Galvin Engineering CliniMix CP-BS Instruction sheet

Version 2, 31 October 2019, Page 1of 16
CliniMix®CP-BS Inwall Thermo Progressive
Shower Mixer with GalvinCare Handle W&C
PRODUCT CODE:
- WM-TMVPMSCS
TABLE OF CONTENTS
1.0 INTRODUCTION 1
2.0 TECHNICAL DATA 2
3.0 SAFETY 2
4.0 DESCRIPTION 2
5.0 DIMENSIONS 2
6.0 WATER SUPPLY CONDITIONS 3
7.0 INSTALLATION 3
8.0 OPERATION AND TESTING 5
9.0 COMMISSIONING 6
10.0 ISOLATE INLETS AND CLEAN FILTERS 7
11.0 ADJUSTMENT OF THE MIX TEMPERATURE 8
12.0 REMOVING AND INSPECTING MIXER CARTRIDGE 9
13.0 MAINTENANCE 10
14.0 DISINFECTION 10
15.0 TROUBLESHOOTING 11
16.0 WARRANTY 12
1.0 INTRODUCTION
The CliniMix®CP-BS Inwall Thermo Progressive ShowerMixer with GalvinCare Handle W&C is a high-performance
thermostatic mixing valve suitable for a wide range of applications. The mixing valve has the following features:
−This progressive shower mixer provides state of the art features to comply with healthcare requirements.
−The GalvinCare®paddle handle provides straight forward temperature control and minimises ligature risk.
−Suitable for high and low pressure systems with a thermostatically controlled water temperature of 48°C
maximum.
−Enables water to be mixed closer to the point of discharge, minimising stagnant warm water which
provides ideal conditions for legionella bacteria to grow.
−Smooth internal components and body reduces scale build-up and bacteria growth.
−Maximum temperature limiter fitted for protection from accidental scalding.
−Clean smooth lines facilitate fast and easy cleaning.
−All servicing and commissioning can be done without removing the device. Easy access isolators, help
minimise time spent on commissioning and maintenance.
−Designed to provide stable mixed temperature with rapid shut down in the event of cold or hot water supply
failure.
−Approved to: AS/NZS 4032.4.
IMPORTANT: All GalvinCare®mental health taps are tested in accordance with AS/NZS 3718 and leave our
premises in good working order. Document to be read in conjunction with CliniMix® Progressive Thermostatic Mixing
Valve manual.



Version 2, 31 October 2019, Page 2of 16
2.0 TECHNICAL DATA
Inlet
 Male
Outlet
 Male
Headwork
Thermostatic mixing valve
Working Pressure Range (kPa)
Min
20
Max
500
Working Temperature Range (°C)
Min
5
Max
85
Finish
Chrome
Wall Recess required (mm)
Ø157 x 6
NOTE: Galvin Specialised continually strive to improve their products. Specifications may change without notice.
3.0 SAFETY
The CliniMix®CP-BS Inwall Thermo Progressive ShowerMixer with GalvinCare Handle W&C is a high-
performance valve designed to give stable and dependable operation, provided it is installed, commissioned,
operated and maintained as per the recommendations outlined in this manual. It should be noted however that this
valve should not be considered as an alternative to adequate supervision and duty of care during its use and
operation.
4.0 DESCRIPTION
This manual covers the CliniMix®CP-BS Inwall Thermo Progressive ShowerMixer with GalvinCare Handle W&C.
This product is designed to provide water from ambient cold up to a safe maximum temperature for showering.
This mixing valve is supplied with integral isolating valves, strainers, check valves, flow regulators located in-body
and a facility for thermal disinfection of the cold inlet side and mixed water outlet.
5.0 DIMENSIONS

