HOW TO CONNECT UP A HEAT TRANSFER SYSTEM WITH A WEISS ER12B DIGITAL CONTROLLER
1.
The active line
in
is connected to
terminal 1
at the rear of the control unit.
2.
The active line
out
to the inline
fan
unit is connected to
terminal 3
at the rear of the control unit.
3.
Neutral
connections are common to
terminal 5
at the rear of the control unit.
4.
The thermostat is then set to the temperature that is required to be maintained in the room with the main heat
source (the room with the thermostat) using the up and down arrows to modify the smaller number (top right of
display).
DIGITAL CONTROLLER
The enclosed Weiss
Heat Transfer System
comes complete with a wall-mount controller. Weiss
Heat Transfer Systems
MUST
ALWAYS be wired through the included controller. The best placement is in a convenient location within the room with the
heat source, around light switch height, this can vary depending on room layout
–
but use this as a guide. The controller
needs to be fitted in accordance with the instructions enclosed with the controller unit. Ensure the controller is located in the
same room as the heat source, approximately 3-4 metres away at wall switch height.
Do NOT test this product, or an installation that includes this
product with a Mega as it will damage the thermal
protector.
Weiss Limited reserves the right to
alter designs and specifications
without notice.
WEISS LIMITED RECOMMENDS THAT THE ELECTRICAL INSTALLATION BE COMPLETED BY A QUALIFIED
ELECTRICAN
Electrical Note:
Please ensure the electrical installation of this product complies with local wiring
regulations.
Important Note:
Not for use with a heat pump
Do not cover the fan unit with any insulation material
Do not completely close off adjustable outlet vents
Always install this product with the thermostat
Weiss Limited reserves the
right to alter designs and
specifications without notice.
Weiss Limited recommends that the electrical
installation be completed by a qualified electrician
and comply with local wiring regulations
Do NOT test this product, or
an installation that includes
this product with a Mega.
Weiss Limited, 20b Arwen Place, East Tamaki
PO Box 204120 Highbrook Auckland
New Zealand
Tel: +64-9-274-4113, Fax: +64-9-274-1880
© Weiss Limited 2018
INSFV601
Revision 2018065
Weiss Limited
Heat Transfer System
(Cat No. FV601)
1 Room to 1 Room Heat
Transfer w Thermostat
230-240V AC 50Hz
THESE UPDATED INSTALLATION AND OPERATION INSTRUCTIONS SUPERSEDE ANY INSTRUCTIONS ON THE CARTON
FITTING INSTRUCTIONS
Thank you for purchasing this quality
Heat Transfer System
product by Weiss™.
With a Weiss™
Heat Transfer System
selected rooms can be warmed by transferring heat from an area with a slow
combustion fire as the main heat source. Not designed for use with a heat pump.
PLEASE READ ALL INSTRUCTIONS CAREFULLY BEFORE COMMENCING INSTALLATION.
Note
: Pictures and diagrams on packaging are designed only to be used as a concept. All installation details should be
carried out as per the instructions herein.
Note
: All electrical work must be carried out by a registered electrician.
Heat Transfer System
can be installed into any rooms that require warmth to ward off winter chills. The subtle design and
whisper quiet operation makes the unit suitable for hallways, bedrooms and other family areas.
SUITABILITY
Heat Transfer System
(includes Ducting, thermostat and inline fan) has been designed for ceiling cavity installation.
BEFORE YOU START
Heat Transfer System
must not be mounted in areas subject to direct splashing. Refer to New Zealand standard NZECP2: 1988
Section 4.6 and Australian Standard AS3000:1991, Section 6.2.
Extractor fans mounted at high levels (ceiling installation) are required to be installed so that the fan blades are more than
2.3m above the floor.
DUCTING
All ducting components that are required to duct your
Heat Transfer System
are included in this unit. A total ducting length
of 6 metres is included with this unit. (2 x 3 metre lengths).
SAFETY NOTE
This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or
lack of experience and knowledge, unless they have been given supervision or instruction concerning 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.
As this appliance does not have a plug included with the supply cord, appropriate means of disconnection are required to
be incorporated in the fixed wiring in accordance with the AS/NZS wiring rules. If the supply cord is damaged, the entire unit
must be replaced by the manufacturer, its service agent or similarly qualified persons in order to avoid a hazard. Precautions
must be taken to avoid the back-flow of gases into the room from the open flue of gas or other fuel-burning appliances.
Ensure that the fan is switched off from the supply mains before removing the guard
IMPORTANT
Decide on which rooms you want to warm, and check the distances between these rooms (in a straight line) to check your
overall ducting requirement.
The Weiss
Heat Transfer Systems
are not heat generating systems. The systems have been designed to transfer heat. To
ensure that minimal heat is lost while being transferred from one room to another, the ducting included is fully insulated.
Be sure that you have sufficient surplus heat available to be transferred to additional rooms.
Fit all duct work and secure the fan unit prior to the connection of the electrical supply.
FOR OPTIMUM PERFORMANCE
A well insulated house with a ceiling height of 2.4 meters will be the most effective with a Weiss
Heat Transfer System
. You
may have to run your Heat Source at a higher setting to be able to transfer the extra heat created to other rooms. When
starting the system, set the thermostat to the temperature that is required to be maintained in the room with the main heat
source (the room with the thermostat). This means that surplus heat will then be moved through the transfer system to other
parts of the house. In a typical installation, it will take approximately one hour to warm
rooms with transferred heat
