ProduCT Range

Sinus Manifolds

Product range

Index

Small manifolds

 

Small manifolds

 

Small manifolds 60/60–120/80

Nozzle spacing: 100–200 mm

Heating water flow rate: 1,30–6,5 m³/h

Power: 30–150 kW

Sinus small manifold sets

 

Sinus small manifold sets consisting of manifold, EPP insulation and wall brackets.

 

Benefit from the advantages of compact Sinus manifolds even in applications < 30 kW, fitted either with union nuts for use with corresponding groups of pumps (1”) or with threaded connection (R1”) for custom installation.

 

  • Easy to install
  • Long-lasting
  • Straightforward

Compact manifolds

Sinus Compact manifolds

 

With uniform nozzle spacings.

 

Compact manifolds 120/80–300/200

Nozzle spacing: uniform, 200–350 mm

Heating water flow rate: 6,5–68,8 m³/h

Power: 150–1.600 kW

Sinus Compact manifolds

 

With variable nozzle spacings.

 

Compact manifolds 120/80–700/500

Nozzle spacing: variable

Heating water flow rate: 6,5–391,0 m³/h

Power: 150–9.100 kW

Sinus Compact manifolds with 90° bends

 

Solution for compact central heating systems.

 

Without thermal separation:

Chamber size w/h 120/80–700/500

Nozzle size: DN50–DN350

Heating water flow rate: 6,5–391,0 m³/h

Power: 150–9.100 kW

 

With thermal separation

Chamber size w/h 160/81–700/501

Nozzle size: DN65–DN300

Heating water flow rate: 9,0–391,0 m³/h

Power: 150–9.100 kW

Further manifolds

Single-chamber manifolds

 

Manifolds with rectangular profile:

Nozzle spacing: variable

Size: 80/60–450/250

Flow rate: 5,8–243,0 m³/h

Power: 135–5.652 kW

Single-chamber manifold

Single-chamber manifolds

 

Manifolds with cylindrical profile:

Nozzle spacing: variable

Size: DN50–DN800

Heating water flow rate: 3,5–1.085 m³/h

Power: 80–25.320 kW

Stainless steel manifolds

 

LegioNixx potable water manifolds

No dead zones, in order to prevent proliferation of Legionella. Stainless steel manifolds in accordance with EN 10217-7/DIN EN ISO 1127 WIG-welded, bath-etched and passivated.

 

Size: DN50–DN250

Flow rate: 13,5–391,0 m³/h