KORATHERM HORIZONTAL - M - Flat Panel Radiator and Design Radiator with Middle Connection

Description

Unobtrusive luxury with a unique combination of elegance and heat output - this is KORATHERM HORIZONTAL-M. It is a suitable solution for heating rooms with large-space glass surfaces such as shop-windows, reception rooms, open plan living areas, larger rooms with high ceilings, panoramic windows, halls, etc.

It is designed for double-pipe pressurized heating systems, the heating profiles are horizontally aligned. The connection to the heating system is always bottom middle with the connecting pitch 50 mm (example marking K11HM). It is equipped with 2 bottom outlets with inside thread G½, an air vent and a blanking plug with G¼ thread. Types 10 and 11 are delivered with a solid top cover, types 20, 21 and 22 with a top grill.

Technical Data
Types of Connection
Overview of Types
Pressure Loss
Fixing to the wall
Fixing to the floor

Heat Output and Basic Technical Parameters ( PDF, 300 kB)
Radiator Weight and Water Volume ( PDF, 173 kB)
Choose the most suitable radiator youselfKORADO KONFIG -
KORATHERM Calculation of heat output

Technical Data

Detail Steel profile 70 × 11 mm Steel profile 50 × 30 mm "D" profile 40 × 30 mm	Height H	144, 218, 366, 514, 588, 662, 884, 958 mm
	Length L	500, 600, 700, 800, 900, 1000, 1100, 1200, 1400, 1600, 1800, 2000 mm
	Depth B	62, 74, 117 mm
	Connecting pitch	h = 50 mm
	Connecting thread	2 x G½ inside
	Maximum working pressure	4 bar
	Test pressure	5.2 bar
	Maximum working temperature	110 °C

Notice:
The model KORATHERM HORIZONTAL - M is produced up to the lenght L = 2000 mm.
The type K11HM in the height H = 144 mm is produced from the lenght L = 800 mm.

Types of Connection

Central bottom connection
φ = 1

We recommend to use the Connection fittings HM ( PDF, 0,95 MB) for radiators with bottom middle conection.

Overview of Types

K10HM	K11HM	K20HM

K21HM	K22HM

Pressure Loss

The pressure loss of the radiator for the respective working conditions can be calculated by means of the value of the flow coefficient A_T or the resistance coefficient ξ_T (see please the Technical Parameters).