Super Systems 20Q User Manual
Instruction ManualInstruction Manual
Instruction Manual
Instruction ManualInstruction Manual
P/N 31091P/N 31091
P/N 31091
P/N 31091P/N 31091
170.IU0.20Q.SA0
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20 Q20 Q
20 Q
20 Q20 Q
ControllerController
Controller
ControllerController
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INDEXINDEX
INDEX
INDEXINDEX
MOUNTING REQUIREMENTS................................................. 1
OUTLINE AND CUT OUT DIMENSIONS ................................. 2
CONNECTION DIAGRAMS.......................................................... 3
PRELIMINARY HARDWARE SETTINGS ..................................... 18
SECURITY CODE SETTING MODE ............................................ 22
RUN TIME AND CONFIGURATION MODE ................................. 25
General notes about graphic symbols ............................... 2 5
Keyboard description ........................................................ 2 6
CONFIGURATION MODE .......................................................... 27
RUN TIME MODE ...................................................................... 62
Display function ................................................................ 62
Indicators.......................................................................... 64
Bargraph description ........................................................ 65
OUT failure detection function (OFD) ............................... 66
Direct access to the set point........................................... 65
Manual function ................................................................66
Serial link ......................................................................... 68
Lamp test ......................................................................... 68
SMART function ................................................................ 69
Hold function .................................................................... 69
Parameter protection ........................................................ 70
RUN TIME PARAMETER MODIFICATION ................................... 70
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ERROR MESSAGES ................................................................. 95
GENERAL INFORMATIONS .................................................... 100
MAINTENANCE ....................................................................... 109
DEFAULT PARAMETERS ........................................................ A.1
ALPHANUMERIC INDEX OF THE
DISPLAY INDICATION ......................................................... B.1
CODING................................................................................ B.7
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MOUNTING REQUIREMENTSMOUNTING REQUIREMENTS
MOUNTING REQUIREMENTS
MOUNTING REQUIREMENTSMOUNTING REQUIREMENTS
Select a location, for instrument mounting, where minimum
vibrations are present and the ambient temperature is within 0
and 50 °C (32 and 122 °F).
The instrument can be mounted on a panel up to 15 mm thick
with a cutout of 92 x 45 mm (PKC) or 92 x 92 (MKC).
For outline and cutout dimensions refer to Fig. 2.
The surface texture of the panel must be better than 6,3 µmm.
The instrument is shipped with rubber panel gasket (50 to 60
Sh).
To assure the IP65 and NEMA 4 protection, insert the panel
gasket between the instrument and the panel as shown in fig. 1.
While holding the instrument against the panel proceed as
follows:
1) insert the gasket in the instrument case;
2) insert the instrument in the panel cutout;
3) pushing the instrument against the panel;
4) insert the mounting brackets as shown in fig.1;
5) with a screwdriver, turn the screws with a torque between
0.3 and 0.4 Nm.
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bracket
Gasket
Screws
Fig. 1
1
bracket
Panel
OUTLINE AND CUT OUTOUTLINE AND CUT OUT
OUTLINE AND CUT OUT
OUTLINE AND CUT OUTOUTLINE AND CUT OUT
DIMENSIONSDIMENSIONS
DIMENSIONS
DIMENSIONSDIMENSIONS
Fig. 2 OUTLINE AND CUT-OUT DIMENSIONS
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2
CONNECTION DIAGRAMSCONNECTION DIAGRAMS
CONNECTION DIAGRAMS
CONNECTION DIAGRAMSCONNECTION DIAGRAMS
Fig. 3 REAR TERMINAL BLOCK
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Connections are to be made with the instrument housing
installed in its proper location.
A) MEASURING INPUTSA) MEASURING INPUTS
A) MEASURING INPUTS
A) MEASURING INPUTSA) MEASURING INPUTS
NOTENOTE
NOTE: Any external component (like zener barriers etc.)
NOTENOTE
connected between sensor and input terminals may
cause errors in measurement due to excessive and/or not
balanced line resistance or possible leakage currents.
