Braemar CPL User manual

ILL1456-A
(English) (CPL CPS LCB BM)
(Original English Instructions)
CPL CPS LCB BM Evaporative Cooler
INSTALLATION MANUAL
®

WARNING: Failure to install and commission the product in compliance with these instructions, or
failure to do the job properly and competently, may void the customer's warranty. Further, it could
expose the Installer and/or the Retailer to serious liability.

ILL994-C
ILL1048-A
1. Unwrap the Cooler. Page
4
Page
4
1. Remove pads.
1. Read & understand
the safety section. Page
3
SAFETY
FIRST!
Page
5
1. Check cooler location.
2. Be aware of local regulations.
3. Discuss with customer.
Page
5
Page
4
1. Remove the venturi.
2. Remove the transition.
Page
6
Page
7
Page
11-13
Page
10
1. Locate and install the wall
control.
Page
15
Page
15
1. Set the water level.
Page
17
Page
17
ILL239-D
Page
17
Page
13
1. Install the venturi.
Page
20
Page
9
Page
14
1. Connect the components
to the electronics module.
Page
8
Step 15
Step 11 Step 12Step 10
Step 13
Step 9
Step 7Step 6 Step 8Step 5
Step 2 Step 4Step 1
Step 17 Step 19 Step 20 Step 18
1
ILL963-A ILL969-A
ILL972-A
Step 14
ILL1083-A
ILL1084-A
LESS WATER
MORE WATER
ILL998-B
Step 16
1. Clean up the site.
Step 3
1. Test run the cooler. 1. Complete the checklist.
Auto
Cool
TIMER
AUTO
COOL
ILL1128-A
Auto
Cool
TIMER
AUTO
COOL
ILL1128-A
SEELEY INTERNATIONAL – INSTALLATION MANUAL 1
1. Show the customer how to
operate their new cooler.
2. Give the customer their owners
manual.
1. Cut cable hole in dropper.
2. Position, level and secure the
dropper.
3. Flash the dropper.
1. Read and adhere to the local
electrical and plumbing rules
and regulations.
1. Run the power and wall
control cables down the
dropper.
1. Fit the float valve.
2. Fit the drain valve or bleed tray.
3. Connect water supply to the
cooler.
1. If there is a drain valve fitted to
the cooler, set the drain rate at
the wall control if necessary.
1. Fit the transition to the dropper
and secure.
2. Break weatherdamper transport
clips and fit weatherdamper.
1. Transport the cooler to the roof.
2. Always handle the cooler using
2 people.

EXPLODED VIEW
2
®
CPL CPS LCB BM Evaporative Cooler
®
When ordering spare parts, please specify the model/serial number and colour of your cooler.
1
2
3
4
5
6
7
8
9
9
23
11
12
13
14
15
26
24
25
27
28
16
18
19
20
21
22
17
10
ILL 1151-D
ILL972-C
ILL985-D
ILL973-B
1. Dropper Grommet
2. Transition
3. Weatherseal
4. Transition Plug
5. Pad Frame
6. Flexible Hose
7. Solenoid Cover
8. Solenoid Valve
9. Extension Tube
10. Tank
11. Corner Pillar
12. Water Sensor
13. Float Valve
14. Water Pump
15. Drain Valve
16. Motor Power Lead
17. Power Cord Assy
18. Electronics Module
19. Pump Hose
20. Venturi / Fan Assy
21. Lid
22. Distributor Cap
23. 3/4” to 1/2” BSP Adaptor
24. Bleed Funnel
25. Bush, Bleed Funnel
26. Nut 40mm (Bleed Funnel & Drain Valve)
27. Drain Adaptor
28. Nut, Drain Adaptor
Water Inlet Configuration
CPL, CPS, LCB, BM - Bleed Funnel
Water Inlet Configuration
CPL, CPS, LCB, BM - Drain Valve
Water Outlet Configuration
CPL, CPS, LCB, BM - Drain Valve
Water Outlet Configuration
CPL, CPS, LCB, BM - Bleed Funnel
CPL, BM Motor/Fan/Venturi Assy
CPS, LCB Motor/Fan/Venturi Assy

SAFETY
EMPLOYER AND EMPLOYEE RESPONSIBILITIES
Installer and Maintenance Contractors
Risk Assessment
Some points to consider:
The installation and maintenance of evaporative air conditioning units at height has the potential to create Occupational Health and Safety
issues for those involved. Installers are advised to ensure they are familiar with the relevant State and Federal legislation, such as Acts,
Regulations, approved Codes of Practice and Australian Standards, which offer practical guidance on these health and safety issues.
Compliance with these regulations will require appropriate work practices, equipment, training and qualifications of workers.
Seeley International provides the following information as a guide to contractors and employees to assist in minimising risk whilst working
at height.
A risk assessment is an essential element that should be conducted before the commencement of work, to identify and eliminate the risk
of falls or to minimise these risks by implementing control measures.
A risk assessment of all hazardous tasks is required under legislation.
There is no need for this to be a complicated process, it just is a matter of looking at the job to be done and considering what action(s) are
necessary so the person doing the job does not injure themselves.
This should be considered in terms of:
What are the chances of an incident happening?
What could the possible consequence be?
What can you do to reduce, or better still, completely get rid of the risk?
What is the best and safest access to the roof and working areas?
If a worker is alone, who knows they are there and if they get into difficulty, how can they summon help? (Call someone on the
ground? Mobile phone? etc.)
What condition is the roof in? Should the trusses, underside or surface be checked?
Does the worker have appropriate foot wear? (Flat sole jogger type is advisable)
Are all power cables / extension leads safe and appropriately rated?
Are all ladders, tools and equipment suitable in good condition?
Where ladders are to be used, is there a firm, stable base for them to stand on? Can they be tied or secured in some way at the top?
Is the top of the ladder clear of electricity supply cables?
Is there a roof anchor to attach a harness and lanyard to? If so, instruction should be issued for the use of an approved harness or
only suitably trained people used.
Are all tools and materials being used, prevented from slipping and falling onto a person at ground level? Is the area below the work
area suitably protected to prevent persons walking in this area?
Does the work schedule take into account weather conditions, allowing for work to be suspended in high winds, thunder
storms/lightning or other types of weather giving wet, slippery surfaces?
Is there an on-going safety check system of harnesses, ropes, ladders and access/lifting equipment and where they exist on roofs,
anchor points before the commencement of work?
Is there a system which prevents employees from working on roofs if they are unwell or under the influence of drugs or alcohol?
Are there any special conditions to consider i.e. excessive roof pitch, limited ground area, fragile roof, electrical power lines?
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
!
OTHER IMPORTANT REQUIREMENTS
!
!
!
Never force parts to fit because all parts are designed to fit together easily without undue force.
Never drill any holes in the primary base surface or side walls of the bottom tank (reservoir) of the cooler.
Check the proposed cooler location, to ensure that it is structurally capable of supporting the weight of the cooler, or provide an
adequate alternate load bearing structure.
SEELEY INTERNATIONAL – INSTALLATION MANUAL 3