Preview
KF2-A 1500-010-011-CJ
KF2 with Cooling Jacket (CJ ) for use with a liquid cooler unit.
Every time a KF2 controllable gas spring is stroked, energy is transferred from the press to the spring. The amount of energy transferred is a function of the spring force multiplied by its stroke length.
For applications where a larger number of KF2 springs operate at higher production rates, liquid cooler units are recommended. For applications where liquid cooling is required each KF2 gas spring is fitted with a cooling jacket, thus allowing efficient circulation of cooling liquid around each KF2 gas spring.
For applications where a larger number of KF2 springs operate at higher production rates, liquid cooler units are recommended. For applications where liquid cooling is required each KF2 gas spring is fitted with a cooling jacket, thus allowing efficient circulation of cooling liquid around each KF2 gas spring.
Diagram / specifications section
Preview
| L min | Minimum Length (in) | 5.59 |
| S | Stroke Length (in) | 0.43 |
| L | Total Length (in) | 6.02 |
Item specifications
- End Force At Full Stroke (LBF)4900
- Force Increase By Temperature Percent Per (°F)0.17
- Gas Volume (CuF)0.00211888
- Initial Force at max. pressure (lbf) 3372
- Max Charging Pressure (Psi)2175
- Max Piston Rod Velocity (FtMin)157.48
- Max. Operating Temperature (°F)176
- Min Charging Pressure (PSI)362
- Min. Operating Temperature (°F)32
- Recommended Max Strokes Per MinuteSee separate info.
- Weight (lb)15.092
