Configurable Multi-input with time-proportioning output XE Series - INSTRUCTION MANUAL MIU.XE-6/96.12/E
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Configurable Multi-input with time-proportioning output XE Series INSTRUCTION MANUAL MIU.XE-6/96.12/E COD. J30-154-1AXE- ING ASCON spa
GENERAL INDEX
1 IDENTIFICATION OF MODEL ....................................... page 1
2 FUNCTION OF KEYS AND DISPLAYS ......................... page 3
3 DIMENSIONS, INSTALLATION ..................................... page 6
4 ELECTRICAL WIRING ................................................... page 8
5 Y2 - Y3 AUXILIARY OUTPUTS ...................................... page 14
6 PASSWORDS ................................................................ page 17
7 PROGRAMMING PROCEDURE (see enclosed leaflet)
CONFIGURATION
PARAMETERS
8 OPERATING DIRECTIONS (see enclosed leaflet)
SET POINT
AUTO-TUNE
10 TECHNICAL DATA ......................................................... page 18
SERIAL COMMUNICATION
(see the instruction manual “SERIAL COMMUNICATION
SUPPLEMENT” MIU.-CS/E supplied separately)1 • IDENTIFICATION OF MODEL
Thank you for choosing an ASCON controller
The instruments of the XE series belong to the last generation of
microprocessor based controller, are universal, very powerful but
simple to use.
They are fitted with AUTO-TUNE, as aid for system start-up, and serial
communication for introduction into a distributed control network.
They are complete because all possible variables are always present.
Configuration of the instrument permits determination of the operating
mode according to the application required.
1.1 Identification of model
Model code Configuration code Beginning and end of scale
XE - A B C
Power supply A
100…240 V 50/60 Hz 3
16 …28 V 50/60 Hz and 20…30 Vdc 5 239.5
Serial communication B 239.5
None 0
OPTIONS
20mA C.L. Std Ascon protocol 1
20mA C.L. Modbus/Jbus protocol 2
Auxiliary output Y3 C
None 0
Fitted 1
11 • IDENTIFICATION OF MODEL
1.2 Configuration code
Configuration code Beginning and end of scale
Model code
D E F G H I L
Input X D
1st part
E
Main output Y1
F 239.5
Auxiliary output Y2 G 239.5
2OPZIONI
nd part
Auxiliary output Y3 H
Beginning and end of scale I
(for mA and Volt input only) L
The controller is normally configured in the factory.
If this appears at the power-up
9.999
! the controller IS NOT CONFIGURED 9999
In order to configure the controller, follow the
configuration procedure reported in the enclosed leaflet
22 • FUNCTION OF KEYS AND DISPLAYS
239.5
Process
1 variable "X"
2 Set point W
6 Auto-tune in
239.5
course
Auxiliary 4 Active serial
output 7
communication
Y2 “ON”
3b Auxiliary output
Auxiliary 5 Y1F (Cool)“ON”
output
Y3 “ON” 3 Main output
Y1"ON"
Functions 11 3a Main output Y1
(menu) (heat) "ON"
Face 8 Edit Set point
seal 10
IP54 Increment digit
12 Confirm data
Withdrawal
screw 9 Select digit
Front
cover
32 • FUNCTION OF KEYS AND DISPLAYS
NUMERIC INDICATORS X, W
1 -Process The value of measure X is expressed in engineering
Variable (X) (green) units.
If above end of scale 8888
____
8888
----
239.5
If below beginning of scale
10 • In programmation: displays parameter values
• In configuration: displays the values of the 1st part
of the configuration code (see enclosed leaflet)
2 - Set point W Displays the operating Set point value
(green)
• In programmation: displays the parameter codes
7.5
239.5 • In configuration: displays the index values of the 2nd
part of the configuration code (see enclosed leaflet)
LEDS FOR OUTPUT STATE
3 - Output Y1 (red) Lit with output Y1 “ON”
De-activated with continuous or dual action
1 discontinuous output
3a - Output Y1 (heat) Lit with output
Y1 (heat) “ON” Only for HEAT/COOL
time proportional
3b - Output Y1F (cool) Lit with output Y1F output control
(cool) “ON”
4 - Output Y2 (red) Lit with output Y2 “ON”
2
5 - Output Y3 (red) Lit with output Y3 “ON” (only with Y3 option)
De-activated with continuous or dual action
3 discontinuous output
42 • FUNCTION OF KEYS AND DISPLAYS
LEDS FOR OPERATING STATE
6 - Auto-Tune (green) Lit when Auto-Tune or Expert-Tune is in
AT course
7 - Serial comm. (green) Permanently lit when the serial
communication is enabled to write.
