ALTINEX CP7317RS User Manual
CONTROLLERS
14
08
00-07 locations for return code for
port 1 pin 2 for transition from 0 to 1.
This return code should include any
necessary brackets.
port 1 pin 2 for transition from 0 to 1.
This return code should include any
necessary brackets.
.
.
.
.
15
end of return code
Default return code is in the following format
[Px.yd]
x
x
port number 1, 2, 3, 4
y
pin number 1, 2, 3, 4, 5, 6,
7, 8
d
d
direction U for 0->1 or D for
1->0 transition
4.11 I/O PORT REGISTERS
These registers are used to control I/O ports
directly. Writing into these registers will affect
status of the I/0 ports immediately. Writing 0 into
each bit position will set the output of this pin to 0,
writing 1 will set output high. If I/O pin is configured
as Input pin, then writing into this bit position will
not affect output. Keep in mind that default factory
setting is that all I/O pins are inputs. Make sure to
define pins as outputs before writing into them. Use
memory registers to define pins as outputs.
directly. Writing into these registers will affect
status of the I/0 ports immediately. Writing 0 into
each bit position will set the output of this pin to 0,
writing 1 will set output high. If I/O pin is configured
as Input pin, then writing into this bit position will
not affect output. Keep in mind that default factory
setting is that all I/O pins are inputs. Make sure to
define pins as outputs before writing into them. Use
memory registers to define pins as outputs.
4.11.1. I/O PORT 1
Register number is E
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
Also make sure that the pin that you are trying to
control is set as output through memory
registers.
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
Also make sure that the pin that you are trying to
control is set as output through memory
registers.
4.11.2. I/O PORT 2
Register number is F
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
Also make sure that the pin that you are trying to
control is set as output through memory
registers.
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
Also make sure that the pin that you are trying to
control is set as output through memory
registers.
4.11.3. I/O PORT 3
Register number is G
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on CP7317RS will ignore this information. Also
make sure that the pin that you are trying to
control is set as output through memory
registers.
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on CP7317RS will ignore this information. Also
make sure that the pin that you are trying to
control is set as output through memory
registers.
4.11.4. I/O PORT 4
Register number is H
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
Also make sure that the pin that you are trying to
control is set as output through memory
registers.
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
Also make sure that the pin that you are trying to
control is set as output through memory
registers.
4.12 RELAY PORT REGISTERS
These registers are used to control Relay ports
directly. Writing into these registers will affect
status of the Relay ports immediately. Writing 0
into each bit position will set the relay open, writing
1 will set the relay closed.
directly. Writing into these registers will affect
status of the Relay ports immediately. Writing 0
into each bit position will set the relay open, writing
1 will set the relay closed.
4.12.1. RELAY PORT 1
Register number is I
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
4.12.2. RELAY PORT 2,3,4
Register number is J
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.
Sub-Register number -not used
When writing into this port, any character can be
inserted into Sub-register position. The software
on the CP7317RS will ignore this information.