Westin PRIME EDGE Installation and operating instructions

Contents
INTRODUCTION
IMPORTANT INFORMATION
EXTRACTION PERFORMANCE
INSTALLATION
SPECIFICATIONS
DRAWINGS & ILLUSTRATIONS
OPERATING INSTRUCTIONS
MAINTENANCE
2
2
2
2
5
6
11
12
Unpacking
Remove all items from the packaging. Retain the packaging.
If items are missing or damaged, please contact Westin for assistance.
PRIME EDGE
Built-in Unit
Installation, Operation and Maintenance

Prime EDGE 800 - 1100 Built-in Extractor
Installation, Operating & Maintenance Instructions
W1823 WSW PRIME EDGE 800 -1100 O&M (Energy Label Version) V1 20200608.docxPage 2
1. INTRODUCTION
During the cooking process, there will be heat, vapours and fumes
produced. Your Westin built-in extractor has been designed to
complement your kitchen both inlooks and performancein order to
create a good environment for creative cooking and is ideal for
applications where a conventional cooker hood is neither suitable
nor desirable (in an inglenook chimney or kitchen furniture above
the hob for example).
2. IMPORTANT INFORMATION
The exhaust air must not be discharged into a flue which is used
for exhausting fumes from non-electric appliances such as oil or
gas-fired central heating boilers or gas-fired water heaters, etc.
Requirements of the relevant authorities concerning the discharge
of exhaust air must be complied with.
Pay particular attention to fire risk when frying. To minimise the risk
of fire, all instructions relating to cleaning the grease filters and
removing grease deposits must be adhered to.
Do not flambé under the extractor.
The clearance between the hob burners and the bottom
surface of the cooker hood (extractor) should be within the
following range, unless a greater distance is specified by the
cooking appliance manufacturer:
Hob to underside of the cooker hood clearance distances:
•550mm Minimum above electric hobs (650mm recommended).
•760mm Minimum above all gas hobs and gas or electric wok
burners, griddles, fryers, open grills / barbeques.
•800mm is the maximum recommended distance between the
hob and underside of the cooker hood.
The minimum distance between the hob and the bottom of the
extractor is essential for safety reasons and to prevent overheating
of the extractor and its components.
Exceeding the maximum clearance distance will reduce how
efficiently the cooker hood removes cooking fumes and odours.
Please also note that a 90obend in 150mm flexible ducting will
require 215mm minimum headroom to give a smooth radius with
no kinking.
You are advised to install measures designed to reduce the
incidence of cold draughts entering the property via any
ductwork.
For extractors with internal or inline motors, this should, at the
very least, consist of an external duct termination with
integrated non-return flaps (e.g. gravity shutter wall
grille/louvre) and/or an inline backdraught shutter.
For wall-mounted motors, an inline backdraught shutter is
recommended.
3. EXTRACTION PERFORMANCE
The primary influence on the overall performance of the
extractor is the design of the ducting which takes the exhaust
air from the extractor to the outside. The duct route should be a
prime consideration during the initial stages of the kitchen
design (Westin do not recommend recirculating air backinto the
kitchen).
Please note the following:
•Easy access to the duct route during installation is
important. Lack of access may require the “blind” fitting of
flexible ducting, with increased risk of unseen kinks and
impaired efficiency.
•The extractor is provided with a spigot suitable for
connecting 150mm diameter ducting. The cross-sectional
area of 150mm diameter ducting is the minimum area
consistent with efficient extraction. Reducing the duct size
seriously reduces performance.
•The most efficient configuration is to duct straight through
an outside wall so try to position the cooker against an
outside wall when designing your kitchen.
•Well installed, correctly sized rigid round ducting (or an
equivalent flat channel system) will usually perform best,
with round semi-rigid ducting as an alternative. Flexible (foil
or plastic film) ducting is economical but its use should be
minimised as it gives the worst performance andshould only
be used for very short duct runs or initial connection and
should be pulled taut to prevent significant losses in
extraction efficiency.
•For maximum efficiency, ducting should be kept as short
and as straight as possible. Bends in the duct will degrade
performance so the number of bends in a duct run should
be keptto a minimumand be gradual and smooth toprevent
turbulence. Avoid kinks in flexible ducting and pull the
ducting taut over straight runs to ensure that the internal
surface is as smooth as possible.
•If using rigid ducting, we recommend that the initial duct
connection to the extractor spigot is made using semi-rigid
round ducting to allow for any positioning errors and easy
disconnection in the event of maintenance.
•Ducting and associated components (including complete
kits) are available from Westin.
4. INSTALLATION
ELECTRICAL SAFETY
This appliance requires an earth connection.
Ensure that the supply voltage corresponds to that marked on
the rating label inside the extractor.
The extractor must be isolated from the electrical supply before
carrying out any cleaning or maintenance operations.
WARNING
Proper care must be taken to ensure that the negative pressures
caused by high performance extraction systems do not adversely
affect thesafe operation ofcertain types offuel-burning appliances
(gas, oil or solid fuel), including those installed in the kitchen and
possibly those installed in other parts of the house.
Where such fuel-burning appliances are installed, adequate
ventilation MUST be provided in the room of installation, located
and sized such that the negative pressure in the room created by
the extractor does not exceed 4Pa.
In case of doubt, do not operate the extractor and fuel-burning
appliance(s) simultaneously and consult an appropriate (for the
fuel type) expert for advice.
This document provides detailed guidance for a typical
installation, however not all installations can be
accommodated within this guide.
If you are unsure how to proceed then please call
Westin for assistance.

