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Self limiting temperature
Maximum temperature: 60-70°C
Heat-resisting: 105°C
Starting current: ≤0.5A/M*10°C
Voltage: ≤220V
Power and use length:
Width 8mm 20Watt/m ≤30m
Width 10mm 25Watt/m ≤50m
Width 12mm 35Watt/m ≤100m
Self limiting temperature
Maximum temperature: 60-70°C
Heat-resisting: 105°C
Starting current: ≤0.5A/M*10°C
Voltage: ≤220V
Power and use length:
Width 8mm 20Watt/m ≤30m
Width 10mm 25Watt/m ≤50m
Width 12mm 35Watt/m ≤100m
Metal layer needs grouding wire
Self limiting temperature
Maximum temperature: 70°C
Heat-resisting: 105°C
Starting current: ≤0.6A/M*10°C
Voltage: ≤220V
Power and use length:
Width 14mm 35Watt/m ≤100m
Metal layer needs grouding wire
Electric self-regulating temperature heating cable is the only one of electric thermostatic product of new generation, constructed of a semiconductor heater and two parallel bus wires with the addition of insulation layer. The heating elements are parallel to each other and its resistivity has a high Positive Temperature Coefficient" PTC".
In each heating tracing band, circuits between the bus wires change with the ambient temperature. As temperature decreases, the heater's resistance decreases which produces more output wattage; conversely, as temperature increases, resistance increases which lower the output wattage, loop back and forth.
The advantage of electric self-regulating temperature heating cable with other heating tracing products is that the temperature can be regulated automatically in a proper range.
Features
1. Energy-saving and environment friendly, low installation and operating cost, easy installation and maintain.
2. Secure, uniform temperature of heat tracing pipeline, easy of automation management.
3. Heats up quick start when intermittent operation.
4. Suitable for heating tracing of complex or long distance pipeline.
Specifications
Specification | ||
Service voltage | 12V/24V/36V/110V/220V/380V | |
Max. maintain temperature | +65°C(149°F) (Low temperature series) | |
Max. withstand temperature | +105°C(221°F) (Low temperature series) | |
Min. installation temperature | -40°C(-40°F) | |
Max. W/m T=10°C | 10W~40W (Low temperature series) | |
Copper conductor | 19/0.30 (Low temperature series) | |
Minimum bend radius | 35mm(-30℃),25.4mm(20℃) | |
Protective braid resistance | less than18.2Ω/km | |
Jacket material | Flame Retardant Polyolefin / Modified Polyolefin | |
Thermal stability | After cycling 300 cycles from 10°C to 149°C, the heating value of the tropical heat is maintained above 90%. |
Type | Power (W/M, at 10℃) | Maximum Tolerance Temperature | Maximum Maintain Temperature | Minimum Installation Temperature | Maximum Usage Length (based on 220V) |
Low Temperature | 10W/M 15W/M 25W/M 35W/M | 105℃ | 65℃±5℃ | -40℃ | 100m |
Medium Temperature | 35W/M 45W/M 50W/M 60W/M | 135℃ | 105℃±5℃ | -40℃ | 100m |
High Temperature | 35W/M 50W/M 60W/M | 155℃ | 135℃±5℃ | -30℃ | 100m |
Catalog Number | 20 Coutput power | Fuse/circuit breaking sizing (m) | ||||||||
Normal | Reinforced | 15A | 20A | 30A | 40A | |||||
DXW | DXW(Q)-10 | 10 | 110 | 130 | 170 | 200 | ||||
DXW | DXW(Q)-20 | 20 | 85 | 105 | 135 | 160 | ||||
DXW | DXW(Q)-30 | 30 | 65 | 85 | 105 | 125 | ||||
DXW | DXW(Q)-40 | 40 | 45 | 60 | 75 | 90 | ||||
DXW | DXW(Q)-50 | 50 | 40 | 55 | 70 | 85 | ||||
DXW | DXW(Q)-60 | 60 | 40 | 50 | 65 | 80 |
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