TUR 10000-250
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| 部件编号 | TUR 10000-250 |
品牌: 养贞  |
型号对照: KALLER |
| 测量系统 | 英制 |
| 最短长度 | 16.14" |
| 行程长度 | 9.84" |
| 总长度 | 25.98" |
| 全行程末端力 | 35970 lbf |
| 按温度增加的力 | 0.17 °F |
| 气体体积 | 0.194230667 cuf |
| 最大压力下的初始力 | 23830 lbf |
| 最大充气压力 | 2175 psi |
| 活塞杆最大速度 | 314.96 ft/min |
| 最高 最高工作温度 | 176 F |
| 最小充气压力 | 362 psi |
| 最低 最低工作温度 | 32 F |
| 建议每分钟最大冲程 | ~15-40 |
| 重量 | 144.1 lb |
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Design Features of TUR 10000-250 Spring
TUR 10000-250 Nitrogen gas springs are designed for compact, tool-mounted applications that require adjustable force and high reliability. The sealed, factory-charged nitrogen system delivers consistent force across the stroke, while an integrated adjustment mechanism allows fine-tuning of the output to suit specific tooling needs. The robust body and precision-guided, hardened piston rod provide excellent side-load resistance and stable operation, even in high-cycle stamping and forming operations. Compact construction enables easy integration into space-limited dies, and high-strength steel with corrosion-resistant treatment ensures long service life with minimal maintenance.
What Benefits Can TUR 10000-250 Spring Provide?
- Adjustable force – Integrated adjustment allows precise tuning to meet specific tool requirements.
- Consistent performance – Sealed nitrogen system ensures stable force throughout the stroke.
- Compact design – Fits easily into space-limited dies and tooling.
- Reliable operation – Hardened, precision-guided piston rod resists side loads and ensures smooth motion.
- Durable and long-lasting – High-strength steel construction with corrosion-resistant treatment extends service life.
- Low maintenance – Factory-sealed system minimizes servicing needs.
- Safe and convenient – Eliminates external hoses and simplifies installation.
What Can TUR 10000-250 Spring Be Used for?
- Force-adjustable tool functions – Ideal for processes requiring variable pressure within a single stroke.
- Precision stamping setups – Enables fine-tuned control in delicate or complex forming operations.
- Die clamping and ejection – Supports controlled movement of press components for consistent output.
- Tool optimization in limited space – Compact design allows integration where traditional springs cannot fit.
- High-accuracy forming tasks – Maintains repeatable performance in operations sensitive to force variations.
- Specialized manufacturing processes – Suitable for custom tooling that demands adaptable and reliable gas spring solutions.
