CREATOR CR-PGMIII User Manual

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PGMⅢ Programmable Ethernet Control System

User Manual

V1.2

CREATOR CORPORATION

Meaning of the symbols

To remind user to conduct according to the

attached operation and maintenance

instructions. If ignore these information, death or

injury could possibly happen.

To remind the user that the risky uninsulated

voltage in the device could caused electric

shock to human.

CE authentication indicates the product is in line

with the EU safety regulation, and for assurance

of safety use.

SGS Authentication indicates the product has

reached the QC standard of the global-biggest

Swiss universe surveyor.

This product has acquired the ISO9001

International Quality Authentication

(Authentication authority: Germany Rheinland

TUV)

Caution: To avoid electric shock, please don't

open the case, nor put the useless parts in it.

Please contact with qualified service staff.

List the situation of causing unsuccessful

operation or setup, and relevant information

needed to notice.

■ Safety Instruction

Symbols are used in the Manual and devices, referring to the possible risk to users or others,as well as

the damage to property, for helping you to safely and properly use the devices. The instruction and the

implications are as follows. Please make sure your correct understanding of these instructions before

using the Manual.

■ General Information Instruction

Important Notices

Caution

To ensure the device in reliable use and

personal safety, please abide by the following

items when in installation, use and maintenance:

Notice in installation

◆ Please DO NOT use the product in following

places: the places with dust, oily smoke,

electrical conductive dust, corrosive gas,

inflammable gas; the places with high

temperature, due, rain and wind exposures; the

places endangered by shock and vibration.

Electric shock, fire and incorrect operation could

also cause damage and deterioration to the

product.

◆ When conducting screw drilling and wiring

process, DO NOT let metal irons and wire lead

drop into the controller and air vent, which could

possibly cause fire, failure and accidental

operation.

◆ After finishing the installation, it is necessary

to ensure there is no foreign matter including the

packing material like contact paper on the

ventilation surface, otherwise, it could cause

poor heat dissipation while running, as well as

fire, failure and accidental operation.

◆ Avoid conducting wiring and plugging in/out

cable socket with electricity, otherwise, electric

shock, circuit damage could easily happen.

◆ Installation and wiring should be firm and

reliable. Poor contact could cause malfunction.

◆ With regard to the application situations with

strong interference, shielded cable should be

used for the input and output of HF signal, to

improve the anti-interference performance of the

system.

Note in Wiring

◆ Installation and wiring shouldn't be

conducted until external electric power is cut off,

otherwise, electric shock or device damage could

happen.

◆ The product is grounded by the earth lead of

the power cable. To avoid electric shock, the

earth lead is necessary to be connected with the

ground. Before making connection with the

output end or input end of the product, please

ensure it is correctly grounding.

◆ Upon finish wiring, remove the sundries.

Please cover up the terminal plate for avoiding

electric shock.

Note for Operation and Maintenance

◆ Please DO NOT touch the terminal when

with electricity, otherwise, electric shock could

happen.

◆ Don't clean up and screw the terminal tight

before power is off. Such operation could cause

electric shock when with electricity.

◆ Please turn off the power before connecting

or disconnecting the communication signal cable,

peripheral modules or control units, otherwise,

device could be damaged and accidental

operation could happen.

◆ Please DO NOT disassemble the device, so

as to avoid internal electric components damage.

◆ It is necessary to read through the Manual

and fully ensure the safety, before altering the

program, trial running, starting and stopping

operation.

Note for declaration of the worthless

When declaring of worthless, please note

◆ Explosion of electrolytic capacitor on the

circuit board could happen when burning it.

◆ Please classify and dispose it. Don't dispose

it into household garbage.

◆ Please deal it as industrial waste, or in

accordance with local environmental protection

regulation.

Forward

User’s Manual for PGMIII Programmble Ethernet Control System mainly introduces the operation

manner, primary parameters and trouble shootings of PGMIII.

The Manual serves as user's operation instruction only, rather than for maintenance service

purpose. Since the date of release, any function or relevant parameter alteration will be provided in

supplement instruction. Please refer to the manufacturer or dealers for inquiry.

CREATOR Electronics own the copyright of the Manual. Without permission, any unit or person shall

not take part or total of the Manual for business purpose.

The copyright of the Manual is protected by Copyright Law of People’s Republic of China and other

Intellectual Property Law. Without written permission, any copy or distribution is prohibited.

Index

Chapter One ,General Introduction........................................................................................................................ 1

1.1 Main Features.............................................................................................................................................. 1

1.2 Controller Installation.................................................................................................................................. 1

Chapter Two,Detailed Controller Specifications...................................................................................................2

2.1 Front & the rear Panel.................................................................................................................................2

2.2 Interfaces Introduction....................................................................................................................................4

2.2.1 COM Pins introduction.................................................................................................................4

2.2.2 CR-NET Connection.................................................................................................................... 4

2.2.3 CR-LINK Connection....................................................................................................................4

2.2.4 USB Interface................................................................................................................................ 4

2.2.5 Change the controller’s MAC address...................................................................................... 5

Chapter Three,Receiver........................................................................................................................................... 6

3.1 CR-WF10 Wireless Access Point..............................................................................................................6

3.1.1 CR-WF10 Settings........................................................................................................................7

3.1.2 System Connection Diagram....................................................................................................12

3.1.3 Cascading and Ethernet Connection Diagram......................................................................13

3.2 Wireless One-way Receiver: CR-RFA................................................................................................... 13

3.2.1 How to use...................................................................................................................................13

Chapter Four,Connection Diagram.......................................................................................................................14

4.1 System Connection Diagram................................................................................................................... 14

Chapter Five,IR Emitting Probe............................................................................................................................ 15

5.1 Features.......................................................................................................................................................15

5.2 Connection instruction...............................................................................................................................15

Chapter Six,Extension Cards................................................................................................................................ 16

6.1 D/A Conversion Card.................................................................................................................................16

6.1.1 Features....................................................................................................................................... 16

6.1.2 External Input.............................................................................................................................. 16

6.1.3 Operation Instructions............................................................................................................... 16

Chapter,Software Introduction...............................................................................................................................18

7.1 Think Control 1.0 Programming Software............................................................................................. 18

7.2 Think Control 1.0 Installation................................................................................................................... 18

7.3 jdk1.4 Installation....................................................................................................................................... 19

7.4 Set up the correct path jdk....................................................................................................................... 20

7.5 Uninstallation.............................................................................................................................................. 21

7.6 Codes organization and Controller Functions.......................................................................................21

7.6.1 Codes Organization.................................................................................................................. 21

7.6.2 Controller Functions..................................................................................................................23

7.7 Programing..................................................................................................................................................29

7.7.1 Build a new project....................................................................................................................29

7.7.2 Add device..................................................................................................................................29

7.7.3 Add event....................................................................................................................................31

7.7.4 IR Learning.................................................................................................................................. 32

7.7.5 Import IR Control Codes........................................................................................................... 35

7.7.6 Editing the program....................................................................................................................36

7.7.7 Compile the project.................................................................................................................... 37

7.8 Upload the program to the CR-PGMIII...................................................................................................37

7.9 Project Sample........................................................................................................................................... 38

7.9.1 Control the built-in relay modules on the controller..............................................................38

7.9.2 Cascading and Module calls.................................................................................................... 39

7.9.3 Wall-mounted Programmable keyboard.................................................................................40

7.9.4 Lighting and Sound Control...................................................................................................... 41

7.9.5 Interlock of 2 ways relay............................................................................................................42

7.9.6 Repeat button pressing without affecting delay timer execution........................................43

7.9.7 Control the matrix switchers..................................................................................................... 43

Chapter Eight,Technical Specifications............................................................................................................... 46

Chapter Nine,General Trouble Shootings........................................................................................................... 47

PGMⅢ Programmable Ethernet Control System

Chapter One ,General Introduction

CR-PGMIII is a patent Programmable

Ethernet Controller launched by CREAOTOR. It

has applied 32bit 667MHz ARM11 CPU, 256M

RAM, and 1G Flash Memory.

The CR-PGMIII Programmable Ethernet

Controller provides multi-types controlling

interfaces: 3 types of network controlling ports:

CR-NET, CR-LINK and Ethernet; IR, I/O, RELAY,

and COM Ports, etc.

Advanced IC Technology has been applied to

provide high-speed accurate integrated control;

and the Open Programming UI ensures the

easiness of programming for various complicated

controlling functions.

1.1 Main Features

◆ Elegant design integrated with both popularity

and fashion

◆ ARM11 CPU,256M DDR RAM,1G Flash Memory；

◆ 667MHz 32bit powerful CPU；

◆ 8 independent programmable IR Control

modules, supporting multiple same or different equipment through IR；

◆ 8 independent programmable RS-232/422/485

Controlling interfaces; allowing users to program

and set multiple types of controlling protocols and

codes

◆ 8 low-current replay modules;

◆ 8 digital I/O Modules

◆ 3 types of network communication: CR-NET,CR-Link,Ethernet；

◆USB2.0 programming communication interface；

◆built-in IR Learning module, easy for

diagnosing and maintenance;

◆ both local and remote control supported;

◆ Universal power （AC100~240V）,

1.2 Controller Installation

The CR-PGMⅢ programmable Ethernet

Controller can be installed onto standard 19 inch

rack. One pair of racking frames has been

provided along with the machine. Please refer to

the following draft for the guidance:

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PGMⅢ Programmable Ethernet Control System

Chapter Two,Detailed Controller

1） POWER——Power Indicator

2） RS-232/422/485——COM data

communication indicator

Indicates the data communication status of

the 8 COM interfaces: when there is data sending

or receiving, the corresponding indicator will be

on. The “TX” is for data sending indication, and

the “RX” is for data receiving indication.

