Model | Dimensions / mm | Price | ||
A | B | C | ||
MCSM 350 | 350 | 550 | 130 | 81,54 BGN |
MCSM 450 | 450 | 550 | 130 | 88,86 BGN |
MCSM 550 | 550 | 550 | 130 | 103,87 BGN |
MCSM 650 | 650 | 550 | 130 | 115,88 BGN |
MCSM 750 | 750 | 550 | 130 | 128,52 BGN |
MCSM 850 | 850 | 550 | 130 | 141,70 BGN |
MCSM 950 | 950 | 550 | 130 | 153,60 BGN |
MCSM 1050 | 1050 | 550 | 130 | 175,15 BGN |
Manifold Cabinet for surface Mounting MCSM
1. Main Purpose
The MCSM manifold cabinet is designed for open mounting in heating and cooling systems, including underfloor installations and distribution systems. It is suitable for use in residential buildings, offices, industrial facilities, and single-family homes.
2. Types and Sizes
The MCSM manifold cabinets are available in various sizes depending on the number of manifold circuits:
Dimensions (H x W x D in mm) | Number of Circuits | Weight (kg) |
---|---|---|
550x350x130 | up to 3 circuits | 4.46 kg |
550x450x130 | up to 5 circuits | 5.51 kg |
550x550x130 | up to 7 circuits | 6.56 kg |
550x650x130 | up to 9 circuits | 7.61 kg |
550x750x130 | up to 11 circuits | 8.66 kg |
550x850x130 | up to 13 circuits | 9.71 kg |
550x950x130 | up to 15 circuits | 10.76 kg |
550x1050x130 | up to 17 circuits | 11.81 kg |
3. Materials and Construction
- Body: Black sheet metal, powder-coated, with a galvanized steel back for increased corrosion resistance.
- Door: Black sheet metal, powder-coated.
- Material thickness: 0.7 mm (body and door).
4. Technical Specifications
- Standard Sizes: From 550x350x130 mm to 550x1050x130 mm.
- Side openings: 1 full opening positioned across the width at the bottom of the back and 1 full opening in the floor.
- Locking system: A locking system is provided for security.
5. Applications
The MCSM manifold cabinets are suitable for:
- Residential buildings
- Offices and commercial spaces
- Industrial facilities
- Single-family homes
6. Advantages
- Easy and quick installation
- Modern and aesthetic design
- Long lifespan and resistance to corrosion and mechanical stress
- Optimal distribution of heating and cooling circuits
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