Ball & Shut-off Valves Assembly & Disassembly Kit
(MM - 013)

1 Ball valve body 2 Lever 3 Handwheel 4 Flange 5 Bonnet 6 Shut-off valve body

  • Demonstration of the design, function and applications of a ball and shut off valve.
  • Performing assembly and disassembly of a ball and shut off valves
  • Performing maintenance and repair related to both valves.
  • Comparison between both valves
  • Reading and understanding engineering drawings
  • Familiarization with operating instructions.
  • Recognition of the importance of nominal pressure and nominal diameter when choosing a valve
  • Shut-off valve with flange connections
    • Nominal Diameter: DN25
    • Nominal Pressure: PN16
    • Max. Temperature: 300 °C
    • Material of construction:
    • Body: grey cast iron
    • Gasket: Graphite
    • stem connected with bellow, stem, disc, bellow and seat ring: Stainless-steel
  • Ball valve with flange connections
    • Nominal Diameter: DN40
    • Nominal Pressure: PN16
    • Material of construction:
    • Body: grey cast iron
    • Inner parts: Stainless Steel
  • Ball & Shut-off Valves Assembly & Disassembly Kit (Mm - 013)
  • Hard copy user manual

The ball and shut-ff valve assembly and disassembly tool kit (MM – 013) provide practical exercise of assembly techniques for the trainees so that they can get familiar with the valve parts as well as being able to perform maintenance and repair processes.

  • The educational tool kit allows the trainees to learn the assembly techniques on valves and fittings.
  • The educational kit allows trainees to get familiar with valve parts as well as perform the associated maintenance and repair processes
  • The educational tool kit includes two different valves, the shut-off valve and the 2-way ball valve, in order to enable trainees to perform comparisons between different valves.
  • Shut off valves, can also be referred to as “steam valves”, are designed to safely manage compressed air in pneumatic applications, and are used to block compressed air in industrial automation process.
  • Ball valve are form of quarter-turn valve which used a hollow, perforated and pivoting ball to control flow through it.
  • The valve parts are clearly laid out and well protected in a tool box, the box is made out of durable plastic material and lined with foam material to provide protection for the valve parts.
  • The foam lining is carved in order to fit each part of the valve precisely to protect it against wearing and scratching.
  • The tool kit is supplied with a secure closure system for more protection during movements.
  • Valve bodies are made out of carbon steel material and painted in contrast colors to highlight internal details.
  • The tool kit is compact and easy to move