3） ACTIVE——Status Indicator

4） RESET—— Reset Button

When the controller is into an abnormal status

due to being downloaded with wrong program (a

infinite loop for example), the RESET button can

be pressed to erase the wrong program.

Operation Instruction: First power off the

controller; then power on the controller while

press and hold the RESET button. The “beep”

sound will start and continue. Release the RESET

button after about 7 ~8 beeps, and the wrong

program will be erased from the controller.

5） SENSOR—— IR Receiving Window

CR-PGMⅢ Programmable Ethernet

Controller provided built-in IR Learning Module,

and SENSOR can receiving the IR Signal to be

2.1 Front & the rear Panel

CR-PGMⅢ Front Panel：

CR-PGMⅢ Rear Panel：

Specifications

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PGMⅢ Programmable Ethernet Control System

learned for controlling.

6） REBOOT—— Reboot button

Press this button to reboot the system when the

controller is not functioning.

7） DATA—— Data Signal Indicator

The indicator will be ON if the data signal

transmission is normal, or, it will be OFF

8） IR OUT—— IR Signal Indicator

Indicating 8 IR Modules status: when the

controller is sending the IR Control Signal to the

equipment to be controlled, the corresponding

indicator will be ON.

9） COM Interfaces

8 programmable two-way serial communication

DB9 (male) interfaces have been provided;

RS-232/422/485 protocols.

10） ETHERNET—— Ethernet Interface

Used to communicated with the Ethernet and the

Wifi touch panels, or to realize the Ethernet

remote control.

USB——USB2.0 Communication Interface

Connected to the PC’s USB interface to realize

various operations: such as the program

downloading, System Diagnosis, and IR Learning,

etc.

11） 24V Safety

12） AC 100V~240V—— System Power Supply

Power Supply for the controller: self-adaptive

AC100V~240V@ 50/60H.

13） IR OUT—— Extension IR Control Module

Slot

Extension IR Control Module can be inserted here

to extend the total IR Control Modules.

14） CR-LINK——CREATOR High-speed Bus

Interface, for extending controlling functions

CR-NET——CR-NET Bus

CREATOR Communication Interface (Similar to

RS485) of 4-core phoenix connector type; can be

used to connecting various CREATOR external

network equipment: such as the relay box,

lighting control module, sound control module,

wireless Access Point, and wired touch panels,

etc.

IR OUT——IR Control Port

Includes 8 ways independent programmable IR

Control carrier waves to control various

equipment: such as the DVD, VCR, and MD, etc.

It’s of the 2-core phoenix connector type, and

needs to be used along with the IR Emitting

Probes: connect the IR Emitting Probe to the IR

OUT port and the other end near to the

equipment to be controlled (the distance needs to be ≤ 15cm).

RELAY OUT——Low-current Relay

Control Port

Provides 8 ways low-current control function, and

can drive the load below AC 0.3A/125V and DC

0.3A/110V, DC 1A/30V. It can control the ON

and OFF of any equipment fulfilling the above

mentioned conditions to realize controlling

high-current, high-voltage load with low-current,

low-voltage controller

DIGITAL I/O——I/O （ input / output )

interface

Provides 8 ways programmable I/O controlling

function: 5V/10mA output or 0~5V/10mA input.

15 ） RELAY OUT——Extension Low-current

Relay Module Slot

Can extend the low-current relay module number

by inserting extension module.

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PGMⅢ Programmable Ethernet Control System

16）DIGITAL I/O——Extension I/O Module Slot

Can extend the I/O control module number by

inserting the extension module here.

17） UART—— Extension COM Module Slot

Can extend the COM interface number by

inserting the extension COM module here.

18） Grounding Pole

2.2 Interfaces Introduction

2.2.1 COM Pins introduction

Pin Signal Introduction

1 RXD

RS-485 protocol, connected along

with the pin 9 to be used as the

RS-485”-”

2 RXD RS-232 protocol, receive data

3 TXD RS-232 protocol, send data

4 TXD+

RS-485 protocol, connected along

with the pin 6 to be used as the

RS-485”+”

5 GND Signal Grounding

6 RXD+

RS-485 protocol, connected along

with the pin 4 to be used as the

RS-485”+”

7 RTS

RS-232 protocol, request for

sending

8 CTS RS-232 protocol, cancle sending

9 TXD

RS-485 protocol, connected along

with the pin 1 to be used as the

RS-485”-”

2.2.2 CR-NET Connection

The connection of the CR-NET equipment

supports both series and parallel connection

types. And attention should be paid to the

corresponding of the 24,Y,Z,G. Please refer

to the following diagram:

During the installation and using, plugging

and unplugging equipment while power is ON

should be avoided to reduce the risk of

malfunction of the controller due to the electric

shock caused.

2.2.3 CR-LINK Connection

The connection of the CR-NET equipment

supports both series and parallel connection

types. And attention should be paid to the

corresponding of the 24,D+,D-, . Please refer to

the following diagram:

During the installation and using, plugging

and unplugging equipment while power is ON

should be avoided to reduce the risk of

malfunction of the controller due to the electric

shock caused.

2.2.4 USB Interface

The USB interface is used to communicate

with the PC during programming and diagnosis.

The connection diagram is as following:

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PGMⅢ Programmable Ethernet Control System

2.2.5 Change the controller’s MAC address

The MAC address cannot be in conflict with

any equipment’s MAC address (the PC for

example); and it needs to be modified if the

conflict happens.

How to do it: While ensuring the controller is in

good communication with the PC, fill in the MAC

address in the box according to the following

sample. Then click the OK and reboot the

controller.

USB

PGMⅢⅢ

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PGMⅢ Programmable Ethernet Control System

Chapter Three,Receiver

3.1 CR-WF10 Wireless Access

Point

The CR-WF10 is a wireless router with

delicate, elegant design.

The wireless AP provides the communication

between the CR-PGMIII and CREATOR Wifi

wireless touch panels to ensure the easy, flexible

and highly effective control experience.

Features

◆ Resistible to 12KV static electric shock

◆ WEP 64bit/128bit digital encryption technology

has been applied to ensure the stableness and

confidentiality of the transmission to avoid tapping

and interference.

◆ One RJ45 interface has been provided for the

connection to the CR-PGMIII or Network Switch.

High-quality CAT5 cable is recommended.

◆ Configuration Mode: AP Mode, Point to Point

Bridge Mode and Point to Multiple Point Bridge

Mode.

◆ The signal coverage can reach up to a circle

area of 15 meters radius without strong block.

The general coverage is a circle area of 10meters

radius

◆ IEEE802.11g,IEEE802.11b standards

supported;

◆ Dual-antenna to ensure the stableness of

transmission

Interfaces:

Front Panel：

Rear Panel：

①

POWER

Power indicator: it will be ON if the device is

powered on, otherwise it will be off.

②

PoE

Ethernet power supply indicator: when the

Ethernet powers the device, it will be on.

③

WIRELESS

Wireless network signal indicator: when there is

wireless signal transmitting, the indicator will on,

meaning it is sending or receiving data.

④

ETHERNET

Ethernet signal indicator: when there is Ethernet

signal transmitting, the indicator will on, meaning

it is sending or receiving data.

⑤

Antenna

A pair of rotatable antenna has been provided for

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PGMⅢ Programmable Ethernet Control System

being adjusted for best signal transmission

⑥

RESET

This is the reset button. There are two ways of

reset the device to the default settings: press and

hold the RESET button for 10 seconds, or, use

the web-browser based configuration tools.

The RESET button will eliminate all the

settings back to the default settings, which

include all the security settings and IP. The default value will be: IP: 192.168.1.245,login user name： admin, Password：admin.

⑦ ETHERNET

Ethernet interface, for connection to network card,

network switch or routers. The blue color means

the connection is good, while the orange color

means the communication is going on.

⑧ DC 12V

DC power supply interface: the device is powered

by DC 12V.

3.1.1 CR-WF10 Settings

Step One: Hardware installation

Connect the CR-WIFI10’s ETHERNET port to the

PC’s network card, and connect the power supply

to the CR-WIFI 10. Then the device should be on

automatically.

Step Two: Set the right IP

The default IP of the CR-WF10 is:

192.168.1.245,the default subnet mask is:

255.255.255.0,and the default SSID is ciscosb, all

of which can be set to other value required.

1. Wired Network settings (example given in

Windows XP OS)

Power on the PC with Windows XP installed and

check whether the LAN port indicator is ON. If not,

please check and make sure the PC is well

connected to the router.

Firstly, right click on the desktop and choose the

“Network Neighbor” from the popup menu, then

choose and click “Prosperities”. Illustrated as Img.

3-1.

Img.3-1

Right click the “Local Connections” on the opened

window and click the “Properties” as shown in

Img. 3-2.

