DANFOSS DEVI DTIP-18 grelni kabel 935W 52m (18W/m)

The DANFOSS DEVI DTIP-18 heating cable is a high-quality, twin-conductor heating cable designed for floor heating, frost protection, and pipe tracing applications. With a total power output of 935 W and a length of 52 m, this cable delivers 18 W per meter, ensuring efficient and uniform heat distribution. It operates at 230 V AC and features a durable construction with FEP inner insulation and PVC outer sheath, along with tinned copper braid shielding for enhanced safety and longevity.

Advantages

This heating cable offers reliable performance with IPX7 protection, making it suitable for wet environments. The twin-conductor design simplifies installation, and the cold lead length of 2.3 m provides flexibility for connections. The cable is certified to CE and VDE standards, ensuring compliance with safety regulations.

Suitable for

• Floor heating systems in residential and commercial buildings
• Frost protection for pipes and roofs
• Pipe tracing to maintain temperature in industrial applications

Key specifications

• Product Type: Heating Cable
• Heating Cable Series: DEVI DTIP-18
• Total Power Output: 935 W
• Cable Length: 52 m
• Power Output per Meter: 18 W/m
• Operating Voltage: 230 V AC
• Conductor Type: Twin conductor
• Cold Lead Length: 2.3 m
• Cold Lead Type: Solid conductor
• Cable Diameter: 4 mm
• Inner Insulation: FEP (Fluorinated Ethylene Propylene)
• Outer Sheath Material: PVC (Polyvinyl Chloride)
• Shielding: Tinned copper braid
• Minimum Bending Radius: 6 x cable diameter
• Max. Permissible Temperature (energized): 90 °C
• Max. Permissible Temperature (de-energized): 65 °C
• IP Protection Class: IPX7
• Electrical Resistance: 56.57 Ohms
• Application: Floor heating, frost protection, pipe tracing
• Certifications: CE, VDE

Recommendations

For optimal performance, ensure the cable is installed according to the manufacturer's guidelines. The minimum bending radius should be respected to avoid damage. This cable is ideal for new installations or retrofitting in areas requiring consistent heat.