Hsr Explosion-Proof Self Regulating Heat Trace Cable Max. Heating 125c

• Voltage: Customized
• Power: Customized
• Transport Package: Carton
• Specification: 100m/roll
• Trademark: SN-EA
• Origin: China
• Model NO.: HSR
• HS Code: 8516800000
• Production Capacity: 100000m/Month

Product Description

 HSR Explosion-Proof Self Regulating Heat Trace Cable

    HSR series heat tracing cables are exceptional heating cables. Constructed of a semi-conductive heater polymer(also named as "PTC") extruded between parallel bus wires with the addition of insulation layer. They are widely applied to pipelines and storage tanks for process temperature maintenance.

    With a holding temperature up to 125ºC, HSR self-regulating heat tracing cables are fit for various applications, including those of steam purging, especially chemicals, power supply and other places need corrosion resistance.

    HSR is an efficient high temperature heating cable type, with the Max.maintain temperature up to 125ºC (257°F), while the Max.exposure temperature is 175ºC (347°F). Moreover, high temperature heating cable is explosion-proof with a durable tinned cooper braid layer, which makes it perfect to various industrial applications.
 

Parameters of HSR High temperature self regulating heat trace cable max.heating 125 C
Output wattage at 10ºC	45/60 W/M
Braiding material and covering area	Tinned cooper Over 80%
Max. Maintain temperature	125 ºC(257°F)
Max. Exposure temperature	175ºC(347°F)
Min. Installation temperature	-40 ºC
Heat stability	Maintain Over 95% heat after 300 cycles from 10 ºC to 149 ºC
Conductor	Tinned cooper 19*0.32mm (7*0.56mm customized available)
Max. Length of single power supply	100m
Material of insulation/ jacket	Modified polyolefin, F46, PTFE and other fluoropolymer as option
Bending radius	5 times*cable thickness
Resistance between bus wire and braiding	20 MΩ/M with a VDC 2500 megohmmete
Voltage	110-120/208-277 V
Regular color	Red (other colors customized)
Regular size (please contact us for other size)	HSR 14*5.5 mm (Width*Thickness)