SCI Flashes with signal in transit
Loop -
239.5 With output Y2 active and configured as
Break - 239.5 Loop Break Alarm, all the front displays are
Alarm flashing (see p. 14)
KEYS
8 - Edit Set Point To modify Set point
9 - Digit selection Selects the digit to be modified
(see enclosed leaflet)
Keys for
modifying
numeric
10 - Increment digit Increments the value of the flashing
values of
digit, from 0 to 9
any data
11 - Functions Permits access to menu of
functions to be programmed Keys for
data
programming
12 - Enter Enter or Scroll of values and modes of and
operation pressing
53 • DIMENSIONS - INSTALLATION
3.1 - Overall dimensions (in compliance with DIN 43700)
48 14 120
96
W - +
F
Front cover Ring with hook and
projection locking screw
44
60 min.
65 min.
Wiring with
protection protetection
plate IP65
110 min.
Advised 150 min.
thickness with
1 ÷ 16 protetection
IP65
+0.8
92
+0.6
45
Panel apertures
63 • DIMENSIONS - INSTALLATION
3.2 - Panel installation
A • Panel fitting B • Fixing with ring
Install away from: Knurl for hook
• heat sources hold
• corrosive gases
• dusty environments
Holding
hooks
AMBIENT Seal ring fitting Locking
Temperature: 0 ÷ 50°C screws
! Humidity : 30 ... 85uR%
C • Screw locking D • Plate for engineering units
275.8
275.8 if different from
°C, remove and
apply plate with
requested unit.
°F Pa
% kPa
HR% MPa
mV l/m
V m3/h
mA Nm3/h
A CO%
kW O2%
! Do NOT force
cross-screwdriver labels supplied
psi
Bar
m
rh
74 • ELECTRICAL WIRING
A • Terminal board B • Freeing the terminals
28 screw terminals M3.5 1
Lift the plate to free
Plate pin the pin
Wiring
protection plate
2
Rotate
downwards
Plate screw
3 gilded
Cold joint terminals for
compensation input signals
thermometer
C • Effecting the connections D • Protecting the terminal board
With eyelet Cable wires
terminals section N°
2
max.6.9
With fork
terminals 7 2
1 Depress the plate to
0.25 ÷ 2.5 engage the pin
max.6.9 AWG
22 ÷ 14 1
Rotate
With tinned wire upwards
2
6÷7
Preferential
84 • ELECTRICAL WIRING
Although this controller is designed to resist the heaviest disturbances
present in industrial environments (level IV of standard (IEC 801-4), it is
advised to keep to the following precautions:
Precautions
Single out supply line from power line
Keep away from teleruptors, electromagnetic contactors and
! powerful motors
Keep away from power groups, in particular if with phase
control
Advised conductor course
Power supply and output channels
C D C D
Serial communication A
Analogic inputs B
Power supply C
Outputs D
A B D A B D
Channel for low level signal conductors
94 • ELECTRICAL WIRING
Wiring diagram
1 11 Single power supply
6 TX
100…240 Vac - 50/60 Hz 1
Serial 2 12
communication
(optional)
3 13
RX
4 14
Y2 Relay Auxiliary 4
output
5 15
(-)
6 + 24 Vdc (2) 16
X 4…20 mA Y1 Relay Main output 3
i (+)
A
17 Relay Auxiliary output
2-wire 7 Y13
(2nd channel cool) 5
transmitter
(-)
18
Input B
process 9 19 Main output
variable (X)
B Y1 Logic 0/15 Vdc
2 mA J, L, 10 20
Volt K, S… Pt100
Schema
1 • Singledipower
collegamento
supply
“Switching” type
11 • Standard: 100 a 240Vac -15% +10%
Single power supply
12 • for low tension: 24Vac -15% +10%
24Vdc ±15%
Absorbed power 4VA
104 • ELECTRICAL WIRING
2 • Process Variable (X)
A - For thermocouples J-L-K-S-R • Respect polarities
7 • For eventual extensions, use a
compensated cable suitable for the type
of thermocouple used
9
• The eventual shield must be well earthed
Line: max. 150 Ω at only one end
B - For RTD Pt100
• For 3-wire connection, use cables of
same section (min. 1 sq.mm)
A
7
• For 2-wire connection, use cables of
B adequate section (min. 1.5 sq.mm.)