Prime EDGE 800 - 1100 Built-in Extractor
Installation, Operating & Maintenance Instructions
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To install the hood, it is necessary to remove the baseplate and
filters to gain access to fixing holes & duct spigot(s).
Open the appliance door by pulling from the front to release the
magnets. The door is hinged to reveal the filter(s). Remove the
filter(s) (as described in section 6).
Once the filter has been removed, locate the 4 fixing screws that
retain the base plate (see above illustration). Separate the
baseplate by pulling the panel assembly away from the rest of the
appliance.
The PRIME EDGE range of built in extractors are designed to slot
into a cut-out/opening made in a horizontal soffit panel (usually the
underside of kitchen furniture or inglenooks / chimney
arrangements).
The soffit panel into which the unit is to be fixed must be
between 15mm and 22mm thick.
Prepare Opening
Prepare an opening where the extractor is to be installed. Detailed
dimensioned drawings showing the extractor layout can be found
in Section 6 "General Arrangements Drawings" to help you with
this.
Duct Installation
Make holes as necessary, in the walls or ceiling to take the ducting
from the exhaust spigot location to the outside.
Note: We recommendoversizingyour duct holes by 25mm to allow
for any cables that may need to run alongside the duct (such as
remote motor or power cables) and for the easy installation of your
ducting in general.
Depending upon your installation you may need to run the
ducting before or after the extractor is in place, however, all
holes must be made in advance to avoid debris entering the
appliance.
The duct route length should be kept as short as possible with
as few bends as possible (see Section 3).
If terminating on an outside wall, a suitable weather louvre
should be fitted. A variety of ducting components and complete
kits are available from Westin to suit most installations.
For roof or chimney duct terminations, pleasecontact Westin or
seek alternative specialist advice.
Recirculating Models
Westin do not recommend recirculating air installations and
they should be avoided wherever possible (see section 3).
If your extractor has been adapted for recirculation, (not our
standard configuration) then adequate provision must be made
for exhausted air to return intothe kitchen (equivalentto150mm
round duct) - e.g. ducted out through the top of the cabinet.
Failure to do so may cause the unit to overheat and fail and will
invalidate your warranty.
Remote Motors
If your extractor has been purchased to operate with a standard
inline or external remote motor (SEM), then you will find a black
plastic box outside the extractor (on flying leads) containing
electrical terminals for connection to the remote motor cable
assembly. This box is referred to as the remote motor terminal
box.
Each terminal inside the remote motor terminal box has one
sideconnected to acoloured wire, whichleads back tothe hood
control system. The remote motor cable assembly also has
coloured wires andthese are connected to the empty terminals.
Such corresponding colours are opposite and connect to each
other; i.e. red connects to red, blue to blue, and so on.
Not all terminals will be used as each remote motor type is
configured differently.
An electrician (or Part P registered electrical installer) should
undertake any work associated with the electrical installation of
SEM remote motors.
Please refer to 6.1 REMOTE MOTOR ILLUSTRATIONS for
more information.
If you need to extend the remote motor cable, then additional
cable can be purchased from Westin. Alternatively, it may be
extended using7 core x0.5mm flex. It is vital to ensure that any
new cable is inserted such that the core colour integrity is
maintained; i.e. a core that started as red must terminate as
red, blue as blue, purple as purple, and so on.
Any remote motor should be installed in accordance with the
installation instructions that accompany it. It must be installed
in an easily accessible location for future maintenance. Westin
are not responsible for providing the means of access (e.g.
scaffolding or any alterations to the building and/or furniture
necessary to make access possible) in the event of any
maintenance requirement.
No separate power supply is required for SEM remote motors.
Electrical Supply
ELECTRICAL HAZARD.
DISCONNECT ELECTRICAL SUPPLY BEFORE
PROCEEDING FURTHER

