press grommet
securely into the lid.
26. Mate the PSU lid to the
PSU case, ensuring seal is
in place. Avoid trapping any
cables.
27. Refit the 4 lid screws
securely.

16
INSTALLATION GUIDE continued…
Electrical connection continued…
28. Mains power cable (not supplied) should be exible 3A rated (multi-strand) 2 core cable. Prepare
the cable for connection into the PCB by carefully stripping back the outer sheath by about 100mm. Strip
the wire ends back by about 5mm.
PCB connection: the appropriate wires of the mains cable should connected to the appropriate termi-
nal on the block. The PCB is marked L1 for the live wire & N for the neutral wire. Earth connection is
not required.
IMPORTANT: Ensure terminal block screws are rmly tightened & clamp the wires securely.
Other cable information:
The two cables that emerge from the rear of the sensor both have nominal lengths of
800mm. A separate 2M sensor extension cable is supplied & can be used if necessary.
BLACK & RED cable will plug onto the terminals on the solenoid valve.
GREY cable (with black line) will plug into one of the sockets on the PCB inside the PSU.
Link cable is also GREY (with black line), length is 1.5M (supplied with link product only)
SEE SECTION 8 FOR CABLE EXTENSION DETAILS & FURTHER CABLE NOTES
lid screw
grommet for
sensor cable
lid
PCB
terminal block
for mains
connection
transformers with
thermal fuse
complies with
EN60950
lid seal
PSU case
grommet for
power cable
(bottom entry)
output voltage 6V
-complies with
IEE wiring regulations
safety extra low voltage
(SELV)
Use either socket connector for
grey sensor cable or link cable
mains supply (210 - 250 volt)
should be via an RCD
(max trip 30 mA)
power cable not supplied
Note: The 2 different PSUs
have different PCBs fitted.
The mains version shown
here has a pair.
The link version has three.
Shown above: Mains Power Supply Unit (PSU)

17
INSTALLATION GUIDE continued…
Electrical connection continued…
A pair of self-adhesive Velcro-type pads are provided. Attach one to the
side of the PSU case & the other to a suitable location on the rear of the
mounting panel.
Ensure the selected location does not stretch/stress the cables. Consid-
eration should also be given to keeping the PSU case within easy reach/
access for maintenance sta󰀨.
IMPORTANT:
Leave the sensor protective sticker in place for at least 20 seconds af-
ter powering-on the product. See section 7 regarding sensor ranging.
Example above of a urinal installation where 1st PSU is mains plus 2x link PSUs.
Example above of a urinal installation where PSUs are all mains versions.
Iso Valve
Sensor
Solenoid Valve
S
Main box
100V - 240V in
Link Cable, 1,5M
100 - 240V AC 50 - 60 Hz
Iso Valve
Sensor
Solenoid Valve
S
Link box (6V)
Link Cable, 1,5M
Iso Valve
Sensor
Solenoid Valve
S
Link box (6V)
Iso Valve
Sensor
Solenoid Valve
S
Main box
6V DC (Out)
100 - 240V AC 50 - 60 Hz
Iso Valve
Sensor
Solenoid Valve
S
Main box
6V DC (Out)
Iso Valve
Sensor
Solenoid Valve
S
Main box
6V DC (Out)

18
INSTALLATION GUIDE continued…
Electrical connection continued…
6 URINAL OPERATION
Sensorow 21 products use an Infrared Sensor to activate the system.
The sensor is triggered by something reective (normally the user) in the
Sensing Region.
1. User to stand in front of the sensor /
urinal bowl for at least 8 seconds.
2. When the user moves away, there will
be a courtesy pause of 2 seconds.
3. The solenoid valve will turn on for the
set Run Time (adjustable).
4. Water then ows to either:
i) Flush the urinal bowl, or
ii) Top up an auto cistern*.
*With auto cisterns typically a
ush is activated after 7 uses.
If the urinal is not used for 24 hours, the
solenoid valve will open for a preset
period (auto ush time). This is adjustable
using a programming hand unit.
400
to 800
Example above of a urinal installation where PSUs are all mains versions.
(A7001..)
(A7002..) (A7002..)

