Clinching Press (8-Ton HVAC Duct Clinching)
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- Pressing Force 78kN-156kN
- Throat Depth 400-500mm
- Daylight 45mm
The TCEU clinching press is a specialized clinching system designed specifically for the HVAC and refrigeration industries. It is engineered for the high-volume production of standard-sized ventilation ducts. Featuring an extra-deep throat and a robust frame, this press series is highly adaptable to meet specific customization requirements.
Dimensions
| Model | Max. Capacity | A | B | C | D | E | ||
| kN | T | |||||||
| TCEU | 8 | 78 | 7.8 | 935 | 700 | 1100 | 500 | 60 |
System Configuration
- Pneumohydraulic Cylinder
- TCEU Press Body
- STE Safety Control System
Key Advantages
- Simplified Power Drive: Utilizes an advanced pneumohydraulic cylinder as the primary power actuator.
- Generates 2kN-2000kN of pressing force using only 2-8 bar compressed air, eliminating the need for complex hydraulic power units.
- Pressing force is infinitely adjustable within the specified range.
- Unique "Adaptive" Pressing Technology: The power stroke is automatically triggered at any point within the total stroke upon contact with the workpiece.
- No stroke adjustment is required when changing tools or workpieces. During the power stroke, the force automatically adapts to load changes, optimizing the assembly process.
Applicable Processes
- Forming
- Testing
- Stamping
- Embossing
- Drawing
- Sealing
- Riveting
- Cutting
- Bending
- Compression
- Clinching
- Press fitting
Product Applications
- Damper Blade Clinching
- Fire Damper Assembly
- Air Damper/Volume Control Damper (VCD) Assembly
- Duct Seam Joining/Ductwork Clinching
In HVAC duct fabrication, why are pneumohydraulic cylinders commonly selected for riveting stations?
In HVAC duct fabrication, why are pneumohydraulic cylinders commonly selected for riveting stations?
HVAC applications often require medium-to-high pressing forces within a compact equipment footprint. Pneumohydraulic technology delivers stable, high-tonnage clinching force within a space-saving design.
In rivet insertion for HVAC frames, how is joint consistency achieved across shifts?
In rivet insertion for HVAC frames, how is joint consistency achieved across shifts?
Consistency is maintained through the stable pneumohydraulic power output, which minimizes quality fluctuations caused by manual operational variances.