Salamander Pumps CT FORCE 15TU User manual

Pump installation and warranty
guide for the CT range of pumps
CT Force, CT Xtra, and CT Bathroom
ISSUE M Aug 2022
Models shown:
CT FORCE 15TU
CT50+ Xtra
This document should be given to the end user and retained for future reference.
Should you need to contact Salamander Pumps you will need the below information.

Pump installation and warranty guide
for the CT range of pumps
Important - read this first!
Correct installation is the guarantee of safety and a trouble free system. It is therefore
important to read these instructions thoroughly and ensure you comply with them. Incorrect
fitting will invalidate the warranty.
If your installation is complicated or you have any questions please CONSULT THE
PUMPWISE TECHNICAL HELPLINE IMMEDIATELY on 0191 516 2002 (01844-3212 ROI).
We encourage installers to consult the PumpWise helpline, where our representatives can
give you first-rate advice regarding installation
DO NOT REMOVE YOUR PUMP FROM THE SYSTEM WITHOUT FIRST RINGING PUMPWISE
ON 0191 516 2002 (01844-3212 ROI).
Please leave this instruction booklet with the customer for reference to maintenance, safety
information and details of warranty cover.
Thank you for choosing Salamander Pumps.
Safety in Operation
These appliances are not for use by persons (including children) with reduced physical,
sensory, or mental capabilities, or lack of experience or knowledge, unless they have been
given supervision or instruction concerning the use of the appliance by a person responsible
for their safety.
Children should be supervised to ensure that they do not play with the appliance.
Scan QR to find out more about
avoiding some common pitfalls

1
Contents
CT FORCE range of pumps
CT Xtra range of pumps
CT Bathroom range of pumps
Product description 4
Installation instructions 4
Step 1: Pump location 6
Step 2: Connecting the pump 10
Step 3: Electrical installation 11
PumpWise Guidelines 12
General specifications 17
Technical specifications 19
Trouble shooting 22
Salamander PumpWise 23
Warranty 24

2
Pre-installation Checklist
Our installation guidelines are detailed on the following pages, but some of the key “do’s
and don’ts” are highlighted below:
Do’s
• Locate the pump next to the hot water cylinder or within 5m of measured pipe. 2m
maximum of 15mm pipework on inlet connections may be used
• Allow 100mm on all sides for ventilation
• Ensure pump is protected from frost
• If servicing two or more bathrooms, cold water supply to the cylinder
should ideally be in 28mm pipework to ensure adequate flow
• Ensure adequate usable cold water storage - 227 litres (50 gal) per bathroom,
and 136 litres (30 gal) per en-suite or shower room.
• Cold water supplies to the pump must be taken from the opposite side of
the cold water storage cistern to the cold water mains inlet
• Multiple cold water storage cisterns must be linked in accordance with current
regulations and the bottom of the cisterns must be at the same level
• Hot water supply to the pump must be via a Salamander approved method
• Always use an Essex Flange or secondary return connection where there is less than 1m
between the top of the hot water cylinder and base of the cold water cistern
• AV couplers must only be finger tight plus one quarter turn
• The maximum static head is 10 metres (equivalent to 1.0 bar pressure)
• The pump should be activated for at least 5 minutes every 4 weeks
to ensure pump does not seize, by exercising all moving parts.
• Ensure that installation complies with IET wiring regulations
• All AV hoses should be fitted straight with no twists or bends
• Ensure suitable means of isolation for maintenance
• Bathroom Zones: Salamander products covered in these notes cannot be installed
in Zone 0 or Zone 1. They can however be installed in areas that are accessible with
a tool (see Step 1 Pump Location for further information (Fig 3)

3
Pre-installation Checklist(continued)
Don’ts
Never fit the pump to the cold water mains
Never fit the pump to shared incoming mains supplies to a block of flats
Never use a shared water supply or shared, communal cold water storage cistern
Never put a non-return valve (NRV), restrictive ballofix or an air vent on supply
pipe work to the pump
The hot water supply must not exceed temperature stated in the installation guide
Never use mechanical tools to tighten plastic coupler nuts as this may cause damage
and invalidate your warranty
Never use jointing compounds, Boss White, Hemp or steel wool
Solder fluxes must not come into contact with the pump or AV couplers (hoses)
Never pump directly to or from any pump such as secondary return pump or a shower with
integral pump.
Never fit pump to a Fortic Cylinder, primatic cylinder, Elson Tank or Andrews type water
heater (on rare occasions where a Fortic cylinder has adequate cold water storage, if all
other fitting criteria can be met, this would be acceptable)
If considering fitting pump to a Horizontal (torpedo) water cylinder then please
contact PumpWise on 0191 516 2002
It is not recommended to pump hot water against cold mains water with a positive head
pump

