The first nine lines specify the analogs.
A field by field analysis of the first line shows that the Unit 1 inlet temperature will
be placed in LC module register 0 in a format suitable for use with algorithm
SLCAIN format 3. The Modbus function Read Holding Registers will be used to
retrieve the data from Modbus address 5. The holding register to be read is
HR40001 (represented by zero in the protocol as explained in Section 3). The data
will be read as a sixteen bit unsigned integer, and converted by the equation
y = ((250-(-50))/4095) * x + (-50) or y = 0.007326 * x + (-50.0).
/FILE: title= "Example 1",
platform= RLC
baud= 9600
# could explicitly specify parity and data bits here but "none"
# and 8 are the defaults
/GROUP: name = "Units 1 through 3 in",
number = 1,
operation = PERIODIC
S0000, RHR

前九行指定了类似物。
对一条管线的逐场分析表明，一单元入口温度将
以适合算法使用的格式放置在LC模块寄存器0中
SLCAIN格式3。Modbus功能读取保持寄存器将用于
从Modbus地址5检索数据。要读取的保持寄存器为
HR40001（如3节所述，在协议中用零表示）。数据
将被读取为16位无符号整数，并通过公式进行转换
y=（（250-（-50））/4095）*x+（-50）或y=0.007326*x+（-50.0）。
/文件：title=“示例1”，
平台=RLC
波特=9600
#可以在此处明确指定奇偶校验和数据位，但“无”
#8是默认值
/组：name=“1单元到3单元”，
数字=1，
操作=周期性
S0000，RHR