Panametrics DigitalFlow XGF868i, Руководство для стартапов, Страница: 32 / 90

Chapter 1: Installation
DigitalFlow™ XGF868i Startup Guide 22
-01 (AA,HH) -02 (FF,TT,FT,CT,CF) -03 (FO,TO,CO)
-04 (FA,FH,TA,TH,CA,CH)
-05 (CI,TI,FI) -06 (CR,FR,TR) -07 (CIR)
-11 (AR,HR)
-09 (OI) -08 (AI,HI)
-10 (OR)
-12 (II) -13 (RR)
-14 (IR)
-15 (FHII)
-16 (HART)
-17 (HART/OI)
+HART/OUT-A
-HART/OUT-A
NC
NC
NC
NC
OUT C - +24V
INPUT C - +
INPUT D - RTN
OUT D - +24V
INPUT D - +
INPUT C - RTN
.90
2.43
NOTES
1. MATERIAL: .003 THK (REF) MYLAR WITH REVERSE SCREENING,
AND 3M #467MP (OR EQUIVALENT) ADHESIVE BACKING.
2. MARKINGS: BACKGROUND - WHITE.
ALL MARKINGS PROCESS BLACK C.
3. ALL COLORS PER PANTONE MATCHING SYSTEM.
4. ALL DIMENSIONS PER -01.
5. ARTWORK CREATED IN ADOBE ILLUSTRATOR (FILE#: 442-615_N.AI)
6. ALL DIMENSIONS REFERENCE.
-18 (F(F)HH)
A-FREQ OUT
A-FREQ RTN
A-NC
B-FREQ OUT
B-FREQ RTN
B-NC
C-ALARM NO
C-ALARM COM
C-ALARM NC
D-ALARM NO
D-ALARM COM
D-ALARM NC
+HART/OUT-A
-HART/OUT-A
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
A-FREQ. OUT
A-FREQ. RTN
A-NC
B-ALARM NO
B-ALARM COM
B-ALARM NC
C- +24V OUT
C-ANALOG IN+
C-ANALOG IN RTN
D- +24V OUT
D-ANALOG IN+
D-ANALOG IN RTN
RTD - A
COMM - A
COM - A
RTD - A
COMM - A
COM - A
RTD - B
COMM - B
COM - B
RTD - C
COMM - C
COM - C
RTD - D
COMM - D
COM - D
OUT A - +24V
INPUT A - +
INPUT A - RTN
OUT B - +24V
INPUT B - +
INPUT B - RTN
OUT C - +24V
INPUT C - +
INPUT C - RTN
OUT D - +24V
INPUT D - +
INPUT D - RTN
ALARM A - NO
ALARM A - COM
ALARM A - NC
ALARM B - NO
ALARM B - COM
ALARM B - NC
RTD - C
COMM - C
COM - C
RTD - D
COMM - D
COM - D
NC
NC
NC
NC
NC
NC
RTD - C
COMM - C
COM - C
RTD - D
COMM - D
COM - D
ALARM A - NO
ALARM A - COM
ALARM A - NC
ALARM B - NO
ALARM B - COM
ALARM B - NC
ALARM C - NO
ALARM C - COM
ALARM C - NC
ALARM D - NO
ALARM D - COM
ALARM D - NC
OUT - A
RTN - A
NC
OUT - B
RTN - B
NC
OUT - C
RTN - C
NC
OUT - D
RTN - D
NC
OUT - A
RTN - A
NC
OUT - B
RTN - B
NC
NC
NC
NC
NC
NC
NC
OUT - A
RTN - A
NC
OUT - B
RTN - B
NC
ALARM C - NO
ALARM C - COM
ALARM C - NC
ALARM D - NO
ALARM D - COM
ALARM D - NC
OUT - A
RTN - A
NC
OUT - B
RTN - B
NC
OUT C - +24V
INPUT C - +
INPUT C - RTN
OUT D - +24V
INPUT D - +
INPUT D - RTN
OUT - A
RTN - A
NC
OUT - B
RTN - B
NC
RTD - C
COMM - C
COM - C
RTD - D
COMM - D
COM - D
OUT - A
RTN - A
NC
OUT - B
RTN - B
NC
OUT C - +24V
INPUT C - +
INPUT C - RTN
RTD - D
COMM - D
COM - D
ALARM A - NO
ALARM A - COM
ALARM A - NC
ALARM B - NO
ALARM B - COM
ALARM B - NC
OUT C - +24V
INPUT C - +
INPUT C - RTN
OUT D - +24V
INPUT D - +
INPUT D - RTN
NC
NC
NC
NC
NC
NC
OUT C - +24V
INPUT C - +
INPUT C - RTN
OUT D - +24V
INPUT D - +
INPUT D - RTN
RTD - B
COMM - B
COM - B
OUT C - +24V
INPUT C - +
INPUT C - RTN
OUT D - +24V
INPUT D - +
INPUT D - RTN
-19 (HART/RI)
+HART/OUT-A
-HART/OUT-A
NC
NC
NC
NC
RTD-A
COMM-A
COM-A
OUT D - +24V
INPUT D - +
INPUT D - RTN
-20 (A/GATE HART)
ALARM A-NO
ALARM A-COM
ALARM A-NC
ALARM B-NO
ALARM B-COM
ALARM B-NC
DRTN
GATE
NC
HART +
HART -
NC
-21 (FRI)
OUT - A
RTN - A
NC
OUT - B
RTN - B
NC
RTD - C
COMM - C
COM - C
OUT D +24v
INPUT D - +
INPUT D RTN
-22 (ORI)
NC
NC
NC
NC
RTD-C
COMM-C
COM-C
OUT D - +24V
INPUT D - +
INPUT D - RTN
NC
NC
Fig
ur
e 8
:
O
pt
io
n C
ar
d C
on
ne
ct
io
n L
ab
els
(r
ef. d
w
g #
70
3-
14
73
)