Infloor Hydrolink 31090-31092 User Manual

Hydronic separator-manifold hydrolink

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Hydronic separator-manifold

HydroLink™

Function

The Hydrolink, a new device combining a hydronic separator and

distribution manifold, is used in heating and air-conditioning

systems to allow di erent heat adjustments of the various rooms

when there is only one boiler or chiller.

The various

are compact, and can be easily

in

any kind of hydronic circuit, with the advantages of ease of

installation and a saving of useful living space.

Patent application No. MI2001A001270

cert. n° 0003

ISO 9001

Product range

Part # 31091

Exter nal 2+2 separator-manifold. Complete with support brackets and pre-formed insulation

Size 1 1/4”; branches 1”

Part # 31092

External 3+1 separator-manifold. Complete with support brackets and pre-formed insulation

Size 1 1/4”; branches 1”

Part # 31090

Built-in 2+1 separator-manifold. Complete with pre-formed insulation

Size 1”; branches 1”

Technical characteristics
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Medium:

Water and non-hazardous glycol solutions

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Connections: - main:

3+1 and 2+2:

1 1/4” F NPT

2+1:

1” F NPT

- branches:

3+1 and 2+2:

1” M NPT

2+1 (bottom):

1” M NPT

2+1 (side):

1” F NPT

- air vent valve: 3+1, 2+2 and 2+1: 1/2” F straight

- drain cock: 3+1, 2+2 and 2+1: 1/2” F straight

Center distances: - main:

3+1 and 2+2:

3 1/8” (80 mm)

2+1:

2 3/8” (60 mm)

- branches:

3+1 and 2+2:

3 1/2” (90 mm)

2+1:

3 1/2” (90 mm)

Insulation
Material:

Closed-cell expanded PEX

Thickness:

3/4” (20 mm)

Density:

- inner part:

2 lb/ft

3

(30 kg/m

3

)

- outer part:

3 lb/ft

3

(50 kg/m

3

)

Thermal conductivity: - at 32°F (0°C):

0.26 BTU/in (.038 W/mK)

- at 100°F (40°C): 0.31 BTU/in (.045 W/mK)

Vapor resistance coe cient (DIN 52615):

> 1.300

Temperature range:

32 to 212°F (0÷100°C)

Fire resistance (DIN 4102):

Class 1 (Class B2)

Flow Characteristics
Maximum recommended

rates at connections:

Branches

Primary

Secondary (total)

2+1

9 gpm (2.0 m

3

/h)

22 gpm (5 m

3

/h)

2+2

11 gpm (2.5 m

3

/h)

26 gpm (6 m

3

/h)

3+1

11 gpm (2.5 m

3

/h)

26 gpm (6 m

3

/h)

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