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Installation, Operating & Maintenance Instructions
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The extractor is a stationary appliance designed to be connected
by fixed wiring to the electrical supply. A competent Part P
registered electrical technician must perform the electrical
installation.
The hood mustbe fed froma 230Vac single phase electrical supply
using a switched spur fitted with a 3A fuse. The spur should be
located adjacent to the hood/cooker so that the supply can be
disconnected from the hood using the switch. The means of
disconnection from the supply must have a minimum contact
separation of 3mm in all poles. Alternatively, a means of
disconnection in the fixed wiring according to the relevant wiring
rules must be fitted.
For your convenience, you may wish to terminate the electrical
supply from the switched-fused spur with a standard mains
electrical socket positioned close to the extractors intended
location.
The extractor can then be fitted with a standard mains electrical
plug so that it can be plugged in to the switched supply by the
appliance installer.
The appliance is supplied with an electrical supply flex for
connection to the electrical supply. The mains supply is connected
to the free end of this flex as follows:
INCOMING SUPPLY CORD CONNECTIONS
Core
Core Colour
Live
Brown
Neutral
Blue
Protective Earth
Green/Yellow
Connecting the Ducting
Terminate the ducting where it exits the building. If using a wall
mount weather louvre, secure the ducting to the louvre spigot and
attach the louvre to the wall. Ensure that the air fins are directed
downwards. If you are fitting an alternative termination, ensure that
the ducting is secure.
If using expanding foam, make sure that any flexible ducting is
supported internally to prevent it crushing where foamed.
Pull flexible ducting back along its route to ensure that it is as
smooth as possible.
Note: Internal motor models have non-return flaps as part of the
spigot assembly to reduce air blowing back into the unit from
outside. For remote motors, air ingress can be limited by your
choice of ducting components. Take care not to obstruct any
backdraught flaps when connecting flexible ducting.
Top outlet and side outlet (left or right) models only
Position the extractor face down (and as close to the opening as is
practical) and cut off excess before connecting the ducting to the
extractor exhaust spigot using plastic tie straps or a suitable
alternative (e.g. jubilee clip) - do not use duct tape as the sole
means of connection.
Rear outlet models only
Note: If a bend can be accommodated, then the Top Outlet model
is always desirable due to the reduced installation complexity.
If a Rear Outlet Model must be installed, then the duct cannot be
attachedprior toinstallation because the ductspigot protrudes from
therearand prevents the insertion of the extractor into the prepared
opening.
Instead, the blower and spigot plate assembly must be separated
from the extractor and pulled back inside the appliance. 4 nuts
secure the rear exit blower plate to studs on the rear of the
extractor. These are accessible through the filter openings and will
need to be removed so that the blower assembly can be pulled
back into the extractor body prior to installation.
Once the hood has been installed, flexible duct can then be
pulled into the extractor and attached to the duct spigot prior to
refitting the blower assembly. To ease installation, you may
wish to use a rigid duct instead, which, providing the duct route
and spigot are properly aligned, can be pushed onto the spigot
from behind/outside after the hood is in position.
Fixing the Extractor in Position
•Fixing the extractor safely into position requires two people
so do not start if assistance is unavailable.
•For Rear Outlet Models Only: separate the blower assembly
from the rear of the appliance (as described in 4.5) and pull
it back into the extractor so that the duct spigot no longer
protrudes from the hood rear.
•The extractor is held securely in place by 4 adjustablespring
toggles (only visible on the outer casing of the unit).
•Screws for adjusting the height of each spring toggle are
located behind the grease filters on the outer filter housing
flange (see Fig 1). The spring toggles are moved up by
turning the screws anti-clockwise and down by turning the
screws clockwise.
•Ensure that each spring toggle height is set such that when
pushed from outside it moves freely and fully into the outer
casing of the unit and when slowly released returns to an
open position just below the top of the spring toggle slot.
The spring toggle should protrude from the casing by at
least 8mm (see Fig 1).
•Supplementary support of the unit is provided by sprung
safety clips which are intended to hold the unit safely in
place during removal (see later). The safety clips (Fig 1)
should be disabled for installation by pulling the clip release
into the body until the clip latch is clear of its slot and then
sliding to one side so that the clip latch rests against the
inner casing of the unit.
•Check that the electrical supply cord (and any remote
motors) have been connected, that power is switched off
and the ducting is securely fastened to the spigot.
•Push the extractor upthrough the preparedopening until the
spring toggles are heard to snap over the edge of the
opening –we recommend that two people do this
(supporting one endof the extractor each).Carefully release
the unit, ensuring that it is supported within the opening by
Spring Toggle
(Open in Slot)
Safety Clip
Release
Height Adjustable
Screws

