1 kulový ventil

kulový ventil

cena kulového ventilu

kulové ventily

os&y globe valve

ss globe valve

1″-150LB Electric Actuated Globe Valve

1″-150LB Electric Actuated Globe Valve

Size 1 inch (DN25)
Pressure Class Class 150 LB (PN20 / 290 PSI)
Body Material Cast Carbon Steel (WCB) / Cast Stainless Steel (CF8/CF8M) / Forged Steel (A105/F304) User specified
Manufacturing Process Casting / Forging (depending on manufacturer)
Design Standard ASME B16.34 / BS 1873 / API 623
End Connection Standard ASME B16.5 (Flanged RF) / ASME B1.20.1 (NPT) / ASME B16.11 (SW)
Face to Face Standard ASME B16.10
Test & Inspection Std. API 598

TECHNICAL DATA SHEET

Product Name: 1-inch 150LB Electric Actuated Globe Valve
Model/Specification: 1″-150LB-ELECTRIC-GLOBE
Typ ventilu: Electric Motorized Globe Valve (On-Off / Modulating)
Connection Type: Flanged (RF) / Threaded (NPT) / Socket Weld (SW) User specified

  1. Basic Design Parameters

Parametr

Standard/Specification

Velikost

1 inch (DN25)

Pressure Class

Class 150 LB (PN20 / 290 PSI)

Materiál těla

Cast Carbon Steel (WCB) / Cast Stainless Steel (CF8/CF8M) / Forged Steel (A105/F304) User specified

Manufacturing Process

Casting / Forging (depending on manufacturer)

Design Standard

ASME B16.34 / BS 1873 / API 623

End Connection Standard

ASME B16.5 (Flanged RF) / ASME B1.20.1 (NPT) / ASME B16.11 (SW)

Face to Face Standard

ASME B16.10

Test & Inspection Std.

API 598

Třída úniku

Class IV (Metal Seat) / Class VI (Soft Seat) per ANSI/FCI 70-2

  1. Technical Specifications

Parametr

Details

Typ ventilu

Straight Pattern Globe Valve / S-Pattern Flow Port

Bonnet Type

Bolted Bonnet / Gland Type

Stem Type

Outside Screw and Yoke (OS&Y), Rising Stem

Disc Type

Single Seat Plug Type (Parabolic)

Seat Type

Metal Seat (Standard) / Soft Seat (PTFE/RPTFE)

Flow Characteristic

Linear / Equal Percentage (depending on trim)

Applicable Media

Water, Oil, Gas, Steam, Corrosive Fluids (depending on material)

Teplotní rozsah

-29°C to +425°C (WCB) / -29°C to +200°C (SS with PTFE seats)

Flow Direction

Flow under disc (standard, low inlet) / Flow over disc (optional)

Operace

Electric Actuator (Multi-turn)

Rangeability

50:1 (typical)

  1. Electric Actuator Specifications

Parametr

Details

Actuator Type

Multi-turn Electric Actuator

Actuator Model

381LSA/XA-08 / DZW10 / EQ series (depending on torque)

Power Supply

AC220V / AC380V / AC110V / DC24V (optional)

Control Type

On-Off (with open/close signals) / Modulating (with positioner)

Input Signal (Modulating)

4-20mA DC / 1-5V DC / 0-10V DC

Output Signal (Modulating)

4-20mA DC (position feedback)

Torque Output

50 Nm – 200 Nm (depending on actuator size)

Operation Time (90°)

15-30 seconds (typical for 1″ valve)

Protection Level

IP65 / IP67 (standard) / IP68 (optional)

Explosion-Proof Rating

ExdIIBT4 / ExdIICT4 (optional)

Ambient Temperature

-20°C to +60°C (standard)

Manual Override

Handwheel (standard)

Power Consumption

50-150 VA (typical)

Housing Material

Die-cast Aluminum (epoxy coated)

Mounting

ISO 5211 standard mounting interface

  1. Material of Construction (Recommended – Carbon Steel WCB)

Part Name

Materiál

Standard/Grade

Tělo

Cast Carbon Steel

ASTM A216 WCB

Bonnet

Cast Carbon Steel

ASTM A216 WCB

Disc / Valve Plug

Stainless Steel + Hardfacing

13Cr / 304 + Stellite

Seat Ring

Stainless Steel (Integral)

