Ascon Tecnologic S.r.l.
via Indipendenza 56,
27029 - Vigevano (PV)
Tel.: +39 0381 69871,
Fax: +39 0381 698730
Configurable
Indicator - Transmitter
Universal JM series
JT series for transducers
INSTRUCTION MANUAL
MIU.JM/JT -1/92.06/E
COD. J30-154-1AJM/JT E
Ascon Tecnologic Srl
www.ascontecnologic.com
CONTENTS
1
IDENTIFICATION OF MODEL ......................................page
1
2
FUNCTION OF KEYS AND DISPLAYS..........................page
3
3
DIMENSIONS, INSTALLATION ....................................page
5
4
ELECTRICAL CONNECTIONS ....................................page
7
5
ALARMS .......................................................................page 13
6
PASSWORDS ...............................................................page 16
7
PROGRAMMING INSTRUCTIONS..........(see enclosed leaflet)
CONFIGURATION
PARAMETERS
8
OPERATING INSTRUCTIONS.................(see enclosed leaflet)
SET POINT ALARMS
HOLD FUNCTION
9
TECHNICAL DATA........................................................page 17
SERIAL COMMUNICATION
(see INSTRUCTION MANUAL “supplement serial communication” MIU.JM/JT-CS/E supplied separately)
1 • IDENTIFICATION OF MODEL
Thank you for having chosen an ASCON indicator-transmitter
The instruments of the JM/JT series belong the last generation of
microprocessor based indicators.
They can be fitted with 2 or 4 alarms and with serial communication
to be inserted in a distributed control network. The operating mode
can be configured, according to the required application.
1.1 Model code
Model code
JM
JT
Configuration code
A B C D
Power supply
A
100 …240V 50 Hz
16 …28V 50 Hz and 20…30 Vdc
Serial communication
3
5
OPTIONS
Beginning and end
of scale values
B
None
20mA C.L. Std Ascon protocol
20mA C.L. Modbus/Jbus protocol
0
1
2
Retransmission of measurement
C
None
4...20 mA
0...10 V
0
1
2
Alarms
D
Without
2 alarms
4 alarms (only for JM models)
0
2
4
1
5832
1 • IDENTIFICATION OF MODEL
1.2 Configuration code
Configuration code
E F G H
I L M
Beginning and end of
scale
N
O
OPZIONI
2nd block
1st block
Model code
E
F
G
H
Input measurement "X"
Alarm Y1
Alarm Y2
Only for
JM
models
Only for JT
models
Alarm Y3
I
Alarm Y4
L
Power supply for
transducers
M
5832
N
O
Beginning and end of scale
(only for mA and Volt inputs)
The instrument is usually configurated in factory.
If at power-up appears
!
the indicator IS NOT CONFIGURED
9999
To configure the indicator follow the instructions
for configuration from the enclosed leaflet
2
2 • FUNCTION OF KEYS AND DISPLAYS
5832
Flap
door
12
1
Withdrawal
screw
11
Seal
IP54
2
10
Set point and
parameter menu
3
9
Select digit
4
8
Increment
digit
5
7
6
Display of
measurement X
Alarm Y1
'ON'
Alarm Y2
'ON'
Alarm Y3
'ON'
Alarm Y4
'ON'
Hold
function
active
DISPLAY
1 - Measurement X Normally: displays the input value expressed in
(green)
engineering units
14
5832
8888
____
8888
----
If above the end of scale
If below the beginning of scale
- During programming: displays alternatively the
mnemonic codes and the data values
- During configuration: displays alternatively the 1st
and 2nd block of the configuration code
3
2 • FUNCTION OF KEYS AND DISPLAYS
ALARM LEDS
7 - Alarm
2
Uscita 1Y1 (rossa)
1
3 - Alarm 2
2
• The red led (for each alarm)
- flashes to signal the alarm state
- is lit when the alarm has been
acknowledged and the alarm state is ON
again (for ISA A configuration only)
4 - Alarm 3
3
5 - Alarm 4
4
HOLD LED
6
- HLD Function
HLD
Lit when the function "Peak" or "Valley"
capture or the "Freeze" of the last
measurement is activated
KEYS
7 - Increment digit
Increments the value
of the flashing digit
from 0...9
8 - Select digit
Selects the digit to be
modified
9 - Menu
Keys for
modifying the
numeric values
of all data
(see enclosed
leaflet)
To display or modify the alarm Set points
To scroll the parameters to be programmed
and to enter values
4
3 • DIMENSIONS, INSTALLATION
3.1 - Overall dimensions (in compliance with DIN 43700)
150
14
110 min.