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6.0 WATER SUPPLY CONDITIONS
INTRODUCTION
This CliniMix®CP-BS Inwall Thermo Progressive ShowerMixer w/ GalvinCare Handle W&C is manufactured to
the highest standards. When installed the supply conditions detailed below must be observed.
SUPPLY REQUIREMENTS
This mixer is designed to be installed on all types of plumbing systems.
Hot and cold water supply pressures should be reasonably balanced; however, the mixer will function within
specification on unequal pressures up to 10:1.
The mixer has integral isolating valves which permit servicing of the strainer, check valve/flow regulator and
thermostatic cartridge. They are also used for thermal disinfection.
The minimum pressure for the correct thermal operation is 20kPa. However, to achieve an acceptable flow
performance at very low pressures it may be necessary to remove the combined check valve and flow regulators
and replace them with simple check valves.
Hot Temperature Supply Range (°C)
Min
5
Max
85
Minimum Temperature Differential (between the supply and the outlet temperature) (°C)
10
Adjustable Temperature Range
Min
35
Max
48
Maximum Static Pressure (kPa)
1000
Working Pressure Range (kPa)
Min
20
Max
500*
Maximum Outlet Pressure (kPa)
500
Permitted Supply Pressure Variation
10:1
Factory Set Thermostatic Temp. (°C)
41
Maximum Thermostatic Temperature (°C)
48
Minimum Flow Rate for Stable Outlet Temperature (LPM)
6
Maximum Flow Rate (LPM@300kPa)
18
*Tapware must be installed in accordance with the provisions of AS/NZS 3500. Installations not complying with AS/NZS 3500 may void the
product and performance warranty provisions.
7.0 INSTALLATION
The CliniMix®Thermostatic Progressive Mixing Valves must be installed using the appropriate Standard, Code
of Practice and legislation applicable to point of install.
The CliniMix®Thermostatic Progressive Mixing Valves must be installed by a licensed plumber.
If the valve is not installed correctly then it will not function correctly and may put the user in danger. It may
also void the warranty of the valve.
Prior to the installation of the valve, the system must be checked to ensure that the system operating
conditions fall within the recommended operating range of the CliniMix®Thermostatic Progressive Mixing
Valve. If the hot water supply temperature is greater than 90° Celsius, the valve may be damaged. If the
temperature of the hot water will rise above 90° Celsius a suitable temperature limiting valve must be fitted to
the hot water supply, prior to the inlet fittings. This temperature limiting valve must be installed as per the
    ant that both inlet dynamic supply pressures are 500kPa or less. If
either supply pressure exceeds 500kPa then a suitable pressure reducing valve must be fitted prior to the inlet
control valve to reduce the pressure to an acceptable limit.
These pressure reducing valves must be installed as per the 
performance from the valve it is recommended that the inlet pressures are balanced to within 10% of each
other.
To ensure that the mixing valve operates correctly, it is necessary that the pipe-work is thoroughly flushed with

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clean water before the valve is installed. This will remove any physical contaminants from the pipe-work,
ensuring trouble-free operation. During the flushing procedure, care should be taken to prevent water damage
occurring to the surrounding area.
The valve should be installed so it can be easily accessed for maintenance or servicing.
During installation or servicing, heat must not be applied near the mixing valve or inlet fittings, as this will
damage the valve and inlet fittings internals. Failure to comply with this requirement will damage the valve and
fittings. It will put the user at risk and it will void the warranty of the valve.
Note: To effectively control microbial hazards during system design, installation, commissioning and maintenance, the
requirements of local legislation shall be adhered to.
Note: In some installations, certain types of tapware devices such as flick mixers and solenoid valves are used. The water
pressure may be seen to spike outside that recommended for the valve, during rapid shut off conditions with these types of
devices. Even if the spike only lasts a split second it is still considered to be outside the operating conditions and may cause the
valve to operate incorrectly. In the event that this does occur, measures must be taken to control the spike, such as the
installation of an inline pressure reducing valve directly before the valve inlets.
7.1 INSTALLATION
IMPORTANT: Galvin Engineering products must be installed in accordance with these installation instructions
and in accordance with AS/NZS 3500, the PCA and your local regulatory requirements. Water and/or electrical
supply conditions must also comply to the applicable national and/or state standards. Failing to comply with
these provisions shall void the product warranty and may affect the performance of the product.
1. Mounting
−Ensure the rough in details have been followed
to allow correct fitment of the Progressive
Shower unit. The unit must be mounted so that
the inlets are horizontal, and the outer plastic
box on the Progressive shower is proud of the
finished wall (to a maximum of 10mm).
2. Connect Water Supply
−Fit hot and cold water supplies to the correct side of
the shower unit and the outlet to the shower head. To
make this easier the outlet can be changed from one
end to the other by swapping it with the opposite plug.
Do not use heat on any of these connections as it will
damage the shower.
Note: Hot and cold inlet cannot be swapped.

