ELKM-A up to 260 °C
Applications
- Vessels, pipes, valves
- Small components
- Can be used in many industrial areas
- Rotor blades
- Marble plates
Technical Details
- Insulation: Fluoropolymer
- Nominal voltage max.: 750 V
- Output, max.: 30 W/m
- Operating temp., max: 260 °C
- Bending radius, min.: 2.5 x outer diameter
- Installation temp., min.: -60 °C
- Moisture proof
- Heat conductor: Stranded or spirally wound
- Manufactured according to: DIN VDE 0253
ELKM-AS up to 260 °C
Applications
- Vessels, pipes, valves
- Small components
- Can be used in many industrial areas
- Rotor blades
- Marble plates
Technical Details
- Insulation: Fluoropolymer
- Protective braid: Nickel-plated copper
- Nominal voltage max.: 750 V
- Output, max.: 30 W/m
- Operating temp., max: 260 °C
- Bending radius, min.: 2.5 x outer diameter
- Installation temp., min.: -60 °C
- Moisture proof
- Heat conductor: Stranded or spirally wound
- Manufactured according to: DIN VDE 0253
ELKM-AE up to 260 °C
Applications
- Vessels, pipes, valves
- Small components
- Industrial applications
- Heat tracing on molds
- Heat tracing on antenna
- IBC’s
Technical Details
- Insulation: Fluoropolymer
- Protective braid: VA 1.4401
- Nominal voltage max.: 750 V
- Output, max.: 30 W/m
- Operating temp., max.: 260 °C
- Bending radius, min.: 2.5 x outer diameter
- Installation temp., min.: -60 °C
- Moisture proof
- Heat conductor: Stranded or spirally wound
- Manufactured according to: DIN VDE 0253
ELKM-AG up to 260 °C
Applications , especially in hazardous locations; e.g.
- Heat tracing on tanks, vessels and filters and hoppers
- Pipe, valve and pump heating
- Tank containers
- IBC’s
- Heating hoods
- Automotive
- Varnishing plants
Technical Details
- Insulation: Fluoropolymer
- Protective braid: Nickel-plated copper
- Outer jacket: Fluoropolymer
- Nominal voltage max.: 550 V
- Output, max.: 30 W/m
- Operating temp., max.: 260 °C
- Bending radius, min.: 2.5 x outer diameter
- Installation temp., min.: -60 °C
- Moisture proof IP68
- Impact resistance: 7 Joule
- Heat conductor: Stranded
- Manufactured according to: DIN VDE 0253, EN 60079-30-1
- VDE mark approval: 40024940
- Certificate: EPS 12ATEX1466U
- Classification: II 2G Ex e IIC Gb II 2D Ex tb IIIC Db
ELK-H up to 450 °C
Applications
- Heat tracing on apparatus, appliances and systems
- Glass devices and systems with high output needs
- Laboratory applications
Technical Details
- Insulation: E-glass textile
- Nominal voltage: 230 V
- Output: approx.: 125 W/m
- Operating temp., max.: 450 °C
- Diameter: 3.5 – 4.5 mm
- Bending radius, min.: 8 mm
- Installation temp., min.: Not restricted
- Cold lead length: 1.2 m, without plug
- Protection class: Depending on installation
- Manufactured according to DIN VDE 0721 T2
- Final inspection according to DIN VDE 0721 T2 1.5 kV AC – 1 min
ELK-HS up to 450 °C
Applications
- Heat tracing on apparatus, appliances and systems
- Devices and systems with high output needs
- Laboratory applications
Technical Details
- Insulation: E-glass textile
- Protective braid: 1.4301
- Nominal voltage 230 V
- Output: approx. 125 W/m
- Operating temp., max.: 450 °C
- Diameter: 4.5 mm
- Bending radius, min.: 8 mm
- Installation temp., min.: Not restricted
- Cold lead length: 1.2 m, without plug
- Protection class: I
- Manufactured according to: DIN VDE 0721 T2
- Final inspection according to: DIN VDE 0721 T2, 1.5 kV AC – 1 min
ELK-Q up to 900 °C
Applications
- Heat tracing on glass, quartz and ceramic devices
- Devices and systems with high output needs
- Laboratory & research applications
Technical Details
- Insulation: Quartz textile
- Nominal voltage: 230 V
- Output: ~ 175 W/m
- Operating temp., max.: 900 °C
- Diameter approx. 4 mm
- Bending radius, min.: 5 x outer diameter
- Installation temp., min.: Not restricted
- Cold lead length: 1.2 m, without plug
- Protection class: Depending on installation
- Manufactured according to: DIN VDE 0721 T2
- Final inspection according to: DIN VDE 0721 T2 1.5 kV AC – 1 min
Note: The output per meter of heating cable and the maximum possible operating temperatures depend on the respective application. For individual cases, we recommend that you contact our engineers – we will be pleased to advise you.
