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The Floor Heating Manifold (Steel 50×50×2+50×80×2) is a versatile solution designed for distributing heating fluid in medium-scale hydronic systems, ideal for multi-unit residential buildings, commercial complexes, and light industrial facilities. Engineered with a balance of capacity and compactness, this manifold offers precise flow control and easy installation, making it suitable for projects requiring reliable zone management without excessive space.
Balanced Capacity & Design:
Seamless steel construction (50x50x2mm supply, 50x80x2mm return), supporting 8 bar pressure and 100°C fluid temperature, catering to systems covering 500-1500m² of radiant floor heating.
2 supply + 2 return ports (DN25, NPT threads), compatible with standard PEX and copper pipes, providing total flow capacity 20-80 L/min (10-40 L/min per port) for 2-4 heating zones.
Precision Control Features:
Thermostatic valves (accuracy ±1°C) and manual balancing valves (30-100% flow regulation), allowing fine-tuning for individual zones and energy-efficient operation.
Built-in air vent (1/4" NPT) and drain port (3/4" NPT), simplifying system commissioning and maintenance (air removal time ≤5 minutes per zone).
Space-Efficient Installation:
Compact dimensions (300x200x150mm) with wall-mounted design, saving 30% space compared to larger manifolds, ideal for mechanical rooms with limited space.
Pre-assembled with a 50x50mm steel frame and labeled ports, reducing installation time by 40% with included mounting hardware (M8 bolts, wall anchors).
Durability & Compliance:
Epoxy powder coating (100μm) and galvanized internals, resisting corrosion in moderate-humidity environments (RH ≤85%) and compliant with EN 1264-3 and ASME B16.5.
Tested for 100,000 cycles of thermal expansion (20-80°C), ensuring long-term reliability in systems with frequent temperature fluctuations.
Suited for medium-scale hydronic systems, this manifold is used in:
Multi-Unit Residential Buildings: Distributes heat to 2-4 apartments per manifold, with thermostatic valves enabling tenant-specific temperature control.
Commercial Retail & Offices: Powers radiant floors in 500-1000m² spaces, with energy-saving features reducing heating costs by 20% compared to non-zoned systems.
Light Industrial Workshops: Maintains comfortable temperatures in production areas and assembly lines, with corrosion-resistant finish suitable for moderate chemical exposure.
Renovation Projects: Retrofits older commercial buildings with existing boiler systems, offering a compact upgrade for improved zone management.
Q: Can this manifold be used with solar thermal systems?
A: Yes, compatible with solar thermal and heat pump systems, with optional check valves for preventing backflow in renewable energy setups.
Q: What is the maximum recommended pipe length per zone?
A: Optimal performance within 50m per zone; longer runs may require additional pumps or larger diameter pipes.
Q: Are the thermostatic valves compatible with smart home systems?
A: Yes, optional Wi-Fi-enabled valves are available, supporting integration with smart thermostats (e.g., Nest, Honeywell) for remote control.
The Floor Heating Manifold (Steel 50×50×2+50×80×2) is a versatile solution designed for distributing heating fluid in medium-scale hydronic systems, ideal for multi-unit residential buildings, commercial complexes, and light industrial facilities. Engineered with a balance of capacity and compactness, this manifold offers precise flow control and easy installation, making it suitable for projects requiring reliable zone management without excessive space.
Balanced Capacity & Design:
Seamless steel construction (50x50x2mm supply, 50x80x2mm return), supporting 8 bar pressure and 100°C fluid temperature, catering to systems covering 500-1500m² of radiant floor heating.
2 supply + 2 return ports (DN25, NPT threads), compatible with standard PEX and copper pipes, providing total flow capacity 20-80 L/min (10-40 L/min per port) for 2-4 heating zones.
Precision Control Features:
Thermostatic valves (accuracy ±1°C) and manual balancing valves (30-100% flow regulation), allowing fine-tuning for individual zones and energy-efficient operation.
Built-in air vent (1/4" NPT) and drain port (3/4" NPT), simplifying system commissioning and maintenance (air removal time ≤5 minutes per zone).
Space-Efficient Installation:
Compact dimensions (300x200x150mm) with wall-mounted design, saving 30% space compared to larger manifolds, ideal for mechanical rooms with limited space.
Pre-assembled with a 50x50mm steel frame and labeled ports, reducing installation time by 40% with included mounting hardware (M8 bolts, wall anchors).
Durability & Compliance:
Epoxy powder coating (100μm) and galvanized internals, resisting corrosion in moderate-humidity environments (RH ≤85%) and compliant with EN 1264-3 and ASME B16.5.
Tested for 100,000 cycles of thermal expansion (20-80°C), ensuring long-term reliability in systems with frequent temperature fluctuations.
Suited for medium-scale hydronic systems, this manifold is used in:
Multi-Unit Residential Buildings: Distributes heat to 2-4 apartments per manifold, with thermostatic valves enabling tenant-specific temperature control.
Commercial Retail & Offices: Powers radiant floors in 500-1000m² spaces, with energy-saving features reducing heating costs by 20% compared to non-zoned systems.
Light Industrial Workshops: Maintains comfortable temperatures in production areas and assembly lines, with corrosion-resistant finish suitable for moderate chemical exposure.
Renovation Projects: Retrofits older commercial buildings with existing boiler systems, offering a compact upgrade for improved zone management.
Q: Can this manifold be used with solar thermal systems?
A: Yes, compatible with solar thermal and heat pump systems, with optional check valves for preventing backflow in renewable energy setups.
Q: What is the maximum recommended pipe length per zone?
A: Optimal performance within 50m per zone; longer runs may require additional pumps or larger diameter pipes.
Q: Are the thermostatic valves compatible with smart home systems?
A: Yes, optional Wi-Fi-enabled valves are available, supporting integration with smart thermostats (e.g., Nest, Honeywell) for remote control.