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3. Seal outer faceplate and fit inner faceplate
−Seal the outer faceplate to the wall using a
suitable sealant.
−Insert the inner faceplate followed by the
shower flange, ensuring the provided o-rings
are in place
4. Secure flange
−Secure the flange with the three supplied screws.
−Use supplied M4x20mm long screws, if not
suitable change to M4x16mm long screws.
−Wipe off excess sealant on the outer faceplate
when secured to the wall.
Note: Before tightening the flange make sure the handle
fits correctly. Put screws into flange and tighten finger
tight, the flange should still be able to move. Slide the
handle onto spline and move the flange until central to
the handle. Remove handle and tighten the screws (it is
best to tighten the screws in sequence a little at a time to
avoid the flange moving). Refit handle.
5. Fit handle
−Secure the handle with supplied tamper proof screw.
Ensure the handle is oriented correctly.
8.0 OPERATION AND TESTING
After installation, check for leaks and correct operation.
As the handle is rotated anti-clockwise the delivered water progresses from cold through
warm to the pre-set maximum temperature of approximately 41°C.

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9.0 COMMISSIONING
Initial Test for Correct Operation
The following must be checked to ensure the correct performance of the progressive thermostatic mixer:
−the supply pressures and temperatures are within the range of operating pressures and
temperatures for the thermostatic valve.
−the supply temperatures are within the range permitted for the unit.
Please record the testing done during the commissioning and record the temperature of the hot and cold-
water supplies and the temperature of the mixed water at the full hot setting.
A calibrated digital thermometer having rapid response time with maximum temperature hold will be required
to check and set the outlet mixed temperature of the mixer.
To Commission
To test the temperature, open the valve and allow the mixed heated water to flow for at least 30 to 60
seconds so the temperature can stabilise before taking a temperature reading at the outlet with a digital
thermometer. The flow rate should be at least 4L/min.
f the outlet temperature requires adjustment
then follow the temperature adjustment in the installation instructions.
Shut Down Test
Once the correct outlet temperature has been achieved, the valves internal mechanism should be exercised
at least 3 times by alternately shutting off the hot and cold supplies while the mixer is set in the full hot
position.
Shut Down Test 1
With the mixer still set in the full hot position (handle fully turned anti-clockwise) and with both supplies turned
on, allow the mixed water temperature to stabilise for at least 15 seconds and note the outlet temperature.
While holding a digital thermometer in the outlet flow, quickly isolate the cold water supply to the valve
Handle to hot position
The outlet flow should quickly reduce to be less than 0.1L/min following the isolation. Recording of the
temperature should continue after isolation and should not exceed the maximum temperature set out in the
applicable standard or code of practice for each state.
Restore the cold-water supply to the valve. After the mixed water temperature has stabilised note the outlet
temperature ensuring the outlet temperature has re-established. The time taken to stabilise the temperature
should not exceed the maximum time set out in the applicable standard or code of practice for each state.

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10.0 ISOLATE INLETS AND CLEAN FILTERS
1. To isolate the shower, remove the handle and
flange by unscrewing and carefully remove the
inner faceplate and flange o-ring. (As shown)
2. It is recommended the shower is isolated at
supply
3. Remove the two wire clips and unscrew the two
assemblies. As they are removed the water
supply to the valve will be isolated.
4. The strainers and check valves can now be
examined and cleaned or replaced as
necessary.
5. Re-assemble the strainer, check valves and re-fit
the wire clips.
6. Turn on water supply.
Shut Down Test 2
With the mixer still set in full hot position and with both supplies turned on allow the flow to stabilise for at
least 15 seconds and record the temperature. Quickly isolate the hot water supply to the valve.
The outlet flow should quickly reduce to be less than 0.4L/min following the isolation. The volume of mixed
water discharged for a period of between 5-35 seconds should be measured and should not exceed the
maximum volume set out in the applicable standard or code of practice for each state.
Restore the hot water supply to the valve and measure and record the outlet temperature after the mixed
water temperature has stabilised. The time taken to stabilise the temperature should not exceed the
maximum time set out in the applicable standard or code of practice for each state.
Ensure that all details of the Commissioning Report are completed, and a copy is kept with the installer and
owner of the premises.
The valve is now commissioned, and it can be used within the technical limits of operation.

