Touch Panel type Resistive film, resolution 1024x1024
Touch panel service life 1,000,000 times or more
Input voltage 24VDC, 6.2W or less
Rated voltage DC 19.2 to 28.8V
Insulation resistance
Grounding Grounding resistance of 100Ω, 2mm² or thicker wire
Dimension W116.5 x H77.5 x D28mm
Weight 0,2 kg approx.
Panel cut dimension W105 x H66 mm
Surrounding air temperature 0 to +50°C
Ambient humidity 10 to 90 % RH (Wet bulb temperature: 39 ℃ or less - no
Dust 0.1 mg/m³ or less (non-conductive levels)
Storage temperature -20 to +60°C
Structure IP65, on the front panel when properly installed in an enclosure
Cooling method Natural air circulation
Serial Interface COM1 RS-422/485, Asynchronous Transmission, Data Length: 7 or 8 bit,
USB1 interface Conforms to USB2.0 (Type A), Power Supply Voltage: DC 5 V ±5 %,
USB2 interface Conforms to USB2.0 (mini-B), Communication Distance: 5 m or less
DC 500V, 10MΩ
Panel thickness area: 1 to 5 mm
condensation.)
Parity: none, Odd or Even, Stop Bit: 1 or 2 bit, Data Transmission
Speed: 2,400 bps to 115.2 kbps, Communication Distance: 30 m or
less
Communication Distance: 5 m or less
(A) Power Connector
(B) Serial Interface (COM1)
(C) USB (Type A) Interface (USB1)
(D) USB (mini B) Interface (USB2)
(E) DIP Switch (SW1)
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1.2. Installation
Installation requirements
For easier maintenance, operation, andimprovedventilation,besuretoinstall
away from adjacent structures and otherequipment.
Be sure that the surrounding air temperatureandtheambienthumidityarewithintheirdes
(Surrounding air temperature: 0 to 50°C,Ambienthumidity:10to90%RH,Wetbulbtemperature:39°Cmax.)When
on the panel ofacabinetorenclosure,
et or enclosure’s internal
eNodTouch installation
66.0
[2.60
Cut a hole in the panel according tothe
Confirm that the installation gasket isattached
d that youusetheinstallation
Press the installation fastener hookssecurely
Tighten the installation fasteners withascrewdriver.Therearetwoinsertionslotsonboththe
eNodTouch
“Surrounding air temperature”indicatesboththe
hastwoprojections
on the top topreventfalling
during installation.Pleaseinsert
the unit intothepanelatan
angle to avoidhittingthe
projections.
the unitinto
t absorbs vibrationinaddition
1.2.1.
•
•
installing eNodTouch
face and cabin
1.2.2.
temperature.
at least 100mm [3.94in.]
ignated ranges.
panel
X Y
105.0
[4.13]
•
]
eNodtouch cutout dimensions.
•
•
It is strongly recommende
Panel thickness eNodTouch
1.0 [0.04]
To 5.0 [0.20]
to eNodTouch unit and then place
gasket, since i
the Panel from the front.
to repelling water.
•
•
User manual SCAIME:
into the insertion slots on eNodTouch.
top and bottom.
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1.3. Electrical powering
•
Supplying a power voltage other than that specified will damage the power source and the unit.
•
When the FG terminal is connected, be sure the wire is grounded.
+
-
Grounding Terminal
Conductor type
FG
to eNodTouch chassis
Simple Wire: 0.75 to 1.5mm2
Stranded Wire: 0.75 to 1mm2
1.4. RS485 interface for connection to eNod4
•
The serial interface is not isolated. Always connect the SG (Signal Ground) of the unit to the connected device.
•
SG (Signal Ground) and FG (Frame Ground) are connected internally
RS422/RS485 terminal Block
Label Meaning
CSB Send Possible B (-)
CSA Send Possible A (+)
ERB Data Terminal Ready B (-)
ERA Data Terminal Ready A (+)
SG Signal Ground
RDB Receive Data B (-)
RDA Receive Data A (+)
SDB Send Data B (-)
SDA Send Data A (+)
•
A terminating resistor can be inserted using the DIP Switch (4-bit) on the rear of the RS-422/485 type. Factory default
settings are all set to “OFF” (no terminating resistor).
24V
0V
connected
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2. Off-Line setting
Offline mode provides access to system settings, self diagnostics, and so on. Use offline mode to set up the display unit before
use.
