Gas & cylinder valves
Solenoid Emergency Shut-off Valve Line
A connected automatic line for valve component assembly, visual sealing inspection and synchronized bonnet-and-coil transfer.
Production challenge
Solenoid emergency shut-off valves combine mechanical sealing parts, bonnet subassemblies and electrical coils that must arrive in the correct orientation and remain synchronised through final assembly.
Dading solution
The connected line automatically feeds and assembles valve components, inspects sealing parts with vision and synchronises the bonnet and coil assembly sections through a common conveyor.
System in operation
See the assembly sequence in operation.
Project footage showing automatic component feeding, valve assembly, sealing verification and synchronized bonnet-and-coil installation.
Project media gallery
Explore machine and product details in the gallery.
System sequence
Production sequence: Solenoid Emergency Shut-off Valve Line
All valve components are assembled and inspected in a coordinated line supervised by two operators.
- 01Component feeding
- 02Valve assembly
- 03Seal inspection
- 04Bonnet assembly
- 05Coil assembly
- 06Connected transfer
Engineering priorities
The details that protect output and quality.
The final machine architecture is confirmed against customer samples, drawings, applicable standards and the agreed acceptance protocol.
Complete component assembly
The line covers the valve’s mechanical components, bonnet and solenoid coil.
Seal-quality vision
High-precision cameras verify critical sealing components after assembly.
Synchronous transfer
Bonnet and coil subassemblies are connected through an indexed conveyor.
Two-person operation
Two operators supervise replenishment, line status and finished output.
Documented reference configuration
Proven figures. Custom final design.
Catalogue figures below describe Dading’s documented reference system. Final cycle, test accuracy, footprint, staffing and equipment brands are confirmed against your product during concept engineering and FAT definition.
- Catalogue cycle time
- 5.5 seconds per piece
- Catalogue output
- Up to 650 pieces per hour
- Core scope
- Mechanical valve, bonnet and coil assembly
- Inspection
- High-precision vision inspection of sealing components
- Machine dimensions
- 5.5 × 2.4 × 2.2 m (L × W × H)
- Operator concept
- Two operators
Define your version
What Dading confirms with your engineering team.
- Valve and coil variant matrix
- Electrical test requirements
- Seal inspection criteria
- Upstream component presentation
Discuss your project
Discuss a system built around your part.
Share your part drawings, target output and quality requirements. Our engineering team will help define the right automation concept.
Discuss your project