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7. Fit the inner faceplate into the outer faceplate.
Ensure the marking on the top of the plate is
positioned correctly.
Note: Before tightening the flange make sure the handle
fits correctly. Put screws into flange and tighten finger
tight, the flange should still be able to move. Slide the
handle onto spline and move the flange until central to the
handle. Remove handle and tighten the screws (it is best
to tighten the screws in sequence a little at a time to avoid
the flange moving). Refit handle.
8. Fit the handle and fasten so the arrow shape on
top of the handle matches the marking on the
faceplate.
11.0 ADJUSTMENT OF THE MIX TEMPERATURE
1. Set the handle to cold position.
2. Unscrew the tamper proof
screw from handle. Pull out
handle assembly from the
body
3. Remove the upper brass ring. Make

during the next steps.
4. Remove the lower brass ring
(temperature setting ring) and
rotate the brass ring
clockwise to increase
temperature or anti-clockwise
to decrease. Refit to spline in
new position.
5. Reposition the upper ring
in the same position
against step.
6. Once set, reverse step 2 to
reassemble.
7. Re-test temperature to ensure correct
operation.

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12.0 REMOVING AND INSPECTING MIXER CARTRIDGE
1. Remove handle assembly
−Unscrew the tamper proof screw from handle.
Pull out handle assembly from the body
2. Remove flange and faceplate
−Unscrew the three screws and pull out the flange
and faceplate from unit. Do not remove the
outer faceplate.
3. Isolate the shower
−It is recommended the shower is isolated at
supply.
−To isolate the shower loosen the isolators in an
anti-clockwise direction until they are touching
the circlips. This closes the shut off valves.
−Open the valve and check if there is a flow.
4. Remove cartridge nut and check cartridge
−Unscrew cartridge and remove from body. Check
the cartridge for wear and damage. Replace if
required (replacement cartridge available through
your supplier).
−Check and clean the body of all debris.
5. Re-assemble
−Re-assemble, by reversing steps 4 to 1.
−To re-open the shut off valves tighten the flow regulator/check valve/filter units until tightened (do not over
tighten) and refit the two clips.
−Check for leaks and correct operation.
Note: Before tightening the flange make sure the handle fits correctly. Fit screws into flange and finger tighten. The flange should still
be able to move. Slide the handle onto spline and move the flange until central to the handle. Remove handle and tighten the screws
(it is best to tighten the screws in sequence a little at a time to avoid the flange moving). Refit handle.

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13.0 MAINTENANCE
Thermostatic Mixing Valves are precision products and as such any maintenance needs to be undertaken in

The purpose of servicing regularly is to monitor any changes in performance due to changes in either the
system or the product. This may highlight the need to adjust either the supply system or the product. These
products should be checked at 6 to 8 weeks and again at 12 to 15 weeks after commissioning. The results
are to be compared against original commissioning settings.
If there are no significant changes at the mixed temperature outlet then a 6 monthly servicing cycle may be
adopted. Otherwise, servicing checks should be carried out more frequently (e.g. every 4 months).
Follow the recommended maintenance procedures detailed in this section.
During servicing, note the following:
1. Repeat the procedure of recording and checking supply temperatures. (The same type of measuring
equipment should be used)
2. If the temperature has changed significantly from the previously recorded values, the following should
be checked:
a. All integral valve filters are clear of obstruction.
b. All integral check valves are clean and working properly to prevent backflow.
c. Any isolating valves are fully open.
d. The thermostat is free of debris.
When satisfied with the mixed outlet temperatures re-record the temperatures.
14.0 DISINFECTION
A disinfection kit is available. For more information please visit www.galvinengineering.com.au.

