H-T60B-S

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The H-T40m-P operator panel can be equipped with the HMI I/O Controller, an expansion I/O module aimed at providing smaller system applications with simple I/O control interface without the need for a PLC. The compact expansion module is easy to install and fits seamlessly on the back of the operator panel. This manual describes the installation and operation of the HMI I/O Controller.

HMI_I_O_Controller_MAEN987.pdf

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The H-T40m-P operator panel can be equipped with the HMI I/O Controller, an expansion I/O module aimed at providing smaller system applications with simple I/O control interface without the need for a PLC. The compact expansion module is easy to install and fits seamlessly on the back of the operator panel. This manual describes the installation and operation of the HMI I/O Controller.

HMI_I_O_Controller_MAEN987.pdf

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Installation and operation manual for the H-K30 operator terminal. Includes technical data.

H-K30.pdf

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Operation & Installation manuals of PWS series, available in both English and Traditional Chinese.

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Installation and operation manual, including technical data for the H-T60 operator panel with rechargeable battery. See also information document PI00154 for battery related information.

H_T60_MAEN824E.pdf

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Installation and operation manual for the H-T70 operator panel. Includes technical data.

H_T70_MAEN922.pdf

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Installation and operation manual for the H-T80 operator panel. Includes technical data.

H_T80_MAEN833A.pdf

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Installation and operation manual for the H-T100 operator panel. Includes technical data.

H_T100_MAEN834A.pdf

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Installation and operation manual for H-T40m.

H-T40m-P can be equipped with the HMI I/O Controller, an expansion I/O module aimed at providing smaller system applications with simple I/O control interface without the need for a PLC. The compact expansion module is easy to install and fits seamlessly on the back of the operator panel.

H_T40m_MAEN945B.pdf

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Installation and operation manual for the H-T50 operator terminal. Includes technical data.

H-T50.pdf

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Installation & Operation Guide PWS6710

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Reference manual for the configuration tool H-Designer for the H-series

H_Designer_MAEN822B.pdf

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PWS

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Reference manual for the configuration tool H-Designer for the H-series. MAEN822B: English manual

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HMI_I_O_Controller_PIEN259A.pdf

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The H-T60 operator terminals of hardware revision 1 are equipped with a rechargeable battery. This document contains important information such as indication of when the battery needs to be charged, how to prevent loss of recipe data, etc.

PI00154.pdf

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The patch corrects a bug in H-Designer v6.3.1 b169 that made it impossible to use more than one HMI I/O controller. It is now possible to use up to 16 HMI I/O controllers simultaneously with an H-T40m-P.

The driver file attached needs to be copied to the Driver folder of H-Designer to update .

plciod.tsk

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PLCDriverList.pdf

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H_T_40_I_O_Module_BREN515A_english.pdf

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H-series general brochure in English and Turkish

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- PWSbrochure_BRTW500C.pdf

- PWSbrochure_BREN500C.pdf

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PWS CH catalogue

PWS EN Catalogue

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This document describes how to set up the EM-IOB for H-T40m-PA with the 
HMI I/O controller, and how to use on/off objects, macros and ladder.

HMI_I_O_Controller_SUEN278A.pdf

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Dieses Dokument beschreibt, wie man ein H-Designer Projekt über eine serielle Verbindung, Ethernet oder USB auf ein Bediengerät der LHT Serie downloaden kann.

This document describes how to download an H-Designer project to an LHT-series operator panel via a serial connection, Ethernet or USB.

LHT_Project_Download_SUEN276.pdf

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Siemens S7-200 ist eine kleine Produktgruppe von CPUs die über ein PPI Protokoll kommunizieren können. Das PPI (Punkt zu Punkt Schnittstelle) ist ein Multi Master Protokoll. Die LHT Serie kann mit der Siemens S7-200 CPU kommunizieren, indem es dieses PPI Protokoll verwendet. Die Kommunikation läuft über RS485 im Bedienpanel.

Siemens S7-200 is a smaller range of CPUs that can communicate over a PPI protocol. The PPI (Point to Point Interface) is a multi master protocol. The LHT-series can communicate with the Siemens S7-200 CPU using the PPI protocol via the RS485 interface in the operator panel.

LHT_S7_200_PPI_SUEN275.pdf

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This document describes how to connect the RS485 interface on the H-series operator terminals to Siemens S7-200 CPU using the PPI protocol.