Prime EDGE 800 - 1100 Built-in Extractor
Installation, Operating & Maintenance Instructions
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all four spring toggles. If a spring toggle fails to catch, try
pushing upwards again and if this fails remove the unit as
described later andcheck the panel thickness and setting of
the spring toggles as described earlier.
•Re-enable the two sprung safety clips by once again pulling
the safety clip release (Fig 1.) and sliding the cliplatch back
into the slot from which it was earlier withdrawn. The clip
latch should pass fully through the outer casing.
•Close up any gaps between the soffit panel and the units
outer flange (often referred to asthe fixing flange) by turning
the spring toggle adjustment screws clockwise. If the gap is
larger than 1-2mm, then this should be done in stages,
working your way around each adjustment screw in turn
until the unit has been pulled up into position.
•For Rear Outlet Models Only: working through the filter
opening, connect the ducting to the blower spigot and refit
the blower assembly to therear panel ofthe extractor (using
the nuts and washers you removed earlier). Note, if using
rigid ducting, providing the duct route and spigot are
properly aligned, it may be easier to push ducting onto the
spigot from behind/outside after the blower is refitted.
Note: Consider whether it is possible to build in provisions for
accessing the ducting with the unit in place - this may simplify
installation and enable easier straightening of the duct, inspection
and removal.
Removing the Motor Transport Ties (If Fitted –See Fig.2)
Note: Transport Ties are only usedon smaller appliances to protect
the motor during unpalletised transit.
Removing the Extractor
•First remove the grease filters and ensure that thesprung safety
clip is correctly set. Only the clip release hoop and mounting
arm should be on the inside of the unit with the rest of the clip
fully through the slot in the extractor casing (as in Fig 1). If in
doubt, pull the clip release toreveal the clip latch andmake sure
that it passes fully back through the casing when released.
•With the safety clips correctly set, turn the spring toggle height
adjustment screws anti-clockwise. The extractor will gradually
start to lower. This is best done in stages, working your way
around the 4 screws, thus lowering the unit evenly and avoiding
undue stress on any one spring toggle.
Note: as you turn the adjustment screws, the spring toggles
gradually riseuntil they reach the top of theirslots, after which,they
start to retract into the extractor casing.
You will know when the spring toggles start to retract because
the extractor will start to rise up into the soffit rather than lower.
When this happens, you should support the extractor and
continue to turnthe screws carefully clockwise. When the spring
toggles have retracted sufficiently, the unit may drop if not
supported.
•The sprung safety clips are there to catch the unit and to
prevent it falling from the opening in the soffit. Lower the
extractor carefully until the safety clips are supporting it - if
the opening has not beencorrectly prepared then the safety
clips may not catch on the edge of the opening, so be
prepared to continue lowering the unit down and out of the
opening.
•Two people are required to lower the unit safely.
The unit is released for finallowering by each person pulling
the safety clip release back into the extractor (whilst also
supporting the unit), thus disengaging the unit from the
soffit.
5. SPECIFICATIONS
All Models
Supply Voltage:
230V~ 50Hz
Lighting: 12V 15W LED (Per Strip):
12V, 30W
Extractor Duct Spigot Diameter:
150mm
Total power:
See rating plate
Internal Motor Specifications
Airflow, nominal in free air:
800 m3/hr
Power input:
275W
Duct Spigot diameter:
150mm
SEM1 EL Inline Duct Motor Specifications
Airflow, nominal in free air:
800 m3/hr
Power input:
275W
Duct Spigot diameter:
150mm
SEM2 EL Wall Mounted Motor Specifications
Airflow, nominal in free air:
900 m3/hr
Power input:
200W
Duct Spigot diameter:
150mm
SEM7 EL Wall Mounted Motor specifications
Airflow, nominal in free air: 200mm Dia Duct
1,700 m3/hr
Airflow, in free air via supplied 150mm reducer
1,500 m3/hr
Power input:
490W
Duct Spigot diameter:
200/150mm
Note: The motor has a 200mm diameter spigot and is supplied with a
reducer for connection to 150mm ducting.
SEM8 EL Inline Motor specifications
Airflow, nominal in free air: 200mm Dia Duct
1,300 m3/hr
Airflow, in free air via supplied 150mm reducer
1,100 m3/hr
Power input:
250W
Duct Spigot diameter:
200/150mm
Note: The motor has a 200mm diameter spigot and is supplied with a
reducer for connection to 150mm ducting.
Recommended Protective Fuse Sizes for Electrical Supply
Models installed with:
Internal Motor
SEM 1 Inline Fan
SEM 2 Wall Mounted Fan
SEM 7 Wall Mounted Fan
SEM 8 Inline Fan
3A
Note: For more detailed specification and energy efficiency
information please refer to the product fiche for your product.
Fig. 2