3
A.1) TC INPUTA.1) TC INPUT
A.1) TC INPUT
A.1) TC INPUTA.1) TC INPUT
1
+
_
3
1
+
_
3
Shield
Shield
A.2) RTD INPUTA.2) RTD INPUT
A.2) RTD INPUT
A.2) RTD INPUTA.2) RTD INPUT
RTD
4
3 4
RTD
1
3
1
Fig. 4 THERMOCOUPLE INPUT WIRING
NOTESNOTES
NOTES:
NOTESNOTES
1) Don’t run input wires together with power cables.
2) For TC wiring use proper compensating cable preferable
shielded.
3) When a shielded cable is used, it should be connected at
one point only.
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Fig. 5 RTD INPUT WIRING
NOTESNOTES
NOTES:
NOTESNOTES
1) Don’t run input wires together with power cables.
2) Pay attention to the line resistance; a high line resistance may
cause measurement errors.
3) When shielded cable is used, it should be grounded at one
side only to avoid ground loop currents.
4) The resistance of the 3 wires must be the same.
4
A.3) LINEAR INPUTA.3) LINEAR INPUT
A.3) LINEAR INPUT
A.3) LINEAR INPUTA.3) LINEAR INPUT
1
3
1
3
+
_
Shield
+
_
G
mA,
mV
or
V
mA
mV
or
V
3) When shielded cable is used, it should be grounded at one
side only to avoid ground loop currents.
4) The input impedance is equal to:
< 5 Ω for 20 mA input
> 1 MΩ for 60 mV input
> 200 kΩ for 5 V input
> 400 kΩ for 10 V input
A.4) 2, 3 AND 4-WIRE TRANSMITTER INPUTA.4) 2, 3 AND 4-WIRE TRANSMITTER INPUT
A.4) 2, 3 AND 4-WIRE TRANSMITTER INPUT
A.4) 2, 3 AND 4-WIRE TRANSMITTER INPUTA.4) 2, 3 AND 4-WIRE TRANSMITTER INPUT
1
3
_
TX
+
Fig. 6 mA, mV AND V INPUTS WIRING
NOTESNOTES
NOTES:
NOTESNOTES
1) Don’t run input wires together with power cables.
2) Pay attention to the line resistance; a high line resistance may
cause measurement errors.
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7
Shield
11
Fig. 7.A INPUTS WIRING FOR 2-WIRE TRANSMITTER
5
1
Out
+
Out
3
1
3
7
Out
PWR
+
GND
TX
7
11
Shield
_
PWR
+
PWR
_
TX
11
Fig. 7.B INPUTS WIRING FOR 3-WIRE TRANSMITTER
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Shield
Fig. 7.C INPUTS WIRING FOR 4-WIRE TRANSMITTER
NOTESNOTES
NOTES:
NOTESNOTES
1) Don’t run input wires together with power cables.
2) Pay attention to the line resistance; a high line resistance may
cause measurement errors.
3) When shielded cable is used, it should be grounded at one
side only to avoid ground loop currents.
4) The input impedance is lower than 5 Ω (20 mA input)
6
B) AUXILIARY INPUTB) AUXILIARY INPUT
B) AUXILIARY INPUT
B) AUXILIARY INPUTB) AUXILIARY INPUT
5
6
+
mA
or
_
V
Shield
5
6
+
mA
_
or
V
G
Fig. 8 AUXILIARY INPUT WIRING
NOTESNOTES
NOTES:
NOTESNOTES
1) This input is
reinforced insulation between instrument output and power
supply must be assured by the external instrument.
2) Don’t run input wires together with power cables.
3) Pay attention to the line resistance; a high line resistance may
cause measurement errors.
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not isolated not isolated
not isolated from measuring input. A double or
not isolated not isolated
4) When shielded cable is used, it should be grounded at one
side only to avoid ground loop currents.
