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Watlow EZ-ZONE RMC Manual de usuario Pagina 230

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Watlow EZ-ZONE
®
RMC Module • 227 • Chapter 8 Appendix
Code
Number
1=Control with universal input
2=Control with thermistor input
3=Ramp/Soak control with universal input (R/S appliesto all
loops in module)
4=Ramp/Soak control with thermistor input (R/S appliesto all
loops in module)
5=Limit with universal input(Only valid Output1and 2, options
will be B, F, L)
6=
Limit with thermistor input
(Only valid Output1and 2, options
will be B, F, L)
7=Current transformer input(NOT valid Output1and 2, options
areN,P,R,S)
9=Custom
Output 1 Output 2
A=None None
B=None Mechanicalrelay 5A, Form A
U=Switched dc/open collector None
D=Switched dc/open collector NO-ARC 15A power control
E=Switched dc/open collector Switched dc
F=Switched dc/open collector Mechanicalrelay 5A, Form A
G=Switched dc/open collector SSR Form A, 0.5A
H=Mechanicalrelay 5A, Form None
J=Mechanicalrelay 5A, Form C NO-ARC 15A power control
K=Mechanicalrelay 5A, Form C Switched dc
L=Mechanicalrelay 5A, Form C Mechanicalrelay 5A, Form A
M=Mechanicalrelay 5A, Form C SSR Form A, 0.5A
N=Universal process None
P=Universal process Switched dc
R=Universal process Mechanicalrelay 5A, Form A
S=Universal process SSR Form A, 0.5A
T=None SSR Form A, 0.5A
Y=SSR Form A, 0.5A NO-ARC 15A power control
Z=SSR Form A, 0.5A SSR Form A, 0.5A
A=None
1=Control with universal input
2=Control with thermistor input
5=Limit with universal input (Only valid Output3and 4, options
will be B,F,L)
6=Limit with thermistor input (Only valid Output3and4, options
will be B, F, L)
7=Current transformer input (Not valid Output3and4, options
areN,P,R,S)
Output 3 Output 4
A=None None
B=None Mechanical relay 5A, FormA
U=Switched dc/open collector None
D=Switched dc/open collector NO-ARC 15A power control
E=Switched dc/open collector Switched dc
F=Switched dc/open collector Mechanical relay 5A, FormA
G=Switched dc/open collector SSR FormA, 0.5A
H=Mechanical relay 5A, FormC None
J=Mechanical relay 5A, FormC NO-ARC 15A power control
K=Mechanical relay 5A, FormC Switcheddc
L=Mechanical relay 5A, FormC Mechanical relay 5A, FormA
M=Mechanical relay 5A, FormC SSR FormA, 0.5A
N=Universal process None
P=Universal process Switcheddc
R=Universal process Mechanical relay 5A, FormA
S=Universal process SSR FormA, 0.5A
T=None SSR FormA, 0.5A
Y=SSR FormA, 0.5A NO-ARC15A power control
Z=SSR FormA, 0.5A SSR FormA, 0.5A
A=None
1=Control with universal input
2=Control with thermistor input
5=Limit with universal input(Only valid Output5and 6, options
will be B, F, L)
6=Limit with thermistor input(Only valid Output 5and 6, options
will be B, F, L)
7=Current transformer input(Not valid Output5and 6, options
areN,P,R,S)
Firmware, Overlays,ParameterSettings
AA = Standard
AB = Replacement connectors hardware only for theentered
model number
12 = Class 1, Div. 2 (notavailable with integrated limit controlleror
mechanical relayoptions)
XX = Custom, Locked Firmware
A=Standardbus
1=
Standardbus andModbus
®
RTU 485
A=Right angle screw connector (standard)
F=Front screw connector
Output 7Output8
A=None None
B=NoneMechanical relay 5A, Form A
U=Switched dc/open collector None
D=Switched dc/open collector NO-ARC 15A power control
E=Switched dc/open collector Switched dc
F=Switched dc/open collectorMechanical relay 5A, Form A
G=Switched dc/open collector SSR FormA,0.5A
H=Mechanical relay 5A, FormC None
J=Mechanical relay 5A, FormC NO-ARC 15Apower control
K=Mechanical relay 5A, FormC Switched dc
L=Mechanical relay 5A, FormC Mechanical relay 5A, Form A
M=Mechanical relay 5A, FormC SSR FormA,0.5A
N=Universal process None
P=Universal process Switcheddc
R=Universal process Mechanical relay 5A, FormA
S=Universal process SSR FormA,0.5A
T=None SSR FormA,0.5A
Y=SSR Form A, 0.5A NO-ARC 15A powercontrol
Z=SSR Form A, 0.5A SSR FormA,0.5A
C=6digital inputs/outputs (Valid option only if Input4selection = A)
A=None
1=Control with universal input
2=Control with thermistor input
5=Limit with universal input(Only valid Output7and 8, options
will be B, F, L)
6=Limit with thermistor input(Only valid Output7and 8, options
will be B, F, L)
7=Current transformer input(Not valid Output 7and 8, options
areN,P,R,S)
Output 5Output 6
A=None None
B=NoneMechanical relay 5A, FormA
U=Switched dc/open collector None
D=Switched dc/open collector NO-ARC 15A power control
E=Switched dc/open collector Switched dc
F=Switched dc/open collectorMechanical relay 5A, Form A
G=Switched dc/open collector SSR FormA,0.5A
H=Mechanical relay 5A, FormC None
J=Mechanical relay 5A, FormC NO-ARC 15Apower control
K=Mechanical relay 5A, FormC Switched dc
L=Mechanical relay 5A, FormC Mechanical relay 5A, FormA
M=Mechanical relay 5A, FormC SSR Form A, 0.5A
N=Universalprocess None
P=Universal process Switched dc
R=Universal process Mechanical relay 5A, FormA
S=Universal process SSR FormA,0.5A
T=None SSR FormA,0.5A
Y=SSR Form A, 0.5A NO-ARC 15A power control
Z=SSR Form A, 0.5A SSR FormA,0.5A
RM
C
EZ-ZONE
Rail Mount
Additional
Options
Enhanced
Options
Connector
Style
Input 2
Outputs
1 & 2
Hardware
Options
Input 1
Primary
Function
Control
Module
Outputs
3 & 4
Hardware
Options
Input 3
Outputs
5 & 6
Hardware
Options
Outputs
7 & 8
Hardware
Options
Input 4
Input 1
Output 1 and 2 Hardware Options
Output 5 and 6 Hardware Options
Output 7 and 8 Hardware Options
Output 3 and 4 Hardware Options
Input 2
Input 3
Input 4
Additional Options
Enhanced Options
Connector Style
EZ-ZONE Rail-Mount Control Module Ordering Information
Control module requires a Class 2 or SEL
V power supply 20.4 to 30.8 V ~(ac) / (dc), communication port for configuration
with EZ-ZONE Configurator softw
are.
R=
Auxillary 2nd Input (Universal Input)
P=
Auxillary 2nd Input (Thermistor Input)
R=
Auxillary 2nd Input (Universal Input)
P=
Auxillary 2nd Input (Thermistor Input)
R=
Auxillary 2nd Input (Universal Input)
P=
Auxillary 2nd Input (Thermistor Input)
3
4 5 6
7
8
9
10
2
11
12 13 14 15
1
4
5
6
7
8
9
10
11
12
13
14 15
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