RKC INSTRUMENT Z-TIO-G, Инструкция по эксплуатации

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8. COMMUNICATION DATA LIST
IMS01T28-E4
8-9
8.3 Engineering Setting Data
There are two types of Engineering setting data; those common to other types of Z-TIO modules and those
exclusive to Z-TIO-G.
8.3.1 Setting data common to Z-TIO-A/B/C/D/G
No. Name
Iden-
tifier
Chan-
nel
Register address
Digits
Attri-
bute
Struc-
ture
Data range
Factory
set value
HEX DEC
1 Input type XI CH1
CH2
0176
0177 374
375 7 R/W * C RTD input Pt100
30:

50.000 to

150.000

C
31:

50.00 to

250.00

C
32:

150.00 to

150.00

C
Voltage (V) input
19: 0 to 1 V DC
Based on
model code
When not
specifying: 30
2
Display unit PU CH1
CH2 017A
017B 378
379
7 R/W * C
0:

C
Use to select the temperature unit for
RTD input.
0
3 Decimal point
position XU CH1
CH2
017E
017F 382
383 7 R/W * C 0: No decimal place
1: One decimal place
2: Two decimal places
3: Three decimal places
RTD input: From 0 to 3 can be set.
V/I inputs: Only 3 can be set (fixed).
Based on
model code
When not
specifying: 3
4
Input scale high XV CH1
CH2 0182
0183 386
387 7 R/W * C RTD input:
Input scale low to Maximum
value of the
selected
input range
Voltage (V) input:

99.99 to

300.00
(However, a span is 200.00 or less.)
Varies with the setting of the decimal point
position. However, even if "3: Three
decimal places" is set, the maximum
settable decimal places are 2.
RTD input:
Maximum
value of the
selected input
range
V input:
100.00
5 Input scale low XW CH1
CH2 0186
0187 390
391 7 R/W * C RTD input:
Minimum value of the selected
input range to Input scale high
Voltage (V) input:

99.99 to

300.00
(However, a span is 200.00 or less.)
Varies with the setting of the decimal point
position. However, even if "3: Three
decimal places" is set, the maximum
settable decimal places are 2.
RTD input:
Minimum
value of the
selected input
range
V input:
0.00
6 Input error
determination point
(high) AV CH1
CH2
018A
018B 394
395 7 R/W * C Input error determination point (low)
to (Input range high

5 % of input
span)
Varies with the setting of the decimal point
position. However, even if "3: Three
decimal places" is set, the maximum
settable decimal places are 2.
Input range
high

(5 %
of input span)
7 Input error
determination point
(low) AW CH1
CH2
018E
018F 398
399 7 R/W * C (Input range low

5 % of input span)
to Input error determination point
(high)
Varies with the setting of the decimal point
position. However, even if "3: Three
decimal places" is set, the maximum
settable decimal places are 2.
Input range
low

(5 %
of input span)
8 Burnout direction BS CH1
CH2
0192
0193 402
403 1 R/W * C 0: Upscale
Valid only when the Voltage (V) input are
selected.
0
9 Square root extraction XH CH1
CH2 0196
0197 406
407 1 R/W * C 0: Unused
1: Used
0
10 Output assignment
(Logic output
selection function)
E0 CH1
CH2
019A
019B 410
411 1 R/W * C 0: Control output
1: Logic output result
2: FAIL output
0
11 Energized/De-energized
(Logic output
selection function) NA CH1
CH2
019E
019F 414
415 1 R/W * C 0: Energized
1: De-energized
0
* During RUN (control), the attribute of Engineering setting data is RO. To configure Engineering setting data, the RUN/STOP switch must
be set to STOP (control stopped).
Continued on the next page.