5) The input impedance is equal to:
< 5 Ω for 20 mA input
> 200 kΩ for 5 V input
> 400 kΩ for 10 V input
C) LOGIC INPUTC) LOGIC INPUT
C) LOGIC INPUT
C) LOGIC INPUTC) LOGIC INPUT
DIG. 1
8
DIG. 2
9
DIG. 3
10
11
Fig. 9 - LOGIC INPUTS WIRING
7
56
IN 1
57
IN 2
58
IN 3
59
IN 4
60
Fig. 9.B - LOGIC INPUTS IN 1, 2, 3 and 4 WIRING
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56
IN 5
57
IN 6
58
IN 7
59
IN 8
60
Fig. 9.C - LOGIC INPUTS IN 5, 6, 7 and 8 WIRING
NOTESNOTES
NOTES:
NOTESNOTES
1) Do not run logic input wiring together with power cables.
2) Use an external dry contact capable of switching 0.5 mA,
5 V DC.
3) The instrument needs 110 ms to recognize a contact status
variation.
4) The logic inputs are
A double or reinforced insulation between instrument input
and power line must be assured by the external element.
8
NOT NOT
NOT isolated by the measuring input.
NOT NOT
D) CURRENT TRANSFORMER INPUTD) CURRENT TRANSFORMER INPUT
D) CURRENT TRANSFORMER INPUT
D) CURRENT TRANSFORMER INPUTD) CURRENT TRANSFORMER INPUT
14
Current
15
Load
Fig. 10 CURRENT TRANSFORMER INPUT WIRING
This input allows you to measure and display the current running
in the load, driven by a time proportional control output, during
the ON and OFF periods of the output cycle time. By this feature
it is also available the "Output failure detection" function (see
page 66).
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transformer
NOTESNOTES
NOTES:
NOTESNOTES
1) This input is
reinforced insulation between instrument output and power
supply must be assured by the external element.
2) Do not run current transformer input wiring together with AC
power cables.
3) The minimum active period to perform this measurement is
equal to 120 ms.
4) The input impedance is equal to 20 Ω.
9
not isolated not isolated
not isolated from measuring input. A double or
not isolated not isolated
E.1) RELAY OUTPUTSE.1) RELAY OUTPUTS
E.1) RELAY OUTPUTS
E.1) RELAY OUTPUTSE.1) RELAY OUTPUTS
23
OUT 1
24
25
26
OUT 2
27
28
29
OUT 3
30
OUT 4
31
Fig. 11.A RELAY OUTPUTS 1,2,3 and 4 WIRING
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NC
C
NO
NC
C
NO
NO - OUT 3
C - OUT 3/4
NO - OUT 4
The outputs from OUT 1 to OUT 4 are equipped with relays
having contact rating equal to 3A/250V AC on resistive load.
WARNINGWARNING
WARNING: When OUT 3 and 4 are used as independent relay
WARNINGWARNING
outputs the addition of the two currents must not exceed 3 A.
NO OUT 10
OUT 10
OUT 11
OUT 12
OUT 13
OUT 14
COMMON
Fig. 11.B RELAY OUTPUTS 10 to 14 WIRING
10
61
62
63
64
65
66
NO OUT 11
NO OUT 12
NO OUT 13
NO OUT 14
COMMON
OUT 15
OUT 16
OUT 17
OUT 18
OUT 19
COMMON
50
51
52
53
54
55
NO OUT 15
NO OUT 16
NO OUT 17
NO OUT 18
NO OUT 19
COMMON
GENERAL NOTES ABOUT RELAY OUTPUT WIRINGGENERAL NOTES ABOUT RELAY OUTPUT WIRING
GENERAL NOTES ABOUT RELAY OUTPUT WIRING
GENERAL NOTES ABOUT RELAY OUTPUT WIRINGGENERAL NOTES ABOUT RELAY OUTPUT WIRING
1) To avoid electrical shock, connect power line at the end of
the wiring procedure.
2) For power connections use No 16 AWG or larger wires rated for
at last 75 °C.