13Cr / 304 (Hardfaced)

Zastavit

Stainless Steel

2Cr13 / 304 / 420

Gasket

Spiral Wound

Stainless Steel + Graphite

Packing

Flexible Graphite / PTFE

Low sulfur graphite

Stem Nut

Aluminum Bronze

C95400

Body Bolts/Nuts

Carbon Steel / Alloy Steel

ASTM A193 B7 / A194 2H

Yoke

Cast Iron / Fabricated Steel

For actuator mounting

Actuator Housing

Die-cast Aluminum

Epoxy-coated

*For Stainless Steel version (CF8/CF8M): body/bonnet to ASTM A351 CF8/CF8M, bolting to A193 B8 / A194 8 .*

  1. Main Dimensions & Connection Details

Note: Dimensions for 1″ Class 150 Flanged Globe Valve. Based on ASME B16.10 and industry standards .

5.1 Valve Body Dimensions (Face-to-Face – Flanged RF)

Velikost

Pressure Class

L (mm)

L (in)

H (Open) mm

H (Open) in

Weight (kg)

Weight (lbs)

1″

150LB

127

5.0

~242

~9.5

~13.5

~29.8

Note: H(open) includes actuator height. Valve body weight approx 13.5 kg, actuator adds additional weight.

5.2 Flange Details (Per ASME B16.5 – Class 150)

Parametr

1″ Flange

Flange Diameter (OD)

108 mm (4.25 in)

Bolt Circle Diameter (PCD)

79.2 mm (3.12 in)

Number of Bolt Holes

4

Bolt Hole Diameter

16 mm (0.62 in)

Bolt Thread Size

1/2″ UNC

Raised Face Height

2 mm (0.06 in)

Flange Thickness (b)

14.2 mm (0.56 in)

5.3 End Preparation (Alternative Connections)

Connection Type

Norma

Details

Threaded (NPT)

ASME B1.20.1

1″ NPT Female

Socket Weld (SW)

ASME B16.11

1″ Socket Weld per standard

Tupý svar (BW)

ASME B16.25

Bevel prepared ends

  1. Pressure-Temperature Rating (ASME B16.34 / Class 150)

*Material Group: Carbon Steel (WCB) and Stainless Steel (CF8/CF8M)*

Temperature (°C)

Working Pressure (bar)

Working Pressure (psi)

Notes

-29 to 38

19.6

285

Maximum Rating (Class 150)

50

19.2

278

 

100

17.7

257

 

150

16.1

234

 

200

14.4

209

Max for PTFE seats

250

12.8

186

 

300

11.1

161

 

350

9.5

138

 

400

7.8

113

Max for WCB

Note: With PTFE soft seats, max temperature 200°C. Metal seats can operate up to 425°C .

  1. Test Pressure (API 598)

Test Type

Medium

Pressure (bar)

Pressure (psi)

Acceptance Criteria

Shell Test (Hydrostatic)

Water

29.4

426

1.5 x 38°C Rating (no visible leakage)

High-Pressure Seat Test

Water

21.6

313

1.1 x 38°C Rating (Rate A/B per API 598)

Low-Pressure Seat Test

Air / N2

5.5 – 7.0

80 – 100

Bubble-tight

Actuator Test

Electrical

Rated Voltage

Function test (full stroke, limit switch check)

  1. Flow Characteristics (1″ – Class 150)

Parametr

Value

Flow Coefficient Cv (approx)

~15 – 20 (typical for 1″ globe valve)

Flow Coefficient Kv (approx)

~13 – 17

Flow Characteristic

Linear / Equal Percentage (depending on trim)

Seat Leakage Class

Class IV (Metal Seat) / Class VI (Soft Seat) per ANSI/FCI 70-2

Rangeability

50:1

  1. Electric Actuator Selection Guide (1″ Valve)

Actuator Type

Torque Range

Power Supply

Control Type

Suitable for

On-Off Actuator

50-100 Nm

AC220V/380V

Open/Close signals

Basic isolation duty

Modulating Actuator

50-150 Nm

AC220V

4-20mA input/output

Precise flow control

Explosion-Proof Actuator

50-150 Nm

AC220V/380V

On-Off / Modulating

Hazardous areas (ExdIIBT4)

DC-Powered Actuator

50-80 Nm

DC24V

On-Off / Modulating

Solar/battery applications

Note: Actuator sizing depends on differential pressure and required operating speed. Final selection by manufacturer based on process conditions.