Img. 3-2

Choose the “Internet Protocols (TCP/IP) at the

popup dialog, as shown in the Img. 3-2. Then

right click and choose “Prosperities”.

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PGMⅢ Programmable Ethernet Control System

Img.3-3

Then, set the IP, Subnet Mask and the Default

Gateway in the window opened. The IP address

should be within 192.168.1.1 to

192.168.1.254(192.168.1.245 excluded). The

Subnet Mask is: 255.255.255.0, and the default Gateway is ： 192.168.1.245. Click “OK” to save

the settings, then click “OK” again to save the

prosperities of the Local Connections, as shown

in Img. 3-4:

Img. 3-4

2. Verify the settings (based on Windows XP OS)

Select: “Start” --- “All Programs” --- “Accessories”,

as shown in Img. 3-5:

Img. 3-5

Follow the instructions shown in Img.3-6, type

“Ping 192.168.1.245” and press Enter. If you can

get the results as shown in the image, it means

the connection between the PC and the CR-WIFI

10 is working.

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PGMⅢ Programmable Ethernet Control System

Img.3-6

3. Log in the CR-WIFI 10 (based on Windows XP

OS)

Open IE browser, and type 192.168.1.245 into the

address bar, then press Enter, as shown in the

Img. 3-7:

Img. 3-7

Use the username: admin (default) and the

password: admin (default) to log in at the pop up

window, and press Enter, as shown in the Img.

3-8:

Img. 3-8

Step Three: Wireless Settings

The settings page of the CR-WIFI 10 will open

after procedures shown in Img. 308, and the page

is as shown in Img. 3-9, which includes setting

options as: Setup Wireless AP Mode Security

Monitor,Administration, and Status. What need to

be changed are only the Setup, Wireless, and the

Administration.

Img. 3-9

3.1.1.1 Setup

Basic settings and network settings can be down

under this option. The interface is as shown in

Img. 3-4.

◆ Basic Setup

Basic Setting: to perform settings of Host name

and Device Name. The Host Name can be used

to access the network, and build up the DNS

through the network.

Host name：Set the controller’s name. A

proper name is suggested for easier manage.

Device Name：Set the device’s name: it can

be any name.

◆ Network Setup

Network settings: IP can be changed under this

option.

IP Settings：Set up the law for IP assignment:

static or dynamic. The default way is static IP, and

the same default value should be kept for the

controller’s settings. The CR-WIFI 10’s IP can be

changed by the following procedures:

Local IP Address： fill in your IP address,

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PGMⅢ Programmable Ethernet Control System

e.g.: 192.168.2.1

Subnet Mask：fill in the Subnet Mask, such

as: 255.255.255.0

Except the above mentioned settings, all the

other value can be set as 0,which include Default

Gateway, Primary DNS and the Secondary DNS

Click “Save Setting” to save and finish the

settings.

3.1.1.2 Wireless Settings

Img. 3-10

The wireless setup page is shown in Img. 3-10.

For setting up the wireless network the control

system, only the following items should be

changed, while other items should be kept as

their default value.

1,Basic Wireless Settings

Basic Settings：to setup the basic

prosperities of the wireless network.

Wireless Network Mode：the following

options are available:

Disable：to disable the wireless connections

B-Only：B Mode: the max speed of the

wireless transmission is 11Mbps.

G-Only：G Mode: the max speed of the

wireless transmission is 54Mbps

Mixed：Self-adaptive mode

This option is recommended, then the device

can self-adjust and choose the best suitable

mode according to the network card connected.

Wireless Channel：Choose the right channel

here. The default amount of the channels is 6. For

the detailed settings, please refer to Section

3.1.1.3 in this chapter.

SSID Name：The log in name used for

wireless local network identification. Only the ID

passed the identification can access the wireless

network. As shown in the image, this device

supports 4 SSID, and the SSID name can be

customized.

SSID Broadcast：Enable should be set here

for the other devices to detect the AP.

Click “Save Settings” to finish the settings.

2, Wireless Security Settings

Img. 3-11

Wireless Security：Security parameters

can be set here: set a key and enable WEP, or WPA, WPA2 encryption to reject the unauthorized access to the network. As shown

in Img. 3-12.

Select SSID：select an SSID and set its

security mode. The image shows the security

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PGMⅢ Programmable Ethernet Control System

settings for “ciscosb”.

Wireless Isolation（between SSID）：when

it is enabled, different users within different SSID

cannot access each other to realize Wireless

Virtual Local Network. The default value is Enable,

and to improve the security level, it is

recommended to enable this option.

Wireless Isolation（within SSID）：Clients

within this AP cannot access each other when it is

enabled, which can prevent the spreading of virus.

The default value is disabled.

Security Mode：9 different encryption

methods are provided for this AP. The WEP mode

is recommended, as shown in Img. 3-12:

Img. 3-12

Authentication Type：Nothing needs to be

changed here. The default value is open system,

which is a hand-shaking method for WEP

encryption. The setting is shown as following: Img.

3-13

Img. 3-13

The available key is from 1 ~ 4, and definition can

be made to the 4 keys respectively. All the four

keys can be used to access the AP.

There are two types of Keys: Hex and ASCII: the

key needs to be 0 ~ 9 for the Hex format, and all

the characters can be used for the ASCII format.

Default Transmit Key：Default key, and

corresponds to the following Key 1 to Key 4.

Encryption：The way of encryption: the

default is 64bits: input 10 bits Hex characters or 5

bit ASCII characters in the corresponding transmit

key.

If 128bits format has been chosen, then 26bits

characters or 13 ASCII characters are required

for the Keys.

Passphrase：Use this to generate password

by the system. It is not recommended to be used,

in stead, use your own memorable keys.

3.1.1.3 Wireless Channel Setting Rules

The following aspects should be paid attention to while setting the Wireless Channel：

1. Wireless PCs are based on WiFi802.11g or

802.11b standards, and 13 overlapping channels

are provided in wireless PC network, as shown in

the following image:

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PGMⅢ Programmable Ethernet Control System

Img. 3-14

2.Pay attention to the carrier wave: in the system,

the provided 13 overlapping channels in wireless

PC network have been divided into 3 groups, as

shown in the following image:

Img. 3-15

3.Pay attention to the interference: the wireless

network in the system will interfere the PC

wireless network. Thus, it has to be ensured that

the CREATOR WiFi is not overlapping the WLAN

channels.

For example:

As shown in the following image, the WLAN

channel is 9, which is overlapping the group 1 and

2 of the wireless network. Thus, the first channel

of the group 0 should be chosen.

图 3-16

3.1.1.4 Administration Settings

Three options are provided here: Management, Web Access and SNMP：

Img. 3-17

Management：it can be reset the user name and

password here. It is recommended to reset them

for better security condition.

Web Access： To increase the security level, you

can use the HTTPS connection type.

Set Web HTTPS Access Wireless Web Access as Disabled； Set SNMP as Disabled；

Keep other values as default, and click Save

Setting to save and finish the settings.

3.1.2 System Connection Diagram

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PGMⅢ Programmable Ethernet Control System

3.1.3 Cascading and Ethernet Connection Diagram

3.2 Wireless One-way Receiver:

CR-RFA

The CR-RFA wireless （ RF ） one-way receiver

provides the connection between the controllers

and the one-way programmable touch panels,

which works on 433MHz, is of one-way

communication.

The ID CODE setting has to be the same as

corresponding settings on the controllers, or, they

will not be able to communicate.

Interfaces:

1 ） POWER——Power indicator: will be ON

when power supply has been connected

2） ID——ID indicator

When the connection is between the CR-RFA and

the controller, the ID indicator on the receiver and

the NET ID on the controller will be ON.

3） SIGNAL——Communication indicator

When the CR-RFA receives the wireless signal

from the touch panel, the indicator will be

flashing.

4） RS-232—— Serial Port

Reserved port for the CR-RFA’s extension

functions.

5） NET——4 bit network interface

It is the communication interface between the

CR-RFA and the controller, connecting to the

CR-NET interface on the controller.

6） ID CODE——Network ID

To set the CR-RFA’s network ID. Please be noted

that the Network ID has to be same as the

CR-RFA’s ID in the program written by the Control

System Builder Software.

7） ANTENNA—— Spiral antenna

3.2.1 How to use

Generally it is used while the wireless controlling

distance is relatively short (within the same room,

for example). Besides the remote control, the

special PC Serial Port software can be used to

enable sending out continuous RF control

command from the PC.

Connection:

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Chapter Four, Connection Diagram

4.1 System Connection Diagram

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Chapter Five, IR Emitting Probe

5.1 Features

The IR Emitting Probe is mainly used to control

the equipment from the controller (such as the

DVD, VCR, etc.) It is mainly composed of an IR

emitter and a plastic case. The IR emitter has

positive and negative. While extension of the

Probe cable is required, the “Signal Conductive”

property of diode should be paid attention to.

There are many ways to find out the IR control

codes:

1、 Search from the Think Control Software:

within the ”User IR Module,” which has

included most IR Control codes for the

equipment on the market.

2、 Learn the IR Control code into the program

using the built-in IR Learning Module in the

controller.