150 min.
with
protection IP65
Ring with hook and
locking screw
96
45
+0.6
Flap
60 min.
65 min.
with
protection
IP65
48
Advised thickness
1 ÷ 16
Wiring protection plate
92
Panel cutouts
+0.8
3.2 • Mounting
A • Panel fitting
B • Fixing with ring
Install away from:
- heat sources
- corrosive gases
- dusty environments
Holding
hooks
Knurl for hook
hold
!
Locking
screws
AMBIENT:
Temperature: 0 ÷ 50 °C
Humidity: 30 ... 85 RH%
Seal ring fitting
C • Screw locking
D • Label for engineering units
5832
if different from
°C remove and
apply label with
requested unit
2
O m
rh
5
%
labels supplied
C
O
%
A kW psi Bar
Do NOT force
Nm
3
/h
H mV V mA
R
%
!
Pa kPa MPa l/m m
3/h
°F %
cross screwdriver
3 • DIMENSIONS, INSTALLATION
A • Terminal board
B • Release screw terminals
screw terminals M3.5
Plate pin
1
Lift the plate to
release the pin
Wiring
protection
plate
Plate
screw
Reference
junction
thermometer
3 golded
terminals for
input signal
2
rotate the
plate
C • Effecting connections
D • Protecting the terminal board
Cable wires
section N°
With eyelet
terminals
1
rotate the
plate
2
max.6.9
With fork
terminals
1
max.6.9
0.25 ÷ 2.5
AWG
22 ÷ 14
7
With tinned wire
2
Press the plate to plug
in the pin
2
6÷7
Preferential
6
4 • ELECTRICAL CONNECTIONS
Although this controller is designed to resist the heaviest disturbances
encountered in industrial environments (level IV of standard (IEC 801-4),
you are advised to keep to the following precautions:
Precautions
Single out supply line from others power lines
Keep away from electromagnetic contactors and motors
!
Keep away from SCR power units, especially if with phase
control
Advised wiring
Power supply and outputs wires
A
C
B
D
A
E
F
B
D
C
E
Low level signal wires
Power supply A
Logic inputs
C
Relay alarms B
Serial communication
D
Measurement input
E
Measurement retransmission
F
7
F
4 • ELECTRICAL CONNECTIONS
Wiring diagram for JM models
1
Single power supply
100...240 Vac
11
12
4
13
14
Y1
Alarms (option)
15
16
Y3
Measurement
retransmission (option)
5
17
Y2
18
19
20
Y4
Y5
COM
21
IL1
IL2
IL3
22
23
24
+24 Vdc (power supply for transmitters)
1
2
Logic inputs
2
3
6
4
RX
TX
Serial communication
(option)
6
Input measurement X
7
4…20 mA
3
9
Pt100
A
10
B
B
J, L, K, N,
S, R, T,W
2-wire transmitter
i
mA ,Volt, mV
Wiring diagram for JT models - (for transducers)
1
Single power supply
100...240 Vac
11
12
4
Alarms (option)
13
14
Y1
R. CAL.
15
17
Retransmission of
measurement (option)
5
18
19
Y2
20
Y5
COM
21
3
1
IL2
IL3
22
23
24
Stabilized power
supply 5/10 Vdc
30 mA
28
29
Logic inputs
2
TX
6
IL1
3
7
4
RX
Serial communication
(option)
2
8
Transducer
9
4 • ELECTRICAL CONNECTIONS
1 • Single power supply
Power supply
11
"Switching" type
• Standard: 85…264Vac, 50 Hz
• Low voltage: 18…28Vac, 50 Hz
20…30Vdc
Power: 4VA
12
2.1 • Input of measurement "X" for JM models - Universal
A - For THERMOCOUPLES
• Observe polarity
7
9
• For extension, use a
compensation cable suitable for the
thermocouple used
• The eventual shield must be well earthed
at only one end
Line
max. 150 Ω
B - For RTD Pt100
7
A
9
• For 3-wire connection, use cables of the
same section (min. 1mm2)
• For 2-wire connection, use cables of
adequate section (min. 1,5mm2 )
10
B
Note:
with a 15 m. probe to controller
distance and a 1.5 mm2 section cable,
the error is about 1 °C.
