| Exterior Measurement | 460"420"260mm |
| Weight | ~40100KG |
| Rated Volitage | AC220V |
| Current | 5.4A |
| Frequency | 60нz |
| working Medium | 46# Anti-wear hydraulic oil |
| Air Pressure | (5-7.5) Kat/cm² |
| Ambient Temperature | 5-50ºC |
| Output Pressure | 100 using air pressure (±5%) , or 500KG~750KG |
| Period Range | within 999s |
| High Voltage Response Time | 0.01S |
| Number of Controllable Timings | single |
| Module Parameter Memory Function | oil pressure warning alarm |
Instruction:
1. The power-module delivers the high-pressure oil to high-pressure valve group .
2.Touch the switch and produce the time when moves, set up time as PLC controller.
3.High-Press valve open/close time,Receive Set Up time as PLC Controller.
4.According to PLC controller is High-Press Set up time and control information artificially, direct micro
cylinder upward or downward .
5. Micro oil-cylinder column and mold part of the function is connected
Mould making is beneficial to the new thinking of injection molding production
1. Traditional Mold:
(A)Depending on the molding cycle to open and close the mold to drive the body action Weakness:
Because of the limitation of the mold the start and end time of the action is not controlled
Because of the limitation of the mold the start and end time of the action is not controlled
(B)Use oil pressure signal from mold-forming machine to complete the action.Weakness:
a. Process is cumbersome and time-consuming
b. Traditional oil cylinder is too big, thus the mold-forming machine must be replaced with biggera. Process is cumbersome and time-consuming
ones as well, incurring more cost and resource
2.Miniature high-pressure oil cylinder mold:
(A). Plug-in power system at any point in time to complete the automated actions
(B). Effectively reducine the size of the cylinder allowing space for flexible design with the highpressure oil autput.
(C). Suitable for 220 degree high temperature environment, From another point of view, if the
core side space is limited, thecavity side can also provide the design space.
(D). Hydraulic system output is greater than the general molding machine oil pump
500kg/cm2>140kg/cm2.
Second. The source of automation, mold is the leader
1. Increase of manpower and material resources in after-processing:
The increasing cost of manpower and material resources causes the after-processing to beexpensive.In order to overcome the shortcomings of the existing technology, we developed a new
structure to cut off water from the nozzle automatically
2. Limitations of Traditional Mold-making:
The appearance of injection molding products is due to defects, low yield, difficult to make molds,which leads to expensive process costs.
3. After injection molding product appearance defect exception bottlenecks, reduce processing
costs of inputs:
Mold is the starting point of automation, mold technology innovation endlessAutomated productioncosts of inputs:
is the best methods of enterorise to reduce the cost and improve the competitiveness
In Mold Automatic Control Ability
1.Automatic hotcutter in mould: Automatic hot-cutter in mould. redyce labor costs, improve
product yield.
product yield.
2.Punching in mould: punching in mould can ellminate weld line
3.Packing in mould:lmproved shrinkage.
4.Forced vent in mould:Eliminate trapped gas, bubble, stable forming condition
5.Timing control in mould:Adjust the weld location
6.Simplified mechanism in mould:Reduce mold cost.
7.Extrusion in mould:Eliminate flow mark and wed line.
