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While some grippers for OEM customers differ slightly from the following, in general for the pneumatic
gripper controller digital output 1 will open the gripper. Controller digital input 1 goes high when the
gripper is open and input 2 goes high when the gripper is closed. (See the section on controller digital
input and output signals for the software assignments of these signals.)
For vacuum grippers, digital output 1 turns on vacuum and digital output 2 turns on blowoff air. Digital
input 4 goes high when vacuum is present.
G1400B Dedicated Digital Outputs
The G1400B adds one dedicated digital output to the standard dedicated signals found in the Guidance
Controller, as shown in the table below.
Users normally do not need to modify the setting of the status lamp (IO 20) since the standard robot
software typically manages this signal. However, if desired this signal can be manually altered under
program control via the GPL SIGNAL.DIO instruction. This is controlled by DOUT signal 20. If direct
control of this signal is desired, DataID 235 should be set to 0 and signal number 20 should be controlled
by program control.
Signal Number I/O
Label
Description
20
O
Outer Link status lamp. Set to 1 to turn on
the lamp. Normally parameter “Power State
DOUT” (DataID 235) is set to this signal
number so that the Outer Link lamp
displays the robot power state.
Summary of Contents for PF3400
Page 8: ......
Page 32: ...PreciseFlex_Robot 24 Appendix B TUV Verification of PF400 Collision Forces...
Page 33: ...Introduction to the Hardware 25...
Page 34: ...PreciseFlex_Robot 26...
Page 35: ...Introduction to the Hardware 27...
Page 37: ...Introduction to the Hardware 29 Appendix C Table A2 from ISO TS 15066 2016...
Page 38: ...PreciseFlex_Robot 30 Table A2 Continued...
Page 41: ...Introduction to the Hardware 33 PF400 500gm Safety Circuits PF3400 3kg Safety Circuits...
Page 45: ...Installation Information 37...
Page 46: ...PreciseFlex_Robot 38...
Page 47: ...Installation Information 39...
Page 48: ...PreciseFlex_Robot 40...
Page 54: ...PreciseFlex_Robot 46 Schematic System Overview...
Page 55: ...Hardware Reference 47 Schematic FFC Boards Revision B PF400...
Page 56: ...PreciseFlex_Robot 48...
Page 57: ...Hardware Reference 49 Schematic FFC Boards Revision C PF400...
Page 58: ...PreciseFlex_Robot 50 Schematic FFC Boards 3kg PF400...
Page 59: ...Hardware Reference 51...
Page 60: ...PreciseFlex_Robot 52 Schematic Safety System Overview PF400 CAT3...
Page 61: ...Hardware Reference 53...
Page 62: ...PreciseFlex_Robot 54 Controller Power Amplifier Connectors Control Board Connectors...
Page 63: ...Hardware Reference 55 Gripper and Linear Axis Controller Connectors...
Page 64: ...PreciseFlex_Robot 56...
Page 65: ...Hardware Reference 57...
Page 66: ...PreciseFlex_Robot 58 Schematic Slip Ring for 60N Gripper...
Page 67: ...Hardware Reference 59...
Page 68: ...PreciseFlex_Robot 60...
Page 69: ...Hardware Reference 61...
Page 70: ...PreciseFlex_Robot 62...
Page 71: ...Hardware Reference 63...
Page 72: ...PreciseFlex_Robot 64...
Page 73: ...Hardware Reference 65 Motor 60N Gripper...
Page 74: ...PreciseFlex_Robot 66...
Page 106: ...PreciseFlex_Robot 98 b The CALPP application takes about 1 minute to run...
Page 124: ...PreciseFlex_Robot 116 Wiring for 60N Gripper with Battery Pigtail Wiring for Pneumatic Gripper...
Page 125: ...117 Wiring for Vacuum Gripper Wiring for Vacuum Pallet Gripper...