4
Product Description
Salamander pumps are suitable for pressure boosting vented stored water systems but
please note that inlet pressures to the pump and water temperatures must not exceed values
stated in the technical specifications.
Installation instructions
Please follow these installation instructions carefully. Failure to install your pump in
accordance with these instructions will invalidate your warranty. Any queries should be
directed to PumpWise on 0191 516 2002 (01844-3212 ROI).
Do not use Salamander pumps for applications other than those stated within the pump
description, or connect the pump directly to the cold mains.
To do so invalidates the warranty.
The plumbing installation must comply with “The Water Supply (Water Fittings) Regulations
1999”, and all current regulations.
Please note that:
• CT Xtra 50, 50+, 54, 75, 75+ & 79 are shower specific pumps
(Scan QR to find out more)
• CT FORCE 15 PT, 15 IPT, 20 PT, 20 IPT, 30 PT & 30 IPT, CT Bathroom 60B, 80B, and CT
Xtra 64H, 69H & 84H are whole house pumps
• CT FORCE 15 TU, 15 ITU, 20 TU, 20 ITU, 20 SU, 20 ISU, 30 TU, 30 ITU, 30 SU & 30 ISU,
CT Bathroom, 60BU & 80BU , and CT Xtra 64 HU, 69HU & 84HU are universal pumps.
• CT FORCE 20 PS, 20 IPS, 30 PS & 30 IPS, CT Xtra 55, 55+ & 59, 85, 85+, & 89 are positive
single impeller pumps.
• Inlets and outlets must be vertical and plumbed appropriately.
It is essential to ensure that: The cold stored water capacity is adequate for the entire
household requirements (e.g. minimum 136 litres (30 gal) for shower only, 227 litres (50 gal)
per bathroom, or 364 litres (80 gal) for one bathroom plus an en-suite shower room).
There is a maximum static head of 10 metres (100kPa/1.0Bar).
Cold supplies to the cylinder and the pump are taken from the opposite side of the cold
water storage cistern to the cold mains inlet.
The bottom of the cold water storage cistern
must also be checked and cleared of debris
(Figure 1).
In systems with more than two bathrooms,
the cold water supply to the cylinder should
ideally be in 28mm pipework.
Multiple cold water storage cisterns must
be linked in accordance with the current
plumbing regulations with the bottom
Outlet
to cylinder Inlet
Bottom of cold cistern
must be cleared of debris
Outlet to pump
Figure 1: Tank inlet and outlet position

5
of the cisterns level.
Never put a non-return valve, restricted ballofix or an air vent on the supply pipework to the
pump.
The stored hot water temperature must not exceed 60ºC.
Ensure that the hot supply to the pump is via a Salamander approved method. (Figure 2, 4 &
5 Pages 5&7).
Jointing compounds (boss white, hemp and steel wool) must not be used. Solder fluxes must
not come into contact with the pump.
The anti-vibration hoses must not be twisted or bent.
Higher rated fuses must not be used.
Cold water storage
Inlet
Min 600mm
Air vents,
both hot
and cold
Outlet
Vent and
other services
No Stop Essex Flange
MUST be used with
an anti-gravity loop at
least 200mm in depth
MAX
60°C
MAX
60°C
Inlet
Outlet
Figure 2: Anti-gravity loop - pumps above the hot water cylinder
The best method is the no
stop Essex Flange with an
anti-gravity loop at least
400mm in depth

