Basic Mechanical Abilities
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Basic Mechanical Specifications
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|
Model
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Suitable Machine Range
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Axis Strokes ( mm )
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Driving Method
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C Axis Posture ( 90°)
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Linear Position Repeatability (mm )
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Net Weight
( kg )
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|
Traverse
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Crosswise
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Vertical
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Maxi load
kg
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C Axis Posture Torque ( Nm)
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|
KAW850S3
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120--260T
|
1450
|
720
|
850
|
AC Servo Motor
|
6
|
25
|
+- 0.1
|
230
|
Minimum Infastructure Requirements
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Minimum Infrastructure Requirements
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|
Working pressure (kgf\cm)
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Consumption (NL\cycle)
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Maximum Power ( Kw )
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Power ( AC ) Single Phase
|
|
5 -- 7
|
1.2
|
1.55
|
220 V, 50/60 HZ
|
General Abilities
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Vacuum line
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Blow line
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Sprue Gripper line
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Telescopic Vertical Axis
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Eco Model ( Automatic Energy Saving Cycle Feature )
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Product pickup from fixed and moving platens
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Conveyor Control
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Conveyor Control
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Mold Operation Function control
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Selection of Operator / Non-operator Working Direction
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Product Sorting and stacking
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Product sorting in matrix form
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Soft Sorting / Separation
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Vacuum level Adjustment on the control Panel
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Multiple Language support on the control Panel
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Product Extraction from core in the Mold
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Sprue Separation
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Products Separation
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Crosswise J(Pass) Motion
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Defective Product Separation
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Extra Mold Safety Sensor ( Optional )
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Pause during Operation
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Stop and start
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IMM Door Open Permission during Pause
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C Axis Rotation Control
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90°Soft Stop
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Connection Adapter Between Robot and Injection Machine
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English Software & Multi-language Support
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Maximum Payload Adjustment
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Operation Record Feature
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Alarm Record Feature
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USB Memory Connection
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Memory OF up to 99 Molds
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Ejector Control
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Euromap 12/67 Robot Interface
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Overload Protection
Technical Draw
|
External Size
|
|
Model
|
A
|
B
|
C
|
|
KAW850S3
|
2010
|
1385
|
1600
|
Key Specifications / Features
Simplify the robot control arm solution
- A 10-30% increase in productivity
- Reduce manual errors
- Improve efficiency and accuracy
- Prevent injuries
- Streamline manual and monotonous process
Ideally designed structure for take-out time reduction (up to 20%)
・Durability has been improved by 60% by analyzing its frame structure and re-evaluating the balance of its center gravity.
・Range of vibration and the convergence time is reduced.
・The balance and driving specification of the arm has been re-evaluated to suppress its twisting and increase moving speed.
・Improved maximum payload performance:
A complex EOAT for insert/multiple placement is adaptable.
The ideally designedKEFAN series contributes to improving productivity in factories, generating faster take-out time and a wider range of the maximum payload.
