J-FLOW CONTROLS ANSI 150# 4 in. Wafer Style Stainless Steel Disc High Performance Carbon Steel Butterfly Valve A-8224BCCCW110

J-Flow Controls A-8224BCCCW110 ANSI 150# 4 in. Wafer Style Stainless Steel Disc High Performance Carbon Steel Butterfly Valve J-Flow Control's ANSI 150# Wafer Style High Performance Butterfly Valves have been designed and manufactured for fluid control handling. The valve features an ISO 5211 mounting pad with square shaft which permits direct mounting of lever handles, gear operators or any type of actuator. Because of this direct mount design, the packing gland is located below the mounting pad and can be adjusted in the field without removing the handle, gear or actuator. J-Flow uses a square stem which means the disc is not secured to the stem with small pins. These small pins can easily come loose during service, as they loosen the valve will no longer operate fully as the stem will be turning inside the disc. The square stem also makes it possible to change from a handle, to gear operator or an actuator without the use of a coupling. Applications: Oil and gas, Pulp and paper, Power generation, HVAC, Chemical, Shipbuilding, Water/wastewater treatment Features Tight shut-off design ISO 5211 mounting pad with square shaft permits direct mount actuation for both manual (lever & gear), pneumatic and electric actuators Gland flange preventing uneven load distribution against packing Internal travel stop design to prevent over-travel of the disc, minimizing possible seat damage Heavy duty handle and 10 position notch plate allows for positioning the valve disc to precise angle stops Specifications Style: Wafer Class: ANSI 150# Size: 4 in. Body Material: Carbon Steel Disc Material: Stainless Steel Seat Material: TFM4215 Body Seal Material: TFM4215 Operator: Carbon Steel 3 in. Tall Bracket and Coupler Number of Bolt Holes: 8 (eight) Bolt Hole Diameter: 0.75 in. Approvals: TAA Compliant, CE, PED, DNV, NSF/ANSI 61 Portable Water Downloads Product Manual (PDF Download) Product Brochure (PDF Download)