9
B Note:
10 with a 15 m. probe to controller distance
and a 1.5 sq.mm. section cable, the error
for 3-wire connection only is about 1°C.
Line: max. 20 Ω per wire
C • Continuous, mA, Volt For 2-wire transmitter For 3 or 4-wire transmitter
+24 Vdc +24 Vdc
Auxiliary +24 4…20 mA
supply for
6 Vdc
6 6
X
transmitter
i
7 7 7
X
Rin
Rin
Rin
Input mA, Volt Transmitter
i
9 9 9
Rin = 30 Ω per mA Transmitter
Rin= 10 KΩ per Volt com.
114 • ELECTRICAL WIRING
3 • Main output Y1
A • Relay Single Action
Load NO contact, capacity 3A/250Vac Load
16 for resistive loads (transition 2 x 105
Y1 V~ min. at 3A/250Vac)
17
B • Logic Single Action
Load Output 0/15Vdc
19 (20mA max.)
Y1 V~ galvanically isolated
20
Relay or static contactor
4 • Auxiliary output Y2 (see pag.14)
NO contact, capacity 3A/250Vac Load
14 for resistive loads (transition 2 x 105
Y2 Load V~
min. at 3A/250Vac)
15
5 • Auxiliary output Y3 (option)
NO contact, capacity 3A/250Vac Load
17 for resistive loads (transition 2 x 105
Y3 Load V~
min. at 3A/250Vac)
18
124 • ELECTRICAL WIRING
6 • Serial communication (option)
Interface 20mA C.L. passive and
1 galvanically isolated
Transmission TX
2
Consult Directions for use “SERIAL
Zener
3 COMMUNICATION SUPPLEMENT
Reception 2,7 V RX MIU.-CS/E”
4 supplied separately.
Note
Zener 2,7 V Only for 20mA C.L.
135 • Y2 - Y3 AUXILIARY OUTPUTS
Deviation
On Active high Set point ∆W (1)
W1 Off (above) -0...300 units
compared to W1
Active low
H (under)
∆W
-300 units +300 units
Band
On Active Out Set point I∆WI (1)
W1 Off (above) -0...300 units
compared to W1
Active In
H H (under)
I∆WI I∆WI
-300 units +300 units
Independent
On Active high Set point (1):
W1 Off (above) from beginning
On to end of scale
Off Active low
H (under)
W
Beginning End of scale
of scale
(1)- The Set point of Y2 and Y3 is not limited by the limits of the main
Set point W1, but only by the scale span.
145 • Y2 - Y3 AUXILIARY OUTPUTS
Deviation with startup inhibition
inhibition
∆W
W1
On
Off
Active high Set point ∆W (1)
Startup (above) -300...+300 units
compared to W1
W1
Active low
∆W
inhibition (below)
On
Off
Startup
“Loop-Break-Alarm” LBA (control loop defect/interruption)
Any interruption in the connections or
any anomaly in the operation of one 239.5
of the control loop components, will 239.5
cause the output Y2 to be energized
after a few minutes and the whole
front display will be flashing.
The alarm state will stop when the Y1
anomaly causing it stops or
depressing any key for silencing it.
! With ON-OFF
action "LBA" mA
°C
feature is not available
155 • Y2 - Y3 AUXILIARY OUTPUTS
Double time programmable intervention (Heat - Cool) (Y3)
Cool Heat
Only for models with option Y3 is
100% 100% possible to have a double action
Y1F limit Y1F limit
(0…-100%) Y1F Y1C (0…-100%) regulation (for instance Heat - Cool).
Output Y3 with index H=9, is
available as cool output.
