Ronan X54-3212 - Manual (Page 2)

Page 2 of 2 Rev. 1
Ronan Engineering Company
Ph: 800-327-6626 Fax: 661-295-6063 E-mail: [email protected] Web: www.ronan.com
TERMINAL ARRANGEMENT:
X54-3212
Dual Channel Thermocouple T/C, volt, mV, mA Transmitter (continued)
MECHANICAL DETAIL:
Above codes A-E are standard linearized T/C tem-
perature ranges for fastest delivery. Contact Ronan
for price and delivery of non-standard ranges with or
without linearization. Codes F and H are also stan-
dards for fastest delivery.
These transmitters can be configured in the field or
pre-configured at the factory to the customer’s spe-
cific input type and temperature range. Factory con-
figuration is only necessary if linearization is re-
quired. Only the thermocouples inputs have
the linearized output option.
ORDERING INFORMATION:
X54-3212-(I) (II) - (I) (II)
Channel #2
Channel #1
I = input type (E, J, K, R, S, or T) T/C
(V) Volt or mV
(I) milliamp
II = Standard Range code (A - H) or
specify special range; e.g. 0-750°F = (0/750)
or special range; e.g. 0-25 mvdc = (0/25mvdc)
Example: Std. Range 0-2500°F linearized for type K T/C
X54-3212-KD-KD
Example: Special Range 0-750°F linearized for type J T/C
X54-3212-JL(0/750°F) - JL(0/450°F)
(add “L” after T/C type to request linearized output)
Accessories:
D2-35X7.5 35 mm X 7.5 mm “U” style DIN rail, sold per foot
*
1.) Plug-in connector design simplifies installation and
maintenance.
2.) Use up to 12 awg wiring.
3.) When inserted, case back cover provides a mechanical
cover for connector screws (as required by European
standards).
STANDARD INPUT RANGES:
Code
ºF or input
range
ºC or input
range
Sensor/Input
Types
A
-450 to 0
-267 to -18 T, K, E
B
0 to +750
-18 to +399 J, T
C
0 to +2100 -18 to +1149
J, E
D
0 to +2500 -18 to +1371
K
E 0 to +3200 -18 to +1760 R, S
F 4-20 mA I
G
Not available
H
1 - 5 vdc
V
0.850”
21.6mm
2.47”
62.7mm 2.23”
54.6mm
5.80”
147.3mm
C L
DIN Rail
1
2
3
4
5
6
J2* J2*
Ch1
Ch2
Outputs
+
-
NC
+
-
NC
1
2
3
4
5
6
J1*
Ch1
Ch2
Thermocouple
Inputs
1
2
3
4
5
6
Ch1
Ch2
Inputs
MV, volt & mA
or
+
-
+
-
+
-
+
-
NC
NC
NC
NC
NC= No Connection