Det-Tronics U9500 Infiniti Gas Transmitter User Manual
Page 39
95-8444
A-4
10.1
Figur
e
A1—De
vice C
onfigur
ation f
or FM
Appr
ov
al
HYDR
OGEN SULFIDE SENSOR
(006705-00
1)
MODEL C7064E SERIES
CLA
SS I, DIVISION 1, GR
OUPS B
,C & D
CLA
SS I, DIVISION 2, GR
OUPS
A,B
,C & D (T4A)
HAZARDOUS L
OC
ATIONS
CLA
SS I, DIVISION 1, GR
OUPS B
,C & D
CLA
SS I, DIVISION 2, GR
OUPS
A,B
,C & D (T4A)
CLA
SS II, DIVISION 1 GR
OUPS E,F & G
CLA
SS II, DIVISION 2, GR
OUPS F & G (T4A)
CLA
SS III, DIVISIONS 1 & 2 HAZARDOUS L
OC
ATIONS
NEMA/TYPE 4X
FR
OM
FM APPR
O
VED
CONTR
OL DEVICE
HYDR
OC
ARBON
MODEL PIR9400 SERIES
COMB
US
TIBLE G
A
S SENSOR
MODEL C7064E SERIES
CLA
SS I, DIVISION 1, GR
OUPS C & D
CLA
SS I, DIVISION 2, GR
OUPS
A,B
,C & D (T4A)
HAZARDOUS L
OC
ATIONS
CONTR
OL DEVICE
FR
OM
FM APPR
O
VED
MODEL CGS SERIES
INFRARED G
A
S SENSOR
(006888-00
1)
MODEL CGS SERIES
(006888-00
1)
COMB
US
TIBLE G
A
S SENSOR
MODEL PIR9400 SERIES
OR FM
APPR
O
VED 4-20mA DEVICE
INFINI
TI
G
A
S TRANSMI
TTER
MODEL U9500 SERIES
AU
X
ALARM
XXXXX
DECREA
SE
INCREA
SE
C
AL/RESET
SETUP
A
CCEPT
MODEL U9500
%LFL
X
E
HI
TR
ONICS
DET
LO
INFINI
TI
G
A
S TRANSMI
TTER
MODEL U9500 SERIES
AU
X
ALARM
XXXXX
DECREA
SE
INCREA
SE
C
AL/RESET
SETUP
A
CCEPT
MODEL U9500
%LFL
X
E
HI
TR
ONICS
DET
LO
(006630-00
1)
(006630-00
1)
(006723-00
1)
HYDR
OC
ARBON
INFRARED G
A
S SENSOR
(006705-00
1)
HYDR
OGEN SULFIDE SENSOR
1.
FM
APPR
O
VED PR
ODUCT - NO MODIFIC
ATIONS PERMI
TTED
WI
THOUT REFERENCE
TO FM.
HYDR
OGEN SULFIDE SENSOR
(006705-00
1)
MODEL C7064E50
14
(006705-00
1)
HYDR
OGEN SULFIDE SENSOR
MODEL C7064E50
14
W
ARNING:
ENSURE SENSOR HAZARDOUS (CLA
SSIFIED) L
OC
ATION RA
TING IS
APPLIC
ABLE FOR
THE INTENDED USE.
2
2
OR FMA
APPR
O
VED 4-20mA DEVICE
2
OR FM
APPR
O
VED 4-20mA DEVICE
OR FM
APPR
O
VED 4-20mA DEVICE
2
8
D
C
B
A
D
C
B
A
8
7
7
6
6
5
5
4
4
3
3
2
1
1
JUNCTION BO
X
W/ 006264-XXX
SENSOR TERMINA
TION
BO
X
MODEL S
TB SERIES (OPTIONAL)
W/ 006264-XXX
JUNCTION BO
X
t
T
E
D
O
T
C
E
C
E
L
E
R
N
O
R
T
9
C
S
C I
O
6
. P R
1
1 0
.
W
O
1
APPR
OVED
E
RE
N
16-32
0
D
ATE CODE
MODEL NO
.