5.2 Connection instruction

Connect the IR Emitting Probe to the IR Module

Interface on the controller and stick the other end

onto the equipment’s IR receiver, or, place the

other end within an area of less or equal 45°

within 20cm distance from the equipment’s IR

receiver.

Connection Diagram：

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Chapter Six, Extension Cards

6.1 D/A Conversion Card

6.1.1 Features

◆ Input: 3 ways high-impedance DC input

◆ Output: 3 ways DC output

◆ Convert: Convert between Digital and Analog

Signals: can be used for sampling and controlling.

It is of 10 bit sampling accuracy, and 12 bit output

accuracy.

◆Input Voltage Range: 0V ~ +12V

◆Output Voltage Range: -12V ~ +12V

◆The outputted voltage can be adjusted through

the software

◆ Max input voltage: +36V DC

◆ Max Output Current: 5mA

6.1.2 External Input

◆ Max Output Sampling Value: +12V

◆ Overvoltage: +36V

6.1.3 Operation Instructions

◆How to control the output voltage (D/A

Conversion) The CR-PGMⅢ controller sends out the

commands about the output voltage and channel

number to the Conversion Card. After the

Conversion Card receives the commands, it will

output the corresponding voltage

◆ Read the input voltage (A/D Conversion) The CR-PGMⅢ controller sends out the

commands about which channel’s voltage to be

read. After the Conversion Card receives the

command, it will read and feedback the actual

voltage to the CR-PGMIII.

◆ The following is the programming instructions

for the CR-PGMIII when using the Conversion

Card:

SEND_QACAR

Void SEND_QACAR (String dev, in it channel)

Function: Send out the request of the Conversion

Card’s voltage. After the request being sent out,

the Data EVENT of the Conversion Card will be

triggered, and the voltage value will be seen there.

For the detailed example, please refer to other

functions’ BYTE_TO_INT.

Parameters ： dev - ： D/A Conversion Card Device channel -：The device’s channel number

Sample ：

Acar_m = M:8:ACAR:192.168.1.20; //Define a

Conversion Card whose mother board number is

SEND_QACAR (Acar_m,1); // Read the voltage

on Acar_m’s first channel

BYTES_TO_INT

Int BYTES_TO_INT (byte[] b)

Function: use the byte array’s first 4 bits as an int

value.

Returns ：

Return converted int value

Sample: The Conversion Card returns data: the

actual voltage of the Conversion Card = returned

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voltage/100.00

DATA_EVENT(mcar,2)

{

ONDATA()

{

double tt =

BYTES_TO_INT(DATA.Data)/100.0 //when using

SEND_QACAR to send the request, it triggers

here.

SEND_COM(COM,1,DOUBLE_TO_STRING(tt));

}

SEND_ACAR

void SEND_ACAR(String dev,int channel,int val)

Function: control the voltage output of the

Conversion Card.

Parameters:

dev - ： Conversion Card Device

channel - ： Device’s Channel number

val - ：Analog Value (Notice: read value according

the actual external equipment. The general value

reading range is -12V ~ 12v in double type.)

Example:

acar_L = L:7:ACAR:192.168.1.20; //Define ACAR

Device with CRLINK(CAN) number of 7

SEND_ACAR( acar_L,1,-12);// Send Analog

Value -12 to lilt_L’s first channel. i.e., set the

Converter Card’s output to -12V.

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Chapter, Software Introduction

7.1 Think Control 1.0

Programming Software

The Think Control 1.0 programming software is

designed for programming for the CREATOR third

generation controller: the CR-PGMIII.

PC OS Requirements

This programming software can run on Windows

XP, VISTA, and WIN7.

7.2 Think Control 1.0 Installation

The Think Control 1.0 programming software is

available in the disk in the CR-PGMIII’s package.

It can also be downloaded from the web address

at: http://www.creator.com.cn.

The installation procedures are as following:

Double click the installer to launch the installation,

as shown in the image:

Click Next:

Click Next again.

Choose your preferred language, and click Next.

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The installation path can be changed by clicking

Change. Click Next after the installation location

has been set.

Type in the shortcut’s name, then click Next.

Make sure the displayed information is correct,

then click Next.

The installer will show the progress of the

installation. Click Cancel can abandon the

installation.

When the installation has finished, click “Finish” to

exit. Then, a shortcut icon will be created at the

desktop, as shown in the following image:

We also need the JDK1.4 to compile the software

programmed, or, the following error will appear:

7.3 jdk1.4 Installation

The jdk1.4 software is both available from the

disk in the package and the CREATOR

The installation procedures are as following:

Click the jdk1.4 installer to launch the installation,

as shown in the following image:

here

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Choose “I accept the terms in the license

agreement,” then Click Next

Click Change… to choose your preferred

installation path, then click Next

Click Install

Click Finish to finish the installation.

7.4 Set up the correct path jdk

After the installation, double click Think Control

1.0’s short cut to launch the Think Control 1.0

programming software.

Click “setting” --- “Options” from the menu bar.

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Choose “environment”

Click to browse the right jdk1.4 installation path.

Note: if jdk1.4’s has been installed to its

default path, nothing needs to be changed

here.

7.5 Uninstallation

The software can be easily uninstalled from

“Start”—”Control Panel”--- “Add and Delete

Program”. All files, modules and shortcuts will be

deleted after the u installation.

7.6 Codes organization and

Controller Functions

7.6.1 Codes Organization

1 A program is consisted of the following

modules:

Every module has its own special functions: for

example, the “DEFINE_DEVICE” is used to

define a device. Each equipment involved in the

controlling program has to be defined here. It is

recommended not to change the order between

every module.

// Device definition module

DEFINE_DEVICE

// Constant define module

DEFINE_CONSTANT

// Variable define module

DEFINE_VARIABLE

// Function define module

DEFINE_FUNCTION

// Program initialization module

DEFINE_START

// Loop define module

DEFINE_PROGRAME

// Event define module

DEFINE_EVENT

2 Define Modules

DEFINE_DEVICE: Device define module

All the device definition has to be done within

this module.

DEFINE_COMBINE: Device define

module

This module is used to define multiple touch

panels in the same system.

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DEFINE_VARIABLE: Variable define module

All the variables need to be defined here

DEFINE_CONSTANT: Constant define

module

All the constants need to be defined here

DEFINE_FUNCTION: Function define

module

All the functions have to be defined here

DEFINE_TIMER: Timer define module

All the timers should be defined here. For

some actual requirements, there might need a

timer to repeat an action on a regular timer

interval.

DEFINE_START: Program Initialization

Module

All codes here will be executed first before

the other parts in the program. This module can

be used to do the initialization jobs, such as

initializing variables and execute some

initialization operations.

DEFINE_EVENT: Even define module

All the events definition has to be done within

this module.

There are mainly three kinds of events:

◆ Button event

Syntax：the parameter can be 0, 1, or 2. When

there are 2 parameters, it means the even is

effective to the defined device name and joint

number. When there is only 1 parameter, the

event is only effective the defined device name.

When the parameter is 0, the event is effective to

all the devices.

There functions corresponding to four events:

“Press”, “Release”, “Hold” and “the whole button

procedure”. The even execution codes have to be

put into the corresponding functions.

BUTTON_EVENT([device] [JionNumber])

{

PUSH()

{

// The operation to be done when press

down the button

}

RELEASE()

{

// The operation to be done when release

the button

}

HOLD(<TIME>[,TRUE|FALSE])

{

// The operation to be done after the button

has been press down and held for a certain, or, at

a certain time interval.

}

REPEAT()

{

// The repeatedly operation to be done when

the button is pressed down. }

}

◆ Bar Event

Syntax: the parameter can be 0, 1, 2. When there

are 2 parameters, it means the event will only be

effective to the defined device and the joint

number. When there is 1 parameter, it means the

even will be effective to the defined device. When

the parameter is 0, it means the event is effective

to all devices.

LEVEL_EVENT([device] [, Jion Number])

{

// Operation to be done when the bar has

changed

}

◆ Data event

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DATA_EVENT([device])

{

ONLINE()

{

// Operation to be done when received the

data online command from the device }

OFFLINE（）

{

// Operation to be done when received the

data offline command from the device }

ONERROR（）

{

// Operation to be done when received the

data error command from the device

}

ONDATA()

{

// Operation to be done when received the

data from the device }

}

DEFINE_PROGRAME: Loop Module

When the program starts to run, the codes here

will be executed repeatedly. Some monitoring

operations can be realized here to monitor the

device’s status.

7.6.2 Controller Functions

Controller functions are used to realize different

functions of the controller.

