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ACSPL programs
This sections contains information regarding existing and sample ACSPL+ programs. See the ACSPL+ programmer's guide for more information.
The table below summarizes the programs present in the Tow Tank's motion controller, and whether or not they are okay to edit:
Buffer | Description | Okay to edit? |
---|---|---|
0 | Initialization buffer. | No |
1 | S700 (tow axis) low level support buffer. | No |
2 | Tow axis homing routine. | No |
3 | Back-and-forth move on the tow axis. | Yes |
4 | Point-to-point move on the tow axis. | Yes |
5 | Enable jog pendant for tow axis. | No |
6 | Turbine towing with AKD drive. | No |
7 | Typical tow cycle with two points and two speeds. | Yes |
8 | Initialized parameters for the AKD (turbine) axis. | No |
9 | Jogs turbine axis for 32 seconds and returns to zero. | Yes |
10 | Enables the jog pendant to move the z-axis. | No |
11 | z-axis homing routine. | No |
12 | y-axis homing routine. | No |
13 | Enables the jog pendant to move the y-axis. | No |
14 | Back-and-forth move on the y-axis. | No |
This program turns on the digital output at the onboard electronics cabinet's BNC connector when the carriage is ahead of a certain position, and turns it off otherwise. It can be run continuously while other programs run.
REAL trigger_pos
trigger_pos = 4.0
WHILE 1
IF RPOS(5) > trigger_pos
OUT1.16 = 1
ELSE
OUT1.16 = 0
END
END
STOP
This program moves the y- and z-axes in a clockwise cyclic circular arc motion until the variable move == 0
, then moves them back to (0, 0).
GLOBAL move
move = 1
MSEG/c (0,1), 0, 0
ARC1 (0,1), 0.5, 0, 0, 0,-
ENDS (0,1)
TILL ^move
HALT(0,1)
PTP(0,1), 0, 0
STOP
TRACK 5 ! Create track motion on axis 5 (tow axis)
VEL(5) = 0.25
ACC(5) = 0.25
DEC(5) = 1.0
TPOS(5) = 4 ! Move to this position at slow speed
ACC(5) = 1.00 ! Set high acceleration
VEL(5) = 2.00 ! Set high speed
TILL GPHASE(5) >= 6 ! Wait until slow move is about to start decelerating
TPOS(5) = 20 ! Set new target position somewhere before the end of the tank
! it will stop before here anyway.
TILL GPHASE(5) > 3 ! Wait until carriage reaches steady velocity then halt
HALT 5
STOP ! Don't forget the STOP at the end of all programs
Note: This documentation is community-driven and therefore unofficial.
UNH Chase OE lab | Wave & tow tank | UNH-CORE Turbine test bed