3) Use copper conductors only.
4) Don’t run input wires together with power cables.
For all relay outputs, the number of operations is 1 x 105 at
specified rating.
All relay contacts are protected by varistor against inductive load
with inductive component up to 0.5 A.
The following recommendations avoid serious problems which
may occur, when using relay output for driving inductive loads.
Fig. 11.C RELAY OUTPUTS 15 to 19 WIRING
The outputs from OUT 10 to 19 are equipped with relays having
contact rating equal to 0.5A/250V AC on resistive load.
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INDUCTIVE LOADSINDUCTIVE LOADS
INDUCTIVE LOADS
INDUCTIVE LOADSINDUCTIVE LOADS
High voltage transients may occur switching inductive loads.
Through the internal contacts these transients may introduce
disturbances which can affect the performance of the instrument.
For all the outputs, the internal protection (varistor) assures a
correct protection up to 0.5 A of inductive component.
The same problem may occur when a switch is used in series
with the internal contacts as shown in Fig. 12.
11
C
R
LINE
LOAD
Fig. 12 EXTERNAL SWITCH IN SERIES WITH THE INTERNAL
CONTACT
In this case it is recommended to install an additional RC
network across the external contact as show in Fig. 12
The value of capacitor (C) and resistor (R) are shown in the
following table.
LOAD
(mA)
<40 mA
<150 mA
<0.5 A
Anyway the cable involved in relay output wiring must be as far
away as possible from input or communication cables.
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C
(µF)
0.047
0.1
0.33
(Ω)
100
22
47
R
P.
OPERATING
(W)
VOLTAGE
1/2
260 V AC
2
260 V AC
2
260 V AC
E.2) VOLTAGE OUTPUTS FOR SSR DRIVEE.2) VOLTAGE OUTPUTS FOR SSR DRIVE
E.2) VOLTAGE OUTPUTS FOR SSR DRIVE
E.2) VOLTAGE OUTPUTS FOR SSR DRIVEE.2) VOLTAGE OUTPUTS FOR SSR DRIVE
+
OUT 1
24
_
+
__
_
__
25
SOLID STATE
RELAY
+
OUT 2
27
_
+
__
_
__
28
SOLID STATE
Fig. 13 SSR DRIVE OUTPUT WIRING
Logic level 0Logic level 0
Logic level 0: Vout < 0.5 V DC.
Logic level 0Logic level 0
Logic level 1Logic level 1
Logic level 1:
Logic level 1Logic level 1
- 14 V
+ 20 % @ 20 mA
- 24 V
+ 20 % @ 1 mA.
Maximum current = 20 mA.
NOTENOTE
NOTE: This output is not isolated.
NOTENOTE
A double or reinforced insulation between instrument output and
power supply must be assured by the external solid state relay.
12
RELAY
E.3) TRIAC OUTPUTSE.3) TRIAC OUTPUTS
E.3) TRIAC OUTPUTS
E.3) TRIAC OUTPUTSE.3) TRIAC OUTPUTS
OUT 1
24
23
Line
Load
NOTESNOTES
NOTES 1) To avoid electrical shock, connect power line at
NOTESNOTES
the end of the wiring procedure.
2) For power connections use No 16 AWG or larger wires
rated for at last 75 °C.
3) Use copper conductors only.
4) Don’t run input wires together with power cables.
5) This output is not fuse protected. Please, provide it
externally using a fuse with a I2t equal to128.
27
OUT 2
26
Fig. 14 TRIAC OUTPUT WIRING
Switching modeSwitching mode
Switching mode: isolated zero crossing type.
Switching modeSwitching mode
Rated currentRated current
Rated current: from 50 mA to 1 A.
