* Obligatory details

 

Which devices are suitable?

This question can only be answered if you discussed with the pool operator the following questions in order to develop an optimal, tailored to individual needs Concept:

1. Which claims, the operator of the indoor climate?
   (High level of comfort, no noise emissions, low energy consumption, etc.)
   And if you've discussed and clarified these issues, you are faced with the question of which category corresponds to Schwimmbadentfeuchtern your expectations.
2. The design: size of the bathroom, use, water and air quality, the structural conditions, etc.
   As a guide we would like to quote a customer who said he had over 10 years now the third (!) "Cheap machine" get, and now wants to acquire something "Ordinary"!

The company MORGENSCHWEIS Klimatechnik GmbH produces in the family business
"The good ones for swimming-pools" - high quality and durable.

All dehumidification units have an accurate electronic humidity measurement that is unmatched in terms of Tolerance. This projection in control theory is itself
at the smallest sizes for use, because we have made this quality standard.

High-efficiency heat recovery means that the heat exchanger on the corresponding surface feature. By this is meant that greater heat exchanger also require more space - the device is slightly larger and heavier - and this in turn increases the manufacturing costs and ultimately the price.

We believe that it is right and forward if the products are slightly more expensive,
but for the long term and economically efficient.

One thing is certain:
The energy prices will rise in the future, and so you are with our
Products in fashion and are well equipped.

The heart of every customer service technician will beat faster when connected to a
MORGENSCHWEIS dehumidifiers works because:

Our devices have been developed by experienced practitioners. All internals are clearly arranged, easily accessible and can be replaced easily even after many years.

This means a guaranteed value preservation for the operator.

Do you have any questions or suggestions?

Tip: Read the following about the economics of MORGENSCHWEIS dehumidification.

 

 

 

Because even when controlling it begins:

Mechanical hygrostats are imprecise and change by the action of pool chemicals quickly their switching accuracy considerably so that differences of 15% RH * 1) and more are not uncommon. The consequence of this is that the quasi dehumidifier unnoticed permanently passes through, or too often is in operation.

1. More consumption due to imprecise control:

At 2.5 kW per day (about 900 kW per year; subscription price per kW approx € 0.24) = € 216.00 per year and € 1,080.00 in 5 years.
(per m² water surface and at about 5 h bathing!)

2. More consumption due to poor performance number * of the heat pump:

(* = Ratio of the power consumption for heat dissipation)

Cheap device with small heat exchangers 1: 2
High quality equipment, power-optimized and large heat exchangers with 1: 4
The quality system saves up to 50% of energy costs.

If you add together, then you get an enormous increase in consumption within 5 years, depending on maturity. (Please read more about this in chart comparison of energy costs)

It follows that an increased investment, depending on the individual usage of the system can pay off after only two years. Even with little use of high-quality dehumidifier runs after a few years in the economics area and remains superior to the cheap products in the following years due to better quality and durability, but also by the ease of service.

This must be added the factors service and availability of spare parts, and to maintain the value. With such a differentiated look reveals that saved investment costs are already medium offset by increased operating costs.

Conventional Schwimmbadentfeuchtungen with supply and exhaust air systems in public swimming pools are absolutely exemplary of the waste of precious energy, as can be seen in the following calculation:

Compilation of energy consumption of outdated air conditioning systems
per m² water surface:

Type	amount	Watt / day / m²
1.	Water evaporation	940
2.	Fresh water heating	30
3.	Heating air (outside air)	1300
4.	Air circulation (fan)	240
summation	2.510	Watt / day / m²

2,51 kW x 0,24 € = 0,60 € / Tag / m²
(At about 5 h bathing!)

Below to compare the energy requirements of the original MORGENSCHWEIS for swimming-pools:
per m² water surface:

Type	amount	Watt / day/ m²
1.	Water evaporation	940
2.	Recovery of water evaporation	- 940
3.	Drive power heat pump	250
4.	Heating air (outside air)	300
5.	Air circulation (fan)	120
summation	670	Watt / day / m²

0,67 kW x 0,24 € = 0,16 € / Tag / m²
(Approximately 5 hours bathing!)