EMKO Proop Series User manual

Professional Operator Panel
User Manual

PREAMBLE
PROOP series HMI panels are a product with powerful features that enable you to
perform your applications quickly. EMKO Proop series offers a wide selection for
your projects with HMI panels starting from 4.3 '' to 10.1 '' and offering different
communication and input-output options. 4.3 thousand -5 ”and 7” HMI panels 260
thousand and 10.1 HMI panels come with a 16 million color TFT display.
This gives you rich colors and unmatched resolution on your touch screen. With
the powerful Arm Cortex A series processor, your processing speeds will be much
shorter. Proop HMI panels support communication through multiple serial ports
simultaneously, so you can connect to multiple controllers and increase your
processing power. You can connect to external networks with the Ethernet port or
access the HMI panel from an external network again. With built-in input ports, you
can perform simple plc applications without using an external plc. With simple,
useful, powerful and user-friendly editor software, you can develop new designs
and create world-class programs.
This Document will assist the user in PROOP installation and connection.
• For your safety, read the document before using the product.
• For information about PROOP builder software and installation, please
refer to PROOP Builder User Manual.
• The contents of the document may have been changed and updated. You
can find the current version at www.emkoelektronik.com.tr
!Security warnings are marked with the symbol on the side. warnings
! needs to be considered by the user.
01

GENERAL FEATURES
• Over 100 vector-based ready elements.
• Vector-based user-defined image (SVG) support.
• Image support in BMP, GIF, JPG, JPEG, PNG, PBM, PGM, PPM, TIFF, XBM,
XPM format.
• Improved visual drawing infrastructure; antialiasing, alphablending support.
• TrueType (TTF), PostScript Type1 (PFA / PFB), Bitmap Distribution Format (BDF),
CID-keyed Type1, Compact Font Format (CFF), OpenType fonts, SFNT-based
bitmap fonts, Portable Compiled Format (PCF), Microsoft Supports Windows Font
File Format (Windows FNT), Portable Font Resource (PFR), Type 42 (limited
support) fonts.
• Remote access and control thanks to the built-in VNC protocol.
• Project upload or download in a short time with high speed data transfer via USB
2.0 port.
• Support of time, date and number formats sensitive to regional settings.
• Internal Analog / Digital Input-Output port support.
• Offline simulation mode.
• RS232, RS422, RS485, Ethernet physical interfaces.
• MODBUS ASCII, RTU, TCP communication protocols.
• Siemens S7-300 / S7-400 / S7-1200 / S7-1500 PLC protocol support.
• BACNET MS / TP, BACNET IP
• MQTT support
• OMRON HOSTLINK / FINS communication protocol
• DELTA DVP series PLC communication protocol
02

PROOP MODELS
4,3 5" TFT 7" TFT 10" TFT RS-232 1x RS-485 2x USB Ethernet-1 Ethernet-2 Wi-Fi 4 x Digital Input 5 x Digital Input 4 x Digital Input 2 x Analogue Input 2 x Analogue Input
" TFT
MODEL
LITE
Proop.black-4.eco
Proop.black-5.eco
Proop.black-7.eco
Proop-7L
Proop-7L.wi
Proop-7L.E
Proop-7L.Ewi
Proop-10L
Proop-10L.wi
Proop-10L.E
Proop-10L.Ewi
Proop-7C
Proop-7C.wi
Proop-7C.E
Proop-7C.E2
Proop-7C.Ewi
Proop-7C.E2wi
Proop-10C
Proop-10C.wi
Proop-10C.E
Proop-10C.Ewi
Proop-10P.0.D5.D4.AC.AC
Proop-10P.wi.D5.D4.AC.AC
Proop-10P.E.D5.D4.AC.AC
Proop-10P.Ewi.D5.D4.AC.AC
Proop-10P.E2.D5.D4.AC.AC
Proop-10P.E2wi.D5.D4.AC.AC
CONTROLPROCESS
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ECO