Rated currentRated current
Rated voltageRated voltage
Rated voltage: from 24 V
Rated voltageRated voltage
Load typeLoad type
Load type: resistive load only
Load typeLoad type
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to 240 V
RMS
RMS
Line
Load
-10 % +15 % (50/60Hz)
13
E.4) SERVOMOTOR OUTPUTE.4) SERVOMOTOR OUTPUT
E.4) SERVOMOTOR OUTPUT
E.4) SERVOMOTOR OUTPUTE.4) SERVOMOTOR OUTPUT
(Open the valve)
29
30
31
Power
line
(Close the valve)
12
13
14
Fig. 15 SERVOMOTOR OUTPUT WIRING
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Servo-
motor
(Open)
(Close)
Shield
Feedback
potentiometer
The two relay output must be interlocked (see chapter
"Preliminary hardware setting" paragraph "Out 3 and 4
selection").
NOTESNOTES
NOTES:
NOTESNOTES
1) Before connecting the instrument to the power line, make sure
that line voltage and the load current are in accordance with the
contact rating (3A/250V AC on resistive load).
2) To avoid electric shock, connect power line at the end of the
wiring procedure.
3) For servomotor connections use No 16 AWG or larger wires rated
for at last 75 °C.
4) Use copper conductors only.
5) Don’t run input wires together with power cables.
6) For feedback potentiometer, use shielded cable with the shield
connected to the earth at one point only.
7) The relay outputs are protected by varistor against inductive
load with inductive component up to 0.5 A.
14
E.5) ANALOG OUTPUTSE.5) ANALOG OUTPUTS
E.5) ANALOG OUTPUTS
E.5) ANALOG OUTPUTSE.5) ANALOG OUTPUTS
+
16
OUT 5
_
17
+
16
OUT 5
_
17
Fig. 16.A OUTPUT 5 WIRING
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+
_
Shield
+
_
G
20 mA20 mA
+
OUT 6
18
_
19
+
_
Shield
OUT 6
18
19
+
_
+
_
G
Fig. 16.B OUTPUT 6 WIRING
NOTENOTE
NOTE:
NOTENOTE
1) Do not run analog output wirings together with AC power
cables.
2) Out 5 and 6 are isolated outputs.
3) The maximum load is equal to 600 Ω.
15
20 mA
20 mA
F) SERIAL INTERFACEF) SERIAL INTERFACE
F) SERIAL INTERFACE
F) SERIAL INTERFACEF) SERIAL INTERFACE
RS-485 interface allows you to connect up to 30 devices with
one remote master unit.
I
N
S
T
R
U
M
E
N
T
Fig. 17 - RS-485 WIRING
NOTESNOTES
NOTES:
NOTESNOTES
1) The cable length must not exceed 1.5 km at 9600 BAUD.
2) This serial interface is isolated.
3) The following report describes the signal sense of the voltage
appearing across the interconnection cable as defined by
EIA for RS-485.
a) The ” A ” terminal of the generator shall be negative with respect
to the ” B ” terminal for a binary 1 (MARK or OFF) state.
b) The ” A ” terminal of the generator shall be positive with respect
mkc-ssi.pmd 06/07/2004, 12.1916
22
21
20
A/A'
B/B'
COMMON
A'/A
B'/B
M
A
S
T
E
R
to the ” B ” terminal for a binary 0 (SPACE or ON).
4) The EIA standard establishes that by RS-485 interface it is possible
to connect up to 30 devices with one remote master unit.
The serial interface of these instruments is based on “High
input impedance” transceivers; this solution allows you to
connect up to 127 devices (based on the same transceiver
type) with one remote master unit.
16
G) POWER LINE WIRINGG) POWER LINE WIRING
G) POWER LINE WIRING
G) POWER LINE WIRINGG) POWER LINE WIRING
N (L2)
32
POWER LINE 100 V to
240 V A.C (50/60Hz)
33
Fig. 18 POWER LINE WIRING
NOTESNOTES
NOTES:
NOTESNOTES
1) Before connecting the instrument to the power line, make sure
that line voltage corresponds to the description on the identification label.
2) To avoid electrical shock, connect power line at the end of the
wiring procedure.
3) For supply connections use No 16 AWG or larger wires rated for
at least 75 °C.
