A9 Underfloor Heating Manifolds

A9 menred central heating manifolds is designed to optimally control the flow and distribution of water from the heat source (eg. boiler, heat pump) to each underfloor pipe circuit. A9 menred dual adjusting manifolds are made with the high-grade brass materials, high density forging brass body, axial static seal technology to eliminate the leakage possibility of manifolds and surface anti-corrosion processing to highest quality standards. The operating pressure is PN10, the main pipe diameter is DN32, the distance is 50mm, connection: G1, control Interface: M30x1.5mm, stroke: 3mm (11-14)

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Description

A9 menred underfloor heating manifolds is designed to optimally control the flow and distribution of water from the heat source (eg. boiler, heat pump) to each underfloor pipe circuit. Be composed of water separator and water collector, water separator connect with inlet pipe, equipped with built -in balancing valves. Water collector connect with returned pipe, equipped with shut-off valves. Superior manifolds is the heart of hydronic underfloor system, it will enable you to individually control the different zones of your heating system, which can not only save the energy and money, but also achieve working perfectly without maintenance. Menred underfloor heating manifolds go through 100% leakage detection of underwater gas pressurized test from 0.6-0.8 MPa before handover, to ensure total durability and reliability.

A9 underfloor heating manifolds key features

> High density forging brass body

> No leakage technology

> Nature color, surface anti-corrosion processing

> Outlets in composite with the main body to exterminate the leakage possibility of manifolds

> Axial static seal technology

> 100% leakage detection

> Easy installation

Quality control

1. High density forging brass body

2. 100% leakage detection underwater gas pressurized test: 0.6-0.8MPa

3. No leakage technology

4. Anti-oxidation technology

Notice

1. A9 underfloor heating manifolds must be installed by the professional plumbing & heating company

2. When install by non-professional without warranty

Specification

Material	High-grade brass
Operating pressure	PN10
Medium temperature	Water 1-110 ℃
Main pipe diameter	DN 32
Manifold distance	50 mm
Connection	G1"
Control Interface	M30X1.5mm, stroke: 3mm(11-14)

Selection Table

Model	Specification	Width(mm)	Height(mm)
A902	2-loop underfloor heating manifolds	122	317
A903	3-loop underfloor heating manifolds	172	317
A904	4-loop underfloor heating manifolds	222	317
A905	5-loop underfloor heating manifolds	272	317
A906	6-loop underfloor heating manifolds	322	317
A907	7-loop underfloor heating manifolds	372	317
A908	8-loop underfloor heating manifolds	422	317
A909	9-loop underfloorl heating manifolds	472	317
A910	10-loop underfloor heating manifolds	522	317

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Menred A9 Underfloor Heating Manifolds

FAQs

underfloor heating vs radiator underfloor heating vs radiator

Underfloor heating can be used in any room of your house, low-temperature floor heating is radiant heating, the effective temperature of the ground is higher than the air temperature of the breathing line; unique microclimate conditions are formed, so that the heat provided is stronger in the feet of the person and the head is gentle;

How do i choose a suitable underfloor heating manifolds? How do i choose a suitable underfloor heating manifolds?

To choose a suitable underfloor heating manifolds, the manifolds need to meet the following requirements: 1. High density material, which can ensure high quality 2. Detection: 100% leakage detection underwater gas pressurized test: 0.6-0.8 MPa 3. If your heating source is gas boiler, the DN 25 diameter manifolds are recommended ; if you heating source is GSHP(Ground Source Heat Pump), DN32 diameter manifolds are recommended

Why it is necessary to install a manifolds for underfloor heating system? Why it is necessary to install a manifolds for underfloor heating system?

Because it controls the flow and distribution of water from the heat source( for example boiler, heat pump) to each underfloor heating zone. It feeds the warm water to heating pipes from the boiler or heat pump. A high quality manifolds is the most important component of underfloor heating system, which is individual control the different zone of heating system. It is recommended to be installed and used together with smart thermostat and actuators for automatic control to achieve the purpose of energy saving.

How do underfloor heating manifolds work? How do underfloor heating manifolds work?

Underfloor heating manifold controls the flow and distribution of water from a heat source (for example, a boiler or heat pump) to each zone. It feeds the warm water to heating pipes from the boiler or heat pump. An underfloor heating manifold is the main part of the underfloor heating system that controls the individual zones of heating. It is recommended to be installed and used together with smart thermostat and actuators for automatic control to achieve the purpose of energy saving.

Where is the most suitable place for underfloor heating manifolds? Where is the most suitable place for underfloor heating manifolds?

When installing the floor heating manifold, if there is no equipment room, the most suitable place is under the cabinet in the kitchen, and the second is under the basin in the bathroom. In this way, if there is a leak, it can be drained quickly. Regarding the selectivity of the two positions, generally the manifold is placed in the centre of each house, which has the following advantages: 1. When installed in the middle of the house, it can effectively save heating pipe materials; 2. With fewer pipes, there will be less water storage, and the resistance will be reduced, so the wall-hung boiler will operate more efficiently; 3. Placed in the middle position, heat to each room is a little more balanced.

For underfloor heating, what temperature is most energy efficient？ For underfloor heating, what temperature is most energy efficient？

In order to optimize energy efficiency for underfloor heating systems, we menred recommend that they operate at temperatures ranging from 35°C - 50°C