065B2400 Danfoss VFG 2

Write a Review
SKU:
065B2400
Availability:
2 - 3 weeks

Log in for pricing

Product details Gross weight 335.5 kg Net weight 362 kg EAN 5702421803172 Gross weight 335.5 kg Net weight 362 kg…

Ask for a Quotation

Ask for a Quotation

Feel free to inquire
  • Security Image 1
Description

Product details

Gross weight 335.5 kg
Net weight 362 kg
EAN 5702421803172
Gross weight 335.5 kg
Net weight 362 kg
EAN 5702421803172

 

Application District Heating
Cavitation factor 0.2
Connection types Flange
Description VFG2 PN16 250/400 2-way flange flow/ret
Diameter [mm] 250 mm
Differential pressure range [bar] [Max] 10 bar
Flow characteristic Linear optimized
Function Pressure relief
Kvs values [m³/h] 400 m3/h
Leakage through port max. [% Kvs] 0.05
Manufacturer's name Danfoss
Media pH [Max] 10
Media pH [Min] 7
Media temperature [°C] [Max] 150 °C
Media temperature [°C] [Min] 2 °C
Medium alternative Glycolic water up to 30%
Mounting version Free
Number of ports 2
Permissible media Circulation water
Pressure nominal [bar] 16 bar
Product group Motorized control valves
Spindle position Normally open
Stroke [mm] 24 mm
Type VFG 2
Valve body material Grey cast iron EN-GJL-250 (GG-25)
Valve cone material Stainless steel, mat. No. 1.4021
Valve seat material Stainless steel, mat. No. 1.4313
Application District Heating
Cavitation factor 0.2
Connection types Flange
Description VFG2 PN16 250/400 2-way flange flow/ret
Diameter [mm] 250 mm
Differential pressure range [bar] [Max] 10 bar
Flow characteristic Linear optimized
Function Pressure relief
Kvs values [m³/h] 400 m3/h
Leakage through port max. [% Kvs] 0.05
Manufacturer's name Danfoss
Media pH [Max] 10
Media pH [Min] 7
Media temperature [°C] [Max] 150 °C
Media temperature [°C] [Min] 2 °C
Medium alternative Glycolic water up to 30%
Mounting version Free
Number of ports 2
Permissible media Circulation water
Pressure nominal [bar] 16 bar
Product group Motorized control valves
Spindle position Normally open
Stroke [mm] 24 mm
Type VFG 2
Valve body material Grey cast iron EN-GJL-250 (GG-25)
Valve cone material Stainless steel, mat. No. 1.4021
Valve seat material Stainless steel, mat. No. 1.4313
VFG2 PN16 250/400 2-way flange flow/ret

Product details

Gross weight 335.5 kg
Net weight 362 kg
EAN 5702421803172
Gross weight 335.5 kg
Net weight 362 kg
EAN 5702421803172

 

Application District Heating
Cavitation factor 0.2
Connection types Flange
Description VFG2 PN16 250/400 2-way flange flow/ret
Diameter [mm] 250 mm
Differential pressure range [bar] [Max] 10 bar
Flow characteristic Linear optimized
Function Pressure relief
Kvs values [m³/h] 400 m3/h
Leakage through port max. [% Kvs] 0.05
Manufacturer's name Danfoss
Media pH [Max] 10
Media pH [Min] 7
Media temperature [°C] [Max] 150 °C
Media temperature [°C] [Min] 2 °C
Medium alternative Glycolic water up to 30%
Mounting version Free
Number of ports 2
Permissible media Circulation water
Pressure nominal [bar] 16 bar
Product group Motorized control valves
Spindle position Normally open
Stroke [mm] 24 mm
Type VFG 2
Valve body material Grey cast iron EN-GJL-250 (GG-25)
Valve cone material Stainless steel, mat. No. 1.4021
Valve seat material Stainless steel, mat. No. 1.4313
Application District Heating
Cavitation factor 0.2
Connection types Flange
Description VFG2 PN16 250/400 2-way flange flow/ret
Diameter [mm] 250 mm
Differential pressure range [bar] [Max] 10 bar
Flow characteristic Linear optimized
Function Pressure relief
Kvs values [m³/h] 400 m3/h
Leakage through port max. [% Kvs] 0.05
Manufacturer's name Danfoss
Media pH [Max] 10
Media pH [Min] 7
Media temperature [°C] [Max] 150 °C
Media temperature [°C] [Min] 2 °C
Medium alternative Glycolic water up to 30%
Mounting version Free
Number of ports 2
Permissible media Circulation water
Pressure nominal [bar] 16 bar
Product group Motorized control valves
Spindle position Normally open
Stroke [mm] 24 mm
Type VFG 2
Valve body material Grey cast iron EN-GJL-250 (GG-25)
Valve cone material Stainless steel, mat. No. 1.4021
Valve seat material Stainless steel, mat. No. 1.4313
Bottom Banner