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or 24 V AC/DC
L (L1)
Line
Neutral
4) Use copper conductors only.
5) Don’t run input wires together with power cables.
6) For 24 V DC the polarity is a not care condition.
7) The power supply input is fuse protected by a sub miniature fuse
rated T, 1A, 250 V.
When fuse is damaged, it is advisable to verify the power supply
circuit, so that it is necessary to send back the instrument to your
supplier.
8) The safety requirements for Permanently Connected
Equipment say:
- a switch or circuit-breaker shall be included in the building
installation;
- it shall be in close proximity to the equipment and within
easy reach of the operator;
- it shall be marked as the disconnecting device for the
equipment.
NOTENOTE
NOTE: a single switch or circuit-breaker can drive more than one
NOTENOTE
instrument.
9) When a neutral line is present please connect it to the 32 terminal.
17
PRELIMINARY HARDWARE SETTINGSPRELIMINARY HARDWARE SETTINGS
PRELIMINARY HARDWARE SETTINGS
PRELIMINARY HARDWARE SETTINGSPRELIMINARY HARDWARE SETTINGS
How to remove the instrument from its caseHow to remove the instrument from its case
How to remove the instrument from its case
How to remove the instrument from its caseHow to remove the instrument from its case
1) Switch off the instrument.
2) Push gently the lock A on the right.
3) While the lock A is maintained out, slide out the right side of
the instrument (see fig. 19.a)
B
A
4) Push gently the lock C on the left.
5) While the lock C is maintained out, slide out the instrument
(see fig. 19.b)
D
C
D
Fig. 19.a
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B
Fig. 19.b
18
MAIN INPUT SELECTIONMAIN INPUT SELECTION
MAIN INPUT SELECTION
MAIN INPUT SELECTIONMAIN INPUT SELECTION
Set J103 (see fig. 20) according to the desired input type as
shown in the following table.
1 3 5 7
J102
2 4 6 8
1 3 5 7
J103
2 4 6 8
J205
ON DIP
Fig. 20
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V301
1 2 3 4
CPU
card
J103 INPUT TYPE
T/C, RTD 60 mV 5 V 10 V 20 mA
1-2 open open close open open
3-4 open open close close open
5-6 open open open open close
7-8 open open open open close
5-7 close close open close open
6-8 close close open open open
AUXILIARY INPUT SELECTION (option)AUXILIARY INPUT SELECTION (option)
AUXILIARY INPUT SELECTION (option)
AUXILIARY INPUT SELECTION (option)AUXILIARY INPUT SELECTION (option)
Set J102 (see fig. 20) according to the desired input type as
shown in the following table.
J102 INPUT TYPE
5 V 10 V 20 mA
1-2 close open open
3-4 close close open
5-6 open open close
7-8 open open close
5-7 open close open
6-8 open open open
19
OUTPUT 3 AND 4 SELECTIONOUTPUT 3 AND 4 SELECTION
OUTPUT 3 AND 4 SELECTION
OUTPUT 3 AND 4 SELECTIONOUTPUT 3 AND 4 SELECTION
Output 3 and 4 can be set as:
- 2 independent relay outputs
- 1 servomotor output with interlocked contact.
Set J204 (see fig. 21) and J205 (see fig. 20) according to the
desired output type as shown in the following table.
J204
Fig.21
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Output J 204 J 205
Relay close open
Servo open close
NOTENOTE
NOTE: when the servomotor close loop or the servomotor open
NOTENOTE
loop with valve position indication outputs is required, it will be
necessary to set also V301 (see "IN CT/Feedback selection"
paragraph)
IN CT / FEEDBACK SELECTIONIN CT / FEEDBACK SELECTION
IN CT / FEEDBACK SELECTION
IN CT / FEEDBACK SELECTIONIN CT / FEEDBACK SELECTION
This instrument can use the "IN CT" input or the "Feedback"
input; the two inputs are not contemporarily.
