Electrical Frost Heave Protection Heating

Complete ready to install heating mats, with or without spare heating cable, consisting of heating cable – completely embedded in a hard PVC film – and cold lead, length to customer specification, up to 180 m possible. The approved heating mat developed by Klöpper Therm works against the penetration of cold in to the ground and prevents upheaval of the ground and destruction of the foundations. Cold stores and cooling chambers give off cold to their environments. In the area of partly or fully sunk in the ground supports, foundations and floors the underlying soil receives the cold. If the natural heat flow from the environment and the earth is insufficient, the moisture in the ground freezes, expands and the ground is lifted. Depending on the nature of the ground, this may cause substantial damage to buildings. Frost heave protection in cold stores and cooling chambers is, therefore, an essential and a reliable preventative measure against frost damage and damp.

Complete ready to install heating mats, with or without spare heating cable, consisting of heating cable, cold lead and temperature sensors. Concrete floor heatings from Klöpper Therm are the optimum protection against dangers from black ice in cold stores. Concrete brings heat from outside into the cooling chamber. Thereby the temperature of the concrete along the heat flow falls to the temperature of the cooling chamber. The moisture stored in the warmer air condenses on the cold concrete surface through which black ice can form. Dangers through the exchange of warmer and colder air arise particularly in the area of locks. When, through repeated opening of the doors, condensation from the walls and ceilings falls on the floor and black ice forms, it can lead to accidents. In consequence of the effects of permanent cold, doors can freeze solid at the seals and be severely damaged.

Temperature controllers and temperature sensors from Klöpper Therm are used in all electric heating systems in which the temperatures of the heated areas must be reliably measured and controlled with precision.

The visualising software UnIWIn allows the heating controllers UNIPLEX III to be clearly displayed and easily operated and offers access to the current state of heating circuits connected. Plants consisting of a number of individual electric heating systems can be configured as logical, procedural groups by the UnIWIn software. The system structure can be matched to these groups. For a perfect overview, all important heating circuit and system data, the state overview and a message archive with different sorting and selecting functions are permanently accessible on the processor.