H_series_S7_200_PPI_SUEN252A.pdf

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This document describes how to connect the RS485 interface on the H-series operator terminals to Siemens S7-200 CPU using the PPI protocol.

H_series_S7_200_PPI_SUEN252A.pdf

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The Allen-Bradley DF1 protocol is available for all operator panels.
When connecting the operator panels to the Allen-Bradley ControlLogix controllers using the protocol DF1 via serial cable, a mapping must be made in the Allen-Bradley Logix system.

KI00245.pdf

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It is possible to download projects to an H-series panel via Ethernet, serial cable, USB cable or from a USB memory. This documents describes the different procedures in order for you to choose what suits you best.

Downloading a Project to an H-series.pdf

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The document describes how to use the new USB functions in the latest H-Designer release.

H-Series USB functions.pdf

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The drawings for most of the drivers are available in the reference manual (chapter 9) for the H-series.

MA00822_web.pdf (See download links)

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Mitsubishi's cable (AL2-GSM-CAB) in combination with

You need to connect these two cables together to communicate between the H-series and Mitsubishi Alpha2.

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It's a normal " 25 Pin male " to " 25 Pin male " converter .

Cable drawing
1---1

2---2

3---3

4---4
5---5

6---6
7---7

8---8
9---9

10---10
11---11

12---12

13---13
14---14

15---15

16---16
17---17

18---18

19---19

20---20

21---21

22---22

23---23

24---24
25---25

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Problem:
Drawing for H-series pin converter 660062-07

Soultion:
It's a normal " 25 Pin male " to " 25 Pin male " converter .

Cable drawing

1---1
2---2
3---3
4---4
5---5
6---6
7---7
8---8
9---9
10---10
11---11
12---12
13---13
14---14
15---15
16---16
17---17
18---18
19---19
20---20
21---21
22---22
23---23
24---24

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The touch screen is calibrated in the System menu (press F4/Set -> Touch Panel).

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Wie wird ein LHT an eine S7-200 über PPI angekoppelt?

LHT_S7-200_PPI.pdf

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The terminal could be a Modbus TCP-slave and the PC could be a Modbus TCP-master. On the PC-side you can use either an OPC-solution or an application with implemented Modbus TCP-support (e.g activeX-component).

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Wie lassen sich bei LHT-Geräten Projekte auf externen Speichermedien (USB/CF-Karte) ablegen bzw. von Ihnen lesen ?

LHT_Externe_Speicher.pdf

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Wie lassen sich bei LHT-Geräten interne Variablen verwenden?

LHT_interne_Variablen.pdf

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Problem:
Drawing for H-series pin converter 660062-07

Soultion:
It's a normal " 25 Pin male " to " 25 Pin male " converter .

Cable drawing

1---1
2---2
3---3
4---4
5---5
6---6
7---7
8---8
9---9
10---10
11---11
12---12
13---13
14---14
15---15
16---16
17---17
18---18
19---19
20---20
21---21
22---22
23---23
24---24

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The newest version of H-Designer (6.1.1) includes a driver called Modbus RTU slave (beijer addressing) that supports bit-addressing.

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Yes, it's possible to download an application to a H-terminal over a modem connection.

During my tests I had a Powerbit modem connected to the PC, it was initialized with the following string:

AT&F &D0 &K0 &W

The answering modem (connected to the terminal) was also a Powerbit modem, it was initialized with the following string:

AT&F &D0 &K0 Q1 E0 S0=1 &C1 &W

Both modems was configured to use 8 databits, even parity and 1 stopbit and 9600 bps. 9600 bps is the highest baudrate that you can use today (H-Designer always starts at 9600 and then change to the baudrate that you have selected in the Transmission setup). This means that you will also have to select 9600 in the Transmission setup dialog in H-Designer.

You can use a normal "straight" modem cable between the terminal and the modem.

To dial-up the remote modem (and terminal) I used Cimrex Tools Connect, the software was configured to use 8 databits, even parity, 1 stopbit and 9600 bps.

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You can use an action button to trigger an upload/download from a USB-stick/CF card.

Download application:

Upload application:

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The TSX Micro driver communicates with the PLC using Modbus.

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What is the syntax for bit addressing of protocoll OMRON CJ1M ?

