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GB-7

D

GB

F

NL

I

E

 ? 

 

The solenoid valve does not close securely, 
the flow downstream of the solenoid valve 
does not stop.

 ! 

 Valve seat is dirty.

  • 

 Clean the valve seat, see page  6 (Mainte-

nance).

  • 

 Install a filter upstream of the solenoid valve.

 ! 

 Valve seat is damaged.

  • 

  Remove the unit and return it to the manufacturer.

 ! 

 Valve seal is damaged or hardened.

  • 

  Remove the unit and return it to the manufacturer.

 ! 

  Guiding elements bent. Incorrect handling when 

installing the unit.

  • 

  Remove the unit and return it to the manufacturer.

Technical data

Gas types: natural gas, town gas, LPG (gaseous), 
biologically produced methane (max. 0.1 %-by-
vol. H

2

S, VG..M only) or clean air; other gases on 

request. The gas must be dry in all temperature 
conditions and must not contain condensate.
Max. inlet pressure p

u

: see type label.

Opening time: 
VG..N: quick opening, ≤ 1 s. 
VG..L: slow opening, 10 s.
Closing time: 
VG..N, VG..L: ≤ 1 s.

Ambient temperature: -20 to +60°C (5 to 140°F).

No condensation permitted.
Long-term use in the upper ambient temperature 
range accelerates the ageing of the elastomer ma-
terials and reduces the service life (please contact 
manufacturer).
Storage temperature: -20 to +40°C (68 to 104°F).
Safety valve: 
Class A, Group 2 pursuant to EN 161.
Mains voltage: 
220/240 V AC, +10/-15%, 50/60 Hz, 

120 V AC, +10/-15%, 50/60 Hz, 

24 V DC, +10/-15%.
Electrical connection of VG 10/15

 

 

40/32: 

plug with socket to EN 175301-803, 
cable gland: PG 11, 
connection terminal: 2.5 mm

2

.

Electrical connection of VG 40

 

 

65: 

plug with socket to EN 175301-803, 
cable gland: PG 13.5, 
connection terminal: 2.5 mm

2

.

Enclosure: IP 54.

Duty cycle: 100%.
Power factor of the solenoid coil: cos φ = 1.
Power consumption:

Voltage

Type

24 V DC 

120 V AC 

220 V AC

240 V AC

VG 15

32 VA / W 38 VA / W

VG 15/12R18

31 VA / W 37 VA / W

VG 20, VG 25, VG 40/32 36 VA / W 42 VA / W

VG 40

73 VA / W 86 VA / W

VG 50, VG 65

85 VA / W 99 VA / W

Switching frequency: max. 30/min.

Valve housing: aluminium. 
Valve disc: NBR.

Internal thread: Rp to ISO 7-1. 
Flange: ISO 7005 (DN 65 to DIN 2501), PN 16.

Air flow rate V

.

   (Q) for pressure loss Δp = 1 mbar.

VG 40 

24.0

VG 40/33  

13.5

VG 50 

37.0

VG 50/39 

23.0

VG 50/65 

48.0

VG 65 

57.0

VG 65/49 

35.0

VG 80 

85.0

VG 100 

130.0

VG 10/15 

3.0

VG 15  

3.8

VG 15/12 

2.3

VG 20 

8.0

VG 25 

10.0

VG 25/15 

3.8

VG 40/32 

18.0

V

 (Q) [m

3

/h]

V

 (Q) [m

3

/h]

p = 1 mbar

Designed lifetime

This information on the designed lifetime is based on 

using the product in accordance with these operating 
instructions. Once the designed lifetime has been 
reached, safety-relevant products must be replaced.
Designed lifetime (based on date of manufacture) in 
accordance with EN 13611, EN 161 for VG:

Type

Designed lifetime

Switching 

cycles

Time

[years]

VG 10/15 – 25

200,000

10

VG 40/32

100,000

10

VG 40 – 80

100,000

10

VG 100

50,000

10

Summary of Contents for VG 10/15

Page 1: ...ed out by qualified gas technicians Electrical interventions may only be carried out by qualified electricians Conversion spare parts All technical changes are prohibited Only use OEM spare parts Changes to edition 09 12 The following chapters have been changed Separate operating instructions for VG 6 15 10 see www docuthek com Kromschröder Products 03 Valves and butterfly valves Solenoid valves f...

Page 2: ...on box 4 Damping unit 5 Screw plug for inlet pressure pu 6 Screw plug for outlet pressure pd 7 VG 10 15 40 32 hexagonal nut actuator VG 40 65 cap Type label Rated voltage electrical power consumption instal lation position max inlet pressure pu max ambient temperature enclosure and medium see type label www kromschroeder com Osnabrück Germany VG CE 0063CM1188 Installation CAUTION Please observe th...

Page 3: ... occurs Electric shocks can be fatal Before working on possible live components ensure the unit is disconnected from the power supply The solenoid actuator heats up during opera tion Surface temperature approx 85 C approx 185 F pursuant to EN 60730 1 Use temperature resistant cable 80 C 176 F Wiring to EN 60204 1 1 Disconnect the system from the electrical power supply 2 Shut off the gas supply Th...

Page 4: ... Checking for external tightness 0 N2 1 5 x pu max 0 0 N2 1 5 x pu max 4 6 5 Open the solenoid valve 0 N2 1 5 x pu max 0 0 N2 1 5 x pu max 4 6 Pipeline leaking check the seal Checking for internal tightness 7 Close the solenoid valve N2 ca 6 mbar 0 0 8 9 After 60 seconds increase the text pressure to 1 5 x pu max N2 1 5 x pu max 0 0 10 Tightness OK open the pipeline Unit leaking remove the VG and ...

Page 5: ...10 mm up 1 N bue 2 LV1 black 11 Screw the solenoid actuator into place 12 Release the gas supply VG L N LV1 4 3 6 5 7 8 9 10 11 12 13 Slide the O ring approx 10 mm up 1 N blue 2 LV1 black V N2 1 5 x pu max 15 17 14 19 18 20 16 13 Can be rotated max 3 x 360 Ad just the start gas rate 21 Tightness OK release the gas supply Replacing a defective damping unit 1 Disconnect the system from the electrica...

Page 6: ...uator has been reinstalled N2 1 5 x pu max 14 In order to determine whether the VG is tight and closes securely check the internal and external tightness see page 4 Tightness test Check electrical installations in line with local reg ulations pay particular attention to the PE wire Assistance in the event of malfunction WARNING Electric shocks can be fatal Before working on possible live component...

Page 7: ...0 60 Hz 120 V AC 10 15 50 60 Hz 24 V DC 10 15 Electrical connection of VG 10 15 40 32 plug with socket to EN 175301 803 cable gland PG 11 connection terminal 2 5 mm2 Electrical connection of VG 40 65 plug with socket to EN 175301 803 cable gland PG 13 5 connection terminal 2 5 mm2 Enclosure IP 54 Duty cycle 100 Power factor of the solenoid coil cos φ 1 Power consumption Voltage Type 24 V DC 120 V ...

Page 8: ...ng before using for the first time If stored for longer than this the overall service life will be reduced by the corresponding amount of extra storage time Packaging The packaging material is to be disposed of in ac cordance with local regulations Disposal Components are to be disposed Certification Declaration of conformity We the manufacturer hereby declare that the prod uct VG marked with prod...

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