Installation Manual

WARNING

TURN OFF THE CIRCUIT BREAKER

SUPPLYING POWER TO THE HEATER

BEFORE INSTALLING THE LOAD

TRANSFER SWITCH (LTF). LOCK,

TAPE, OR TAG THE CIRCUIT BREAKER

PANEL DOOR OR FUSE BOX. FAILURE

TO DO SO COULD RESULT IN SERIOUS

ELECTRICAL SHOCK, BURNS, OR

POSSIBLE FATALITY!

When using electrical appliances, basic precautions should always be followed to reduce the risk of re, electric shock, and injury to

persons, including the following:

HEATER OUTLET

Load Transfer Plate LTF-240

Installation Instructions

http://cadetheat.com/products/baseboard-heaters/baseboard

SAVE THESE INSTRUCTIONS

cadetheat.com Tel: 855.CADET.US P.O. Box 1675 Vancouver, WA 98668-1675

Features & Benets

• Conveniently uses one circuit to operate either a baseboard

heater or A/C unit.

TOOLS REQUIRED

• #2 Phillips Screwdriver

• Wire Connectors (not included)

IMPORTANT INSTRUCTIONS

1. Read all instructions before using this heater and load transfer

plate.

2. All electrical work and materials must comply with the National

Electric Code (NEC), the Occupational Safety and Health Act

(OSHA), and all state and local codes.

3. If you need to install a new circuit or need additional wiring

information, consult a qualied electrician.

4. Check that the circuit breaker and wiring is for a 20 amp rating.

5. The LTF-240 is only approved for installation on CADET

brand baseboards.

PAGE 1
Load Transfer Plate LTF-240 Installation Instructions http://cadetheat.com/products/baseboard-heaters/baseboard Features & Benefits HEATER OUTLET • Conveniently uses one circuit to operate either a baseboard heater or A/C unit.
PAGE 2
INSTALLATION INSTRUCTIONS NOTES • A single pole Cadet brand BTF1 thermostat must be installed at the other end of the baseboard. HEATER OUTLET • NOT intended for use with wall thermostat ROCKER SWITCH • Will not support double pole thermostat 1. Verify that the LTF-240 receptacle configuration (See Figure 1) matches the appliance plug. 2. LTF must be installed at end of baseboard that carries the incoming power supply. 3.