6
Step 1: Pump location
1. Site the pump in a location where it will not freeze or be exposed to frost during cold weather.
2. Ensure adequate airflow to cool the motor. Separate the pump from other appliances that
generate heat. Install the pump in a clear space allowing 100mm at each side, end and top.
3. Do not endanger pre-existing electrics when siting your Salamander pump
4. Ensure the pump is as close to the hot water cylinder as possible and no more than 5m in
measured pipework away.
5. Mount the pump upright (shaft horizontal, not screwed down).
6. Where the pump is located above the hot water cylinder, it must be a minimum of 600mm below
the cold water cistern. The best connection is a side entry cylinder connection in 22mm with an
Anti-Gravity Loop (AGL) of 400mm (Figure 2), Alternatively, a top entry flange may be used, but
the pump cannot be teed from existing feeds where it is located above the hot water cylinder. If
aeration causes an issue, it may become a requirement to use an Essex Flange.
7. Bathroom Zones: Salamander products covered in these notes cannot be installed
in Zone 0 or Zone 1. They can however be installed in areas that are accessible with
a tool. (See Figure 3).
The pump should be installed in accordance with BS7671:2018.
In BS7671:2018 rooms containing baths or showers should be broken down into zones.
These zones are summarised as:
ZONE 0 – This is the bath or shower tray.
ZONE 1 – Is considered to be the area where the individual is bathing or showering
or the area where shower water is likely to be directly sprayed.
ZONE 2 – Is the area beyond Zone 1, extending by a further 600mm.
Please refer to BS7671:2018 for further guidance.
Outside
Zones Outside
Zones
Zone 0
Zone 1
Zone 2
Outside Zone
Space under bath is Zone 1
if accessible without tool
Window recess Zone 2
2
22
2
2
1
1
0.6m 0.6m
2
Outside
Zones Outside
Zones
Outside Zones
22
2
2
21
0
Zone 0
Zone 1
Zone 2
Outside Zone
Space under bath is Zone 1
if accessible without tool
Window recess Zone 2
0.6m
0.6m
Figure 3: Bathroom Zones

7
8. Check the marker arrows on the pump to ensure correct direction of water flow.
Either end of the pump is suitable for hot or cold water.
9. Check the static inlet pressure does not exceed 10m max (1.0bar/100kPa) of water
above the pump.
10. The hot supply pipework to the pump should be a maximum length of 5 metres in 22mm pipe
(hot and cold supplies should be no more than 2 metres in 15mm pipe).
11. The best hot connection from the cylinder (Figure 5) is either with:
A ¾inch no stop Essex flange, or a Salamander S flange or other approved top entry flange.
12. Exceptions, only when pump is at the base of the cylinder and within 5m, are:
• alternatively, the hot and cold supplies to the pump can be teed off other 22/28mm
supplies (Figure 4) provided that:
• the tee off to the pump is first call on the downward leg after the vent connection.
• the cold supply to the pump is not shared with the cold feed to the cylinder.
• hot supply from the vent angled at 45º, vertically down the hot connection at the vent,
at least 1.5 metres below the base of the cold water storage cistern.
13. Check that water storage capacity recovery meets required flow rates, particularly at peak
demand (i.e. appliances in simultaneous use).
14. All up and over pipework must be vented at the highest point on the outlet of the pump.
15. Ensure that pipe runs minimise airlocks.
16. In positive head systems, allow for increased resistance of long pipe runs with multiple bends.
The natural flow from the shower head or other outlets must be at least 2 litres/minute at all
time on both hot and cold individually. Any supply where the natural flow is less than 2litres/
minute is classed as a negative head situation.
Cold water storage
Inlet
Outlet
Inlet
Outlet
Usable capacity
Minimum 50 gallons
per bathroom
600mm or
less possible
negative head
Positive head
Other
supplies
Vent
Other services
MAX
60°C
MAX
60°C
1st tee off
downward leg
Figure 4. Tee off other supplies
*Vent and expansion pipe to terminate to current standards
*
A Salamander S flange or one
of the 22mm approved top entry
flanges (see page 14)
22mm No Stop Essex flange with
76mm dip pipe and birds beak cut
end to limit air being drawn into
the pump
Indirect coil
Pump inlet
Outlet
OR ALTERNATIVELY
Pump at the base of cylinder
MAX
60°C
Figure 5. Best Connection Method