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15.0 TROUBLESHOOTING
PROBLEM
CAUSE
RECTIFICATION
The desired mixed water
temperature cannot be
obtained, or valve is
difficult to set.
−Hot and cold supplies are fitted to
the wrong connections.
−Thermostatic cartridge contains
debris or is damaged.
−Strainers contain debris.
−Non-return devices are damaged.
−Refit the valve with hot/cold supplies fitted to
the correct connections.
−Clean cartridge ensuring all debris is
removed and components are not damaged.
Replace if necessary.
−Clean strainers of debris.
−Check non-return device is not jammed.
−Check for airlocks in the water supply.
The water temperature
selected is cold yet hot
water comes out.
−Hot and cold water supply
connections are installed in reverse.
−Refit the valve ensuring the hot/cold supplies
are fitted to the correct connections.
The thermostatic mixing
valve will not shut down.
−The hot to mix temperature
differential is not 10°C or greater.
−Thermostatic cartridge
contains debris or is damaged.
−Non-return devices are damaged.
−Raise hot water temperature.
−Clean the cartridge ensuring that all debris is
removed.
Mix temperature
unstable.
−Flow rate below 2L/min.
−Thermostatic cartridge contains
debris or is damaged.
−Strainers contain debris.
−Non-return devices are damaged.
−Rectify any pressure deterioration.
−Clean the cartridge ensuring that all debris is
removed and components are not damaged.
Replace if needed.
−Clean strainers ensuring debris is removed.
−Check non-return device is not jammed.
Mix temperature
changing over time
−Inlet conditions (pressure or
temperatures) are fluctuating.
−Strainers contain debris
−Install suitable pressure control valves
to stabilise inlet conditions.
−Clean strainers ensuring debris is removed.
Either full hot or cold
flowing from outlet
fixture
−Upper temperature ring is not
correctly set.
−No flow from hot and cold supplies.
−Damaged check valves.
−Re-set temperature to between 35-46°C as
required.
−Check water is switched on.
−Replace faulty check valves.
Water is not flowing
from outlet.
−Hot or cold water failure.
−Thermostatic cartridge.
contains debris or damage
−Strainers contain debris.
−Restore inlet supplies and check mix
temperature.
−Clean the cartridge ensuring that all debris is
removed and components are not damaged.
Replace if needed.
−Clean strainers.

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16.0 WARRANTY
The Galvin Engineering CliniMix Thermostatic Progressive Mixing Valves is guaranteed free from manufacturing
faults for a period of 12 months, subject to the condition outlines below;
GALVIN ENGINEERING PRODUCT WARRANTY
Subject to the warranty conditions and exclusions set out below, Galvin Engineering products are warranted to be free
from defects in materials and/or workmanship for a period of 12 months service life, and if found by Galvin Engineering
to be so defective will be replaced as set out below. If the product is sold by a party other than Galvin Engineering, then
it is sold by the seller as principal and the seller has no authority from Galvin Engineering to give any additional warranty
on behalf of Galvin Engineering.
The benefits of this warranty are in addition to all other rights and remedies which the purchaser may have under the
Trade Practices Act or similar laws of each State and Territory in Australia.
Warranty Conditions and Exclusions
Conditions:
1. The TMV must have been installed by a licensed plumber in accordance with the Galvin Engineering Installation
Instructions and Application Guidelines supplied with the valve, in accordance with local Plumbing and Drainage
Codes at the date of installation and all relevant statutory and local requirements in which the product is installed.
2. Where the product is installed outside the boundaries of a metropolitan area as defined by Galvin Engineering, the
cost of transport insurance and travelling shas responsibility.
3. Where the valve comprises part of a hot water system, installation of that system must be in accordance with its
ements.
4. The valve must be returned to Galvin Engineering together with a fully and correctly completed Galvin Engineering
Warranty Claim Form.
5. Where the valve is replaced under warranty the replacement valve carries a new warranty as detailed herein.
Exclusions:
Replacement work will be carried out as set out in the Galvin Engineering Warranty above, but the following exclusions
may cause the warranty to become void, and may incur a service charge including cost of parts where:
1. Damage has been caused by accident, Acts of God, misuse, incorrect installation, incorrect installation of the water
supply system of which the product forms a part or attempts to disassemble the valve.
2. It is found that there is nothing wrong with the product
3. The failure of the valve is due in part or in whole to faulty manufacture/installation of the hot water supply system of
which the product forms part.
4. The valve has failed directly or indirectly as a result of excessive water pressure or temperature outside the Supply
Pressure Requirements, or corrosive environment.
5. The valve has failed due to foreign matter either from installation or the water supply.
6. The failure of the valve is due to scale formation in the waterways of the valve.
7. The failure of the valve is due in part, or in whole, to installation not in conformance with the requirements of the
Code.
8. Galvin Engineering reserves the right to change its specifications without prior notice and will not accept liability for
any claim arising from such change.
9. Subject to any statutory provisions to the contrary, claims for damage to furniture, carpets, walls, foundations or any
other consequential loss either directly or indirectly due to leakage from the valve are also excluded from warranty
cover.