7.6.2.1 SEND_IRCODE

Void

SEND_IRCODE(String dev,int channel,String str)

Function: send IR Data

Parameters:

dev - ：IR Equipment channel - ：Equipment Chanel number str - ：IR Data HEX String

Sample：

IR_M = M:1000; //define the IR device on the

controller’s mother board

IR_M

// Send IR Code to the IR_M’s first channel

// in which,

IRCODE<“StanderIRDb:3M:CODEC:VCS3000:P

OLYCOM1:6289:6 (MNO)”> are the IR Control

codes from 3M company in the IR Code database

// CODEC type,VCS3000 Model

number,POLYCOM1 equipment to be controlled,

IR Sample number 6289’s MNO IR code

// Call the function and send out the matching IR

Code from the IR Code database

SEND_IRCODE(IR_M,1,IRCODE<“StanderIRDb:

3M:CODEC:VCS3000:POLYCOM1:6289:6

(MNO)”>);

7.6.2.2 ON_RELAY

void ON_RELAY(String dev,int channel)

Function: turn on the relay module

Parameters:

dev - :relay device

channel - : device’s channel number

Sample：

RELAY_M = M:1000:RELAY; // define the relay

with the motherboard number of 1000

ON_RELAY(RELAY_M,2); // turn on the relay

with the motherboard number of 1000

7.6.2.3 OFF_RELAY

void OFF_RELAY(String dev,int channel)

Function: turn off the relay

Parameters:

dev - ：relay device

channel - :device channel number

Sample

RELAY_M = M:1000:RELAY; //define the

relay with the motherboard number of 1000

OFF_RELAY(RELAY_M,2); // turn off the relay

with the motherboard number of 1000

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7.6.2.4 SET_COM

void SET_COM(String dev,

int channel,

long sband,

int databit,

int jo,

int stopbit,

int dataStream,

int comType)

Function: Setup the COM interface

Parameters:

dev - :device name

channel - : Device channel number sband - ：Baud Rate databit - ：data bit 1~8 jo - ：Parity 0：none,1：Odd number,2：even number,3：Mark,4：space stopbit-：Stop bit 10,15,20, corresponding to

10=1,15=1.5,20=2 dataStream - ：Data flow：0：无,1：xon/xoff,2：

hardware

comType - ：COM interface communication type

232,485,422; default value is 232

Sample：

Com_m = M:1000:COM; //define the COM

interface with the motherboard number of 1000

// setup the COM interface’s first channel (i.e.

define the first COM interface with the

motherboard number of 1000)

// Baud rate is 9600,Data bit is 8,no parity, Stop

bit is 1,No data flow, communication type is 232

SET_COM(Com_m,1,9600,8,0,10,0,232);

7.6.2.5 SEND_COM

void SEND_COM(String dev,int channel,

String str)

Function: Com interface data sending

Parameters:

dev - ：Com interface device

channel - :Device channel number str - ：Com interface data, support two formats: 1：Direct transmit string data ( send the string as it

is to the Com interface) 2：Conversion into Hex string (when it encounters

string starting with 0x or 0X, the string will be

converted into Hex format and be sent. For

example: if 0x3132 is sent, the COM interface will

receiver the string of “12”).

Example：

Com_m = M:1000:COM; // define the COM

interface with the motherboard number of 1000

SEND_COM(Com_m,1,”1234”); // send the string

“1234” to the first channel of the mother board

SEND_COM(Com_m,1,”0x31323334”); // send

the string “1234” to the first channel of the

motherboard

7.6.2.6 SEND_IO

void SEND_IO(String dev,int channel,int val) Function：Control I/O interface

Parameters:

dev - ：io device

channel - :Device channel number val - ：data 0 | 1

Example：

Io_m = M:1000:IO; // define the I/O interface with

the mother board number of 1000

SEND_IO(Io_m,1,0); // output low electrical level

to the first channel of Io_m

7.6.2.7 READ_IO

int READ_IO(String dev,int channel) Function：Control I/O interface

Parameters:

dev - ：io device

channel - :Device channel number

Return：return the electrical level status of the

“channel” in the I/O interface: it is 0 or 1. Other

value is viewed as false.

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Example：

Io_m = M:1000:IO; // define the I/O interface with

the mother board number of 1000

int iostate =READ_IO(Io_m,1); // read the first

channel’s status of Io_m

7.6.2.8 SEND_LITE

void SEND_LITE(String dev,int channel,int val) Function：Control the lighting

Parameters:

dev - :Lighting device

channel - :Device channel number val - ：Analog value(Note: the analog value range is 0 - 65535）

Example：

lite_n = N:8:LITE; // define the lighting device with

the CR-NET number of 8

SEND_ LITE (lite_n,1,65535); // send analog

value of 65535 to the first channel of lite_n

7.6.2.9 SEND_DMX512

Void

SEND_DMX512(String dev,int channel,int val) Function：Control DMX512

Parameters:

dev - :lighting device

channel - :Device channel number val - ：Analog value(Note: the analog value range

is 0 - 65535)

Example：

lilt_L = L:7:DMX512; // define the DMX512 device

with the CRLINK(CAN) number of 7

SEND_DMX512(lilt_L,1,65535);// send the

analog value of 65535 to the first channel of lilt_L

7.6.2.10SEND_ACAR

void SEND_ACAR(String dev,int channel,int val) Function ： Control the voltage output put of the

conversion Card

Parameters:

dev - :Conversion Card device

channel - :Device channel number val - ： Analog value (Note: get the value

according the actual external device. The general

range is -12V ~ 12V of double type)

Example：

acar_L = L:7:ACAR; // define the ACAR device

with the CRLINK(CAN) number of 7

SEND_ACAR( acar_L,1,-12);// send analog value

-12 to the first channel of lilt_L, i.e., set the

Conversion Card’s output to -12V

7.6.2.11SEND_QACAR

Void SEND_QACAR (String dev,int channel) Function ： Send the request for the Conversion

Card’s voltage value. After the request being sent

out, the Data EVENT of the Conversion Card will

be triggered, and the voltage value will gotten

there. For the detailed example, please refer to

the other functions’ BYTES_TO_INT

Parameters: dev - ：Conversion Card Device

channel - :Device channel number

Example：

Acar_m = M:8:ACAR; //Define the Conversion

Card with the motherboard number of 8

SEND_QACAR (Acar_m,1); //Read the voltage

value of the first channel of the Acar_m

7.6.2.12 ON_VOL

void ON_VOL(String dev,int channel) Function：Turn on the volume

Parameters:

dev - :Sound controlling device

channel - :Device channel number

Example：

vol_N = N:9:VOL; // define the sound controlling

device with the CR-NET device number of 9:

vol_N

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ON_VOL(vol_N,1); // turn on the first channel of

vol_N

7.6.2.13 OFF_VOL

void OFF_VOL(String dev,int channel) Function：Turn off the volume

Parameters:

dev - :Sound controlling device

channel - :Device channel number

Example：

vol_N = N:9:VOL; // define the sound controlling

device with the CR-NET device number of 9:

vol_N ON_VOL(vol_N,1); //turn off the first

channel of vol_N

7.6.2.14 SET_VOLTOTOL

void

SET_VOLTOTOL(String dev,int channel,int val) Function：Control the overall volume

Parameters:

dev - :Sound controlling device

channel - :Device channel number val - ：Analog value (Note: this analog value’s range is 0 - 65535）

Example：

vol_N = N:9:VOL; // define the sound controlling

device vol_N with the CR-NET device number of

SET_VOLTOTOL(vol_N,1,600);//Set vol_N’s first

channel volume to 600

7.6.2.15 SET_VOLHIGHT

void

SET_VOLHIGHT(String dev,int channel,int val) Function：Control the high-pitch part

Parameters:

dev - :Sound controlling device

channel - :Device channel number val - ：Analog value (Note: this analog value’s

range is 0 - 65535)

Example：

vol_N = N:9:VOL; // define the sound controlling

device vol_N with the CR-NET device number of

SET_ VOLHIGHT (vol_N,1,600);// Set the

high-pitch part of the vol_N’s first channel volume

to 600

7.6.2.16 SET_VOLLOW

void

SET_VOLLOW(String dev,int channel,int val)

Function：Control the low-pitch part

Parameters:

dev - ：Sound controlling device

channel - :Device channel number val - ：Analog value (Note: this analog value’s

range is 0 - 65535)

Example：

vol_N = N:9:VOL; // define the sound controlling

device vol_N with the CR-NET device number of

SET_VOLLOW (vol_N,1,600);// Set the low-pitch

part of the vol_N’s first channel volume to 600

7.6.2.17 UP_WM

void UP_WM(String dev,int channel) Function：Send “bounce back” command to the

wall-mounted control keypad, applied for the

communication when there is touch panel and the

wall-mounted control keypad controlling the same

device

Parameters:

dev - :wall-mounted control keypad device

channel - :Device channel number

Example：

wm_N = N:14:WM; // define the wall-mounted

control keypad device with the CRNET device

number of 14

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UP_WM(wm_N,1);// set wm_N device’s first

channel to be “bounced up” status

7.6.2.18 DOWMP_WM

void DOWN_WM(String dev,int channel) Function：Send “pressed down” command to the

wall-mounted control keypad, applied for the

communication when there is touch panel and the

wall-mounted control keypad controlling the same

device

Parameters:

dev - : wall-mounted control keypad device

channel - :Device channel number

Example：

wm_N = N:14:WM; // define the wall-mounted

control keypad device with the CRNET device

number of 14

DOWN_WM(wm_N,1);// set wm_N device’s first

channel to be “pressed down” status

7.6.2.19 DEV_REG

void DEV_REG(String dev, int channel)

Function：Device registration, mainly applied for

the registration of the second generation

wall-mounted control keypad

Parameters:

dev – input device

channel - :Device channel number

Example：

wm_N = N:14:WM; // define the wall-mounted

control keypad device with the CRNET device

number of 14

DEV_REG(wm_N,1);//register the first channel of

the wm_N

7.6.2.20 DEV_QUERY

void DEV_QUERY(String dev, int channel)

Function：Device inquire , mainly applied for

inquiring the second generation wall-mounted

control keypad

Parameters:

dev – input device

channel - :Device channel number

Example：

wm_N = N:14:WM; // define the wall-mounted

control keypad device with the CRNET device

number of 14

DEV_ QUERY (wm_N,1);//inquire the first

channel of wm_N

7.6.2.21 Other functions

Many other functions have been provided to

realize various controlling requirements. Hereby

below are some brief introductions:

TRACE

Function：print the message msg

START_TIMER

Function：start the time with the name of

“name” at the time interface of “time” milliseconds

This function is used together with

CANCEL_TIMER(XXX)

START_TIMER

Function：at the time of “year, mouth, day, hh,

minute, second”, start the time with the name of

“name” at the time interface of “time” milliseconds 。

CANCEL_TIMER

Function：Cancel the timer with the name of

“Timer”.

