PreciseFlex_Robot
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error will be generated and will generate either a Category 2 or Category 1 Estop, depending on
the magnitude of the error. The controller continuously monitors the commanded robot trajectory
versus the actual position at a rate of 2000Hz. If the position error exceeds a threshold, typically
set to a few tenths of a degree, the controller stops the robot motion. This function works at all
times if the controller CPU is operating
.
This can be demonstrated by pushing on the robot while
stationary to generate a position envelope error. There are redundant monitor functions that
check that the position error and force limits are operating correctly.
This is a CAT 3 compliant
function.
TUV has verified this fail-safe operation.
10.
Motor overheating
. Precise controllers have a “motor duty cycle” monitor which computes the
average power level in a motor and shuts down the motor power if a maximum permissible power
level is exceeded. This can be demonstrated by driving an axis back and forth rapidly enough
that the maximum duty cycle is exceeded and the motor power is turned off.
Содержание PF3400
Страница 8: ......
Страница 32: ...PreciseFlex_Robot 24 Appendix B TUV Verification of PF400 Collision Forces...
Страница 33: ...Introduction to the Hardware 25...
Страница 34: ...PreciseFlex_Robot 26...
Страница 35: ...Introduction to the Hardware 27...
Страница 37: ...Introduction to the Hardware 29 Appendix C Table A2 from ISO TS 15066 2016...
Страница 38: ...PreciseFlex_Robot 30 Table A2 Continued...
Страница 41: ...Introduction to the Hardware 33 PF400 500gm Safety Circuits PF3400 3kg Safety Circuits...
Страница 44: ...PreciseFlex_Robot 36 Finger Mount Height from Base PF400 Gripper Flange Mount Height from PF3400...
Страница 45: ...Installation Information 37...
Страница 46: ...PreciseFlex_Robot 38...
Страница 47: ...Installation Information 39...
Страница 48: ...PreciseFlex_Robot 40...
Страница 54: ...PreciseFlex_Robot 46 Schematic System Overview...
Страница 55: ...Hardware Reference 47 Schematic FFC Boards Revision B PF400...
Страница 56: ...PreciseFlex_Robot 48...
Страница 57: ...Hardware Reference 49 Schematic FFC Boards Revision C PF400...
Страница 58: ...PreciseFlex_Robot 50 Schematic FFC Boards 3kg PF400...
Страница 59: ...Hardware Reference 51...
Страница 60: ...PreciseFlex_Robot 52 Schematic Safety System Overview PF400 CAT3...
Страница 61: ...Hardware Reference 53...
Страница 62: ...PreciseFlex_Robot 54 Controller Power Amplifier Connectors Control Board Connectors...
Страница 63: ...Hardware Reference 55 Gripper and Linear Axis Controller Connectors...
Страница 64: ...PreciseFlex_Robot 56...
Страница 65: ...Hardware Reference 57...
Страница 66: ...PreciseFlex_Robot 58 Schematic Slip Ring for 60N Gripper...
Страница 67: ...Hardware Reference 59...
Страница 68: ...PreciseFlex_Robot 60...
Страница 69: ...Hardware Reference 61...
Страница 70: ...PreciseFlex_Robot 62...
Страница 71: ...Hardware Reference 63...
Страница 72: ...PreciseFlex_Robot 64...
Страница 73: ...Hardware Reference 65 Motor 60N Gripper...
Страница 74: ...PreciseFlex_Robot 66...
Страница 106: ...PreciseFlex_Robot 98 b The CALPP application takes about 1 minute to run...
Страница 124: ...PreciseFlex_Robot 116 Wiring for 60N Gripper with Battery Pigtail Wiring for Pneumatic Gripper...
Страница 125: ...117 Wiring for Vacuum Gripper Wiring for Vacuum Pallet Gripper...
Страница 129: ...121 Gripper racks centered in fully closed position Gripper racks centered in fully open position...