IV25101A_e.DOC / Feb-08
Page 19 / 25
7.4.
SSI Error Settings:
SSI Error Bit:
Defines the position of the error bit, if available with the encoder you use. Errors indicated by
the encoder can be read out via serial code ;9 (semicolon nine, error indication = 2000hex). In
case of an error, on your PC screen, the “Error Bit active” box will appear red and the front LED
will blink at a 1:4 On/Off ratio.
00:
no error bit available
13:
bit 13 represents the error bit
25:
bit 25 represents the error bit etc.
SSI Error Bit Polarity:
Defines the polarity of the Error Bit
0:
Bit is LOW in case of error
1:
Bit is HIGH in case of error
7.5.
Linearisation Settings in %:
P01 (x), P01 (y) etc:
Linearisation registers as shown in section 8.
7.6.
Set-up Settings:
Analogue Offset:
This register can adjust the analogue zero output in a range of approx. +/- 100mV
(respec/- 200
μ
A), if necessary.
Analogue Gain:
Sets the maximum output swing of the analogue output.
Setting of 1000 results in a 10 volts respectively 20 milliamps output swing.
Direction:
This parameter changes the internal direction of counting (0 or 1), provided the unit operates in
the Round Loop mode.
Any changes of the Round Loop or Direction registers require a new Teach procedure.
7.7.
RS 232 / RS 485 Settings:
Unit Number:
It is necessary to attach a specific address to each unit, since up to 32 units can be connected
to the same bus with RS485 systems. You can choose any address number between 11 and 99.
Factory setting = 11
The address must not contain any “0“ because such numbers are reserved for collective
addressing of several units or groups.