This function is used together with

START_TIMER(XXX,t)

WAIT

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Function ： Similar to the SLEEP function:

delay the execution of the code block within the

WAIT to certain time (the minimum unit is

milliseconds)

The difference from the SLEEP function is: this

code block will not affect other operations on the

touch panel.

CANCEL_WAIT

Function：Cancel the WAIT with the name

of “name”

SLEEP

Function ：Delay the execution for some time

BYTES_TO_STRING

Function ：Convert bytes to string

STRING_TO_BYTES

Function ：Convert string to bytes

STRING_EQ

Function ：Compare two strings, case

sensitively

STRING_EQNOCASE

Function ：Compare two strings, case

ignored

STRING_STARTWITH

Function：compare the head of the strings

STRING_ENDWITH

Function：Compare the ends of the strings

ATOI

Function：Convert character type to int type

ITOA

Function：Convert the int type to String

BYTES_ADD

Function：Add parameter 2 onto parameter

1’s end to form a new bytes and return the value

GET_BYTES_LENGTH

Function：get the length of the dynamic

character array

BYTES_TO_HEX

Function：convert the dynamic character

array to string of Hex format

HEX_TO_BYTES

Function: convert the Hex format string to

dynamic character array

GET_YEAR

Function：get the year value of the system

GET_MONTH

Function：get the month value of the current

system

GET_DATE

Function：get the day value of the current

system

GET_HOUR_OF_DAY

Function：get the hour value of the current

system

GET_MINUTE

Function：get the minute value of the current

system

GET_SECOND

Function：get the second value of the current

system

GET_DAY_OF_WEEK

Function：get which day is it today in a week

of the current system

INT_TO_DOUBLE

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Function：convert int to double type

DOUBLE_TO_INT

Function：convert double type to int type

STRING_TO_DOUBLE

Function：convert string type to double type

DOUBLE_TO_STRING

Function：convert double type to string type

7.7 Programing

In the following section, we will take the example

of controlling a DVD with the touch panel through

IR:

7.7.1 Build a new project

Launch the Think Control 1.0 software. Choose:

“File” – “New” or: click the icon on the tools

menu to build a new project, shown as the

following dialog:

Type in the project name “test”, and click “browse”

to set the saving location. Fill in other project

information if necessary, and click “OK” to finish.

As we all know, all software are based on

hardware, The object of the CR-PGMIII’s program

is hardware, and to program for the CR-PGMIII is

to set up how to drive, control and arrange all the

hardware in the system to fulfill the required

controlling functions.

Thus, to set up the hardware platform is the first

step of programming for the CR-PGMIII.

The software interface is as following:

7.7.2 Add device

We need to add the devices before

programming the project.

Select from the menu: “Items” – “add device” or

click the icon to add devices.

7.7.2.1 Device name

The device name can consist of alphabet letters,

numbers and _ character, and can only start with

a alphabet character or the _ character. The

length of the device name is not limited, but

generally they should be kept in reasonable

length.

System tool bar; some general

functions can be found here

items

Output window

Programming window

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7.7.2.2 Device Type

The device type refers to the devices based

on a mother device, and these devices include:

Device Type Description

M Main Controller’s

Motherboard

T Touch Touch panels

N CRNET devices

L CRLINK devices

7.7.2.3 Device ID

Each network device has its own ID, consist of 2

bits Hex format number respectively in H and L

position. Any set up network device has a unique

ID to be identified. When configuring the network

devices, the devices’ ID should be the same as

the hardware’s ID. And the network device ID in

the program is by default in descending order

numbers. Thus, adjusting their IDs in the software

might be necessary to ensure their match with the

hardware’s ID, or, the devices cannot be

controlled.

7.7.2.4 Device Parameter Type

It refers to the small devices on the carrier

devices, such as the COM interfaces, lighting

control device, and sound control device, etc.

Device Parameter Type Description

RELAY Relay

COM COM Interface

TP Touch panel

IR Infra Red

IO Input/Output Interfaces

LITE Lighting Control Module

VOL Sound Control Module

WM Wall-mounted Control

Keypad

DMX512 512 Lights

For example: We need to control the built-in relay

on the controller: type in the device name to be controlled: e.g. “relay_M”；select the device type: “[M]:Main “；type in the device ID, e.g. “1000”；

then choose the device parameter type: “[RELAY]”。

As we are going to control with the touch panel

and the CR-PGMIII, thus, they also need to be

added:

Add CR-PGMIII ： Device type: [M]:Main, Device name ： DVD_M,Device parameter type ：

[IR],device ID: 1000; as shown in the following

image:

Click “add” to finish.

Then, we add the touch panel: [T]:Touch panel device type, device name：tp_1,device parameter type：[IR]:

The touch panel with the ID of 10 has been added

as shown in the following image:

Click “add” to finish.

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PGMⅢ Programmable Ethernet Control System

Then, we can find two lines of codes have been

added into the editing area under the

DEFINE_DEVICE:

Device define syntax:

Device name = [carrier device type]:[carrier

device ID]:[device type]

7.7.3 Add event

After adding the devices, we need to consider:

what we need to the control system to do:

Click the “add event” icon on the tools bar:

7.7.3.1 Button event

Choose “Event type” “[BUTTON_EVENT]

Choose a device from the drop-down menu: e.g. “tp_1”, “none” can also be chosen. 。

Choose the target button’s number in the

“channel” box. If the channel number is not

required, click “no channel number”.

The touch panel devices’ channel numbers are

their joint numbers.

Click to choose the necessary event functions in

the “Options” tab: PUSH：Press down the button RELESE：Release the button 。 HOLD：Set the time interval and repeat REPEAT ： The operation to be done when the

button is pressed down and held

7.7.3.2 Bar event

Choose the “Event type” as “[LEVEL_EVENT]:

bar event

Choose a device from the drop-down menu, and

it can also be chosen as “none”.

Choose the target button’s number in the

“channel” box. If the channel number is not

required, click “no channel number”.

Added

Add event

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7.7.3.3 Data Event

Choose the “Event type” as “[DATA_EVENT]:

Choose a device from the drop-down menu or

choose “none”.

Choose the channel number after the “Channel

“option. As for COM interface, the channel

number here is used to identify different COM

interfaces. For example: if we choose the channel

number to be 1 after defined the Com interface on

the motherboard of the controller, it means the

first COM interface of the CR-PGMIII.

Click to choose the necessary event functions in

the “Options” tab:

ONLINE: the operations to be done after received

the data online command from the device OFFLINE：the operation to be done after received

the data offline command from the device ONERROR ： the operation to be done after

received the error information from the device ONDATA：the operation to be done after received

data from the device

We add button even here. (Generally we need to

add more than one button event.)

Then we can find the BUTTON_EVENT function

under the DEFINE_EVENT in the editing area.

7.7.4 IR Learning

7.7.4.1 IR Learning

To control IR devices, their IR control codes need

to be collected firstly. And this procedure is called

“IR Learning”, and it is different between different

controllers.

There is a built-in IR Learning Module in the CR-PGMⅢ. What needs to be done is only to

press the respective buttons on the remote facing

the IR Learning Module, the Sensor on the

CR-PGMIII, and the IR Control codes will be

learnt and stored into our PC into a cir file.

The procedure can be done with the IR Learning

Management Tool named “IRL” in the Think

Control 1.0 software.

7.7.4.2 IRL Tool

IRL is a tool in the Think Control 1.0, used

for collecting the IR Control Codes from the

devices, and upload them into the CR-PGMIII

along with the program.

Click the icon from the tools bar to launch the IRL

tool, shown as below:

◆ Set the IR connection IP

First connect the CR-PGMIII to the PC with the

network cable. After launching the IRL, type in the

CR-PGMIII’s IP address and port number, then

click “Apply”. (The default IP of the CR-PGMIII is

192.168.1.20,the port number is fixed as 100)

Launch the IRL

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◆ Built new IR file

Click the icon on the tools bar, or click “File”

– “New” to build a new file. Fill in the relevant

information in the pop up dialog:

Click OK to finish

◆Add control buttons

We need to add the control buttons to the newly

built blank file. Taking the DVD control as the

example:

Click or click “IR Database”—”Add IR

Control Code” to bring out a pop out dialog. A

name of the button should be assigned for easy

deification.