B
for 3-wire connection only
Line max. 20 Ω per wire
C • For, mA dc, V dc
+24 Vdc
6
7
Ri
9
com.
For 2-WIRE TRANSMITTER
3 or 4-WIRE TRANSMITTER
+24 Vdc
+24 Vdc
6
7
Auxiliary
supply for
transmitter
Input
mA, mV, Volt
Ri = 30 Ω for mA
Ri = 10 KΩ for Volt
i
X
9
Ri
9
4…20 mA
Transmitter
6
7
Ri
9
i
4…20 mA
Transmitter
X
4 • ELECTRICAL CONNECTIONS
Schema
2.2
• Input
di for
collegamento
JT models for transducers
17
• Power supply for bridge:
28 (+) 29 (—) stabilized 5Vdc
or 10 Vdc ±5%
(programmable from keyboard
max. current 30 mA)
18
Calibrating
contact
Stabilized
power
supply
5/10Vdc
28
• Input: 7 (+) 9 (—)
0...60 mV or 0...300 mV
(selectable in configuration)
29
Note:
The calibrating contact makes easy
and fast the "span" calibration
7
9
Transducer
Calibration resistor
(80% span)
3 • Logic inputs
21 22 23 24
COM
IL1
IL2
IL3
C1
C2
C3
External contacts
The permanent closing of the external
contacts C1, C2, C3 allows:
• To freeze the measurement (C1)
• To store a peak (C2)
• To acknowledge alarms (C3)
(Only for ISA alarm, C3 has to be
closed for at least 2 sec)
10
4 • ELECTRICAL CONNECTIONS
4 • Contact alarm outputs (options)
A • JM models, with 2 alarms
V~
Loads
13
14
16
17
Y1
Y2
Alarm 1
Alarm 2
B • JM models, with 4 alarms
13
V~
Loads
Loads
14
15
16
17
18
Y1
Y3
Y2
Y4
Alarm
1
Alarm
3
Alarm
2
Alarm
4
!
In case of power cutoff,
the relays are
deenergized and
therefore the contacts
are open
C • JT models, with 2 alarms
V~
Loads
13
14
15
Y1
Y2
Alarm
1
Alarm
2
11
2 or 4 contacts, rated
5A/250Vac for resistive
loads (switchings 2x105
m i n . a t 5 A / 2 5 0 Va c )
For the choice of type
and operating mode see
page 14
4 • ELECTRICAL CONNECTIONS
5 • Retransmission of measurement, output Y5 (option)
It is galvanically isolated:
4..20 mA, max. 10Vdc, load 500Ω max.
or
0..10Vdc, max 20 mA, load 500Ω min.
19 20
Y5
Load
6 • Serial communication (option)
TX
1
RX
2
Transmission
3
4
Interface 20 mA C.L. passive
and galvanically isolated
See Instruction Manual
"SUPPLEMENT SERIAL
COMMUNICATION
MIU.-CS/E"
supplied separately
Zener
2,7 V
Reception
Note
Zener 2,7 V Only for 20mA C.L.
12
5 • ALARMS
1 • SELECTING THE OPERATING MODE
In order to define the alarm operating mode select for each alarm:
See leaflet: 7 • Programming instructions
In configuration phase (See configuration code, indexes G-H-I-L)
1° TYPE OF
2° ALARM ACTION MODE
ALARM
Disabled
Activated above the
threshold
Normal
H
Hysteresis
Alarm state
Threshold (Set point)
With ISA A
sequence and
acknowledgement
Hysteresis
Activated below the
threshold
H
Alarm state
Threshold (Set point)
In programmation phase (See alarm configuration, indexes from Ø to 7)
3° ALARM INHIBITION
4° STATE OF
MODE AT
STARTUP
Disabled
CONTACT
NO
Enabled
ON
Slope up
alarm
action
inhibited
alarm
action
activated
NC
IN CASE OF
INPUT FAILURE
In alarm state
closes
Startup
alarm
threshold
5° SAFETY STATE
NON-Alarm
state
In alarm state
opens
OFF
alarm
threshold
Alarm
state
Slope down
Startup
Note: 3°-4°-5° with the end
configuration index 7
are preset in factory (default) with the
13
5 • ALARMS
2 • OPERATION
A • Normal type
Example with normal type alarm, activate high and state of contact NO
(in alarm closes)
NON-alarm
state
ALARM
state
Return to
NON-alarm
Measurement
Alarm Set point
State of contact
NO
Led state
Flashes
B • -With ISA A sequence
Example with alarm with ISA A sequence, activate high and state of
contact NC (in alarm opens)
NON-alarm
state
ALARM
state
Return to
NON-alarm
Acknowledgement in ALARM state
Measurement
Alarm Set point
State of contact
NC
Flashes
NON-alarm
state
ALARM
state
Led state
lit
Return to NON-alarm
Acknowledgement in
NON-alarm state
Measurement
Alarm Set point
State of contact
NC
Flashes
Flashes
14
Led state
5 • ALARMS
3 • ALARM ACKNOWLEDGEMENT (for iSA A only)
Acnowledgement
mode
Moment of
acnowledgement
LED
In alarm
Alarm
acknowledged
Pressing the key
IL3
21
Closing C3 or at
least for 2 sec.