0
0
6
7
1
3
-
SERIAL NO
.
1
R
E
V
G
.
W
ATTS
7.7 MAX
VDC
A
N
O
W
N
E
H
N
SP
E
H
E
P
O
E
N
T
O
V
E
S
T
N
.
A M
T
R S
E
G A
P
DO
G :
A
O
I
MA BE
Y
S
N
ND
A
OS
L
P
N I
R
W
EX
L
T I
A
OC
C E
AN
F
R
US
DO
RM
O
)
B
T
U
R
T
N
I
T
R
D
U
M
A
E
R
N
A
S
R
B
E
D
N
U
&
L
A
S
h
R
O
F
E
I
E
D
N
A
T
S
N
E
P
O
A C
E
.
N N
I
M
P
A
L
O
M
,
S I
8
3
4
5
2
G
N
O
I
T
O
F
R
C
5
,
N
B
N
C
M
O
.
2
2
5
T
S
U
I
O
1.
A
S
U
EM
D
U
0
∞
TI
U
IR
D
E
T
E
C
O
/
L
A
SE
A
T
N
YP
7
+
4 E
R
Q
X
C
∞
5
O
T
N
m
E
2
(
N
C
O
Ta
-
b
=
4
P
H
Z
A
OR R
A
F
I
I
I
P
,
P
C
C
I
L
D
,
VI
D
B
,
L
C
I D
I
,
I
G
R
2
R
G
,
C
,
V
,
V
I
2
D
&
G
1
,
I
L
S
R
P
D
B
,
S
L
A
)
E
,
G C
)
F &
,
V
D
A
G
(T
4
&
F
I
&
C
,
S
P
GR
( 4
T
,
1
C
I I
L
S
A
,
00
68
80
-0
01
(C
S
A)
00
67
22
-0
01
(F
M
)
IN
ST
A L
L
PE
R
t
T
E
D
O
T
C
E
C
E
L
E
R
N
O
R
T
9
C
S
C I
O
6
. P R
1
1 0
.
W
O
1
APPR
OVED
E
RE
N
16-32
0
D
ATE CODE
MODEL NO
.
0
0
6
7
1
3
-
SERIAL NO
.
1
R
E
V
G
.
W
ATTS
7.7 MAX
VDC
A
N
O
W
N
E
H
N
SP
E
H
E
P
O
E
N
T
O
V
E
S
T
N
.
A M
T
R S
E
G A
P
DO
G :
A
O
I
MA BE
Y
S
N
ND
A
OS
L
P
N I
R
W
EX
L
T I
A
OC
C E
AN
F
R
US
DO
RM
O
)
B
T
U
R
T
N
I
T
R
D
U
M
A
E
R
N
A
S
R
B
E
D
N
U
&
L
A
S
h
R
O
F
E
I
E
D
N
A
T
S
N
E
P
O
A C
E
.
N N
I
M
P
A
L
O
M
,
S I
8
3
4
5
2
G
N
O
I
T
O
F
R
C
5
,
N
B
N
C
M
O
.
2
2
5
T
S
U
I
O
1.
A
S
U
EM
D
U
0
∞
TI
U
IR
D
E
T
E
C
O
/
L
A
SE
A
T
N
YP
7
+
4 E
R
Q
X
C
∞
5
O
T
N
m
E
2
(
N
C
O
Ta
-
b
=
4
P
H
Z
A
OR R
A
F
I
I
I
P
,
P
C
C
I
L
D
,
V
I
D
B
,
L
C
I D
I
,
I
G
R
2
R
G
,
C
,
V
,
V
I
2
D
&
G
1
,
I
L
S
R
P
D
B
,
S
L
A
)
E
,
G C
)
F &
,
V
D
A
G
(T
4
&
F
I
&
C
,
S
P
GR
( 4
T
,
1
C
I I
L
S
A
,
00
68
80
-0
01
(C
S
A)
00
67
22
-0
01
(F
M
)
IN
ST
A L
L
PE
R
2.