  1. Features & Applications
  • Key Features:
    • Electric Actuation: Convenient remote control with push-button or DCS integration .
    • Multi-turn Design: Suitable for globe valve linear motion.
    • High Precision Control: Modulating version with 4-20mA positioner enables accurate flow regulation .
    • Flexible Control Options: On-off, signal feedback, or intelligent modulating types available .
    • Manual Override: Handwheel allows manual operation during power failure .
    • Excellent Shut-off Capability: Globe valve design provides tight sealing and good throttling characteristics .
    • S-Pattern Flow Port: Optimized flow path with small pressure drop .
    • Wide Material Selection: Carbon steel, stainless steel, and alloy options for various services .
    • Multiple Seat Options: Metal seats for high temperature, soft seats for zero leakage .
    • Compact Design: Smaller height compared to gate valves .
    • Anti-Corrosion Protection: Epoxy-coated actuator housing for outdoor service.
    • Koncové spínače: Standard for position indication and interlocking.
  • Main Applications:
    • HVAC Systems: Chilled water and hot water control.
    • Water Treatment: Flow control in filtration and chemical dosing.
    • Industrial Plants: General purpose isolation and control.
    • Power Plants: Auxiliary systems, cooling water.
    • Chemical Processing: Corrosive fluid handling (with SS materials).
    • Oil & Gas: Light hydrocarbon services.
    • Building Automation: Remote-controlled valve systems.
    • Food & Beverage: Sanitary applications with appropriate trim.
  1. Electric Actuator Advantages for This Valve
  • Remote Automation: Ideal for inaccessible or hazardous locations.
  • Precise Positioning: Modulating version offers high accuracy (deviation ≤1%) .
  • Low Maintenance: No air supply required, fewer moving parts than pneumatic.
  • Energy Efficient: Only consumes power during operation.
  • Fail-in-Place: Holds position on power loss (no spring return unless specified).
  • Easy Integration: Standard 4-20mA signals interface with PLC/DCS.
  • Visual Indication: Position indicator standard on all units.
  1. Ordering Information

Please specify when ordering:

  1. Valve size: 1″ (DN25)
  2. Pressure class: 150LB
  3. Body material: WCB / CF8 / CF8M / A105 / F304
  4. End connections: Flanged RF / NPT / SW / BW
  5. Seat type: Metal / Soft (PTFE/RPTFE)
  6. Actuator power supply: AC220V / AC380V / DC24V
  7. Control type: On-Off / Modulating (4-20mA)
  8. Actuator protection: IP65 / IP67 / IP68 / Explosion-proof (ExdIIBT4)
  9. Accessories: Positioner, limit switches, heater, thermostat
  10. Special requirements: Fire-safe, NACE, oxygen cleaning, low temperature, etc.

Disclaimer: The above data is prepared based on common industry standards (ASME B16.34, API 598, BS 1873) for electric actuated globe valves . Specific dimensions, materials, and actuator sizing may vary by manufacturer based on actual pressure and temperature conditions. The electric actuator provides convenient remote control and precise positioning for flow regulation. The final technical agreement and certified drawings shall prevail.

ZÁRUKA:

Společnost SAVVY VALVES se zavazuje poskytovat výjimečnou kvalitu produktů a bezstarostný poprodejní servis. Naše ventily mají zaručenou minimální životnost 12 měsíců, během níž zdarma dodáme všechny potřebné náhradní díly a podrobné pokyny k údržbě. V případě poškození, které není způsobeno lidskou činností, v rámci záruční doby bezplatně vyměníme komponenty a poskytneme profesionální technickou podporu. Po uplynutí záruky zákazníci uhradí pouze náklady na náhradní díly a zároveň mohou využívat zlevněné služby údržby. Naším cílem je pomáhat klientům snižovat provozní náklady a zvyšovat efektivitu výroby prostřednictvím spolehlivé kvality a komplexní poprodejní podpory. Ať už se jedná o technické dotazy nebo potřeby údržby, náš tým odborníků vám promptně zareaguje, aby zajistil, že váš ventilový systém bude vždy udržovat optimální výkon.

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