The current transformer input allows you to measure and display
the current running in a load driven by a time proportional
control output during the ON and OFF periods of the output
cycle time. By this feature it is also available the "Out failure
detection" function (see page 111).
The feedback input is used when the servomotor close loop or
the servomotor open loop with valve position indication outputs is
required.
20
To select the desired input type, set V301 (see fig. 20) as
detailed in the following table:
Input V301.1 V301.2 V301.3 V301.4
IN CT ON OFF ON ON
Feedback OFF ON OFF ON
OPTION CHECKOPTION CHECK
OPTION CHECK
OPTION CHECKOPTION CHECK
This instrument can be supplied with several options.
Two integrated circuits (KY101 and KY103), located as shown in
fig. 22 and inserted in a socket, give you the possibility to verify
if your instrument is equipped with the desired option.
When KY101 is present the auxiliary input and the digital inputs
are present.
When KY103 is present the auxiliary power supply option is
present.
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ON DIP
KY101
KY103
1 2 3 4
V101
Fig. 22
21
Operative mode and Hardware lockOperative mode and Hardware lock
Operative mode and Hardware lock
Operative mode and Hardware lockOperative mode and Hardware lock
By V101 (see fig 22) it is possible to select one of the following
operative modes:
a) run time mode without configuration mode
b) run time and configuration modes
c) security code setting mode
Set V101 according to the following table:
Modes V101.1 V101.2 V101.3 V101.4
a OFF ON ON ON
b OFF ON OFF ON
c OFF ON OFF OFF
All the others switch combinations are reserved.
mkc-ssi.pmd 06/07/2004, 12.1922
SECURITY CODE SETTING MODESECURITY CODE SETTING MODE
SECURITY CODE SETTING MODE
SECURITY CODE SETTING MODESECURITY CODE SETTING MODE
General notesGeneral notes
General notes
General notesGeneral notes
The instrument parameters are divided in two families and each
family is divided in groups.
- The first family encompasses all the run time parameters.
- The second family comprises all the configuration parameters.
A specific security code enables the parameter modification of
each family.
For run time parameters, it is possible to select which groups of
them will be protected by the security code and in this case, it is
necessary to set the run time security code before to modify one
or more parameters of a protected group.
The configuration security code protects all configuration
parameters and it will be necessary to set the configuration
security code before to start the configuration parameters
modification.
For configuration parameters an hardware lock is also available.
22
Security code settingSecurity code setting
Security code setting:
Security code settingSecurity code setting
1) Remove the instrument from its case.
2) Set the internal dip switch V101 as follows:
- V101.1 = OFF - V101.2 = ON
- V101.3 = OFF - V101.4 = OFF
3) Re-insert the instrument.
4) Switch on the instrument. The display will show:
The upper display shows that the security code setting mode
is selected while the lower display shows the firmware version.
5) Push the FUNC pushbutton.
mkc-ssi.pmd 06/07/2004, 12.1923
Run time security codeRun time security code
Run time security code
Run time security codeRun time security code
The display will show:
NoteNote
Note: the middle display shows the current status of the run
NoteNote
time security code ("0", "1" or "On").
By and push-button, set "S.run" parameter as follows:
0 No protection (it is ever possible to modify all run time
parameters);
1 ever protected (it is never possible to modify a run time
parameter);
from 2 to 250 security code for run time parameter protection.
NOTESNOTES
NOTES:
NOTESNOTES
1) The selected value of a security code cannot be displayed anymore
and, coming back to the "S.run" parameter, the display will show
:
- "On" when "S.run" is different from 0 or 1
- "0" when "S.run" is equal to 0
- "1" when "S.run" is equal to 1.
When the security code is forgotten, a new value can be set.
2) When "S.run" is different from 0 or 1, the "run time default "
and the "run time hidden" groups are ever protected by security
code.
23
Run time groups protected by security codeRun time groups protected by security code
Run time groups protected by security code
Run time groups protected by security codeRun time groups protected by security code
The display will show:
Configuration security codeConfiguration security code
Configuration security code
Configuration security codeConfiguration security code
The display will show:
By this parameter it is possible to set if the run time group 2 will
be protected or not by the run time security code.