I've tried using bit device CIO0.00...CIO6143.15 it does not work, gives error 'Invalid write address'

ANSWER
For example bit device CIO0.00 ...CIO6143.15 will be syntax CIO0000 ...CIO0614315, see screenshot below.

According to driver File: /driver/p143.tsk
ADP PLC Configuration Address Range

< col>< col>< col>< col>

Word Device:

Word Devices	Address Radix	Min	Max	Size
CIO0	Decimal	0	6143	Word
CIO1	Decimal	1000	1199	Word
CIO2	Decimal	1500	1899	Word
CIO3	Decimal	2000	2959	Word
CIO4	Decimal	2960	2961	Word
CIO5	Decimal	3100	3189	Word
CIO6	Decimal	1200	1499	Word
CIO7	Decimal	1200	1499	Word
CIO8	Decimal	3800	6143	Word
H	Decimal	0	511	Word
A	Decimal	0	959	Word
D	Decimal	0	32767	Word
E	Decimal	0	32767	Word
TPV	Decimal	0	4095	Word
CPV	Decimal	0	4095	Word
W	Decimal	0	511	Word

Bit Device:

Word Devices	Address Radix	Address Format	Min	Max
CIO0	Decimal	nb; b:00-15	0	6143
CIO1	Decimal	nb; b:00-15	1000	1199
CIO2	Decimal	nb; b:00-15	1500	1899
CIO3	Decimal	nb; b:00-15	2000	2959
CIO4	Decimal	nb; b:00-15	2960	2961
CIO5	Decimal	nb; b:00-15	3100	3189
CIO6	Decimal	nb; b:00-15	3200	3799
CIO7	Decimal	nb; b:00-15	1200	1499
CIO8	Decimal	nb; b:00-15	3800	6143
H	Decimal	nb; b:00-15	0	511
A	Decimal	nb; b:00-15	0	959
TS	Decimal	n	0	2047
CS	Decimal	n	0	2047
W	Decimal	nb; b:00-15	0	511

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I've attached a PLC- and HMI-application. Make sure that the terminal have a MPI-address that is less than the PLC's MPI-address. You can find cable descriptions etc in the H-Designer manual (Chapter 9):

http://hmi.beijerelectronics.com/web/webbfiles.nsf/0/E9633CF23DC8820DC1 2570B50028DDEE?opendocument&LANG=ENG

- The parity setting should be EVEN

I also recommend that you download the latest released version of H-Designer from our website:

http://hmi.beijerelectronics.com/web/webbfiles.nsf/0/18A16958F16D074 9C125706E003A4EDC?opendocument&LANG=ENG

MPIDirect.zip

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If you want to connect a H-terminal to a Siemens S7-300 over MPI then the terminal's MPI address must be lower than the PLC's MPI address.

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To communication to the Eurotherm system Mini 8 you must change the default setting for the IP_address_2 from Strict(0) to Instr(2).

EurothermMini8.bmp

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Do we know and perhaps have a list of which protocols support Online simulation?

On-line simulation in H-Designer is supported for all drivers except for S7 300 and S7 200.

The system that have been tested with on-line simulation are

1. AB MicroLogix 1200

2. AB SLC 5/03

3.Delta DVP

4.Fatek

5.FUJI NB

6.HITACHI EH-150

7.Koyo

8. MATSUSHITAI FP0

9. Mitsubishi FX2n , FX3UC , Q00 CPU ,Q02 CPU

10. OMRON TPM1A , CJ1M

11. TAIAN TP02

12. Modbus

13.computer protocol

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The Q00-supports a special protocol called "Serial", and the Q00(CPU) driver is implemented based on this protocol and not the normal QCPU-protocol. The necessary steps are as follows:

- Create a new application in GX IEC Developer/GX Developer (Q00-CPU).

- Open the PLC parameter dialog (from the Project manager).

- Click on the tab called Serial.

- Enable Serial communication.

- Download the PLC-application and either reset or cycle the power of the PLC.

The Q00J-CPU does not support the serial communication protocol. The only solution available today is to use a C24-module and use the QnA-link driver instead.

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At this moment LonWorks support only exists for PWS-terminals. The terminals are called AP1600 Color/Mono (and are PWS6600/HT60 with a modified firmware). However, you can order these terminals from us. I've also attached a LonWorks-manual.

Lonwork Operating Guide.zip

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H-K30 --- The internal memory is volatile.

H-T50 --- The internal memory is volatile.

