Maple Systems Silver Plus Series Installation And Operation Manual page 200

196
Style Option
X axis only
No. of states:
Input low:
Input high:
Y axis only
No. of states:
Input low:
Input high:
X & Y axis
No. of states:
Input low:
Input high:
No. of states:
X axis w/scaling
Input low:
Input high:
Scaling low:
Scaling high:
No. of states:
Y axis w/scaling
Input low:
Input high:
Scaling low:
Scaling high:
1010-1007, Rev 05
Description
Reads two 16-bit registers. Register #1 determines the state of the shape displayed.
Register #2 determines the position of the shape along the X axis. The OIT places the
shape relative to the starting location. For example, if the shape is located on the
window at X=50, and Register #2 has a value of 10, the shape is placed at X=60. If
Register #2 has a value of -10, the shape is placed at X=40.
Range = 0 to 255
Not used
Not used
Reads two 16-bit registers. Register #1 determines the state of the shape displayed.
Register #2 determines the position of the shape along the Y axis. The OIT places the
shape relative to the starting location. For example, if the shape is located on the
window at Y=50, and Register #2 has a value of 10, the shape is placed at Y=60. If
Register #2 has a value of -10, the shape is placed at Y=40.
Range = 0 to 255
Not used
Not used
Reads three 16-bit registers. Register #1 determines the state of the shape displayed.
Register #2 determines the position of the shape along the X axis. Register #3
determines the position of the shape along the Y axis. The OIT places the shape
relative to the starting location. For example, if the shape is located on the window at
X=50, Y=10, and Register #2 has a value of 10 and Register #3 has a value of 5, the
shape is placed at X=60, Y=15. If Register #2= -10 and Register #3= -5, the shape is
placed at X=40, Y=5.
Range = 0 to 255
Not used
Not used
Reads two 16-bit registers. Register #1 determines the state of the shape displayed.
Register #2 determines the position of the shape along the X axis. The OIT places the
shape relative to the starting location using scaling to calculate position. For example, if
Input low=0, Input high=10, Scaling low=0, and Scaling high=100, then when the value
in the PLC register increases by 1, the shape moves right along the X axis by 10 pixels.
Range = 0 to 255
This is the lowest raw data value that is in the PLC data register
This is the highest raw data value that is in the PLC data register
This is the low scaled value.
This is the high scaled value.
Reads two 16-bit registers. Register #1 determines the state of the shape displayed.
Register #2 determines the position of the shape along the Y axis. The OIT places the
shape relative to the starting location using scaling to calculate position. For example, if
Input low=0, Input high=10, Scaling low=0, and Scaling high=100, then when the value
in the PLC register increases by 1, the shape moves down along the Y axis by 10 pixels.
Range = 0 to 255
This is the lowest raw data value that is in the PLC data register
This is the highest raw data value that is in the PLC data register
This is the low scaled value.
This is the high scaled value.
Sil ver Plus Se ries In stal la tion & Op er a tion Man ual