AT HEATING MODUL products
This is an order preparation page. We need the billing data and separately the delivery data if they do not match!
- Based on the submitted order, you will receive a pro forma invoice for 80% of the total order amount, and upon receipt of the payment, an advance invoice!
- The delivery deadline is 1 week from the order placement or from the receipt of the advance payment, but this may be extended.
AT HEATING MODUL technical specifications
* When determining the fuse capacity, only the power demand of the device has been considered, for its assurance. The power demands of other devices within the system must be added when determining the fuse capacity.
** We can provide longer cable upon request.
*** Applicable for buildings compliant with current thermal regulations. Additionally, for example the ceiling height is 2.7-2.8 m.
Rated power /kW/ (+5% – 10%)
230 V
3 kW
- Water quantity in the device - 0,04 liters
- Device weight - 3,2 kg
- Maximum operating pressure - 600 kPa - 6 Bar
- Pressure test - 1 MPa
- Electric heating elements - 3 kW
- Cross-sectional area of power supply cable (mm2) - 3x1,5
- Forward/return water pipe stub (R) - 5/4”
- Minimum current requirement for single phase (A) - 14
- Size - 80x80x83 mm
- Temperature adjustment range: 10-85 °C
- Voltage - 230 V
- 2-pole fuse, minimum - 16 A *
- Minimum flow rate (mass flow) - 800 liters/hour
- Installation of flow sensor - RECOMMENDED !!!
- Placement of controller from the heating module maximum - 80 cm
- Length of power cable attached to the heating module - 1,5 m **
- Recommended heated area (m2) *** - 20 - 40 m2
230/400 V
4 kW
- Water quantity in the device - 0,04 liters
- Device weight - 3,7 kg
- Maximum operating pressure - 600 kPa - 6 Bar
- Pressure test - 1 MPa
- Electric heating elements - 4 kW
- Cross-sectional area of power supply cable (mm2) - 5x1,5
- Forward/return water pipe stub (R) - 5/4”
- Minimum current requirement for 1/3 phase (A) - 3x6 or 1x18
- Size - 80x80x115 mm
- Temperature adjustment range: 10-85 °C
- Voltage - 230/400 V
- 2-pole fuse, minimum - 3x10 A *
- Minimum flow rate (mass flow) - 800 liters/hour
- Installation of flow sensor - RECOMMENDED !!!
- Placement of controller from the heating module maximum - 80 cm
- Length of power cable attached to the heating module - 1,5 m **
- Recommended heated area (m2) *** - 50 - 70 m2
230/400 V
6 kW
- Water quantity in the device - 0,08 liters
- Device weight - 5,8 kg
- Maximum operating pressure - 600 kPa - 6 Bar
- Pressure test - 1 MPa
- Electric heating elements - 6 kW
- Cross-sectional area of power supply cable (mm2) - 5x2,5
- Forward/return water pipe stub (R) - 5/4”
- Minimum current requirement for 1/3 phase (A) - 3x9 or 1x27
- Size - 80x80x141 mm
- Temperature adjustment range: 10-85 °C
- Voltage - 230/400 V
- 2-pole fuse, minimum - 3x13 A *
- Minimum flow rate (mass flow) - 800 liters/hour
- Installation of flow sensor - RECOMMENDED !!!
- Placement of controller from the heating module maximum - 80 cm
- Length of power cable attached to the heating module - 1,5 m **
- Recommended heated area (m2) *** - 70 - 100 m2
400 V
8 kW
- Water quantity in the device - 0,08 liters
- Device weight - 7,6 kg
- Maximum operating pressure - 600 kPa - 6 Bar
- Pressure test - 1 MPa
- Electric heating elements - 8 kW
- Cross-sectional area of power supply cable (mm2) - 5x2,5
- Forward/return water pipe stub (R) - 6/4”
- Minimum current requirement for 3 phases (A) - 3x13
- Size - 80x80x212 mm
- Temperature adjustment range: 10-85 °C
- Voltage - 400 V
- 2-pole fuse, minimum - 3x16 A *
- Minimum flow rate (mass flow) - 800 liters/hour
- Installation of flow sensor - RECOMMENDED !!!
- Placement of controller from the heating module maximum - 80 cm
- Length of power cable attached to the heating module - 1,5 m **
- Recommended heated area (m2) *** - 110 - 130 m2
400 V
9kW
- Water quantity in the device - 0,1 liters
- Device weight - 8,6 kg
- Maximum operating pressure - 600 kPa - 6 Bar
- Pressure test - 1 MPa
- Electric heating elements - 9 kW
- Cross-sectional area of power supply cable (mm2) - 5x2,5
- Forward/return water pipe stub (R) - 6/4”
- Minimum current requirement for 3 phases (A) - 3x15
- Size - 80x80x240 mm
- Temperature adjustment range: 10-85 °C
- Voltage - 400 V
- 2-pole fuse, minimum - 3x16 A *
- Minimum flow rate (mass flow) - 800 liters/hour
- Installation of flow sensor - RECOMMENDED !!!
- Placement of controller from the heating module maximum - 80 cm
- Length of power cable attached to the heating module - 1,5 m **
- Recommended heated area (m2) *** - 120 - 150 m2
!!! NOT available at the moment !!!
400 V
12 kW
- Water quantity in the device - 0,12 liters
- Device weight - 10,2 kg
- Maximum operating pressure - 600 kPa - 6 Bar
- Pressure test - 1 MPa
- Electric heating elements - 12 kW
- Cross-sectional area of power supply cable (mm2) - 5x4
- Forward/return water pipe stub (R) - 6/4”
- Minimum current requirement for 3 phases (A) - 18
- Size - 80x80x271 mm
- Temperature adjustment range: 10-85 °C
- Voltage - 400 V
- 2-pole fuse, minimum - 3x20 A *
- Minimum flow rate (mass flow) - 800 liters/hour
- Installation of flow sensor - RECOMMENDED !!!
- Placement of controller from the heating module maximum - 80 cm
- Length of power cable attached to the heating module - 1,5 m **
- Recommended heated area (m2) *** - 150 - 180 m2
The product description contains data provided and approved by the inventor-developer.
- The vertical lines on the left and in the middle of the graphs indicate the approximate prices and installation costs of the compared devices (£3,800, £18,000, and £22,000).
- The horizontal lines, which are also color-coded to match the vertical acquisition costs, show the total annual costs associated with each device, distributed over the estimated lifespan. In detail, the horizontal lines are composed of the following amounts: the price of the respective device with installation, spread over the estimated lifespan; in addition to the annual costs of warranty maintenance, repairs, and component replacements; further including the annual electricity bill costs and the projected additional electricity bill costs at current prices.
