Installation

Instructions

1. Cut the heating element to desired lengths. Stay 6 inches away from walls.

2. Put the cut elements in place on the floor. Do not space heating elements more than 4 inches apart. You can put the elements as close together as you like as long as they don’t touch.

3. Using the provided silver connectors and 14 gage wires, strip the wire and insert it to the crimp. Using standard plyers crimp the wire and connector together.

4. Take the wired connector and center it over the buss braid located ½ inch front each side of the heating element. Crimp the connector on to the heating element, using standard plyers. Use white wire on one side, black on the other.

5. Repeat this method and connect all the heating elements together. Keep the white wire and black wire on their respective sides.

6. Bring one black wire and one white wire from the first heating element and a black and white wire from the end of the last element to the provided 2×3 electrical box.

7. Mount your transformer near an outlet and connect the two wires that come out of the transformer, one to the black wires and one to the white wires.

8. Follow the Failsafe wiring diagram for best practice installations.

9. After the wiring is complete, plug in the transformer and test the system.

10. Go to the last element run and put your tester on the connector. You should have 24v. If you do, continue testing every connection to make sure they all are at looking for 24v. When complete tape over each connection with electrical tape covering connection completely.

11. Finally, staple, tape, or nail down the heating element to the substrate. Be careful not to hit the buss braid in the element. When complete you are ready to lay the floor.

 

Fail Safe Wiring Diagram Required!

Fail Safe Wiring send power to the heading element from both ends of the mat. This allows the element to heat up faster and more evenly. Additionally, it provides protection from any damage that could occur during installation. Even if a wire or bus braid is damaged to the point of losing connection, power will still be received through the other end of the element.

Fail-Safe-Wiring-Diagram

By using the fail safe wiring method the heating element receives power from both ends of the mat.
This is the best practice we can suggest for two reasons.
1) If the buss braid is damaged during the laying of the floor or for any unforeseen reason to the point the where it can’t supply electric past the point where it is damaged, the mat will still receive power from the other end of the mat.
2) The mats will heat quicker and with more even heating because of a dual direction supply.
length graph




Element Length* Power Supply (24V) Watts Amps 120V
20 ft 250VA

220

1.9

40 ft 500VA

440

3.8

* Maximum total element length per power supply. 

Element to Transformer Maximum Wire Length Max Length
14 AWG

15 ft

12 AWG

25 ft

10 AWG

35 ft

*All kits are supplied with 14 gauge wire

  • TECHNICAL SPECIFICATIONS
  • FEATURES
Model: C/O 11
Heating Element type: Positive Temperature Coefficient (PTC) semi-conductor polymer
Width: 13.5″
Length: Cut to order
Max. Element Length: 40 feet
Weight: 0.23lb/ft (0.34 kg/m)
Thickness: 1/8 th of an inch
Output Wattage (at 24VAC):  11 watts per foot. @82 degrees

 

For installing chill Out from below the flooring.

1) Remove or cut off any nails protruding the subfloor. Cover the end with electrical tape.

2) Cut the desired length of heating element

3) Staple the heating element to the underside of the flooring.

4) Wire the heating mat with supplied connect clips, using the red wire on one side and the black on the other. (This method will eliminate confusion leading to a mistakes during the final hook up.)

5) You can connect mat 1 to mat 2, Never exceeding 21 feet of total heating mat length. If your install has more than 21 feet of mat start another run leading to the transformer.

6) Next finish your wiring to the transformer.

7) Test all connections. You should get 24 volts (or more) at each connection.

8) Do not go any further if you can not get 24 volts at each connection stop and call 877 813 8656.

9) Next using hard foam board insulation, press the foam tight against the heating element, using roofing nails, secure the hard foam. Stay away from the edges of the heating element to avoid the bus braid running down each side of the heating element.

10) Use a can of spray foam along edges of the hard foam to make them air tight. Do not get spray form on the heating elements.