Needle-Valve-Stainless.Steel-BSP - MXT-222481
6Pages

MXT-222-481-487 STAINLESS STEEL NEEDLE VALVE PN 400 F/F Size : Ends : Min Temperature : Max Temperature : Max Pressure : Specifications : DN 1/4" to 1“ Female - Female BSP or NPT - 20°C + 180°C 400 Bars Rotating rising stem 1 piece type Reduced bore Page 1 - 6 Information provided as an indication and subject to possible modification

MXT-222-481-487 STAINLESS STEEL NEEDLE VALVE PN 400 F/F SPECIFICATIONS : Respect the flow direction ( indicated by the arrow ) Reduced bore Rising rotating stem 1 piece type Stainless steel type 6000 Psi type ( PN400 ) USE : For common fluids of 2 group Min and max Temperature Ts : - 20°C to + 180°C Max Pressure Ps : 400 bars ( see graph ) nd PRESSURE / TEMPERATURE GRAPH ( STEAM EXCLUDED ) : Page 2 - 6 Information provided as an indication and subject to possible modification

MXT-222-481-487 STAINLESS STEEL NEEDLE VALVE PN 400 F/F RANGE : Stainless steel threaded female BSP cylindrical Ref. 481 from DN 1/4“ to DN 1“ Stainless steel threaded female NPT Ref. 487 from DN 1/4“ to DN 1“ Handle screw Page 3 - 6 Information provided as an indication and subject to possible modification

MXT-222-481-487 STAINLESS STEEL NEEDLE VALVE PN 400 F/F SIZE ( in mm ) : Page 4 - 6 Information provided as an indication and subject to possible modification

MXT-222-481-487 STAINLESS STEEL NEEDLE VALVE PN 400 F/F NUMBER OF TURNS TO CLOSE OR OPEN THE VALVE : Tests according to API 598, table 6 Threaded female BSP cylindrical ends according to ISO 7/1 Rp Threaded female NPT ends according to AMSE B1.20.1 DIRECTIVE 97/23/CE : Concerned by article 3, § 3 ATEX Group II Category 2 G/2D Zone 1 & 21 Zone 2 &22 ( optional marking ) ADVICE : Our opinion and our advice are not guaranteed and MXT shall not be liable for the consequences of damages. The customer must check the right choice of the products with the real service conditions. Page 5 - 6...

MXT-222-481-487 STAINLESS STEEL NEEDLE VALVE PN 400 F/F INSTALLATION INSTRUCTIONS GENERAL GUIDELINES : Ensure that the valves to be used are appropriate for the conditions of the installation (type of fluid,pressure and temperature). Be sure to have enough valves to be able to isolate the sections of piping as well as the appropriate equipment for maintenance and repair. Ensure that the valves to be installed are of correct strenght to be able to support the capacity of their usage. Installation of all circuits should ensure that their function can be automatically tested on a regular basis...