2.1. Entering Offline mode
At Power ON
Touch the upper right corner or upper left corner (within 40 pixels of the edges) of the panel for at least 3 seconds soon after the
startup screen is displayed.
When Operating
Touch the upper right then bottom left corners, or the upper left and bottom right corners of the panel (within a 40 pixel area) in
0.5 seconds.
When the system menu is displayed, touch the [Offline] button
•
Touch [Offline] to go to Offline mode
•
Touch [USB] to start the USB memory loader tool, allowing you to upload or download eNodTouch software from USB
port.
2.2. Offline mode operations
After entering in Offline mode, eNodTouch displays a menu allowing consulting and modifying the eNodTouch settings
User manual SCAIME:
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2.2.1. Main unit Menu
Menu Input Parameter Description Default
Screen setting
Initial screen Number Number of the screen that displays at startup 1
Operation Settings
Standby mode setting Select the standby mode from [None], [Screen
OFF], or [Screen Change].
Standby Mode time set the time from 1 to 255 minutes after which
the screen is cleared
Change to Screen N° in
Standby Mode
Touch Panel Detection To detect touch on touching (ON) or Releasing
Touch Buzzer Sound Enable/Disable the in-built Buzzer sound upon a
Related to [Screen Change] Standby mode 1
(OFF) the panel
touch
[None]
1
ON
Disable
Display setting
Menu and Error
Note: Never change the parameters in grey
Show Brightness /
contrast control bar
D-Script_debug
Function
System Language English
Show System Menu Lower Part
Show Error Online [None]
Error Display Position Lower Part
2.2.2. Brightness/contrast control
•
To display the Brightness / Contrast Control Bar on the display unit, enable the setting [Show Brightness/Contrast
Control Bar] in [Display Settings] (§2.2.1)
•
Touch the upper right then left corners, or the Bottom left and right corners of the display in 0.5 seconds.
Specify whether to display on touch the Control
Bar to adjust brightness and contrast.
Enable
Enable
•
To end Brightness/Contrast Control mode, touch the [x] on the Brightness/Contrast Control Bar.
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2.2.3. Device/PLC Menu
Menu Input Parameter Description Default
Communication SIO Type Set the Communication type RS422/485 (2wire)
Speed Communication Speed : Should be set
Data Length 8
Parity [None]
Stop Bit 2
Flow Control [None]
Time out (s) 2
Retry 1
Wait to send (ms) 10
Device Device Name eNod4
Slave Address eNod4 slave address : Should be set according
Max. Query Read Input
Reg.
Max. Query Read
Holding Reg.
Max. Query Write
Holding Reg.
Driver Info Manufacturer Schneider Electric SA
Series MODBUS SIO Master
N° of Device 1
Note: Never change the parameters in grey
according to eNod4 communication settings
to eNod4 communication settings
30
30
30
9600
1
2.2.4. Password menu
Menu Input Parameter Description Default
System Password System Password The password setting is used when changing
to the Initialize Memory or offline mode
screens.
Security Password Security Password Not used -
Note: Never change the parameters in grey
2.2.5. Initialize menu
Menu Input Action
User memory Deletes all data in the display unit's internal memory.
Enter System password to operate, or 1101 (default password)
Backup Data Clears all the data stored in the display unit's backup memory.
Enter System password to operate, or 1101 (default password)
Note: Never use the commands in grey: You’ll lost the SCAIME eNodtouch application
-
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2.2.6. Maintenance menu
eNod4 model and firmware version
Menu Input Action
Check Pattern Check the drawing function. Confirms whether the liquid crystal display (LCD) displays correctly
Check Touch Panel Touch panel check. Checks that the touched area lights up correctly.
Calibration Correct an analog touch panel. Continue touching until the crosshatch moves or disappears.
Check com Check the send and receive lines of network communication
3. On-Line Functioning
3.1. Startup screens
•
At Power-On, the connection screen is displayed while eNodTouch try to communicate with connected eNod4 device.
•
If the connection screen is displayed more than 5 seconds or if the communication error screen is displayed, consider
the connection cannot be established: check the RS485 wiring (§1.4) and check the eNod4 and eNodTouch
communication settings (§2.2.3).
Connection screen Communication error screen
•
When connection is well established with compatible eNod4 model, the following screen is displayed during 3 seconds.
Comparison [Gross], [Net], [result] Comparison value for thresholds control
Thresholds control
Allows modifying the Threshold values of the concerned outputs.
Remote Control
Allows fixing the level [On], [Off], of the concerned outputs.