H-T60 standard --- The internal memory is volatile.

H-T60 plus --- The internal memory is non volatile.

H-T60 network --- The internal memory is non volatile.

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PWS920 information pdf:

PWS920Ssp.pdf

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At the moment there are no plans on implementing web browser support for H-series.

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Dieses Dokument erklärt die Modbus-Anbindung der LHT/H-Serie als Slave an einen Beckhoff-Controller (z.B. BX 8000) über die COM2-Schnittstelle.

LHT_Beckhoff_ModbusMaster_COM2.pdf

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If a customer complains about the update of a H-terminal you should first check that "block optimization" is enabled for all blocks in the application.

If block optimization is disabled the driver will only update 1 device/telegram. If an old PWS-project is converted to H-series/PWS6xxx-series the block optimization is disabled, this means that you will have to manually change this setting for all the blocks in the application.

If a new project is created in H-Designer, block optimization will be enabled per default.

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Wie lassen sich mehrere SPS-Stationen über Modbus RTU seriell an ein LHT-Gerät anschliessen?

LHT_Multilink_SPSen.pdf

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Your customer needs a software called ADP Programmer version 3.2.03, you can download this software from Hitech's website (you will need to create a user account but it takes just a few minutes):

http://www.hitechsite.com/Members/member_login.aspx?ReturnUrl=http://ww w.hitechsite.com/Download/DownloadShow.aspx

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Projekttransfer über USB zur H-Serie/LHT-Serie

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Question:

Our customer cannot get an LG Master K80S PLC communicating to a Hitech screen. A couple of years ago we sent a LG PLC to Beijer and would ask if you could get this PLC working and advise us of cable connections as well as a demo program

Answer:

I've been able to get a HT60 to communicate with a LG L7M-DR40S (K80S).

The cable I've used is a crossed RS232-cable

HMI 9-pin PLC

2 --------------------- 3

3 --------------------- 2

5 --------------------- 5

Make sure that dip-switch 9 = false (RS232-communication) and dip-switch 5 = false (downloaded comm-settings are used).

It seems that all LG PLC-systems listens to different init-strings (I've seen at least two different ways to init the communication while I've listened on the COM-port). I've used the LG K200S driver and it seems to work good when the terminal is connected to a K80S but I recommend that the customer also tests the driver.

LG-test.zip

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DH485 and DH+ is two different protocols/network standards. DH+ is a faster network than DH485 and we only support DH485. DH+ requires external hardware and that's why we have not implemented a driver. I know that there are converters available on the market (DF1 to DH+) but we have not tested any of these converters ourselves (you can find one of many examples on the web-site http://www.protocolconverter.com/products/dl3500dh+df1.htm). We have a DF1-driver available so it should be possible connecting yourselves to a DH+ network using a converter.

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Picture below describes a communication cable between a H-terminal and a SLC500/3. This information can also be found in the H-Designer manual (chapter 9).

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At the moment there are no plans on implementing an AB CLX driver for H-series. In most cases it's not interresting connecting a low-price HMI to a high-end/expensive PLC-system.

It's possible to connect a H-Terminal to an AB CLX by using the serial DF1-driver.

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In the Cimrex/Exter driver it's possible to select if you want to use either CRC or BCC checksum. This option is not available for the H-series driver, it uses BCC!

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A document that explains the "Computer as Master"-protocol is attached to this knowledge.

Computer Protocol.doc

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In FPWIN the station address of the PLC is setup in the Tool Port dialog:

The Tool port unit number is set to 1 therefore the HMI will have to use the following communication setup:

MatsushitaSigmaH-series.zip

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The cable described below will connect a H-terminal to Fatek FBs-CB2

3 --------------------------- 3
2 --------------------------- 2
5 --------------------------- 5
7 --- -- 7
| |
8 --- -- 8

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There is no built-in dataexchange-function for the H-series but you can use macros to create a dataexchange. The macro-instructions BMOV/MOV moves data from one device to another, if you want to move data from one driver to another you can use the following syntax:

1/D0 = 2/W0

BMOV(1/D0, 2/W0, 10)

1/ and 2/ means which driver that you are addressing (compare to @1 and @2 in Cimrex/Exter series).

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In the attached application you can find a small ladder-example (just some arithmetic operations).

Ladder example.zip

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In diesem Dokument wird die Adressierung der LHT-Serie bei Ankopplung an eine WAGO-SPS erleutert.