TECHNICIAL SPECIFICATIONS
Screen Type
Display Colors
Resolution
Touch Method
LCD Lighting
Brightness (Cd / m2)
10,1” TFT LCD
16M
1024x600
Resistive Analogue
LED
270
25°C 50000 Hour
ARM Cortex-A-Series
8GB eMMC
512 MB DDR3 SDRAM
>=85dB
1 x USB 2.0
1 x USB 2.0
Max. Speed 230400 Baudrate
Max. Speed 57600 Baudrate
10/100 Mbit/s
IEEE 802.11 b/g/n
2.4 Ghz
Max. 72 Mbit/s
WEP, WPA und WPA2
Optical Isolation 50mSn
Optical Isolation 50mSn
14 Bit
50 Msn
Settled
Ip65 at front Ip20 at rear
18...30Vdc
8W
Cr2032 Lithium, 3V
5 Year
0...50°C
-20...60°C
0...90% RH
1300gr
Backlight Life (Hour)
MCU
Flash drive
RAM
Buzzer
USB-Slave
USB-Host
RS-232
RS-422 / RS-485
Ethernet
Wi-Fi-Standard
Wi-Fi-Frequency
Wi-Fi max. Communication Speed
Wi-Fi-Security Protocols
Digital Inputs
Digital Outputs
Analogue I / O Resolution
Analogue I / O Sampling Time
Real Time Clock
IP-Cod
Operating Voltage
Power Consumption
RTS-Battery
RTC-Battery Life
Operating Temperature
Storage Temperature
Working Humidity
Weight
Product 4,3" 10,1"
5" 7"
4,3” TFT LCD
260K
480x272
Resistive Analogue
LED
530
25°C 50000 Hour
ARM Cortex-A-Series
8GB eMMC
512 MB DDR3 SDRAM
X
1 x USB 2.0
1 x USB 2.0
Max. Speed 230400 Baudrate
Max. Speed 57600 Baudrate
X
X
X
X
X
X
X
X
X
Settled
Ip65 at front Ip20 at rear
18...30Vdc
5W
Cr2032 Lithium, 3V
5 Year
0...50°C
-20...60°C
0...90% RH
350gr
7” TFT LCD
260K
800x480
Resistive Analogue
LED
300
25°C 50000 Hour
ARM Cortex-A-Series
8GB eMMC
512 MB DDR3 SDRAM
>=85dB
1 x USB 2.0
1 x USB 2.0
Max. Speed 230400 Baudrate
Max. Speed 57600 Baudrate
10/100 Mbit/s
IEEE 802.11 b/g/n
2.4 Ghz
Max. 72 Mbit/s
WEP, WPA und WPA2
Optical Isolation 50mSn
Optical Isolation 50mSn
X
X
Settled
Ip65 at front Ip20 at rear
18...30Vdc
6W
Cr2032 Lithium, 3V
5 Year
0...50°C
-20...60°C
0...90% RH
700gr
5” TFT LCD
260K
800x480
Resistive Analogue
LED
330
25°C 50000 Hour
ARM Cortex-A-Series
8GB eMMC
512 MB DDR3 SDRAM
X
1 x USB 2.0
1 x USB 2.0
Max. Speed 230400 Baudrate
Max. Speed 57600 Baudrate
X
X
X
X
X
X
X
X
X
Settled
Ip65 at front Ip20 at rear
18...30Vdc
5W
Cr2032 Lithium, 3V
5 Year
0...50°C
-20...60°C
0...90% RH
350gr
Certifications:
* EN 61000-6-2 (EMC immunity)
* EN 61000-6-4 (Radiated emissions)
* EN 61010-1 (Safety standards)
04

SYSTEM REQUIREMENTS
Minimum system requirements for installing Proop Builder software:
•1GHz or faster processor
•1GB RAM
•2GB of Memory (at least 500 MB of free memory)
•RJ45 Ethernet network cable
•USB Port Input
• Windows XP, Windows Vista, Windows 7, Windows 8, Windows 8.1, Windows 10
any of the operating systems.
DIMENSIONS
Proop 4.3
Proop 5
Proop 7
Proop 10.1
AEMKO
a
b
cd
e
f
g
b
(mm)
a
(mm)
c
(mm)
d
(mm)
e
(mm) f
(mm)
g
(mm)
h
(mm)
153
153
206
278
105
105
152
200
5
5
8
8
43
43
40
42
92
92
136
180
136
136
190
258
96
109
155
223
54
62
86
125
h
05

ASSEMBLY
1. Prepare the section of panel where the device will be mounted in the
dimensions given.
2.The sealing gaskets on the front panel of the device are installed. be sure.
3.Insert the device into the section on the panel.
4.Install mounting brackets into their slots.
5.Secure the device to the panel by tightening the device's apparatus screws.
6.Excessive force can damage the panel 7. Screws of the cables attached to the
terminals must be tightened.
7.Air to prevent the device from overheating and cooling
06
!
Do not cover the sections that provide circulation and make sure
there is enough space for air circulation.