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3.4.4. Configuration Setup
Parameter Possible Value Description
Metrology Parameters
Stability criterion None, 0.25 0.5, 1, 2d Defines a stability interval, related to scale interval.
Zero at Startup [Yes], [No] Enable the Automatic Zeroing at power-on
Zero Tracking [Yes], [No] Enable the Zero tracking function
Digital Filtering parameters
A/D converter parameters
Rejection [50Hz]-[60Hz] The A/D converter have In-built adjustable low-pass filter with
frequency rejection of 50 Hz or 60 Hz harmonics.
Frequency 6 – 1600 Hz Filtered measurement frequency is adjustable from 6.25 to 1600 Hz
Bessel low-pass filter parameters
Filter Order 0, 2, 3, 4 For the suppression of periodic vibrations, a Bessel low-pass digital
Cut-Off Frequency 0.1 to 200Hz
Notch Filter parameters
High & Low
Frequency
Reset, factory setting
Allows resetting eNod4 or making eNod4 come back to factory settings
0.1 to 200Hz Frequency band to attenuate with the digital Notch filter
filter can be applied as an output of the A/D converter.
Minimum cut-off frequency value depend on the A/D converter rate:
0.10 Hz for 6.25 meas/s, 4 Hz for 400 meas/s
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3.4.5. Function mode setup (eNod4-C & eNod4-D)
• According to the eNod4 model, the following screen is displayed to select the functioning mode
eNod4-C eNod4-D
3.5. Checkweigher Setup menu (eNod4-C)
•
Detailed explanations on checkweigher functioning and parameters could be found into eNod4-C manuals
•
The following setup menu allows modifying the parameters related to checkweigher mode.
Parameter Possible Value Description
Dynamic Zero parameters
Dyn. Zero time 0 – 65535 ms The ‘Dynamic zero’ function is the acquisition of a zero without stability
criterion, obtained by averaging measurements during the specified time.
Automatic Dyn. Zero [Yes], [No] Automatic zero correction allows to dynamically track the Zero evolution.
Zero correction range 0 – 255d
Checkweigher Trigger level parameter
Checkweigher start
Level
Result calculation settings
0 – Max. capacity The weight determination cycle can be started by a trigger level, when the
When enabled, an average Zero value is continuously calculated, using the
‘Dyn Zero time’ and ‘Zero Correction range’ parameters.
load cell signal reaches the specified value.
Stabilization time 0 – 65535 ms During this time, measurements are not taken into account for result
calculation
Measuring time 0 – 65535 ms During that time the signal is taken in account to calculate the result.
Result correction 0.9 – 1.100000 Eventually used to adjust the checkweigher result.
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3.6. Dosing Setup menu (eNod4-D)
•
Detailed explanations on Dosing functioning and parameters could be found into eNod4-D manuals
•
The following setup menu allows modifying the parameters related to dosing (Filling or Unloading) mode.
3.6.1. Dosing Cycle Setup
Parameter Possible Value Description
Dosing cycle parameters
Page 1/3
Feeds sequence eNod4-D could manage up to 3 feeds: High Feed (HF), Coarse Feed (CF), Fine Feed (FF). The
number and order of used feeds during a cycle is configured by this parameter.
Auto. TARE at Start [Yes], [No] If enable, TARE function is operated after each dosing cycle start
Page 2/3
Emptying / reloading [No], [At End],
[At Start]
Emptying mode [Auto], [Manual] In filling mode, define the emptying mode: In manual mode, emptying
Emptying end level 0 – 1 000 000 The ‘emptying’ output is disabled if the net value becomes inferior to this
Reloading Min Level 0 – 1 000 000 Output assigned to the reloading function is activated if the gross
Reloading Max Level 0 – 1 000 000
Page 3/3
Dynamic mode [Yes], [No] Selecting this option replaces the stability condition for taking tare /
define the activation / deactivation and position of emptying (Reloading in
unloading mode) option
start after input ‘Manual Emptying’ activation
level and if the ‘emptying holding time’ has elapsed.
measurement is less than reloading Min Level, until the measurement
become greater than reloading max Level.
results by averaging measurements over the ‘Calc time Tare/Result’.
Activ FF if OUT- [Yes], [No] In filling mode, this option automatically restart the Fine Feed if dosing
Suspend/Resume
cycle allowed
result is below low tolerance
[Yes], [No] Allows SUSPEND and RESUME cycle. It makes possible to restart a dosing
cycle when starting weight is greater than "empty max. weight".