24
C3
Measurement is
again in alarm
state
Lit
(see Note)
Measurement is
come back to
NON-Alarm state
Flashes
!
Switched
off
In case of mains cutoff, relay is deenergized and the relative
contact is open
Note:
Switched off when Measurement return to NON-alarm state
15
6 • ACCESS CODE
In order to protect the configuration or some important parameters
against inadvertent alterations or tampering, during programming it is
necessary to enter password
6.1 Password of access to configuration
WpAss
NO
OK
3333
Enter password of access to configuration
(see enclosed leaflet)
3333
Return to normal
operation
YES
Enter configuration
6.2 Password of access to the parameter group
WpAss
NO
OK
1111
Enter password of access to the parameter group
(see enclosed leaflet)
1111
Return to normal
operation
YES
Enter into parameter
group
16
12 • TECHNICAL DATA
A/D Converter:
Common
features
Measurement
62 msec.
sampling time
Time constant of
0 …30 sec
measurement filter:
Input shift:
-50 … +50 digit
RTD:
Pt100Ω , (IEC 751), line 20Ω max. (3-wires)
Thermocouples J-K-N-S-R-T-W (IEC 584),
L (DIN 43710), line 150Ω max
Input
measurement
(configurable)
mA dc
Type
mV dc
V dc
Auxiliary
power
supplies
Auxiliary
inputs
50.000 points
4..20mA, _
0..20mA, Ri 30Ω with or
without 2√
0..60mV, 0..300mV, Ri 10MΩ
0..1Vdc, 0..10Vdc,
Ri 10KΩ with
_
or without 2√
0..60mV, 0..300mV, Ri 10MΩ
(JT models only)
Zero: within±10% of the measurement
range
End of scale: at 80% of scale span
With
configurable
scale
engineering
units
Accuracy 0.2% ±1 digit
(at 25°C amb.) 0.1% ±1 digit
for input in current or voltage
24 Vdc ± 10%, 20 mA max
for 2-wire or 3 or 4-wire transmitters
5 or 10Vdc ±5% selectable,
30 mA max.
for bridge transducers (JT models only)
3 logic
to freeze the measurement, store a peak,
acknowledge alarms
Relay output
1 contact, 5A/250 Vac max.
Signalling
Red led, flashing in alarm state, lit after
acknowledgement (if configured with ISA A
sequence only)
Set point:
settable within the scale
Alarms
Hysteresis:
Y1 - Y2 - Y3 - Y4
configurable (for Action delay
every alarm)
Type:
Action mode:
for input for RTD or thermocouples
0.1 … 10.0 % scale span
0 …100 sec.
Disabled, normal, with ISA A
sequence
In configuration
(indexes
G-H-I-L)
Active above or below the threshold
Contact state
NO closes in alarm state
NC opens in alarm state
Security in case of anomaly
ALARM state
NO alarm state
Alarm inhibition at startup:
Disabled or enabled operation
Hold function
Stores a max. or min. peak or freezes the last
measurement effected (see operative instructions)
17
In
programming
(see
instructions
separately)
12 • TECHNICAL DATA
Retansmission Current output:
of meas.
output Y5 (option) Voltage output:
4..20mA (500Ω max, 10Vdc max)
0..10Vdc (500Ω min, 20mA max)
galvanically
isolated
Serial
Passive and galvanically isolated interface 20 mA C. L.
communication
For other data see manual MIU.-CS/E
(option)
Protections:
Single power
supply
General
features
Access to parameters
by password
Access to Set point
3 levels modification, indication only, no access
Immunity to disturbances: level IV, standard IEC 801-4
Storing data
in non-volatile memory for unlimited time
Standard model
100..240V, 50Hz, -15% + 10% 250 Vac max.
