Name: GeoTech EH 300 S Electric Fan Heater - Single-phase electric motor
Brand: GeoTech
Price: 113.78 EUR
Availability: InStock
Rating: 4.44 (18 reviews)

Description

GeoTech EH 300 S Hot Air Generator

GeoTech EH 300 S is an electric fan heater powered by single-phase electric motor.

The Geotech electric fan heater is designed in order to provide localised heating to small-sized industrial, commercial or residential areas. It is not intended for intensive and professional use. It is also suitable for heating up closed or not well-ventilated rooms thanks to the absence of open flames and gas emissions.

This model is equipped with overheat thermostat and thermal cut-off fuse to supervise the heating elements. The overheat thermostat is responsible for controlling the air conditionig and the room temperature while the fan motor is not controlled by the overheat thermostat, so it keeps running when the thermostat will stop the heating elements. The reset thermal cut-off fuse switch allows to stop the heat production when the machine is overheated.

Portable fan heater, which ensures high practicality of use and ease of transport.

Main features:

No oxygen consumption
Motor with thermal protection
Sturdy heating elements
Adjustable heat rating
Sturdy and long-lasting steel design

This electric heater model allows reaching high air displacement thanks to the 3000W power supply.

It is a portable and versatile machine, which is known to be a lightweight model extremely easy to use and transport requiring easy and quick maintenance.

It allows to quickly heat up the surrounding area.

GeoTech EH 300 S Electric Fan Heater - Single-phase electric motor

How to select the ideal electric heater

Important features that the operator has to consider in order to choose the ideal gas heater which best suits his requirements according to the room that has to be heated up.

Dimensions of the area that has to be heated up[V].
The ideal temperature [ΔT] that has to be reached.
Room thermal insulation [K].

High thermal insulation: k = 1

Medium levels thermal insulation: k = 2

Low thermal insulation: k = 3

No thermal insulation: k = 4

Therefore, the heat requirements may be also calculated by using the following formula:

V x ΔT x K [kcal/h]

Example:

V = 4 mt width, 12 mt length, 3 mt height, room volume = 144 m³

ΔT = outdoor temperature -5ºC, room required temperature +18ºC, room temperature = 23ºC

K = 4 not-insulated room

The formula above mentioned brings to the following result: 144 x 23 x 4 = 13 248 kcal/h, which has to be compared with the data written on the machine label, which highlights this gas heater functionality being able to generate larger volumes of instant heat compared to that one needed.

Converting to kW is easy, just multiply the result by 0.001163, so 13248 x 0.001163 = 15.4 KW