|Hydraulic Working Pressure||MPa||14|
|Space Between Tie Bars||mm||750*750|
|Tie Bar Diameter||mm||¢170|
|Die Opening Stroke||mm||650|
|Plunger launch distance||mm||250|
|Injection position||mm||0 -- 250|
|Casting pressure (intensify)||MPa||153/117/92|
|Casting Fiange Protrusion||mm||15|
|Casting Fiange Diameter||mm||165|
|(40Mpa) Max Casting Area Under40Mpa||CM2||1400|
|Machine Dimensions (L*W*H)||m||8.4*2.2*3.1|
|Referential Machine Weight For Uplifting||T||30|
|Oil Tank Capacity||L||1250|
1. Double proportional control (electric regulation of pressure and flow, with a multi-level pressure and speed control as well as low pressure die close protection functions).
2. Dual circuit design (air injection and pressure building are separately designed without mutual interference and fault occurrence).
3. Four-stage (multi-stage) injection system:
A.Maximum speed> 8M/s (6M / s for those more than 2000T), which can effectively control the filling time and casting formation, in addition to unique braking and uniform acceleration injection function that can effectively prevent flash and allow more flexible injection process.
B.Minimum speed 0.1-0.7M/s, which can be precisely controlled to prevent air invasion from causing air trap.
C.Pressure building time ≤15 M/s, which allows to change pressure building speed according to process requirements, strengthening the casting density without causing product distortion.
D.Dry cycle time is reduced by more than 15%; Oil pump flow increases by more than 20%; Cooler capacity is enhanced by more than 100%; Proportion of conforming finished products rise by 100%; productivity is improved by 20% as compared to the past.