Low voltage model
24V, 50Hz, -15% + 10% or 24Vdc ± 15%
Isolation group
C according to VDE 0110
Climatic group
KWF according to DIN 40040
Ambient
temperature 0..50°C, humidity 35..85HR%
Protection
Front: IP54 standard (IP65 with Kit F10-170-2A101)
Case: IP30, terminal board IP20
Material
Self-estinguishing 94V1
Weight
about 480 gr.
Dimensions
48x96, depth 150 mm., according to DIN 43700
18
GUARANTEE
The equipment is guaranteed free from
manufacturing defects for 1 year after
installation, for a maximum of 18 month
after delivery.
Faults caused by use other than that
described in the operating instructions
are excluded from the guarantee.
Ascon SPA
Via Falzarego, 9/11
20021 Bollate (Milano) Italy
Tel. 02 333371 - Fax 02 3504243
7 • PROGRAMMING INSTRUCTIONS • JM and JT SERIES INDICATORS
KEYS AND DISPLAY
FUNCTIONS MENU
Enter the functions menu pressing successively the key
DISPLAY
From normal operation
normal
operation
during
programming
Measurement
Mnemonic codes
and data
values
Conf.
KEYS
Select
menu
278.5
of parameters
and configuration
Increment digit
To modify
data
values
Select digit
Access and
Enter
par.
Display of the first
block of the
configuration code
6021
Access to parameters
second block of
the configuration
code
NO
OK
Access to configuration
pAss
of parameters
and configuration
SI
Entering password of
access to configuration
(see chap. 6 page 16)
!
If not configured at the
power up appears
9999
NO
Hold function
activated
Alarm
leds
OK
YES
and the configuration is
entered directly
LEDS
Con.1
ALARM CONFIGURATION INDEXES
State of contact during normal operation
Alarm
inhibition
at startup
Condition
Led
State of contact
State of contact in case of input failure
(safety state)
Condition
State of contact
OFF
NON-alarm
NO
ALARM
NC
NON-alarm
OFF
NO
ALARM
ALARM
NO
closes
NON-alarm
NO
closes
ALARM
NC
OFF
NC
OFF
NC
ALARM
OFF
NO
NON-alarm
NC
opens
ALARM
NO
closes
OFF
NO
ALARM
OFF
NO
NON-alarm
NC
opens
OFF
NON-alarm
NC
ALARM
NC
ALARM
closes
OFF
opens
opens
E F
-200…600°C
Pt 100
Pt 100 -99.9...300,0°C
For JM models
0...600°C
0 ...2200°C
Type L
0 ...600°C
Thermocouples
IEC 584
Type K
Type N
0 ..1200°C
0...1200°C
Type S
0...1600°C
Type R
Type T
0...1600°C
-100..400°C
JT
_
with or without 2√
Type J
Type W
*
4...20 mA
Conf. eng. units
0...20 mA
Conf. eng. units
0...60 mV
Conf. eng. units
0...300 mV
0...1V
Conf. eng. units
Conf. eng. units
0...10V
Conf. eng. units
0...60 mV calibrate
Conf. eng. units
0...300 mV calibrate
Conf. eng. units
0
1
2
2
3
4
5
6
7
8
9
9
9
9
9
9
9
9
0
0
0
2
0
0
0
0
0
0
0
1
2
3
4
5
6
7
Type and operating mode, Alarm Y2
Disabled
Normal
With ISA A
sequence
Active high
Active low
Active high
Active low
Type and operating mode, Alarm Y1
Disabled
Normal
With ISA A
sequence
Active high
Active low
Active high
Active low
JM - JT
Disabled
Normal
With ISA A
sequence
Active high
Active low
Active high
Active low
Type and operating mode, Alarm Y4
JM
Disabled
Normal
With ISA A
sequence
Active high
Active low
Active high
Active low
I
0
1
2
3
4
sc.hi
End of scale value
from beginning of scale
to end of scale
Co.y3
Co.y4
H
0
1
2
3
4
G
0
1
2
3
4
Square root*
0 - exluded
1 - enclosed
!