By and push-button, set "Gr2" parameter as follows:
nO No protection (it is always possible to modify run time
group 2 parameters)
Yes the run time group 1 parameter modification will be
protected by security code.
Push the FUNC push-button; the instrument memorizes the new
setting and goes to the next parameter.
NOTESNOTES
NOTES:1) This selection may be carried out only if a run
NOTESNOTES
time security code has been set (from 2 to 250).
2) The above described selection may be repeated for all
groups of the run time mode.
mkc-ssi.pmd 06/07/2004, 12.1924
NoteNote
Note: the middle display shows the current status of the
NoteNote
configuration security code ("0", "1" or "On").
By and push-button, set "S.CnF" parameter as follows:
0 No protection (it is ever possible to modify all
configuration parameters);
1 ever protected (it is never possible to modify a
configuration parameter);
from 2 to 250 security code for configuration parameter
protection.
NOTENOTE
NOTE: the selected value of a security code cannot be
NOTENOTE
displayed anymore and, coming back on the "S.CnF"
parameter, the display will show "On" when "S.CnF" is
different from 0 or 1, "0" when "S.CnF" is equal to 0, "1"
when "S.CnF" is equal to 1.
When the security code is forgotten, a new value can
be set.
24
NOTENOTE
NOTE: at the end of the security code setting procedure, set
NOTENOTE
V101 according to the desired operative mode (see
"Operative mode and hardware lock" paragraph).
mkc-ssi.pmd 06/07/2004, 12.1925
RUN TIME AND CONFIGURATION MODESRUN TIME AND CONFIGURATION MODES
RUN TIME AND CONFIGURATION MODES
RUN TIME AND CONFIGURATION MODESRUN TIME AND CONFIGURATION MODES
The hardware selection described in "Operative mode and
hardware lock" paragraph allows you to start one of the following
operative modes:
- configuration mode.
- run time mode
The run time mode can be divided as follows:
- Run time mode as controller
- Run time mode as programmer
At power up, the instrument starts in the same mode (configuration or run time) it was prior to the power OFF.
General note about graphic symbols used forGeneral note about graphic symbols used for
General note about graphic symbols used for
General note about graphic symbols used forGeneral note about graphic symbols used for
mnemonic code visualization.mnemonic code visualization.
mnemonic code visualization.
mnemonic code visualization.mnemonic code visualization.
The instrument displays some characters with special symbols.
The following table shows the correspondence between the
symbols and the characters
symbol character symbol character
"
"k ""W
"m ""Z
"
" "V ""J
25
Keyboard descriptionKeyboard description
Keyboard description
Keyboard descriptionKeyboard description
MENU = is used to select a parameter group
FUNC = when the instrument is in "normal display mode" it
changes the indication on the lower display (see
"display function").
During parameter modification, it allows you to
memorize the new value of the selected parameter
and go to the next parameter (increasing order).
MAN = when the instrument is in "normal display mode",
pushing MAN push-button for more than 1 s, it is
possible to enable or disable the manual function.
During parameter modification, it allows you to scroll
back the parameters and groups without memorizing
the new setting.
= During parameter modification, it allows you to
increase the value of the selected parameter
During MANUAL mode, it allows you to increase the
output value.
mkc-ssi.pmd 06/07/2004, 12.1926
= During parameter modification, it allows you to
decrease the value of the selected parameter
During MANUAL mode, it allows to decrease the
output value.
RSP = allows to toggle from Local set point to Remote set
point or viceversa when depressed for more than 1
sec.
+MENU= are used to start the lamp test function (the
command is accepted when push-button are kept
depressed for more than 5 s and device is in normal
display mode)
+FUNC or +FUNC
During parameter modification they allow you to
increase/decrease the value under modification with
higher rate.
+MAN or +MAN
During parameter modification they allow you to
jump to the max or min programmable value.
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