
IMJ00503 V3E.DOC Page 20 of 40 19.02.2009
4.5.9.1Parameter data
The following minimum parameter setups apply to class 1 devices:
Octet Bit Type Output
1 byte station status (profibus default)
2 byte Wd_fact_1 (watch dog) (profibus default)
3 byte Wd_fact_2 (profibus default)
4 byte min_tsdr (profibus default)
5..6 word word ident number (profibus default)
7 byte group ident (profibus default)
8 byte spc3 spec (profibus default)
0 bool unused
1 bool class 2 functionality on/off
2 bool commisioning diagnostic on/off
3 bool unused
4 bool reserved for future used
5 bool reserved for future used
6 bool reserved for manufacturer
9
7 bool reserved for manufacturer
The following additional parameters apply to class 2 devices:
Octet Bit Type Output
10…13 unsigned 32 unused . linear encoder (Measuring units per revolution)
14…17 unsigned 32 linear encoder (Measuring range in ..)
18…25 byte(s) unused . (reserved for future use)
manufacture specific
26 0 bool
1 bool
2..3
2 bit
number
4 bool
5..7
3 bit
number
27 byte measure time [STnn] 0..25
28..31 signed 32 trigger delay [TDnn] 0..9999
32..35 signed 32 display offset [OFnnnn]
36..39 signed 32 output1 switch limit 0..5000000 [ACnn]
40..43 signed 32 output2 switch limit 0..5000000 [ACnn]
44..47 signed 32 output1 switch hysterese .5000000..5000000 [AHnn]
48..51 signed 32 output2 switch hysterese .5000000..5000000 [AHnn]
52..53 word diag update time in 0.1 sec
54 byte average time [SAnn] 1..20
55..58 signed 32 scale factor [SFnn] n*0.00001 (1.0 = 100000)
Since the LMC J 0050 3 is a linear encoder that measures absolute distances, the four
parameters “code sequence”, ”scaling function control“, ”Measuring units per revolution“ and
”Measuring range in measuring units“ will be ignored.
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