Proportional band, cycle time, and
-100% 0 0 100% maximum output are settable
Dead
zone separately for Heat and Cool.
Where is Y1F Y3 = Cool outputs
Where is Y1C Y1 = Heat outputs
166 • PASSWORDS
In order to prevent tampering or inadvertent alterations of the configuration
or of some important parameters at the programming stage, 2 passwords
have to be entered.
6.1 Password of access to configuration 3333
Enter password of access to configuration
WpAss (see enclosed leaflet)
3333
NO
Return to normal
OK function
YES
Introduction into configuration
6.2 Password of access to the 4th parameter group 1111
Enter password of access to the 4th group
WpAss (see enclosed leaflet) 1111
NO
Return to normal
OK function
YES
Introduction into the 4th group
1710 • TECHNICAL DATA
0.2% ± 1 digit (for input with RTD Pt100 and thermocouples)
Accuracy
(a25°C amb.)
0.1% ± 1 digit (for input in current and voltage)
RTD Pt100 Pt100 (IEC 751)
Thermocouples J-K-S-R (IEC 584), L (DIN 43710)
Process
Variable "X"
Direct current 4..20mA, 0..20mA, Ri 30Ω With
(configurable)
configurable
Direct voltage 0..1Vdc, 0..10Vdc, Ri 10KΩ scale field
1 Local
Set point Distinct ascent and descent
0.1...120.0% scale/min. or step gradient
gradient slope
Higher and lower limit from beginning to end of scale
Control Algorithm PID, PI, PD, P or On - Off
mode
Proportional band (P) 0,5..1000%
Integral action time (I) 0.1..100min., excludable
Derivative action time (D) 0.01..10min., excludable
Cycling time 1..200 sec.
Hysteresis 0.1..10% (for on-off control)
Dead zone 0..10% for dual action (heat-cool) control
Auto - Tune For automatic parameter adjustment (One shot)
Discontinuous with direct or reverse action
Main Relay with dual action 2 contacts NO, 3A/250Vac, 2x105 transitions
output Y1
Logic 0.15 Vdc, 20mA max. (for static relays) galvanically isolated
Maximum output 10..100% (1st channel ) -10.. -100% (2nd channel )
1810 • TECHNICAL DATA
Relay 2 contacts NO, 3A/250Vac, 2x105 transitions
Action mode active high (above the set point)
active low (below the set point)
Hysteresis 0,1..10%
Auxiliary
deviation ± 300 digit (with or without
outputs inhibited startup)
Y2 - Y3
Type of Set point band 0..300 digit
(configurable)
independent from beginning to end of scale
Loop-Break-Alarm
(signal of control loop defect)
Special functions Double action regulation "Heat - Cool" (only with Y3 option)
Serial
Interface 20mA C.L. passive and galvanically isolated
communication
For other data, see manual MIU.-CS/E
(option)
Access to parameters On three levels for: modification, indication only,
no access
Protections
Immunity to disturbances level IV, standard IEC 801-4
All significant data are stored in a non-volatile memory
Standard model 100..240V, 48..63Hz, -15% + 10%
Single
power Low voltage model 24V, 48..63Hz, -15% + 10% or 24Vdc ± 15%
supply
Absorbed power about 4VA
Auxiliary 24Vdc ± 10%, 20mA max. for 2-wire or 3 or 4-wire transmitter
power supply
Isolation group C according to VDE 0110
Climatic group KWF according to DIN 40040
Ambient temperature 0...50°C., humidity 35...85HR%
General
Front:IP54 standard (IP65 with Kit AXIP65- 1)
features Protection
Cover: IP30, terminal board IP20
Material Self-extinguishing UL94V1
Weight about 350 g.
Dimensions 48 x 96, depth 120mm, according to DIN 43700
19GUARANTEE The equipment is guaranteed free from manufacturing defects for 1 year after installation, for a maximum of 18 months after delivery. Faults caused by use other than that described in these operating instructions are excluded from the guarantee. ASCON spa 20021 Bollate (Milano), Italy Via Falzarego, 9/11 - Tel. (0039 - 2) 33337.1 Fax (0039 - 2) 3504243 - Telex 322451 ASCON I
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