Manual Handle Awwa C504 Butterfly Valve with Main Features as below:

Resilient Seated Seated or Fully Lined Design
Concentric or Eccentric Structure
Wafer, Lug, Groorved, Flanged, MJ (Machnical Joint) Ends
Sizes: 3 through 96 inches
Body Style: Flanged x flanged ends
Other Body Style Options: Mechanical joint, victaulic, flanged & mechanical joint, push-on, push-on & flanged
Pressure Class: Class 150B per AWWA Standard C504
Working Pressure: 150 psig
Flanges: Flat faced and drilled in accordance with ANSI B16.1, Class 125 standards
Rubber Seat: Bonded seat-in-body
Actuation Options: Vatac hand lever, MDT manual actuator with AWWA nut, handwheel or chainwheel, Vatac Dura-Cyl hydraulic or pneumatic cylinder, Vatac electric actuator


Quick Details
Standard or Nonstandard: StandardStructure: ButterflyPressure: Medium Pressure
Power: ManualMaterial: Stainless SteelTemperature of Media: Medium Temperature
Media: WaterPort Size: 14"Place of Origin: Zhejiang China (Mainland)
Model Number: D341Brand Name: VATAC/VANGO
Packaging & Delivery
Packaging Detail: Sea worthy ply-wood packing
Delivery Detail: 45 days against purchase order
Specifications
Designed and Manufactured of Butterfly Valve to BSEN593 and MSS SP-67 and API 609
Butterfly Valve is Suitable to ANSI 125/150
Butterfly Valve Features:

Designed and Manufactured of Butterfly Valve to BSEN593 and MSS SP-67 and API 609

Butterfly Valve is Suitable to ANSI 125/150, BS4504, DIN flanges

Size Ranges of Butterfly Valve: NPS 2"~52"

Pressure Rating: PN10/16, ANSI125/150/300/600/900

Materials of Butterfly Valve available in Iron, Steel, Stainless Steel, Duplex and Bronze, Seat Material in Both Resilient and Metal Type, Different trim materials of Butterfly Valve are available to suit different service conditions

Butterfly Valve Fire-safe design to API 608/API 6FD upon request

To MSS SP 01-75 On request

Operations of Vango Butterfly Valve: Lever, Worm-gear, Electric, Pneumatic and Hydra-pneumaticHigh API ANSI CL125 #&CL150 LB Wafer&Semi-lug Butterfly Valve Manual Handle