Type ELKM-AS to 260 °C Series Resistance Polymer Insulated Heating Cables

Brand: ELTHERM Category: HIGH TEMPERATURE SERIES-RESISTANT HEATING CABLES

High Temperature Series-Resistant Heating Cables - Type ELKM-AS to 260 °C Series Resistance Polymer Insulated Heating Cables

Rated 5.00 out of 5 based on 1 customer rating

It is used in containers, pipes, valves, silos, tanks, freeze protection, temperature maintenance, many industries, rotor blades and marble tiles.

Type ELKM-AS to 260 °C Series Resistance Polymer Insulated Heating Cables

The ELKM-AS series series resistance cables feature a chromium-nickel wire structure where the energy-carrying and heat-generating components are the same. Designed for safe operation at temperatures up to 260°C, these cables can be manufactured with different resistance values and are widely used for heat tracing in long pipelines. Their resistance is directly proportional to their length.

To prevent excessive current flow, there is a minimum length limitation for their use. Selecting the appropriate resistance value is essential for optimal performance and energy efficiency. Depending on required power, temperature levels, and environmental conditions, the insulation material can vary from PVC to PTFE. With its 260°C heat resistance, the ELKM-AS series provides a reliable solution for industrial heating applications.

ADVANTAGES:

High level of flexibility
Small bending radius
High chemical resistance
Moisture-resistant

FIELDS OF APPLICATION:

Containers, pipes, valves, silos, tanks
Frost protection, temperature maintenance
Many industries
Rotor blades
Marble tiles

Product Selection:

Quantity:

Product of your choice :

Product Description

Type ELKM-AS to 260 °C Series Resistance Polymer Insulated Heating Cables

TECHNICAL SPECIFICATIONS
Insulating cover	Fluoropolymer
Protective braiding	Cu nickel plated
Nominal voltage max.	750 V
Output, max.	30 W/m
Max. operating temperature	260°C
Bending radius min.	2.5 x outer-Ø
Installation temp. min.	-60°C
Heating cable configuration	Stranded, coiled from 8000 Ω/km