2350 kN Multi-Stage Tensioner HTE-64
- Model Code: HTE64
- Tensioning Capacity: 2350 kN (239 tons)
- Bolt Compatibility: Designed for M56 bolts
- Maximum Stroke: 10 mm
- Operating Pressure: 1250 bar
- Mechanism: Spring return with multistage systems
- Applications: Suitable for wind turbine assembly
- Safety Feature: Over-stroke protection included
- Operation Options: Compatible with manual or electric pumps
- Usability: Ideal for narrow spaces
- Customization: Tailored designs available
- Manufacturing Origin:
- Made in China by Torc-Tech
Tensioning Capacity: 2350 kN (239 tons)
The HTE64 offers an impressive tensioning capacity of 2350 kN (equivalent to 239 tons), making it suitable for heavy-duty applications across various industries. This robust capacity ensures optimal performance even in demanding environments where high tension is critical.
Bolt Compatibility: Designed for M64 Size Bolts
Specifically tailored for M64 bolts, the HTE64 is engineered to provide precise tensioning for this particular size. This compatibility guarantees accurate and secure bolt application, minimizing risks and enhancing overall operational efficiency.
Maximum Stroke: 10 mm
Featuring a maximum stroke of 10 mm, this tensioning tool delivers the perfect balance of power and precision. The stroke length is optimized to handle heavy-duty tensioning tasks while ensuring smooth operation and control.
Operating Pressure: 1250 bar
The HTE64 operates at an exceptional pressure of 1250 bar, ensuring powerful and efficient tensioning. This high operating pressure allows users to handle challenging applications with ease, meeting industry standards for safety and performance.
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| Model | Max. Working Pressure | Tools Load | Max. Stroke | Effective Area |
| # | Bar | kN | mm | mm² |
| HTE24 | 1350 | 307 | 7 | 2274 |
| HTE30 | 1350 | 461 | 7 | 3417 |
| HTE33 | 1350 | 595 | 7 | 4407 |
| HTE36 | 1350 | 680 | 10 | 5037 |
| HTE39 | 1350 | 800 | 10 | 5926 |
| HTE42 | 1350 | 922 | 10 | 6830 |
| HTE45 | 1350 | 1086 | 10 | 8047 |
| HTE48 | 1350 | 1296 | 10 | 9604 |
| HTE56 | 1350 | 1660 | 10 | 12296 |
| HTE64 | 1250 | 2350 | 10 | 18800 |
| Model | Outside Diameter | Bolt Size | Hex Size | Weight |
| # | mm | mm | mm | kg |
| HTE24 | 59 | M24 | 36 | 5 |
| HTE30 | 72 | M30 | 46 | 6.6 |
| HTE33 | 79 | M33 | 50 | 8 |
| HTE36 | 84.5 | M36 | 55 | 10.7 |
| HTE39 | 91.5 | M39 | 60 | 12.8 |
| HTE42 | 98.5 | M42 | 65 | 16.1 |
| HTE45 | 107 | M45 | 70 | 20.8 |
| HTE48 | 116 | M48 | 75 | 22 |
| HTE56 | 131 | M56 | 85 | 24 |
| HTE64 | 147.8 | M64 | 95 | 47.2 |
Applications: Ideal for Wind Turbine Assembly
The HTE64 is specifically suited for wind turbine assembly, where precision and reliability are paramount. This tool plays a key role in ensuring the secure installation of critical components, contributing to the efficiency and longevity of wind energy systems.
Safety: Includes Over-Stroke Protection
Safety is a top priority with the HTE64, which comes equipped with over-stroke protection. This feature prevents accidental overextension, safeguarding both the tool and the user during operation
Operation Methods: Compatible with Manual or Electric Pumps
Versatility is one of the defining attributes of the HTE64. It can be operated using either manual or electric pumps, allowing users to choose the method that best suits their needs and work environment
Accessibility: Suitable for Use in Narrow Spaces
The compact design of the HTE64 ensures it can be effectively used in narrow and confined spaces. This makes it an ideal choice for applications where space is limited but performance cannot be compromised.
Customization: Tailored Designs Available
Understanding that every project is unique, the HTE64 offers customization options to meet specific requirements. Tailored designs are available to ensure the tool aligns perfectly with the demands of your application.
Manufacturing Origin: Produced in China by Torc-Tech
Proudly manufactured in China, the HTE64 is a product of Torc-Tech, a reputable brand known for its dedication to quality and innovation in the field of tensioning systems.