Galvin Engineering ClevaCare CLEVA010 Instruction sheet

Version 1, 31 October 2019, Page 1of 5
Healthcare CP-BS ClevaCare®Shower Arm
PRODUCT CODES:
- CLEVA010
SPECIFICATIONS
- The ClevaCare®Shower Arm is suitable for new or retrofit installations.
- CP Brass swing arm with stainless steel spring.
- Supplied with stainless steel fasteners.
- Finished in bright chrome plate for easy cleaning and added durability.
- Hoses, hand shower pieces and slide rails must be sourced separately, and should be approved by
the end user, the specifier, the Health Department and Standards Australia. Hoses with swivel
connections are preferred and stainless steel braided hoses are not recommended.
IMPORTANT: All Galvin Engineering taps are tested in accordance with AS/NZS 3662 and leave
our premises in good working order.
TECHNICAL DATA
Inlet
½” BSP –Male
Outlet
½” BSP – Male
Headwork
N/A
Working Pressure Range (kPa)
Min
N/A
Max
N/A
Working Temperature Range (°C)
Min
N/A
Max
N/A
Nominal Flow Rate (LPM)
N/A
Construction
Brass
Finish
Chrome
NOTE: Galvin Specialised continually strive to improve their products. Specifications may change
without notice.
TOOLS REQUIRED
−Power drill
−Spanner or adjustable crescent

Version 1, 31 October 2019, Page 2of 5
PRE-INSTALLATION
MOUNTING DETAILS
−If the mounting holes do not already exist, mark out and drill the holes in the bench/trough,
as shown in rough-in dimensions.
Figure 1
Typical Mounting Distance from the floor
Figure 2
Typical Retrofit Installation

Version 1, 31 October 2019, Page 3of 5
INSTALLATION
INSTALLATION COMPLIANCE: 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.
IMPORTANT: Whilst our product designs take into account a broad range of installation types and
surfaces, it is important that surfaces which fixtures are mounted to are flat and free from defect.
Additionally, ensure any protruding connecting thread is square to the wall so that the outlet sits flat against
the wall when installed, ensuring that there are no gaps between the wall and outlet. This is especially
important when installing product ranges that have been designed for correctional and health facilities,
where special attention is required to minimise ligature points and areas for concealment of contraband.
In addition to ensuring the products are fitted securely and in accordance with the following instructions,
consideration shall be given to the use of non-pick mastics such as BASF Sonolastic “Ultra” to ensure a
high quality and safe installation.
1. Top Flange
Mark the height of the top flange centre point by
measuring vertically 2275mm above the floor.
Then measure approximately 150mm horizontally
to the left or right (depending on the position of
the shower recess) of the centre of the existing
supply fitting. Drill 2 holes Ø8 x 50mm deep,
38mm horizontally apart to suit the top flange.
2. Bottom Flange
Mark the position of the bottom flange’s centre point
400mm below the top flange’s centre point. Then
mark the two holes for mounting the bottom flange
similar to the manner as the top flange.
Note: The bottom flange is mounted in a vertical
orientation.
Important: the functionality of this product relies on
the accuracy of the vertical alignment between the top
and bottom flanges.
3. Mount the shower arm
Attach both the wall flanges using the plastic star
plugs and self-tapping screws supplied (these
fasteners may not be appropriate for all wall
materials. If this is the case, other fastening
systems will have to be sourced by the installer).
4. Attach the hose (not supplied)
When fitting the inlet hose, lay the arm against the
wall in the preferred ‘resting’ position, then tighten the
hose. The arm will tend to return to this position when
not in use.
38
DRILL 2 HOLES
Ø8x50 DEEP
2275mm ABOVE
THE FLOOR

Version 1, 31 October 2019, Page 4of 5
Figure 3
Clevakit typical installation
Conforming to AS1428.1-2009
5. Check Shower for operation and leaks
Check the hose is securely connected. Turn on
water supply, the shower should now be
working. Once installation is completed and the
unit must be tested for any leaks.
Notes:
1. To comply with backflow prevention
standards, the hand spray must hang at
least 55mm above the floor provide an ‘air-
gap’ (See Figure 1 and 2). If the hand piece
lies on the floor, then an appropriate
backflow prevention device must be
installed.
2. Figure 3 shows a Clevakit typical installation
conforming to AS1428.1-2009.

Version 1, 31 October 2019, Page 5of 5
TROUBLESHOOTING
PROBLEM
CAUSE
RECTIFICATION
Water is not flowing or
inconsistant flow
Shower arm is blocked with
debris.
Remove debris from shower arm.
WARRANTY
The warranty set forth herein is given expressly and is the only warranty given by the Galvin
Engineering Pty Ltd. With respect to the product, Galvin Engineering Pty Ltd makes no other warranties,
express or implied. Galvin Engineering Pty. Ltd. hereby specifically disclaims all other warranties,
express or implied, including but not limited to the implied warranties of merchantability and fitness for a
particular purpose.
Galvin Engineering Pty Ltd products are covered under our manufacturer’s warranty available for
download from www.galvinengineering.com.au Galvin Engineering Pty Ltd expressly warrants that the
product is free from operational defects in workmanship and materials for the warranty period as shown
on the schedule in the manufacturer’s warranty. During the warranty period, Galvin Engineering will
replace or repair any defective products manufactured by Galvin Engineering without charge, so long as
the terms of the Manufacturer’s warranty are complied with.
The remedy described in the first paragraph of this warranty shall constitute the sole and exclusive
remedy for breach of warranty, and Galvin Engineering Pty Ltd shall not be responsible for any
incidental, special or consequential damages, including without limitation, lost profits or the cost of
repairing or replacing other property which is damaged if this product does not work properly, other
costs resulting from labour charges, delays, vandalism, negligence, fouling caused by foreign material,
damage from adverse water conditions, chemical, electrical or any other circumstances over which
Galvin Engineering has no control. This warranty shall be invalidated by any abuse, misuse,
misapplication, improper installation or improper maintenance or alteration of the product.