8
Negative head systems
Negative head systems exist where insufficient natural flow of water goes to the outlet
because either the outlet or the pipework to the outlet are above the height of the base of
the cold water cistern. Most instances of negative head systems occur in loft conversions
or where the cold water cistern sits on the joists in the loft. If the distance between the
bottom of the cold water cistern and the highest point in the system after the pump is 2
feet (610mm) or less, it is also possible that a universal pump will be required. Salamander’s
universal range of pumps activate the pump automatically even where insufficient natural
flow exists.
UK CT pumps suitable for negative head operation are:
CT FORCE 15 TU, 20 TU, 20 SU, 30 TU and 30 SU, and CT Bathroom 60BU & 80BU.
Irish CT pumps suitable for negative head operation are:
CT FORCE 15 ITU, 20 ITU, 20 ISU, 30 ITU and 30 ISU, and CT Xtra 64HU, 69HU & 84HU.
Outlet
Outlet
Vent and
other services
Usable
capacity
Fit an
equilibrium
ball valve
Inlet
MAX
60°C
The hot connection
must be by an
approved top or
side entry flange
(Figure 3)
Negativ
e
Head
If any pipe work to an outlet
is taken to within 610mm
of tank, the installation will need
to be fitted with a universal pump
Inlet
610mm
(2 feet)
Figure 6. Negative head system
The prefered hot
connection is an
appropriate flange
Scan QR to find out more

9
Commissioning
Before you finish
Fit pump inlet filters and vibration dampening feet.
It is CRITICAL to discharge water through the pump into a container using natural flow
before connecting the pump to outlet pipework in order to ensure the air has been
discharged from inlet pipework and pump chambers. This will not happen if the outlet
pipework is connected to the pump. The best method is:-
• Connect discharge pipework, not outlet pipes.
• Check that all the AV coupler isolating valves are open.
• Fill system. Check for leaks.
•DO NOT RUN PUMP DRY – to do so will cause irreparable damage to your pump and will
invalidate your warranty.
• Open shower mixer valve/system outlets to maximum hot and cold to check the natural
flow (unpumped) MUST be at least 1 litre in 30 seconds per side and 2 litres in 30 seconds
mixed for positive head pumps.
• Open hot water outlets fully for 5 to 6 seconds and then turn outlets off. Then open cold
water outlets fully for 5 to 6 seconds and turn outlets off. If flow is poor and inconsistent
repeat above steps until flow is steady.
• Repeat 2-3 times
The hot connection must be via an
approved side or top entry flange
MAX
60°C
Outlet
Outlet
Inlet
Inlet

10
Step 2: Connecting the pump
Use only Salamander supplied AV couplers to connect the pump.
All associated pipework MUST be thoroughly flushed before making final connections
to the pump. Fill the pump with water before connecting to the discharge pipework.
The in-line strainers must be fitted to the hot and cold inlet supplies to the pump.
A Hose to pipework
The anti-vibration coupler nuts need only
be finger tight plus one quarter turn.
Mechanical tools must not be used to
tighten plastic coupler nuts as this may
cause damage which will invalidate the
warranty.
B Hose to pump
Do not twist or bend anti-vibration hoses
as this will invalidate the warranty.
Ensure that there are suitable means of
isolation for maintenance
Filter washers MUST be fitted to the inlets of the pump to validate your warranty.
Flat washers must be fitted to the outlets. Flat and filter washers are supplied with
the pump.
Isolating valve
shown in ‘On’
position
Isolating valve
shown in ‘Off’
position
Flat washer (outlet)
4 off vibration dampening feet
Filter washer (inlet)
Outlet
Inlet

11
Step 3: Electrical installation
Your pump must be connected to the electrical supply using the main cable with the
attached plug. This plug must be connected to an accessible socket that has been installed in
compliance with IET Wiring Regulations.
The plug must be accessible at all times.
If the supply cord is damaged, it must be replaced by the manufacturer, it’s service agent,
or similarly qualified person in order to avoid a hazard.
All pipe work must be cross-bonded in accordance with the IET Regulations.
The pump is supplied with a fuse fitted. Higher rate fuses MUST NOT be used.
If installed by a Part P qualified installer, the pump may be fitted via a fused mains spur
without invalidating the warranty. See Technical Specifications for fuse ratings for each
model of pump. Ensure that the pump is fully operational before hard wiring pump in this
instance, this should be done during commissioning.

12
Helpful guidelines
Cold water supplies and storage Recovery of cold storage
Ensure that there is sufficient water recovery to cover the water usage by the appliance.
Aeration of pump and cylinder from a cold water storage cistern
This occurs when the incoming cold mains ball valve is positioned above the cold feeds
to the cylinder and to the pump – aerated water is drawn into the pump as illustrated.
Chronic aeration of the pump occurs when
this problem is combined with inadequate
storage capacity and/or when the volume
of water is drawn by the pump and other
services exceeds the refill rate and creates
a vortex which draws air and possibly
debris into the pump.
Cold storage usable capacity
The usable capacity of cold storage is easily calculated as the capacity of water in the cold
cistern above the cold feeds to the cylinder, the pump and other outlets – see formula.
Formula for calculation on rectangular cistern:
Water above inlet (15”) x width (23”)
x length (36”) = 12,420 cu inches
Volume cu inches (12,420) x 0.01639
= 203.56 litres
Volume litres (203.56) x 0.22 = 44.78
gallons
Outlets
to pump
Vortex
Reposition
cold mains
ball valve here
The bottom
of the cold
tank must
be checked
& cleared
of debris
Width
Length
Depth
of water
Useable capacity
Figure 7: Aeration
Figure 8: Water capacity calculations
Scan QR to find out more

