テクノカシワ Official site

Reikem Self-Regulating Heating Cable EM Series

Self-regulating heater cable for roof snow melting EM2-R

EM2-R is a self-regulating heater cable used for roof snow melting. The auto-trace heater (self-regulating type heater) is a self-regulating parallel circuit heater developed by Raichem. It does not overheat or burn out even without using a thermostat. Reliable and safe electric heating insulation can be achieved. Additionally, due to its continuous parallel circuit structure, it can be cut to the required length on-site for use. *For more details, please contact us or download the catalog.

For details on the products that have actually been implemented, click here.

basic information

【Product Specifications (Excerpt)】 ○EM2-R →Weight (Standard Value): 130kg/1000m →Conductor Size: 16AWG →Thickness: 6.4mm →Width: 14.0mm →Minimum Bending Radius: 50mm →Operating Voltage: 200Vac

Price range

Delivery Time

Applications/Examples of results

Yabu City, Hyogo Prefecture, Ministry of Land, Infrastructure, Transport and Tourism, Oya River Bridge (Nielsen-Roosevelt Beam Bridge) *For more details, please download the materials from the PDF download button or feel free to contact us.*

Self-regulating heater for freeze prevention EM2-R catalog

PRODUCT

Ōyagawa Bridge Snowfall Prevention Measures: Auto Trace Heater Technical Documentation

TECHNICAL

Recommended products

Distributors

Our company is an engineering firm specializing in electric heaters. We started by handling Raychem self-regulating heaters for preventing water pipe freezing. Since then, we have accumulated technology and have undertaken numerous projects from design to construction for fields requiring strict temperature control, such as petrochemicals, food factories, and the power generation industry, including process insulation for piping and tanks. In addition to self-regulating electric heaters with a maximum holding temperature of 150°C, we also handle higher temperature power-limited heaters, MI heaters, and sheath heaters. Currently, the mainstream for process insulation in manufacturing sites is steam or hot water, which consumes large amounts of fossil fuels. However, due to environmental issues and unstable energy costs, there is an increasing number of manufacturing professionals focusing on electric heating.