Version 3, 14 December 2018, Page 13 of 16
Galvin Engineering Thermostatic Mixing Valve or Tempering
Valve Commissioning Report and/or Maintenance Report
Note:
1. Please use a separate form for each valve.
2. The original copy of the report is to be given to the owner/occupier and retained on site for a minimum of 7 years.
Cross off appropriate box □
Thermostatic Mixing Valve □Tempering Valve □
Commissioning Report □Maintenance Report □
Name of Establishment: ____________________________________________________________________
Address of Establishment: ____________________________________________________________________
Phone Number: _____________________________ Date: _____________________ Work Order #: _______
Contact Person: _______________________ Make & Model of Hot Water System:________________ ______
Temperature of Hot Water to the Valve: _____________ Temperature of Cold Water to the Valve: ______________
Hot Water Pressure: ________kPa Cold Water Pressure: _______kPa
Make of Mixing Valve: _______________________ Model No: ________________________ Size: _________
Valve Location/Building: _____________________________________________________________________
Valve Identification No: ______________________________________________________________________
Total No of Valves on the Site/Building: _________________________________________________________
No of Outlets Serviced by this Valve: Baths ( ) Basins ( ) Showers ( )
Other Outlets - Details ______________________________________________________________________
Valves Installed to the requirements of:
The Valves manufacturers requirements
Yes
No
The specifications and drawings for the project
Yes
No
The Local Water Supply or Authority
Yes
No
If No, give details and actions taken:
_____________________________________________________________________________________________
_____________________________________________________________________________________________
_____________________________________________________________________________________________
________________________

Version 3, 14 December 2018, Page 14 of 16
Galvin Engineering Thermostatic Mixing Valve or Tempering
Valve Commissioning Report and/or Maintenance Report
Test Results
Valve considered satisfactory for use: Yes □No □
If No, state the reason and action taken:
____________________________________________________________________________________________
____________________________________________________________________________________________
____________________________________________________________________________________________
Commissioning Work
It is hereby certified that all the commissioning work has been carried out by the undersigned in accordance with the
requirements of the Codes of Practice indicated prior.
Date of Valve Commissioned:
__________________________________________________________________________
Name of Licensed Plumber: _______________________________ License/Cert No: _____________________
License Plumbers Signature: __________________________________________________________________
Telephone No. _____________________________________________________________________________
Owner/occupiers signature: ________________________________________________Date: ______________
Date of Initial Service Due: ___________________________________________________________________

Version 3, 14 December 2018, Page 15 of 16
Galvin Engineering Thermostatic Mixing Valve or Tempering
Valve Commissioning Report
Valve Location/Building : ____________________________________________________
Room or Area: ____________________________________________________________
Work Order No.:___________________________________________________________
Warm
Water
Outlet
Fixture
No.
*Name/Type/Size and location
of Outlet Fixture (Bath, Shower,
Basin, Other)
Flow rate of Design Water (LPS)
Temp of Warm Water (C)
One Outlet
in Use
**All Req‘d
Outlets in Use
One Outlet
in Use
**All Req’d
Outlets in
Use
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
*Give details of brand and model designation.
** Commensurate with the design flow rate for the mixing valve.
Note: An accurate digital thermometer is necessary for the temperature measurements
Prescribed temperature range for warm water ______________ C to _________________C
Thermal shutdown at both minimum and maximum design flow rates
(Passed/Failed) Yes □No □Name of Plumber: _____________________________________
License/Cert No. _________________________________
gnature: __________________________ Date: ______________ Telephone Number: ______________________

Version 2, 31 October 2019, Page 16 of 16
Galvin Engineering Thermostatic Mixing Valve or Tempering
Valve Commissioning/Maintenance Report
The following information is to be provided by the site manager/owner/occupier.
Valve size and installation recommended by : ___________________________________________________
Valves supplied by: ________________________________________________________________________
Date of Installation: _________________________ Drawing No. ____________________________________
Service Manual on Site: Yes □No □
Commissioning Tests for new installation or valve replacement. Yes □
This set of testing procedures and report received and witnessed by (Print Name): ______________________
Temperature setting at completion of commissioning _______________ C
Position: ________________________________Signature: ______________________
Date:_______________________
Maintenance Tests. Yes □
Date of Previous Service: ______________________________________________
Previous Service carried out by: _________________________________________
Reason for Maintenance Tests: _______________________________________________________________
This Test and report Witnessed by: _______________________________________
The valve has been operating/performing satisfactorily for the previous 12 months: Yes □No □
Comment on monthly Temperature Tests carried out by the owner: _____________________________________
___________________________________________________________________________________________
Temperature setting at time of completion: _________C
Current Report received and witnessed by:
Name: ______________________________________
Position: ____________________________________
Signature: ____________________________________Date: ______________________________