Wavin Hep2O Underfloor Heating Manifold

The Wavin Hep2O Underfloor Heating Manifold is a highly efficient and reliable solution designed for precise distribution and regulation of flow in low-temperature floor heating or cooling systems. This manifold ensures optimal performance and control, allowing you to achieve the perfect temperature balance in your space.

Operating in accordance with VDI 2035 standards, the manifolds are specifically designed to be used with heating water. This ensures compatibility and efficiency within your system, guaranteeing optimal heat transfer and performance.

In situations where the heating water may contain corrosive particles or other contaminants, it is recommended to incorporate dirt traps or filters with a mesh size of no more than 0.8 mm. This additional measure protects the measuring and control devices from potential damage, ensuring the longevity and accuracy of your system.

The Wavin Hep2O Stainless Manifold offers impressive durability and strength. It can continuously operate at a maximum pressure of 5 bar and a temperature of 80 °C, providing reliable performance even under demanding conditions. During pressure testing, it is important to close the return valves to maintain system integrity. The manifold can withstand a maximum test pressure of 10 bar at 20 °C.

Designed with efficiency and reliability in mind, the Wavin Hep2O Stainless Manifold is a dependable choice for your floor heating or cooling system. Experience precise control, optimal heat distribution, and peace of mind with this high-quality manifold.

Specifications

Specifications

High-Quality Construction

• 
  ProWarm Electric Underfloor Heating Sticky Mat: Utilizes the same premium cable as the ProWarm Loose Cable kit. The mat incorporates a sticky fibreglass mesh to ensure optimal heat output by maintaining proper cable spacing. Installation is straightforward—simply roll out the mat to cover the desired heating area.
• 
  Heating Cable: Series-type with twin conductors and a 4m cold lead at one end.
• 
  Cable Composition: The resistance heating wire is encased in a fluoropolymer insulation layer, wrapped in protective metal shielding, and enclosed in a final plastic outer sheath. The twin conductor cable has a final diameter of 2mm.
• 
  Junction Design: Unique design for hot and cold lead junctions ensures they are 100% foolproof.

Standards and Approvals

• 
  Standards: Meets all test requirements of IEC 60335.
• 
  Certifications: CE certified by SGS.

Performance and Benefits

• 
  Cost-Effective: Provides heat precisely where needed, optimizing heat utilization and minimizing losses.
• 
  Flexibility: Can be installed in any area or floor layout.
• 
  Comfort: Close and uniform spacing of heating cables, combined with thermostat controls, allows for precise temperature settings, enhancing comfort.
• 
  DIY-Friendly: Designed for easy installation with clear instruction manuals and professional technical support.
• 
  Versatility: Available in various heat loads and sizes to suit various flooring types.

Mat Dimensions

• 
  Width: 0.5m
• 
  Length: Dependent on the selected square meter coverage
• 
  Cable thickness: 2mm

Kit Includes:

• Underfloor Heating Sticky Mat (Two individual mats if kit size over 12m2)
• Floor Primer - a high-performance universal priming/sealing agent suitable for plaster, timber, brick, and block work.
• Roller - a high-quality roller for applying floor primer to the subfloor
• Adhesive tape - works to assist in holding a mat or cable in position during installation
• 2m Floor Sensor Probe Conduit - provides a protective pathway for the sensor probe, connecting to your thermostat
• Digital thermostat (if selected) - adjust the heat settings and enjoy warm floors through a simple touch of a button

Installation

Please Note: This is a brief guide. Always refer to the full installation manual for comprehensive instructions.

1. Plan Your Layout:

• Divide the floor into a series of rectangles. Use these measurements to calculate the number and sizes of mats needed, excluding permanent or static fixtures from your calculations.

2. Prepare the Subfloor:

• For screed over concrete floors, lay insulation boards to minimize heat loss and ensure quicker warm-up times.

3. Lay the Heating Mat:

• Start with the first run of the mat. Cut the mat (leaving the cable intact) at the end of each run, turn it 90° or 180°, and continue laying.
• Once the area is covered, adjust the mat so that the loops are evenly spaced.
• Secure the mat to the subfloor using the special tape provided.

4. Electrical Connections:

• Install an RCD fused spur to power the thermostatic controller/programmer and the mat system.
• Lay the temperature probe from the timer-thermostat onto the floor, position it equidistant between two cable loops, and secure it to the surface.
• Position the unheated power supply cable from the end of the mat system near the thermostat.
• Make all necessary connections to the power supply. Run the heaters for no more than 10 minutes to ensure they are heating up properly.

5. Finish the Flooring:

• Option 1: Apply a thin, self-levelling screed over the mat and allow it to dry completely before laying tiles.
• Option 2: Directly trowel flexible tile adhesive over the mat and lay the floor tiles.
• After grouting, let the tile adhesive cure fully before switching on the system.