Alarm configuration
index Y1
0…7 7w
CAl.0
the indicator IS NOT
CONFIGURED
(see procedure)
CAl.f
Note:
First block of 4
configuration code
E,F,G,H
Sercond block of
configuration code
I,L,M
6021 6021
3400
0
1
2
3
4
Note:
1 The code of a non configured
instrument, is 9999 - 999.*
2 For input in mA and Volts the
beginning and end of scale values
Excitation voltage for transducer (JT models)
None (JM models)
5 Vdc ± 5% 30 mA max
10 Vdc ± 5% 30 mA max
can be configured in engineering units
between -999 and 9999. The values
can be expressed in units (xxxx), in
tenths (xxx,x), hundredths (xx,xx) or
thousandths (x,xxx).
M
0
1
2
0250
0260
In.sh
s.C.b.r
s.C.pa
Note*
As the following formula: Parity index
serial communication
X VIS%=10 • XIN%
0 0…4 (see note 3)
XIN% = percentage
input value
XVIS%= percentage
display value
10 = linearization
constant
Alarm configuration
index Y2
0…7 7w
Alarm configuration
index Y4
0…7 7w
Baude Rate
9600 *
4800
2400
1200
600
* Only for B = 2
Zero calibration
within ±10% of the
measurement range
0
1
2
3
4
Parity
Protoc.
None 0 Ascon
1 Ascon
Odd
2 Ascon
Even
None* 3 Modbus
None* 4 Jbus
* Only for B = 2
End of scale calibration
at 80%of the
measurement span
Only for models with retransmission of
measurement Y5
y5Io
Value of measurement
corresponding to 0% of
the retransmitted signal Y5
Value of measurement
corresponding to 100%
of the retransmitted
signal Y5
Note 2
Alarm configuration
index Y3
0…7 7w
y5hi
Only for models with alarms
Delay at alarm action
0…100 sec
t.deI
Hysteresis of alarm Y1
0.1...10.0% scale span
Hy. I
Hysteresis of alarm Y2
0.1...10.0% scale span
Hy. 2
0
0::50
0::50
2 alarm
option
Hysteresis of alarm Y3
0.1...10.0% scale span
Hy. 3
Hysteresis of alarm Y4
0.1...10.0% scale span
Hy. 4
0::50
0::50
4 alarm
option
End of parameter
sequence
FACTORY SET VALUES (DEFAULT)
INDEX OF ACCESS TO SET POINT Ac.sp
.
Example: to change 250 to 260
Press
to select the required digit.
Each successive press of this button moves the
flasfing digit one place to the left.
0 2 5 0
Press
to increment the selected digit to
the desired value. (the first digit to the left
between 9 and 0 displays the sign -)
0
s.C.Ad
Baud rate
serial communication
1 0…4 (see note 2)
MODIFICATION OF A VALUE
L
d.d.
Address of
serial communication
0 0…63
It is possible to modify any numeric field by changing
each digit in turn. The modified digit flashes.
When it is displayed the mnemonic code of the value to be
modified appears
Press the key
to display the value and then modify it
0250
t.Hld
Only for models with serial communication
Only for JT models for transducers
Input:
0…60 mV or
0…300 mV
9999
t.fil
(see manual supplied separately)
Note 3
if at power-up
appears
Ac.s.p
Hold
Hold function index
(see below)
0 2...0...+2
Resolution index of
indication (see below)
0 0…6
End of configuration sequence
* Fe-Const Din 43710
Type and operating mode, Alarm Y3
Beginning of scale value
from beginning of scale
to end of scale
0
CONFIGURATION CODE
RTD
IEC 751
sc.Io
Only for models with alarms
The index 5 is the one normally used when the contact is employed for a control action. In case mains cutoff
the relay is deenergized and its contact is therefore opened.
Input type, scale range (2)
Number of decimal digits
0…3 0
Co.y2
Time constant of the
input filter
1 0…30 sec
Input shift
0 -50…+50 digit
sc.d.d
Co.y1
Index of access to Set
point menu (see below)
2 0...2
Storing time of
measurement
0 0,5…999,9 sec
entering the 3 indexes
I, L, M, the second block
of the configuration code
sq.rt.
The index 7 is set in factory (default) and it is the one normally used for an alarm contact.
