Operating Pressure |
Standart | 0,7 – 16 bar (10 – 240 psi) |
Low Pressure Range | 0,5 – 10 bar (7,5 – 160 psi) | |
High Pressure Range | 0,7 – 25 bar (10 – 360 psi) | |
Temperature |
Min. Operating Temperature | -10 °C (14 °F) DIN 2401/2 |
Max. Operating Temperature | 80 °C (176 °F) DIN 2401/2 | |
Port |
Flanged | DIN 2501, ISO 7005 – 2 |
Threaded | ISO (BSP) , ANSI (NPT) | |
Coating |
Standard | Epoxy |
Optional | Polyester | |
Hydraulic Links |
Standard | Reinforced Nylon (Air Brake)) Hydraulic pipe SAE J 844 |
Optional | Copper DIN 1057 | |
Actuator Type |
Single-Control Housing | Aperture Actuator, Aperture Off |
Automatic control valves are used to perform the required operations as hydraulic with line pressure without the need for energy sources in the network line.
Valve Closing Mode
When the water pressure reaches the diaphragm, the water creates hydraulic force. This hydraulic force diaphragm, combined with the force applied by the spring creates a complete seal and allows it to close.
Valve Opening Mode
When the pilot on the main control valve in the closed position is placed in the evacuation position, pressurized water on the diaphragm of the main control valve is discharged. When the line pressure reaches the position to overcome the spring force, it applies hydraulic force from the bottom to the diaphragm of the control valve and allows the valve to reach the full open position
Modulation Mode
They are pilots connected to the control valve which enables the main valve to operate in this position. According to the amount of flow and pressure required to be adjusted, it controls the water pressure on the diaphragm continuously and allows it to operate in modulated position.
- Easy operation and maintenance with simple structure
- Low cost
- Working at wide pressure value range
- Perfect modulation even at low flow rates
- Continuous on / off with flexible aperture
- Full seal with reinforced diaphragm and inner spring
- Long life with epoxy-polyester coating
- Wide range of control area with the use of different pilot valves
- Ability to work in horizontal and vertical positions in application areas
inch |
mm |
inch |
mm |
inch |
mm |
inch |
mm |
inch |
mm |
inch |
mm |
inch |
mm |
inch |
mm |
inch |
mm |
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Valve Diameter |
2 | 50 | 2½ | 65 | 3 | 80 | 4 | 100 | 5 | 125 | 6 | 150 | 8 | 200 | 10 | 250 | 12 | 300 |
CV m³/h @ 1 bar |
88 | 88 | 174 | 187 | 187 | 419 | 1139 | 1698 | 2276 | |||||||||
Kv gpm @ 1 bar |
102 | 102 | 201 | 216 | 216 | 484 | 1316 | 1961 | 2629 |
KV: Valve flow Coefficient (Flow Rate At 1 Bar Pressure Loss M³/h @ 1 BAR)
CV: Valve flow Coefficient (Flow in pressure lossof 1 Psi GPM @ 1 Psi)
Q: Flow (M³/h, GPM)
ΔP: Pressure Loss (BAR, PSİ)
G: Specific Gravity of Water (For water = 1.0)
Installation
- After connecting the 3 number finger filter and 2 number mini ball valve to the valve inlet, it is connected to the needle valve and valve cover numbered “1” with the help of copper or plastic pipe.
- One outlet of mini ball valve “2/1” is connected to the pilot inlet with flattened end to the valve cover.
- Valve outlet” 5 ” is connected to the blind.
- Valve rated diameter should be the same or a small rated diameter as the line diameter.
- In the direction of the arrow indicated on the valve Mount.
- Isolation valves (butterfly or sliding valve etc.) in the line Assembly of the valve.B) it is recommended to use air discharge valve, quick pressure discharge control valve (QR) and dirt retaining valves.
- Cavitation risk during pressure drop is dangerous for valve body. Adjust the output pressure value you want to adjust by looking at the cavitation chart or contact our company.
Adjusting
- Fixed flat pilot valve indicated by “4” according to water level in reservoir or reservoir Mount.
- Connect one end of the hydraulic pressure signal pipe supplied with Valve to the spherical valve shown in “2/1”, and the other end to the flattened pilot valve.
- Open spherical valves shown with “2” and “2/1”.
- Adjust the opening and closing speed of the main valve with needle valve shown with “1”.
- Needle Valve
- Mini Ball Valve
- Finger Filter
- Flatter
- Blind Plug
FLANGED |
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Available Diameters |
mm | 50 | 65 | 80 | 100 | 125 | 150 | 200 | 250 | |
inch | 2 | 2½ | 3 | 4 | 5 | 6 | 8 | 10 | ||
Port |
Flanged | |||||||||
Material |
GG25 – GGG40 | |||||||||
Body |
Globe | |||||||||
Transmission Pressure |
PN10 – PN16 – PN25 |
VICTAULIC |
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---|---|---|---|---|---|---|---|---|---|
Available Diameters |
mm | 50 | 65 | 80 | 100 | 150 | |||
inch | 2 | 2½ | 3 | 4 | 6 | ||||
|
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Port |
Victaulic | ||||||||
Material |
GG25 – GGG40 | ||||||||
Body |
Globe | ||||||||
Transmission Pressure |
PN10 – PN16 – PN25 |
THREADED |
|||||||||
---|---|---|---|---|---|---|---|---|---|
Available Diameters |
mm | 25 | 40 | 50 | 65 | 80×50 | 80 | ||
inch | 1 | 1½ | 2 | 2½ | 3x2x3 | ||||
Port |
Threaded | ||||||||
Material |
GG25 – GGG40 | ||||||||
Body |
Globe | ||||||||
Transmission Pressure |
PN10 – PN16 – PN25 |
ANGELED |
|||||||||
---|---|---|---|---|---|---|---|---|---|
Available Diameters |
mm | 50 | 80 | 100 | 150 | ||||
inch | 2 | 3 | 4 | 6 | |||||
Port |
Flange – Threaded | ||||||||
Material |
GG25 – GGG40 | ||||||||
Body |
Globe | ||||||||
Transmission Pressure |
PN10 – PN16 – PN25 |