13
Water starvation protection
In systems where it is absolutely not
possible to increase the usable cold water
storage capacity to meet the increased
demand of a pumped system; a water
starvation protection unit (WSP) may be
considered (See fig 9).
The WSP is a Salamander level switch which
must be positioned 102mm higher than the
highest outlet from the cold water storage
cistern. When the water level drops too far
the WSP will switch off the pump until the
cold water storage level is recovered.
Combi boilers and water heaters
As these appliances are invariably supplied directly from the cold mains – Please see the
Salamander MainsBooster Range, these pump are not suitable to pump from a Combination
Boiler or Unvented Cylinder.
Horizontal cylinders
As horizontal (Torpedo) cylinders are problematic for boosted systems consult PumpWise
on 0191 516 2002 for guidance and correct use of an approved top entry flange.
S flange
Complete with compression pump outlet and the open vent connections. Also supplied with
an adaptor to connect to 1” male and female top entry cylinders. (See fig 10).
102m
m
Outlets Water starvation
protection unit
To vent
S flange
To pump
HOT WATER
CYLINDER
Figure 9: Water starvation protection unit
(WSP)
Figure 10: S flange
Scan QR to find out more

14
Approved flanges (cylinders)
The 22mm No Stop Essex and the other
approved top entry flanges with extension
pipes into the cylinder represent the best
known means of ensuring minimal aeration
of the hot supply water to the pump.
Please contact PumpWise on 0191 516
2002 for additional approved flanges.
Warix flange (fig 11)
A) The vent connection MUST
be from side in Warix flange.
B) The supply connection to the
pump MUST BE FROM THE TOP
of the Warix flange.
C) In systems where there are one
bathroom and an en-suite shower,
or two or more bathrooms, the cold
feed to the cylinder should ideally be in
28mm pipework.
Water hammer protection
Water hammer most commonly occurs in systems where there are long pipe runs supplying
solenoid activated appliances e.g. washing machines or outlets with quick acting/turn taps/
valve(s). The harmful effect of water hammer shock waves can be cushioned by fitting
a pressure vessel unit, into the supply pipework as close as possible to the outlet from which
the shock waves are originating.
MAX
60˚C
A
B
C
Usable capacity
minimum 50 gallons
per bathroom
Never less than
1.2m for any
top entry flange
Warix flange
Unpumped
outlets
Washing machine
Pressure vessel
Figure 11: Approved flanges
Figure 12: Water hammer protection
*
*Vent and expansion pipe to terminate to current standards

15
Pump hunting protection
In negative head systems all the discharge pipework after the pump is pressurized.
In such systems there exists the possibility the pump will hunt ON-OFF-ON etc. at intervals.
This will happen:
• if all outlets are not fully closed
• if there is a leak at a connection
• if boosted toilets are not fitted with equilibrium ball valves
• or as residual hot water contracts in long pipe runs.
Stored hot water volume
In calculating the volume of the stored hot water requirement it is important to consider:
• number of bathrooms, with particular attention to the size of the bath
• number of persons in household
Stored hot water temperature
Extract from BS5546:2010
“The mean temperature of the stored water should not normally exceed 60ºC and in a
combined central heating and domestic hot water system it is recommended that the stored
water temperature is controlled independently from that on the primary circuit”.
Effective control of stored hot water is simply achieved by use of a cylinder thermostat or
direct acting thermostatic valve (e.g. tapstat).
Maximum water temperature for CT Xtra, CT Bathroom & CT FORCE pumps is 60ºC.
In systems where the stored hot water temperature cannot be controlled e.g. Aga solid fuel
appliance or very crudely by the boiler thermostat, a Salamander approved HWS TMV must
be used.

