sylvac D302 Bedienungsanleitung Seite 65

Point number for correc-
tion pp access
Correction pp value
Last correction pp error
Correction point number
Correction point abciss
Correction point delta
Date of last pp correction
Date of next pp correction
Access to bits 0064-0127
Sum of probes 1 and 2
(P1 + P2)
Difference of probes 1
and 2 (P1 – P2)
Mean of probes 1 and 2
(½ P1 + ½ P2)
Sum of probes 1, 2 and 3
(P1 + P2 + P3)
Mean of probes 1, 2
and 3
(1/3 P1 + 1/3 P2 + 1/3 P3)
Sum of probes 1, 2, 3
and 4
(P1 + P2 + P3 + P4)
Mean of probes 1, 2, 3
and 4
(¼ P1 + ¼ P2 + ¼ P3 +
¼ P4)
Last module error
0360 16
0362 F32
0364 16
0380 16
0382 F32
0384 F32
0390 32
0392 32
0400 4x16
8100 F32
8102 F32
8104 F32
8106 F32
8108 F32
8110 F32
8112 F32
8116 16
65
RW 0 .. max 25
Formatted probe position (see below).
A single access is allowed after
RW
writing the point number @ word
address 0360
0 : No error
1 : Invalid point
2 : Invalid correction
4 : Non monotonic
RW 5 : Invalid probe type
7 : Invalid resolution
8 : Empty correction pp
9 : Invalid command
10 : Unstabilisated temperature
WO 0...25
R/W Formatted probe position (see below)
R/W Formatted probe position (see below)
RW 32 bit coded date format (see below)
RW 32 bit coded date format (see below)
RW See corresponding bits (probe A)
RO Formatted probe position (see below)
RO Formatted probe position (see below)
RO Formatted probe position (see below)
RO Formatted probe position (see below)
RO Formatted probe position (see below)
RO Formatted probe position (see below)
RO Formatted probe position (see below)
0: no error
1: Critical memory
2: Non-critical memory
3: RS232 hardware
4: RS232 software
5: RS485 hardware
6: RS485 software
7: RS485 collision
8: Probe error
A