Prime EDGE 800 - 1100 Built-in Extractor
Installation, Operating & Maintenance Instructions
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6. GENERAL ARRANGEMENT DRAWINGS
PRIME EDGE 800 / 1100 LAYOUT
INTERNAL MOTOR
TOP OUTLET
PRIME EDGE 800 / 1100 LAYOUT
EXTERNAL MOTOR
TOP OUTLET

Prime EDGE 800 - 1100 Built-in Extractor
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PRIME EDGE 800 / 1100 LAYOUT
INTERNAL MOTOR
REAR OUTLET
PRIME EDGE 900 / 1100 LAYOUT
EXTERNAL MOTOR
REAR OUTLET

Prime EDGE 800 - 1100 Built-in Extractor
Installation, Operating & Maintenance Instructions
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PRIME EDGE 800 / 1100 LAYOUT
INTERNAL MOTOR
EXPLODED PARTS LIST

Prime EDGE 800 - 1100 Built-in Extractor
Installation, Operating & Maintenance Instructions
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PRIME EDGE 800 / 1100 LAYOUT
EXTERNAL MOTOR
EXPLODED PARTS LIST

Prime EDGE 800 - 1100 Built-in Extractor
Installation, Operating & Maintenance Instructions
W1823 WSW PRIME EDGE 800 -1100 O&M (Energy Label Version) V1 20200608.docxPage 10
7. SEM EL REMOTE MOTOR ILLUSTRATIONS
The wiring illustrations below apply to SEM EL Motors only.
Fig. 1 Typical System
The below diagram shows a typical SEM EL wiring schematic. the appliance is supplied with an external terminal box that
requires connecting to the external motor.
In order to access the electrical terminals, remove the fixing screws from the external terminal box lid. Refer to fig. 2 & 3 for
details of how to wire the SEM 1/2 or SEM 7/8 correctly.
Note:
Link terminals determine intensive
speed run times, which are motor
type dependent.
Aux terminal powers auxiliary PCB
in some motors.
Remote Motor Cable Assembly
Orange/Yellow link wire is included
Remote Motor Cable Assembly
(Orange/Purple link wire is included)
Remote Motor
External Terminal Box
Appliance
Power Supply wired to
Fused Spur
Cable to be connected
Cable with external Earth connection
Fig. 3 SEM 1 / SEM 2
Electrical Connections
Fig. 4 SEM 7 / SEM 8
Electrical Connections
Fig. 2 Terminal Colour Positions

