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| World Precision Co., Ltd. |
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| INVERTER |
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Extra-Large Inverter & Air Driving-type Robot |
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 Click to enlarge image
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Feature
* Driving and elevating part imprinted by light and hard aluminum profiles make robot be light and stable.
High speed elevation was realized by special moving device adopting double stroke method.
Remote controller being able to be manipulated easily
Handling and operation setting are easy by way of a use of a small remote controller, the operation of a extracter take-out robot can be confirmed by displaying the operation of a controller through LED, a plentiful optioner is used very easily.
Non-oil supplying linear rail driving mode
Higher speed operation than prior art was realized by adopting the linear rail apparatus which our company developed in every driving axis, the excellent economic nature of low noise, no-oil supplying by the particular driving method of bearing was confirmed.
■ Applicable Former
Clamping force : 500ton - 1,000ton
■ Standard Specifications
Model |
Power
source |
Maximum
electric
consumption |
Air pressure |
Driving
method |
Travese
stroke |
Pullout
axis
stroke |
Vertical
stroke |
Wrist
flip
angle |
Air
consumption |
Pay
load |
operating |
max |
Standard |
Main
arm |
Sub
arm |
Main
arm |
Sub
arm |
WBT-
1300S |
AC
220V
(56/60
Hz) |
1
phase
AC
220V
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11A |
5kgf
/㎠
(0.49
Mpa) |
8kgf
/㎠
(0.79
Mpa) |
Every
driving
axis
AC
motor
application |
2000 |
350 |
- |
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- |
90° |
72 |
15 |
WBT-
1300D |
14A |
150 |
1300 |
1300 |
90 |
WBT-
1500S |
11A |
2000 |
450 |
- |
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- |
80 |
20 |
WBT-
1500D |
14A |
150 |
1500 |
1500 |
105 |
WBT-
1600S |
13A |
2500 |
550 |
- |
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- |
140 |
35 |
WBT-
1600D |
19A |
150 |
1600 |
1600 |
165 |
40 |
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