Following the above mentioned procedures to

add other IR codes.

◆ Choose the IR output channel

This is to select the channel through which the IR Control codes will be sent out from the CR-PGMIII.

Click the CH1 on the tools bar to bring out the

drop down menu. There are 8 channels available

for option, as shown in the following image:

Only button name needs

to be changed here

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◆ IR Control Codes Collection

Make sure the connection between the PC and

the CR-PGMIII is through before learning the IR

control code.

Long codes and Short codes:

The CR-PGMIII supports learning both the Long

Codes and the Short Codes. The Short Codes

are more common: for example, the PLAY,

POWER and PAUSE buttons etc. for DVD control

are all of Short Codes. The Long Codes are rarely

seen: the most typical case is volume control in

some devices, under which circumstances, if the

Short Codes are used, a very little margin will be

adjusted for each press and this can bring lots of

inconvenience. To solve this problem, the

CR-PGMIII supports Long Codes learning

functions, which brings lots of easiness to the

controlling operations.

Within this example, all codes to be learnt are

Short Codes.

The general procedures will be:

Click the IR Learning button in the software, then

the software will wait for the IR Codes input, and

the red indicator on the front panel of the

CR-PGMIII will also start to flash. Within 10

seconds after clicked the IR Learning button in

the software, press the corresponding control

button on the device’s remote and point it to the

IR Learning Module of the CR-PGMIII. After press

the button on the device’s remote, the software

will ask whether you need to save the collected IR

Control Code. Click “Yes” to save the IR Control

Code into the cir file on the PC. Then, the

software will ask whether you need to learn the

next IR Control Code. After all the buttons’

corresponding IR codes have been learnt, the

software will pop up “Cancel” to exit the IR

Learning procedure, and all the collected IR

Control codes will be saved in the cir file in the

PC.

Taking learning the IR codes for the DVD as our

example:

A：Click the on the tools bar to launch the IR

learning tool, or single click “IR Database” – “IR

Learning”.

B：The following dialog will pop up：

C： When this dialog shows up, it means we can

collect the IR Control Codes from the device’s

remote now: press down corresponding control

button on the device’s remote and point it to the

IR Learning Module of the CR-PGMIII. Then the

following dialog will pop up:

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D ： Click OK to save and the software will ask

whether you need to record for the next button:

E：Click OK to collect the IR Control code for the

next button, till all the needed IR codes have been

learnt, then press “cancel” to exit.

Note：

◆ During collecting the IR Control Code, the

device’s remote needs to face right to the IR

Learning Module on the controller, and the

distance should be 3~5 cm.

◆ When pressing the device’s remote buttons,

the time should not be too long, rather, you should

perform as general operations to control the IR

device with its remote.

◆ Special attention should be paid when

collecting the UP, DOWN, LEFT and RIGHT

navigation keys: the time should be short when

press the control buttons on the device’s remote.

◆ Must be sure that every added button in the

software has its recorded IR Control code, and

the unnecessary buttons need to be deleted.

7.7.5 Import IR Control Codes

Click the Think Control 1.0’s “View” on the tools

bar, and click the IR Database, as shown in the

following image:

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Right click at the blank area, and choose IPM at

the pop up menu, then the following dialog will

show up: choose the cir file learnt just now to

open: as shown below:

After successful import, we can see our learnt IR

control codes in the IR Control Codes Database,

as shown in the following image:

7.7.6 Editing the program

After finishing all the above configuration steps,

we need start the programming stage

We want the controller to send out IR control code

for PLAY when we press down tp_1’s

JOBMONBER 1 button, and send out IR control

code for PAUSE when we press down tp_1’s

JOBMONBER 2 button.

Hereby we need to use the function SEND_IRCODE （） to send out the IR control

codes.

The program is as following:

BUTTON_EVENT(tp_1,1) //

tp_1 touch

panel’s JointNumber1

{

PUSH()

{

//send out IR control code for PLAY from

DVD_M

SEND_IRCODE(DVD_M,1,

IRCODE<“UserIRDb:DENON:DVD:RC-1102

:T20110225093436:Paly”);

}

RELEASE()

{

}

BUTTON_EVENT(tp_1,2) //tp_1 touch

panel’s Jointnumber 2

{

PUSH()

{

// send out IR control code for PAUSE

from DVD_M’s IR channel 2

SEND_IRCODE(DVD_M,2,

IRCODE<“UserIRDb:DENON:DVD:RC-1102:

T20110225093436:Pause”>);

}

RELEASE()

{

}

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7.7.6.1 How to insert IR Control code

You can choose the required IR Control code

from the IR Control Codes database to insert into

the program rather than typing in.

A：Firstly, move the cursor to the place to

insert the IR Control code

B：Choose the required IR Control Code from

the data base and double click. And it’s done.

7.7.7 Compile the project

After writing the program and before we upload

the program into the controller, we need to

compile the program.

Click the “Compile” button as shown below:

When compiling, the detailed information will be

shown in the “Output” window:

If some error happens, the software will jump to

the “Error Window”. Double click the error

information will bring you to the corresponding

codes which caused the error;

Then a CR-PGMIII has been finished.

7.8 Upload the program to the

CR-PGMIII

After successfully complied the program, click the

below shown icon to launch the DManger softare:

1,Click the button as shown below:

2,Set up the controller’s IP:

Controller IP: by default it is 192.168.1.20 Port：fixed as 7755

Click Apply to finish.

Compile

Connect the CR-PGMIII’s IP

Upload the program

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Please be noted that the controller’s IP cannot

conflict with the PC’s IP.

3. Choose “Network Control” --- “Upload to 0

controller ” or click the icon and choose the program in the pop up dialog, as shown

below:

4. Click “open” to upload the program to the

controller.

If the operation is successful, a window will

appear as below:

Successful file transfer! Update host Successful！

If it is unsuccessful, repeat the above procedures

2 ~ 4 to upload the program again

If it is not the first time uploading the program to

the controller, and the controller is well connected

to the PC, you can click the upload icon on the

tools bar to upload the program, rather than

repeating the above mentioned steps.

7.9 Project Sample

Here below are some sample projects for

your reference:

7.9.1 Control the built-in relay modules on the controller

tp = T:1000:TP; //define the tp with the ID of

1000

m_relay = M:1002:RELAY; //define the

built-in replay on the controller: m_relay

DEFINE_EVENT

BUTTON_EVENT(tp,1)

{

PUSH()

{

ON_RELAY(m_relay,1); // turn on

the first way of relay modules

}

Network uploading

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PGMⅢ Programmable Ethernet Control System

}

BUTTON_EVENT(tp,2)

{

PUSH()

{

OFF_RELAY(m_relay,1); // turn of

the first way of the relay module

}

BUTTON_EVENT(tp,3)

{

PUSH()

{

ON_RELAY(m_relay,2); //turn on

the second way of the relay module

}

BUTTON_EVENT(tp,4)

{

PUSH()

{

ON_RELAY(m_relay,2); // turn off

the 2 way of the relay module

}

BUTTON_EVENT(tp,5)

{

PUSH()

{

ON_RELAY(m_relay,3); //turn on

the 3 way of the relay module

}

BUTTON_EVENT(tp,6)

{

PUSH()

{

ON_RELAY(m_relay,3); // turn off

the first way of the relay module

}

7.9.2 Cascading and Module calls

DEFINE_DEVICE

tpx = T:1002:TP;

mtp = M:0:TP;

com = M:1003:COM;

mr = M:1000:IR;

io = M:1000:IO;

tp7600 = N:07100:TP;

acar = L:12:ACAR;

DEFINE_COMBINE

[tpx,mtp];

DEFINE_EVENT

// receive the data from the first COM

interface and send it to the second COM interface

DATA_EVENT(com ,1)

{

ONDATA()

{

SEND_COM(com,2,”0x” +

BYTES_TO_HEX(DATA. Data));

}

BUTTON_EVENT(tpx,12)

{

PUSH()

{

SEND_ACAR(acar,1,12);

}

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LEVEL_EVENT(tp7600,1)

{

SEND_M2M_LEVEL(“192.168.1.10”,2,LEVE

L.Value);

SEND_M2M_LEVEL(“192.168.1.2”,12,LEVE

L.Value); // send the touch panel’s bar data 13

with the joint number of 12 to the controller with

the IP of 192.168.1.2

}

BUTTON_EVENT(tp7600,1)

{

PUSH()

{

SEND_M2M_DATA(“192.168.1.2”,”11111”);

//send character 11111 to the controller with the IP

of 192.168.1.2

SEND_M2M_JNPUSH(“192.168.1.2”,12); //

send the touch panel’s joint number 12 to the

controller with the IP of 192.168.1.2

SEND_M2M_JNRELEASE(“192.168.1.2”,12

);// send release command of the touch panel’s

joint number 12 to the controller with the IP of

192.168.1.2

}

// send the data of the 2ndway of the COM

interface to the controller with the IP of

192.168.1.10

DATA_EVENT(com,2)

{

ONDATA()

{

SEND_M2M_DATA(“192.168.1.10”,BYTES_

TO_STRING(DATA. Data));

}

M2MDATA_EVENT()

{

ONDATA()

{

TRACE(“all

ip:”+DATA.STR_M2MIPADDR +” data:” +DATA.

