Adaptor Plug 1.1/4" BSP
SKU:
10015027
The STAUFF 1.1/4" BSPP Male Hexagon Head Adaptor Plug is a heavy-duty hydraulic fitting designed to securely blank off compatible 1.1/4" BSPP female connections. Featuring a solid male construction, external hexagon drive and 60° external cone sealing face, it provides a robust metal-to-metal seal for hydraulic ports, manifolds and fluid power systems.
Features & Benefits
» Heavy-duty male adaptor plug designed to permanently or temporarily blank off compatible female hydraulic connections
» 1.1/4" BSPP male thread is designed for use with matching female BSPP connections
» 60° external cone sealing face provides a secure metal-to-metal interface with compatible female connections
» Solid plug construction securely closes unused hydraulic ports and manifold connections
» External hexagon head allows straightforward installation and removal using a suitable spanner
» Parallel BSPP thread conforms to recognised British and international thread standards
» Mild steel construction provides strength and durability for demanding hydraulic applications
» W66A zinc/nickel surface treatment provides enhanced corrosion protection
» Maximum working pressure of 170 Bar for compatible hydraulic systems
» Suitable for hydraulic manifolds, machinery, industrial equipment and general fluid power installations
Technical Specifications
» Brand: STAUFF
» Model Code: ADP-HP-G20-M-W66A-SO
» Material Number: 2011623261
» Industry Interchange: AMO220 / 6BC20 / 1BP20
» Product Type: Male Hexagon Head Adaptor Plug
» Configuration: Solid Male Plug
» Nominal Thread Size: 1.1/4"
» Connection: 1.1/4" BSPP Male
» Thread Type: BSPP Parallel
» Thread Standard: BS 2779 / ISO 228-1
» Major Thread Diameter: Approximately 41.9mm
» Drive Type: External Hexagon
» Sealing Interface: 60° External Cone
» Sealing Method: Metal-To-Metal Cone Seal
» Material: Mild Steel
» Surface Finish: W66A Zinc/Nickel Plating
» Maximum Working Pressure: 170 Bar
» Function: Hydraulic Port Blanking
» Application: Hydraulic Ports, Manifolds And Fluid Power Systems