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8. OPERATING INSTRUCTIONS
Switch on the power at the fused spur.
Depending upon the model purchased, your extractor will be
controlled via electronic pushbuttons, radio remote controller or
both pushbuttons and remote controller.
Radio Remote Controlled Models.
Please refer to the Remote-Control user guide for specific
details on charging, maintenance and radio transmission
codes. If you experience interference problems, then a different
radio transmission code may be required. The remote control is
not a user serviceable item. Please contact Westin should your
Remote-Control develop a fault.
Pushbutton Functions
(for models with pushbutton controls)
The extractor controller automatically switches off the
appliance if there has been no operator action for 4 hours.
After 30 hours accumulated running GREASE FILTER
CLEANING will be signalled by all 6 indicators flashing. Reset
by pressing ( ).
**Speed 4 reduces automatically to Speed 3 after 5 minutes
Light Dimming
To adjust the light intensity, press & hold ( ) until desired
intensity is set.
Colour Changing
Ensure that the fan & timer are off. Press ( ) until the lights
illuminate. Then press and hold ( ) until the desired light colour
is achieved. Press ( +) to exit the setting using the remote
control, or select speed 1 using the pushbuttons.
Motor ON –TIMED INTENSIVE MODE
(Reduces automatically after 5 minutes*)
Motor ON - SPEED 3
Maximum Speed for Normal Use
Motor RUN ON TIMER
(OFF after 10 minutes)
Motor ON - SPEED 2
Motor ON - SPEED 1
Motor OFF
Lights ON/OFF
The extractor controller will automatically switch off the
appliance if there has been no operator action for 4 hours.
Remote Control Functions
LCD Display
Increase
Speed**
Decrease
Speed**
Motor Power
ON/OFF
Run-On Timer
(Motor OFF After 10
Minutes)
Light Function
(If Option Fitted)
* The automatic speed reduction feature is
required by EU Ecodesign and Energy Labelling
Commission Legislation 65/2015 66/2014 in
order to satisfy Directive 2009/125 EC

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9. MAINTENANCE
Regular maintenance is essential to ensure good performance
and long-life.
To minimise fire risk, ensure that grease deposits on the
extractor surfaces are kept to a minimum by regular cleaning.
To clean the stainless-steel surfaces of the extractor, use asoft
cloth and a suitable cleaning agent, such as a specially
produced stainless-steel cleaner or washing up detergent and
warm water.
Painted surfaces should be cleaned using a soft cloth,
detergent and warm water.
Glass surfaces should becleaned with a suitable glass cleaning
agent.
Do not use abrasive cleaning materials or products.
Do not use bleach-based cleaning materials or products.
Clean the grease filters in a dishwasher or by hand-washing in
hot water and detergentevery 2 months -sooner if the extractor
is used extensively and filters become grease laden.
Whilst you can expect years of service from mesh grease filters,
they are considered a consumable item and may deteriorate
over time and need replacement, particularly when cleaned in
a dishwasher. For dishwasher users adhering to a 2 monthly
cleaning interval, we recommend grease filter replacement
every 5 years to maintain optimum performance, even if they
show no visible signs of deterioration. For all users, filters
should be replaced whenever they exhibit signs of physical
wear.
Removing the Grease Filters
The clip in grease filters have an integrated sprung latch
mechanism.
Release the latch by pulling the lever and remove the filter.
Filters are replaced by locating the fixed tabs opposite the lever
catch into corresponding slots in the extractor base and then
pushing the filter into position with the latch held open. Once
the filter is in position, release the lever, allowing the latch to
engage.
Replacing LED lighting
The long-life LED units are not designed for end user
replacement. In the unlikely event of failure please call Westin
to arrange a Service call.
CAUTION
To minimise the risk of fire, all instructions relating to
cleaning the grease filters and removing grease deposits
must be adhered to.
W S Westin Ltd
Phoenix Mills, Leeds Road, Huddersfield, HD1 6NG, UK
Tel: [phone] Fax: [phone] Email: [e-mail]
www.westin.co.uk