LHT_Wago_Adressierung.pdf

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Problem:
Problem with the Backlight for H-Series

Solution:

There are sometimes problems with the DC/AC converter for the backlight. To determine if this is the problem the voltage from the backlight DC /AC converter can be measured.

Remove the back cover on the terminal. The DC/AC converter to the power supply is located to the left of the power supply for the terminal. Refer to the attached photo.

If you measure the voltage, please be careful because it is high voltage!

The voltage should be about 260-290V. The model I measured on was an H-T60c-N. If you have another model, the voltage may vary.

DC_AC_converter_for_backlight.jpg

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Ankopplung LHT/H-Serie an VIPA 200/300-Serie über MPI

LHT_VIPA_seriell.pdf

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1.The specification of the USB port is USB1.0. But you still can use the pen-drive which speed are USB2.0 or USB1.1 .
2.File system: FAT16 and FAT32 is ok.
3.Allocation Unit size: Default is ok.
We don't have special specification of pen-drive.We don't have the specification of pen-drive.
Attached file is the pen-drive that we have tested and works fine on our terminal.

CF _ USB model.xls

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Please check that the DIP switches for communication parameters and for the com port are right, SW5 and SW10. Refer to the attached document.

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A document describing settings in TwinCat to allow communications between an H Series network capable HMI and a Beckhoff CX1000 series controller.

H Series to Beckhoff.pdf

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The H-series 9 pin to 9 pin download cable, will work for this application.

WPC-P8-42

Programming cable RS232 for all H -series. (4M), 9pin Female – 9 pin Male

602000059

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It's possible to connect up to 7 Multi-link slaves to 1 master (over either RS485 or Ethernet)

Note!

For H-series, we have two ways of linking terminals and PLC together, one is Multi-link the other is Cross-link.

For Multi-link,
the meaning is 1 Master terminal connect to PLC, then all other terminals act as slave without connect to PLC and receive data from Master terminal. Theoretically there is no limitation on the number of slaves connected to the network. However, in real practice, speed of data transfer will be affected by many different things, such as distance, cable used... etc.

If you are using COM port as link between each terminal, of course it will be much slower than using Ethernet.

We have many customers using Multi-link function, and from experience, the best performance is when 2 slaves on network, or if more than 7 slaves the refresh rate of data will be much slower.

For Cross-link,
the meaning is each terminal connects to own PLC, and through network all terminals can exchange data between each PLCs.

The performance in Cross-link is better than Multi-link.

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Error codes recieved from Hitech 060809:

0x00000080: system call error
0x00000091: Prefetch abort(instruction fetch memory fault)
0x00000092: Data abort(data access memory fault)
0x00000093: Undefined instruction
0x00000094: Reset

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H-Series terminals have capability to send and receive serial communication data outside of the terminals dedicated controller system communications.

This ability has different applications and works in specific ways using specific settings and programming.

1. The terminal can display a Terminal Window Object in graphic screens. This terminal window can display received data in ASCII or Hex formats.

You can send ASCII characters from the terminal with the Set Value Button Tool - in ASCII mode. The limitation here is that you will only send printable characters - there is no way to send control characters, ex. Carriage Return+Line Feed.

To use these functions the Controller / PLC Selection in Workstation Setup should be set to ASCII Device. The Connection configuration determines the physical port and parameters to use.

In the Terminal Window object the Read Variable should be set to RX (receive).

In the Set Value Button Tool the Write Variable should be set to TX (transmit). Set Value should be set to Character String. Enter the characters you want to transmit directly in to the Set Value text box. Then when this object is activated (touched) these characters will be sent.

2. Computer protocol Master and Slave capability.

With this functionality the terminal will in Slave Mode (Computer as Master) respond to commands from a master to read and write internal variable data. This is a defined protocol using ASCII characters. The protocol is available upon request from Beijer Electronics.

With this functionality the terminal as a Master (Computer as Slave) will poll a slave device using this same ASCII protocol.

When using this function the terminal allocates internal memory to act as a slave device. The memory addresses W0 - W2047 for word devices, and B0 - B1023 for bit devices are used. In Master mode these same addresses are use has the valid device types and the terminal will generate the corresponding ASCII commands to the slave device.