!Before starting the installation of the device,read the following
warnings carefully.
SETUP
Before carrying out the installation of the device, it must be checked against
damage that may occur during transportation. Installation and commissioning must
be done by mechanical and electrical technicians. This responsibility belongs to the
buyer.
Never use the device in environments where flammable and explosive gases are
present.
Avoid exposing the device to direct sunlight or any type of heat source.
Transformer, motor etc. near the device. such as magnetic objects or interference
generating devices (such as welding machines, etc.).
In order to reduce the effect of electrical noise on the device, the low voltage line
(especially the sensor input cable) cables should be separated from the high
current and voltage line.
Necessary precautions must be taken for all parts that may create a hazard on the
mechanical parts of the device. These measures are necessary for the safety of
the personnel who will assemble.
The device must be mounted on the system with its own fixing parts. Do not
assemble the device with unsuitable fixing parts. Mount the device with the fixing
parts to ensure that the device will not fall.
If possible, use shielded cable. The screen should be grounded to one side only.
In order to prevent electrical shocks and similar accidents, the device and the
system where the installation is made should not be energized before all
connections of the device are completed.
Digital outputs and supply connections are designed by isolating each other.
Before commissioning the device, the parameters must be adjusted according to
the desired use.
Incomplete or incorrect configuration can cause dangerous gaps.
07

There is no switch on the device to turn off the fuse and device energy. A switch
and fuse that will turn off the energy at the supply input of the device must be
added to the system by the user.
It is necessary to check the supply voltage range of the device and apply the
appropriate supply voltage. This control operation will prevent damage to the
device, system and possible accidents by applying the wrong supply voltage.
After the device is energized, check that the power led lights on the device screen.
If there is a danger arising from any error or malfunction on the device, turn off the
system's energy and disconnect all electrical connections of the device from the
system.
Do not make changes or attempt to repair the device. Interventions on the device
can cause malfunctions, damage to the device and the system, electrical shocks,
and fire.
In case of an unexpected situation, please contact us.
In the event that the device is used outside of the uses and purposes specified in
this user manual, all responsibility belongs to the user.
PROOP Builder software should be used to program the device.
You can download the current version of Proop Builder editor software free of
charge at https://www.emkoelektronik.com.tr
08

PANEL VIEW
EMKO offers 2 different color options in Proop HMI panels, black and gray. Proop
4.3 ”and 5” economic models are only black color options and other models can
choose 2 different colors.
Black and Gray color views are as in Figure 1 and Figure2.
Proop Black
Proop Grey
Figure2 :PROOP front view
1 2 3
Figure1 :PROOPBLACK front view
1 2 3
1
2
3
COM
CPU
PWR
It is a communication indicator.
Shows the current status of the CPU.
It is an indicator of energy.
09

Figure2 :PROOP 7" Back view
10
Figure3 :PROOP 10.1" Back view
RS-422
RS-422
Digital Outputs Digital Inputs
Analogue / Digital Outputs Analogue / Digital Inputs

11
SYSTEM SETTINGS
In order to open the device system settings window, a button object should be
added to the form page and the button type property of this button should be set as
HMI settings.
Figure4 :Button Type Setting
In the HMI Network settings section, Ethernet communication settings can be
made for devices with Ethernet ports.
Figure5 :HMI Network Settings Window
Device system settings can only be made on the panel.

12
Figure6 :HMI Wi-Fi Settings Window
ŸWi-Fi connection settings are made on the Wi-Fi tab.
Ÿ The name of the network to be connected to the SSID part and the password of
the network is written in the password part.
ŸThe DHCP icon is removed to get fixed IP from the network and the necessary
settings can be made
ŸRelated fields become active for.
Figure7 :HMI Time-Date Settings Window
ŸFrom the HMI Date and Time settings tab, the time and date settings of the HMI
panel can be made.
ŸThe device has a CR2032 battery that prevents the erasure of time and date
information. In this way, even if the power is cut off, the time and date information is
not deleted.
ŸBattery life is 5 years.

13
ŸIn 10 ”panels, the battery can be replaced by opening the cover in Figure 8.
Battery in other models
The back cover must be opened for replacement.
Figure8 :10" HMI Battery bed
Ÿ Local time zone can be defined from Locale tab.
Ÿ When programming, local time zone can be read from $ S12 address or this The
local time zone can be changed by writing to the address.

