2
QuickNet System
2.2
System Specifications
System Approvals
Mat
Operating voltage
Power output
Minimum bending radius
Minimum cable spacing
Maximum ambient
temperature
Minimum installation
temperature
Heating cable
Cold lead
Thermostat
Function
Supply voltage
Maximum switching current
Temperature control range
Ambient range
Floor temperature sensor
Note: QuickNet 240 V floor heating mats can be
powered by a 208 V power supply. With the reduced
power supply voltage, the power output will be reduced
by approximately 25%.
2.3
Product Use
QuickNet floor heating mats can be used on typical interior
floor constructions with tile or natural stone surfaces. The
typical construction is as follows:
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120 V, 208 V, and 240 V
2
2
12 W/ft
(130 W/m
) ±10%
at 120 V or 240 V
2
2
9 W/ft
(97 W/m
) ±10% at 208 V
1.25 in (30 mm)
3 in (80 mm)
85°F (30°C)
40°F (5°C)
2 wire, grounded, fluoropolymer
insulating jackets
2-wire 16 AWG plus ground
braid; 10 ft (3 m) length
On/Off control digital display,
7-day programmable; Class A,
5 mA GFCI for 120 V only.
For 208 V or 240 V operation, a
separate Ground-Fault Circuit
Interrupter (GFCI Class A) must
be used.
120 V, 208 V, 240 V ±15%,
50/60 Hz
15 A
40 to 104°F (5 to 40°C)
32 to 104°F (0 to 40°C)
2-wire, 10-foot lead wire
2
QuickNet System
1 Ceramic tile or stone + grout
2 Thin-set mortar
3 QuickNet floor heating mat embedded in mortar bed
4 Cement backer-board
5 Wooden sub floor
6 Floor temperature sensor
7 Floor joist
8 Thermal insulation for use over non-heated air space
Figure 2: Typical wooden sub floor
1 Ceramic tile or stone + grout
2 Thin-set mortar
3 QuickNet floor heating mat embedded in mortar bed
4 Concrete slab floor
5 Floor temperature sensor
*It is strongly recommended that a layer of insulation be put down above
the concrete subfloor and underneath the QuickNet floor heating mat. The
insulating layer will help to transfer a greater amount of the heat generated
to the floor surface.
Figure 3: Typical concrete slab
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