Anti-Condensation Heater

Product Description

VITAR Anti-condensation heaters series are made with high quality material and reliable designs.
There are 2 fundamental applications laid under this simple yet highly important heater.

  • It is to maintain a stable temperature for an electrical enclosure where its electrical components is free from condensation by keeping the internal temperature at stable controlled ambient temperature.
     
  • It is to control the temperature inside the electrical enclosure a few degrees above the surrounding ambient temperature and dew point. Therefore, eliminating condensation of moisture that is trap inside the enclosure.

Features

Comply to IEC Low Voltage Directive 2014/35/EU
High temperature powder-coated metal casing to prevent corrosion
Dual power application for model V2-AJ-103-S
Fixed high-power 120W / 240V for model V2-AJ-120-S
Excellent heat efficiency - fast heat radiation that reduce heat wastage
Using high quality mica insulation material with high dielectric strength and maximum heat transfer
Wattage can be customised to fit various application

Benefit

Space saving
Low cost
Easy and simple installation
High reliability - model V2-AJ Series , with 5-year manufacturer's warranty (subject to terms & condition)

Specification

New standard models (with 5-year warranty) as follows:

V2-AJ-103-110V-S 110V / 60W / 80W
V2-AJ-103-S 240V / 60W / 80W
V2-AJ-120-S 240V / 120W
V2-AJ-020-S 240W / 20W

Other available models:

V1-AJ-103
V1-AJ-120
VAH-AJ-103
VAH-T80W
VAH-T120W
VAH-L60W
VI-ACH

Installation

For V2-AJ series and V1-AJ series, the most suitable location is at the bottom plate of the enclosure panel box, in horizontal position

For other ACH models, the most suitable location is at the bottom plate of the enclosure panel box, either in horizontal or vertical position.

Material

The use of high quality metal sheath, high temperature mica insulation material, and high temperature wire elements, ensure the product has long life span and durability, while operating with maximum efficiency.