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3.6.2. Starting conditions setup
Parameter Possible Value Description
Starting Conditions
Filling mode
Min. empty weight ± 500 000 Allow empty packing presence verification at the start of cycle: Min empty
Max. empty weight
Automatic start [Yes], [No] Filling cycle starts automatically when the gross weight is between the
Unloading mode
Residual weight 0 – 1 000 000 eNod4-D refuse ‘start cycle’ and reports a dosing error if gross
weight < Gross measurement <Max empty weight.
If Min empty weight = Max empty weight = 0: No verification
'Min. empty weight' and 'Max. empty weight'.
measurement <(target weight + residual weight).
3.6.3. Dosing Timing Setup
Parameter Possible Value Description
Timing parameters
Page 1/3
Start cycle delay 0 – 65535 ms
Meas. Stab delay This stabilization time follows the FF stop. After this delay, a new dosing
End of cycle delay This waiting time occurs after Emptying/Reloading. A dosing cycle is
Page 2/3
HF / CF / FF masking
time
0 – 65535 ms During this delay, flow rate and level control are disabled to mask the
This stabilization time precedes the tare execution.
result is calculated by eNod4 –D under stability conditions.
considered complete after this delay.
dynamic effects caused by the related feed activation.
Page 3/3
Emptying / Reloading
Holding time
Calculation time for
Tare / result
Dynamic Zero time time for average calculation used for ‘Dynamic Zero’ command
0 – 65535 ms Defines how long the ‘emptying / Reloading’ output remains active after
the ending of Emptying (or reloading) conditions.
Max. time to search stability for Tare or Result determination. In dynamic
mode, Time to calculate Tare or Result
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3.6.4. In-flight correction Settings
Parameter Possible Value Description
In-flight correction parameters
Page 1/2
Automatic correction [Yes], [No] If enable, In-flight level is automatically corrected at each end of cycle.
In-Flight weight Level ±500 000 In-flight Level corresponds to the weight of product that carries on falling
after the FF output is disabled. Its value can be automatically corrected.
Min / Max In-Flight
level
Page 2/2
Correction % 0 – 100 % If Automatic correction enabled, the correction formula is:
X3 correction if Out
of Tolerance
±32768 Min In-flight Level < In-flight Level < max In-flight Level. If this condition is
not satisfied, In-flight is not changed.
If these levels are zero, there is no control of limits. But regardless of these
limitations, the value calculated automatically is limited to FF level.
In-flight = In-flight + (Dosing result – Target weight) x Correction %.
[Yes], [No] If the Dosing result is out of Tolerance, ‘Correction %’ is multiplied by 3
(limited at 100 %) inside the correction formula.
3.6.5. Flow rate control settings
Parameter Possible Value Description
Flow rate control parameters
Min. weight variation 0 – 65535 Enable if time interval >0. If during ‘Time interval’, the net measurement
Time Interval 0 – 65535 ms
has been change of less than the ‘minimal weight variation’, then the cycle
is stopped and a flow rate error is detected.
3.6.6. Dosing Tolerance control
Parameter Possible Value Description
Tolerance control parameters
Tolerance – and + 0 – 65565 Define the acceptable range for dosing results. An output assigned to the
‘out of tolerances’ is set active if the dosing result is not within the range.
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3.7. Dosing Target values
displayed
setting,thefollowingscreenaredisplayed:
CF only
-
+FF)
Setup menu or directly from the mainscreenwith
FF
to reachattheendofthedosing
relative to thetargetweight
Used in sequences where FF comes before a CFphase.
relative to thetargetweight
relative to thetargetweight
•
Target adjustment screen can be
•
According to the Feed sequence
Parameter Possible Value
Target values Adjustment
from the
Description
touch.
FF-CF
FF-(CF
Target weight 0 – 1 000 000
CF to FF Level 0 – 1 000 000
FF to CF Level
CF-FF
(CF+FF)-FF
FF HF-CF-FF
-FF (HF+CF+FF)-(CF+FF)(HF+CF)-CF-FF
Target weight represents the value
process.
Used in sequences using at least 2 or 3 feeds.
Defines the transition threshold,
Coarse feed and Fine Feed phase.
Defines the transition threshold,
Fine Feed and Coarse Feed phase.
, between the
, between the
HF to CF Level
Used in sequences using 3 feeds.
Defines the transition threshold,
High Feed and Coarse Feed phase.
, between the
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User manual SCAIME:
NU-eNodTouch-E-0413
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