42(147)
There are shock absorbers on the main arm up/down position, sub-arm
up/down position, and the position of main arm forward and sub-arm
backward. The main arm backward position and the forward position of
sub-arm with air- cushion devices, which can reduce the impact of the robot
when it is operating.
3.4.4 Function Detection
ST1 series robot with one magnetic reed switch and one proximity switch on
vertical cylinder forward and backward, proximity switch on both up and down
cylinders on arm.
One magnetic reed switch on gripper of sub-arm and two on rotation board
on main arm, protect gripper clip pats and operate normally. If any parts of
robot occur accidents, it will stop working and alarm.
3.4.5 Pick and Place
The arm with quickly-pick and accurately-put function, you can adjust the flow
regulating valve on the main arm to change the putting speed.
3.4.6 Stacking Function
This series robot with the stack function, choose the stack function of X axis
and Y axis in the control system. Stack on X axis can make two layer
(start-point and end-point) stacked. The end-point and middle-point can be
stacked through Y-axis stack, while the middle-point can be adjusted as your
needed.
3.4.7 Self-protection
There is a cylinder anti-falling cylinder at below of the arm ,which can
effectively prevent the personal injury or machine damage caused by arm
down or lack of air pressure. If air pressure is insufficient, the pressure sensor
output signal, the arm back to up-limited, the arm was locked by ejected
Summary of Contents for ST1-1100-1800
Page 1: ...ST1 Single Axis Servo Driven Robot User Manual Date May 2016 Version V1 4 English ...
Page 2: ......
Page 46: ...46 147 Picture 2 3 X025 sensor Picture 2 4 X 025 lights up ...
Page 76: ...76 147 7 Assembly Diagram 7 1 Traverse Unit ST1 and ST1 T Picture 7 1 ...
Page 88: ...88 147 7 2 Vertical Unit ST1 Picture 7 2 ...
Page 93: ...93 147 7 3 Main arm unit ST1 Picture 7 3 ...
Page 98: ...98 147 7 4 Sub Arm unit ST1 Picture 7 4 ...
Page 101: ...101 147 7 5 Main Arm ST1 T Picture 7 5 ...
Page 104: ...104 147 7 6 Sub arm ST1 T Telescopic Arm Picture 7 6 ...
Page 107: ...107 147 7 7 Vertical ST1 T Telescopic Arm Picture 7 7 ...
Page 110: ...110 147 7 8 Traverse unit ST1 T Middle Telescopic Arm Picture 7 8 ...
Page 115: ...115 147 7 9 Main Arm ST1 T Middle Telescopic Arm Picture 7 9 ...
Page 120: ...120 147 7 10 Sub arm ST1 T Middle Telescopic Arm Picture 7 10 ...
Page 125: ...125 147 7 11 Crosswise Unit ST1 T Middle Telescopic Arm Picture 7 11 ...
Page 129: ...129 147 8 Electric Control Chart 8 1 The Power Input Wiring Diagram Picture 8 1 ...
Page 130: ...130 147 8 2 Main Control Panel and I O Wiring Diagram Picture 8 2 ...
Page 131: ...131 147 8 3 Panasonic Servo Motor Wiring Diagram 1 Picture 8 3 ...
Page 132: ...132 147 8 4 Panasonic Servo Motor Wiring Diagram and Spare Wiring Diagram M1 3 Picture 8 4 ...
Page 133: ...133 147 8 5 YASKAWA Servo Motor Wiring Diagram 1 Picture 8 5 ...
Page 134: ...134 147 8 6 YASKAWA Servo Motor Wiring Diagram and Spare Wiring Diagram M1 3 Picture 8 6 ...
Page 135: ...135 147 8 7 Z axis Wiring Diagram Picture 8 7 ...
Page 136: ...136 147 8 8 Main Arm Wiring Diagram 1 Picture 8 8 ...
Page 137: ...137 147 8 9 Main Arm Wiring Diagram 2 Picture 8 9 ...
Page 138: ...138 147 8 10 Sub Arm Wiring Diagram Picture 8 10 ...
Page 139: ...139 147 8 11 EM67 Signal Input Wiring Diagram Picture 8 11 ...
Page 140: ...140 147 8 12 EM67 Signal Output Wiring Diagram Picture 8 12 ...
Page 141: ...141 147 8 13 Main Control Board Component Layout Picture 8 13 ...
Page 142: ...142 147 8 14 I O U2 Board Component Layout 0 Picture 8 14 ...
Page 144: ...144 147 8 16 Main Arm U4 Layout Picture 8 16 ...
Page 145: ...145 147 8 17 Sub arm U5 Component Layout Picture 8 17 ...
Page 147: ...147 147 ...