14
ŸDisplay brightness and buzzer on-off setting from HMI system settings
Figure9 :HMI Lighting-Buzzer Settings Window
In order to open and close the buzzer during the program, assignment to $ S0
must be made. When $ S0 is 1, the buzzer will be open and 0 will be closed.
$ S1 address is used to change the screen brightness. $ S1 address is between
0-7. 0 means brightness completely closed and 7 means completely open.
Color test screen
with button
Touch test with button screens can
be switched.

PROJECT LOADING
ŸWe can upload the program we made in the editor software to the HMI panel with
PC or USB memory.
ŸInstallation via PC can be done over Ethernet for devices with USB or Ethernet
ports.
Project installation selection is made through the Proop PC connection section by
following the "Project / Project Settings" path in the editor software.
ŸWhen the connection type is selected as Ethernet, the IP number of our device
should be written in the Target IP address section of the project settings.
15
ŸThe firmware and update information can be accessed from the About tab. There
is firmware version information installed on the device in the application section.

To install cable over PC;
USB Cable
1.Connect the HMI panel from the USB device port to the PC via cable.
2. In the editor software, PROOP <-> PC Connection USB Select.
3.When the program you made from the editor software is open ına ‘To Tools / HMI
Device
Install '' or press F5.
Ethernet Cable
4. Connect the HMI panel to the Ethernet network.
5.PROOP <-> PC Connection from the project settings section in the editor software
Choose as Ethernet.
6. Type the IP address of the panel in the Destination IP Address section.
7.When the program you made from the editor software is open ına ‘To Tools / HMI
Device
Install '' or press F5.
Figure 10: Installing Programs to the HMI Panel
8.Installation process at the bottom of the editor software It can be viewed by
clicking the icon.
16

To install programs with USB Memory:
1. Create a folder named "emko" or "proop" in the main directory in the USB memory.
2. Copy the project file (* .emkp) you prepared with the editor software into this folder.
3. Copy the image library file with the extension "* .rcc" that you used in your project
to this folder where you created it.
4. Connect the USB memory to the USB host socket on the back of the HMI device.
5.When USB memory is inserted, de-energize the HMI device and re-power it. The
device will start installing the program from the USB memory. You can follow the
installation process on the screen.
Figure11 :Program Install Screen
17

FIRMWARE UPDATE
ŸFirmware updates containing specific features with HMI panel editor software is
published regularly. Current editor software, firmware updates and Information
documents can be found at
Firmware update can be done in two ways.
www.emkoelektronik.com.tr
For firmware update via PC;1.Wire the HMI panel from the USB device input to the
PC with cable.
2. Click Update Tools / PROOP Firmware from the editor software.
3. The latest firmware update with the extension "* .bin" you downloaded from the site
in the window that appears. Select the file.
***When the update is installed on the device, the device will turn on again and all
the program in it will be deleted.
ŸFirm For firmware update via USB memory;
1. Copy the firmware file you downloaded to the main directory of the USB stick.
2.Plug the USB device into the closed device and energize the device.
3.The device will start installing the update while booting.
4.Installation process can be followed on the device screen.
Figure12 :Firmware Update Screen
18
!
The editor software you use and the device firmware version
It must be the same. Otherwise, your program will not work
properly.

FACTORY SETTINGS
When the device is turned on, pressing the reset button shown in picture13 for 5
seconds, the device, updates and software are deleted and returned to the factory
settings. Countdown and deletion of the settings can be followed on the screen.
INTERNAL MEMORY ADDRESS DEFINITIONS
Note*:
affected by power cuts and battery removal. When firmware update is done on the PC, the
permanent memory is deleted.
The non-volatile memory of the device is independent of the device supply. It is not
Volatile Memory
Non-Volatile Memory
Volatile Memory Bit
Non-Volatile Memory Bit
Internal Settings
$n
$Mn
$n.k
$Mn.k
$Sn
n: 0-65535
n: 0-65535
n: 0-65535 k: 0-15
n: 0-65535 k: 0-15
n: 0-65535
Memory Type Format December
HMI SETTING ADDRESSES
$S0
$S1
$S2
$S3
$S4
$S5
$S12
Address Data Range Explanation
0-1
0-7
*************
*************
*************
*************
0-23
Buzzer Control (On-Off)
Screen brightness
Change Page
Change Language
Barcode Value Last Read
MQTT Status
Local Time Zone
19
Figure13 :Reset Button