3. Use Macro or Ladder instructions to send and receive data.

4. H-Series terminals offer Modbus ASCII Slave and Modbus ASCII Master communication drivers. Using this ASCII communication version of modbus would be similar to using the Computer Protocol as described. But in this case the Modbus Protocol is used. The terminal reveals its internal memory as Modbus aware addresses.

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Q: We are experiencing difficulty with printing to a HP printer using the HP PCL Laserjet driver in H-Designer. Can you supply further information on the printers required ie PCL 3 or 5 type printers?

A: H-designer, B167, will handle both standards. This build support PCL3 and PCL 5 HP-printers however, H-designer does not include drivers for all HP-models. Recommended printers are: HP Laserjet 2700 series, HP officejet 5000 series and HP Photosmart series.

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It is possible to use 3 serial drivers and all serial ports (COM 1,COM 2, COM 3) supports MPI.

COM 3 is the only port that supports baud rate 187.5k.

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With a H-terminal it's possible to control one of the terminal's communication ports with a ladder/macro application,

this makes it possible to connect a H-terminal to for an example a weighing instrument or a barcode reader.

EXAMPLE:

The H-terminal sends the following telegram when it wants to get an updated value:

VALUE?<CR><LF> //8 bytes

The connected unit responds with:

Value <CR><LF> //4 bytes, 2 bytes = value

I've made a simple VB-application that simulates the connected unit: Start the exe-file and click on File -> Setup.

Select the desired COM-port and select 9600, even, 8 databits, 1 stopbit.

To start listening for telegrams from the H-terminal click on OK and then select Comms -> Start

(please observe that I've not implemented any error-control, this means that the software will crash

if a COM-port is already open).

Every time the application receives VALUE?<CR><LF> it will respond with <VALUE><CR><LF>.

The value will increase/decrease between 0 and 255 (every time a telegram is received).

At the moment there is no error control in the ladder, this means that the ladder will probably stop

when the value 10 (= LF) is received from the VB-application. You can restart the communication

by clicking on the "Requesting Value" touch key.

0x0026FB 56 41 4C 55 45 3F 0D 0A &n bsp; VALUE?CRLF

0x002703 00 5F 0D 0A &n bsp; &nbs p; NU_CRLF

0x002707 56 41 4C 55 45 3F 0D 0A &n bsp; VALUE?CRLF

0x00270F 00 60 0D 0A &n bsp; &nbs p; NU_CRLF

0x002713 56 41 4C 55 45 3F 0D 0A &n bsp; VALUE?CRLF

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How to Download to H-series via USB cable

Download a aplication to H-series via USB cable:

Open the terminal’s System Menu
Click on F2 (”Config”)
Change Download/Upload/Copy port to USB

Conect a standard USB Host cable, Windows will recognize that a USB device is connected..
Use the USB-driver is located in C:\Program Files\H-Designer\v6.1.1.03\ when windows asks for it

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Please comment if the H T60 can execute the following capabilities (with brief explanation of how it's done.)

Is it possible for objects to overlap each other to a degree?

Can it print events to a printer?

Can it print events to a file?

Can it implement a password time-out - such that after a period of inactivity a password it required to get back in?

Can it implement a home-screen time-out - such that after a period of inactivity the screen returns to home/main page?

Answer:

The H-series does not support any of these features except maybe object overlapping but this is not recommended.

Exter would probably be a better fit for the customer.

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Problem:
What kind of backlight is used in the H-series?

Solution:
- H-K30m uses LED backlight which will last for approximately 20 years.
- H-T50 has a separate backlight - part number: 650093+A3
- H-T60, T70, T80, T100, the LCD model is a compact module with backlight inside. If the backlight is damaged then you will need to change the complete display.

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Wie wird ein LHT-Gerät an eine S7-300 über MPI angekoppelt?

LHT_S7-300_MPI.pdf

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The drawings for most of the drivers are available in the reference manual (chapter 9) for the H-series.

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Wie wird beim LHT-T40 die Schnittstelle von RS422/485 auf RS 232 umgestellt

LHT_T40_COM1.pdf

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For Macro in CP400 Soft, the amount limitation is dependant upon folowing elements:

There are maximun 512 lines of command can be added into each type of Macro.
So theoretically a sub-macro can has 512 lines of commands, and for example, background macro can have 512 sub-macro. Then there are maximum 262144 lines of commands Background MAcro can have.

After compiling of project, the total size including Macro can not exceed HMI's memory size.