16
HWS TMV blending valve controller
A Salamander approved HWS Blending valve controller will protect booster pumps in systems
where the temperature of the stored hot water is uncontrolled or crudely controlled via boiler
thermostat only – see below.
Usable capacity
minimum 50 galls
per bathroom
Vent
and other
services
Salamander approved HWS TMVBlending
valve controller is factory set at 55 - 60°C
MAX
60°C
Figure 13: HWS blending valve controller to pump
Figure 14: Pump fitted between shower valve and shower head
As a non-preferred method, a single
positive head pump may be fitted
between the shower valve and the shower
head.
• The shower head and all pipework
must be positive head and allow a
natural flow of 2 litres per minute of
mixed water.
• The hot water connection must be a
top or side enty flange or secondary
return connection on the cylinder
• Negative head pumps must not be
used
• Supplies to shower should be no
longer than 5m in 22mm pipe(2m of
15mm)
0

17
General specifications – CT FORCE
Applications
All Salamander pumps are designed to boost low pressure hot and cold supplies from cistern-
fed services. When supplies from a water heater or a combination boiler are to be boosted
contact the Salamander PumpWise helpline on 0191 516 2002 for guidance.
Voltage
230 volts, 50 Hz.
Motor type
Capacitor start and run induction type motor with stainless steel shaft and in-built resetting
thermal protection (complies with BS5000 part 11).
Maximum head
All Salamander CT FORCE pumps – 10 metres (100kPa/1.0Bar).
Anti-vibration couplers
Do not bend
CT FORCE Pumps are supplied with AV couplers complete with Push Fit connections and
built-in isolating valves. See Technical specifications for details.
Mechanical seals
Rotary mechanical face seals are used. Scale deposits in water supplies can cause the
mechanical seal to stick if left for long periods without use. The pump must be run at least
five minutes every four weeks to ‘exercise’ all working parts.
Connections
¾” BSP male.
Initiation
Fully automatic, flow operated, requiring 2ltr/Min per side or 4ltr/Min mixed. Only applies to
positive head pumps.
Temperature
Maximum fluid temperature 60ºC.
Pump noise
Salamander has engineered this product range to be as quiet as possible, however no pump
is completely silent. Correct installation (anti-vibration couplers straight, rubber feet fitted)
will minimise noise, vibration and transmission noise.
Standards and approvals
Splash proof rating IPX3; complies with the requirements of
current British and European safety standards for household
and similar electrical appliances; meets with Compliance with
European Community Directives (CE) & UKCA. Due to continuous
improvement and updating specifications may be altered without
prior notice.
The CT FORCE range is fully WRAS approved and has been awarded
Quiet Mark.

18
General specifications – CT Xtra & CT Bathroom
Applications
All Salamander pumps are designed to boost low pressure hot and cold supplies from
cistern-fed services. When supplies from a water heater or a combination boiler are to be
boosted contact the Salamander PumpWise helpline on 0191 516 2002 for guidance.
Voltage
230 volts, 50 Hz.
Motor type
Capacitor start and run induction type motor with stainless steel shaft and in-built resetting
thermal protection (complies with BS5000 part 11).
Maximum head
All CT Xtra and CT Bathroom pumps are rated for a maximum static head of 10 metres.
(100 kPa / 1.0 bar)
Anti-vibration couplers
Do not bend
Please refer to the Technical Specifications table for information on which AV Couplers are
supplied with each pump.
Mechanical seals
Rotary mechanical face seals are used. Scale deposits in water supplies can cause the
mechanical seal to stick if left for long periods without use. The pump must be run for at least
five minutes every four weeks to ‘exercise’ all working parts.
Connections
¾” BSP male.
Initiation
Only applies to positive head pumps. Fully automatic, flow operated, requiring 2ltr/Min per
side or 4ltr/Min mixed.
Temperature
Maximum fluid temperature 60ºC.
Pump noise
Salamander has engineered this product range to be as quiet as possible, however no pump
is completely silent. Correct installation (anti-vibration couplers straight, rubber feet fitted)
will minimise noise, vibration and transmission noise.
Standards and approvals
Splash proof rating IPX3; complies with the requirements of
current UK Regulations (UKCA) and European Community Directives
(CE) safety standards for household and similar electrical appliances.
Due to continuous improvement and updating specifications may be
altered without prior notice.
The CT Xtra and CT Bathroom ranges of pumps are fully WRAS
approved. CT Xtra has also been awarded Quiet Mark.