!
entering the 4 indexes E,
F, G, H, the first block of
the configuration code
Only for configurable scales
4
5
6
7
OFF
closes
NON-alarm
ALARM
opens
closes
NON-alarm
Disabled
OFF
opens
NON-alarm
ALARM
0
1
2
3
OFF
opens
NON-alarm
Con.2
Led
closes
NON-alarm
ALARM
Index
Co.yn
closes
NON-alarm
Enabled
opens
pAss
Entering password of
access to parameters
(see cap. 6 page 16)
9
Press
to accept the entered value.
For time-out parameters the value is
automatically accepted after 10 seconds
about.
Visible and modification
Index
Visible but NO MODIFICATION
Index
NOT VISIBLE and NO MODIFICATION
Index
2
1
0
RESOLUTION INDEX OF INDICATION d.d.
Index
O 1 2 3 4 5 6
Resolution
1
2
5
10
20
50
100
HOLD FUNCTION INDEX (see leaflet)
Disabled
The value of measurement is
stored for a time preset t.HId
With the external contact on the
logic input IL1 the value of
measurement is stored for the
entire closing time of the contact
Peak
Valley
Peak
Valley
0
1
-1
2
-2
8 • OPERATIVE INSTRUCTIONS • JM and JT SERIES INDICATORS
KEYS AND DISPLAY
HOLD FUNCTION
DISPLAY
normal
operation
during
programming
Measurement
Mnemonic codes
and data
values
KEYS
Select
menu
To modify
data
values
Access and
Enter
278.5
of parameters
and configuration
Increment digit
Select digit
Function
Activating mode
Startup from external contact
(see fig. 1)
IL2
21
MEASUREMENT
FREEZING
23
Duration
Note
For all
the
closing
time
of C2
This function
prevents further
acquisitions of
measurement and
freezes also all
the
other
functions of the
instrument
C2
of parameters
and configuration
Closing
permanently C2
Hold function
activated
Automatic startup
(see fig.2)
Alarm
leds
Setting up during
programming:
• Hold function index,
1 for max peak,
-1 for min peak
• Hold time t from
0.5…999.9 sec.
LEDS
SET POINT ALARMS MENU
It is displayed only for models with alarms
It is possible to protect the Set points from
inadvertent tampering setting up the index of
access
Ac.sp
MEASUREMENT
"PEAK"
from 0..2 (see leaflet)
t.Hld
set in
advance
Startup from external contact
(see fig. 3)
Setting up during
programming:
• Hold function index,
2 for peak,
-2 for valley
OR
Index 2 Set points visible and modification
Index 1 Set points visible but NO modification
Index 0 Set points not visible and therefore
NO modification
For Hold
time
"VALLEY"
CAPTURE
AND STORAGE
The Set point menu is entered pressing
successively the key
IL1
21
From normal operation
For all
the
closing
time
of C1
This function does
not inhibit the
acquisition of
measurement and
therefore alarms
and
retransmission
remain operative
22
C1
Closing
permanently C1
s.p. 1
Set point Alarm 1
(only if activated)
s.p. 2
Set point Alarm 2
(only if activated)
Fig. 1 Hold function activated from the closing of an external contact to display an
instantaneous desired value, for example weightings with weighting cells
Freezing of last measurement
Further acquisitions of measurements
not allowed
2 Alarm
option
s.p. 3
Set point Alarm 3
(only if activated)
s.p. 4
Set point Alarm 4
(only if activated)
ON
Closing of the external contact on
the logic input LI2
OFF
Fig. 2 Hold function automatically to display for example maximum peaks of rapid
phenomena
t Hld
t Hld
4 Alarm
option
Storing peaks for a time tHld
MODIFYING SET POINT
It is possible to modify any Set point value by changing
each digit in turn. The modified digit flashes.
When it is displayed the mnemonic code of the value to be
modified appears
Press the key
to display the value and then modify it
0250
0250
0260
Fig. 3 Hold function activated from the closing of an external contact to display, for
example, maximum peaks for a long period
Example: to change 250 to 260
Storing peaks
Press
to select the required digit.
Each successive press of this button moves
the flasfing digit one place to the left.
0 2 5 0
Press
to increment the selected digit to
the desired value. (the first digit to the left
between 9 and 0 displays the sign -)
0
External
contact
closing on
the logic
output LI1
ON
OFF
9
Press
to accept the entered value.
For time-out parameters the value is
automatically accepted after 10 seconds
about.
ASCON spa
Ospiate di Bollate (Milano), Italy
MIU. JM/JT - 2/94/11/E