A. Manually Changing Sensor Range
1. Turn power to sensor OFF. Wait 60 secs, turn power back ON.
2. Red light in the sensor ashes quickly for 5 secs (approx 2 ashes per sec).
3. While the light is ashing, move a hand close to sensor (30 to 50mm).
4. When the light stops ashing, it goes to solid red (stays ON). Take hand away from the sensor.
5. Stand in front of the urinal at the required distance (range 400 to 800mm).
6. Wait 5 seconds until sensor light starts to ash again. (Range is now set).
Manually changing run time (with run times restricted)
If required to change run time, carry out steps 1 to 6, then
7. IMMEDIATELY move hand very close to the sensor.
8. After 5 secs., the fast ashing red light in the sensor will ash slowly (1 ash every 2 secs.).
9. Count slow ashes; take hand away from sensing region after required number of ashes:
i.e.: By taking hand away after 3 slow ashes, the run time will have been set to 3.5 seconds
19
(SENSOR SHOULD NOT BE LOCATED DIRECTLY OPPOSITE A WALL MIRROR.)
The sensing range & run time can both be adjusted.
Default factory settings are 400mm range & 4 seconds run time.
Run time of 4 to 10 secs is considered satisfactory for most applications. Too short a run
time will reduce the frequency at which an auto cistern ushes. A long run time can
increase water consumption.
This can be done in one of two ways: (A) manually or by (B) using a remote sensor programming unit
with some manual actions.
7 SENSOR RANGING & RUN TIME ADJUSTMENT
DURING SETTING UP PROCEDURE AVOID WEARING HIGH
VISIBILITY CLOTHING IN FRONT OF THE SENSOR
In accordance with the water regulations 1999 where automatically operated pressure ushing
valves are used for ushing urinals, theshould not exceed 1,5 litres per bowl each time the device is
operated and consideration should be given to adjusting the ush time to ensure compliance.
General ll rates & capacities
Number of ashes 12345678910
Run time (seconds) 1 3 3,5 4 4,5 5 5,5 6 6,5 0

See section 9.2 for a quick overview of how to use this programming unit to adjust the hy-
giene ush settings.
If water continues to ow when the valve should be o󰀨, and if the sensor is correctly ranged, then the
solenoid valve may have debris lodged in the diaphragm pilot hole or on the valve seat:
• Locate the solenoid valve.
• Isolate the water supplies.
• Disconnect the solenoid valve cables.
9.1 Solenoid valve
20
SENSOR RANGING & RUN TIME ADJUSTMENTcontinued…
8 EXTENSIONCABLES
FLOW
DIRN
If the installer wishes to position the PSU in the ceiling area for example, then cable
extensions are available:
SENSOR & SOLENOID EXTENSION LEADS: A963703NU: (Pair, 2M long).
Containing grey power lead for sensor & black/red lead for solenoid.
(Note: This extension cable is supplied with these products).
LINK CABLES: A962281NU (1.5M), A962282NU (3M) & A960707NU (10M).
B. Remote sensor programming unit is a hand held unit which can be used to change sensor range &
other functions if required. Detailed instructions for using this unit are provided with the unit.
(This unit can be purchased separately, for spares code see section 11).
The full range of run times is available using the remote programming unit.
The run time can be set from 0.25 to 10 seconds in 0.25 second intervals.
i.e.: 0.25, 0.5, 0.75… 5.0, 5.25, 5.5, 5.75… 9.5, 9.75, 10.
For more information on spare parts why not visit our spare website:
www.fastpart-spares.co.uk. Or contact customer care
fast
trap
CABLES SHOULD NOT BE CUT (OR SHORTENED), AS THIS WILL INVALIDATE WARRANTY.
9 MAINTENANCE