Lumel RE15, User Manual, Page: 20 / 28

20
4774 R Device state:
bit 0: 1- measured value on the main input is below the
lower input range or input short-circuiting
bit 1: 1- measured value on the main input is over the
upper input range or input opening
bit 2: 1- measured value on the additional input is below
the lower input range
bit 3: 1- measured value on the additional input is over
the upper input range
bit 4: output state no 1: 0-off, 1-on
bit 5: output state no 2: 0-off, 1-on
bit 6: output state no 3: 0-off, 1-on
bit 7: output state no 4: 0-off, 1-on
bit 8: 1- manual control, 0- automatic control
bit 9: 1-change of the set value, i.e. Soft-start
bit 10: 1- programmed control, 0- constant control
bit 11: 1- program execution, 0- program stopped
bit 12: 1- program blocking because of a too
high deviation
bit 13: binary input state: 0- open, 1- short-circuited
bit 14 and 15: position of decimal point:
00- without decimal point,
01- decimal on the position 1
10- decimal on the position 2 (see ref.
1)
)
4775 R Measured value on the input no 1
1)
4776 R Measured value on the input no 2
1)
4777 R Controlled value
1)
4778 R Set value (actual value)
1)
4779 R h 0...1000 Control value of the line I *10
4780 R c 0...1000 Control value of the line II *10
4781 R n 0...15 Number of the segment currently executed
for the programmed control
4782 R t Time remaining to the segment end
4783 R L Number of program cycles remaining to the end
1)
the value is multiplied by the multiplier depending on the
parameter value lcpp (position of the decimal point), i.e.:
when lcpp =0, then the multiplier =1;
when lcpp =1, then the multiplier = 10;
when lcpp =2, then the multiplier = 100.