Data String);

}

M2MDATA_EVENT(“127.0.0.1”)

{

ONDATA()

{

TRACE(“dai ip

ip:”+DATA.STR_M2MIPADDR +” data:” +DATA.

DataString);

int p = DATA.B1;

string ip =

DATA.STR_M2MIPADDR;

}

M2MDATA_EVENT(“127.0.0.11”)

{

ONDATA()

{

}

DEFINE_CALL_TEMPLATE

abc(tpx,3,5,com,4);

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7.9.3 Wall-mounted Programmable keyboard

DEFINE_DEVICE

CRNET_RELAY= N:6:RELAY;

//define relay with the ID number of 6

CRNET_WallBoard = N:9:WM; //define

the wall-mounted programmable keyboard with

the ID of 9

DEFINE_EVENT

// the wall-mounted programmable

keyboard’s (CRNET_WallBoard) first way return

data is to control ON/OFF of the relay:

CRNET_RELAY

//correspond to the DATA of the wall-mounted

programmable control keyboard. Data[0]==1

means being pressed down; == 0 means

bouncing back; DATA. Data is the returned

character array.

DATA_EVENT(CRNET_WallBoard,1)

{

ONDATA()

{

TRACE(“recive data from zhu

gong”);

//////DATA. Data is returned

character array from the com port//Note: currently

doesn’t support 0x8 display

if(DATA. Data[0]==1)

{

ON_RELAY(CRNET_RELAY,1);

//ON_VOL(CRNET_VOL_01);

//SET_VOLTOTOL(CRNET_VOL_01,”56666

”);

}

else if(DATA. Data[0]==0)

{

OFF_RELAY(CRNET_RELAY,1);

}

//same as above, the 2ndway

DATA_EVENT(CRNET_WallBoard,2)

{

ONDATA()

{

TRACE(“receive data from zhu

gong”);

//DATA. Data is the returned data

from the COM interface, displayed in

character array. Note: 0x8 is not

supported currently

if(DATA. Data[0]==1)

{

ON_RELAY(CRNET_RELAY,2);

//ON_VOL(CRNET_VOL_01);

//SET_VOLTOTOL(CRNET_VOL_01,”56666

”);

}

else if(DATA. Data[0]==0)

{

OFF_RELAY(CRNET_RELAY,2);

}

//same as above, 3rdway

DATA_EVENT(CRNET_WallBoard,3)

{

ONDATA()

{

TRACE(“recive data from zhu

gong”);

//DATA. Data is the

returned data from the COM interface,

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PGMⅢ Programmable Ethernet Control System

displayed in character array. Note: 0x8 is

not supported currently

if(DATA. Data[0]==1)

{

ON_RELAY(CRNET_RELAY,3);

}

else if(DATA. Data[0]==0)

{

OFF_RELAY(CRNET_RELAY,3);

}

7.9.4 Lighting and Sound Control

DEFINE_DEVICE

tp_1 = T:20:TP; // define the touch panel

device with the ID of 20

CRNET_VOL = N:4:VOL; //define the

sound control device with the CRNET ID of 4

CRNET_light = N:5:LITE; //define the

lighting control device with the CRNET ID of 5

DEFINE_VARIABLE

int cr_light; //define the brightness

variable of the CRNET lighting control device

int cr_vol; //define the volume

variables of the CRNET sound control device

DEFINE_EVENT

// between the time interval of pressing down

tp_1 buttons and bouncing up, the codes within

the REPEAT block will be executed repeatedly,

i.e., press to turn on the 1 way of the CRNET_

BUTTON_EVENT(tp_1,52)

{

REPEAT()

{

cr_light=cr_light+100;

if(cr_light>65535)

{

cr_light=65535;

}

SEND_LITE(CRNET_light,1,cr_light);

}

// same as above, brightness reduce

BUTTON_EVENT(tp_1,53)

{

REPEAT()

{

SEND_LITE(CRNET_light,1,cr_light);

cr_light=cr_light-100;

if(cr_light<0)

{

cr_light=0;

}

// same as above, brightness reduces

BUTTON_EVENT(tp_1,50)

{

REPEAT()

{

SET_VOLTOTOL(CRNET_VOL,1,(cr_vol));

SET_VOLTOTOL(CRNET_VOL,2,(cr_vol));

cr_vol=cr_vol+100;

if(cr_vol>65535)

{

cr_vol=65535;

}

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// same as above, the general volume

reduces

BUTTON_EVENT(tp_1,51)

{

REPEAT()

{

SET_VOLTOTOL(CRNET_VOL,1,(cr_vol));

SET_VOLTOTOL(CRNET_VOL,2,(cr_vol));

cr_vol=cr_vol-100;

if(cr_vol<0)

{

cr_vol=0;

}

7.9.5 Interlock of 2 ways relay

DEFINE_DEVICE

RL_M = M:1000:RELAY; //define the

built-in relay on the controller

tp_1 = T:10:TP; //define the

touch panel with the ID of 10

DEFINE_EVENT

BUTTON_EVENT(tp_1,1)

{

PUSH()

{

ON_RELAY(RL_M,1);

//turn on the first relay on the controller

OFF_RELAY(RL_M,2);

//turn off the 2ndrelay on the controller

}

RELEASE()

{

}

BUTTON_EVENT(tp_1,2)

{

PUSH()

{

ON_RELAY(RL_M,2);

//turn on the 2ndrelay on the controller

OFF_RELAY(RL_M,1);

//turn off the first relay on the controller

}

RELEASE()

{

}

7.9.6 Repeat button pressing without affecting delay timer execution

DEFINE_DEVICE

REL = N:8:RELAY; //define the

CRNET relay with the ID of 8

tp_1 = T:10:TP; //define the

touch panel device with the ID of 10

DEFINE_VARIABLE

int py=1; //define the CRNET relay’s

variables

DEFINE_EVENT

BUTTON_EVENT(tp_1,1)

{

PUSH()

{

//turn on the CRNET relay’s 1 way

ON_RELAY(REL,1);

//wait for 5 seconds, then turn off

the first way of the CRNET relay; repeat pressing

donw the button during the waiting time will not

affect the execution

if(py==1)

{

py=0;

WAIT 5000

{

OFF_RELAY(REL,1);

py=1;

}

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}

RELEASE()

{

}

7.9.7 Control the matrix switchers

DEFINE_DEVICE

tp = T:10:TP;

mcom = M:1000:COM;

DEFINE_VARIABLE

string checkMode =““;

string outstr = ““;

string instr =““;

DEFINE_FUNCTION

//matrix output function

void shuchu()

{

SEND_COM(mcom,1,instr+checkMode+outs

tr+”.”);

}

DEFINE_START

SET_COM(mcom,1,9600,8,0,10,0,232);

DEFINE_EVENT

//choose the mode

BUTTON_EVENT(tp,4)

{

PUSH()

{

checkMode = “B”;//AVmode

}

BUTTON_EVENT(tp,6)

{

PUSH()

{

checkMode = “A”; //Amode

}

BUTTON_EVENT(tp,5)

{

PUSH()

{

checkMode = “V”; //Vmode

}

//choose the output

BUTTON_EVENT(tp,1)

{

PUSH()

{

outstr =“1”;

}

BUTTON_EVENT(tp,2)

{

PUSH()

{

outstr =“2”;

}

BUTTON_EVENT(tp,3)

{

PUSH()

{

outstr =“3”;

}

// select the input

BUTTON_EVENT(tp,11)

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{

PUSH()

{

instr =“1”;

shuchu();

}

BUTTON_EVENT(tp,12)

{

PUSH()

{

instr =“2”;

shuchu();

}

BUTTON_EVENT(tp,13)

{

PUSH()

{

instr =“3”;

shuchu();

}

BUTTON_EVENT(tp,100)

{

PUSH()

{

SEND_COM(mcom,1,instr +”All.”);

}

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Chapter Eight, Technical Specifications

Function

Memory 256M DDR-RAM,1G FLASH

CR-NET,CR-LINk and

Ethernet(TCP/IP)

Independent IR Emitting Interface 8 ways

Digital I/O Interface 8 ways

Low-current Relay Module 8 ways

RS-232/422/485 Serial Ports 8 ways

USB Interface 1 ways

Extension Slot Yes

Grounding Pole Yes

Dimensions 2U

Weight About 4.5KG

AC100—240V Self-adaptive Power

supply

CR-PGMⅢ

Yes

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PGMⅢ Programmable Ethernet Control System

Chapter Nine,General Trouble Shootings

● Check the touch screen’s buttons’ Joint Number

whether match the assigned joint number in the

CR-PGMIII’s program.

● Check the touch panel’s ID whether matchs the

assigned ID in the CR-PGMIII’s program.

● Check the wireless AP’s connection with the

CR-PGMIII.

● Check whether the wireless AP has been installed with

antenna, and whether the touch panel is within the wireless

AP’s coverage.

● Check whether the touch screen can control the

devices near to the wireless AP. If not, either the touch

panel or the wireless AP has some problem. Please contact

the certified after sales person for repairing.

Cannot download the program to the touch screen from PC

● Check the touch panel battery installation, and try

re-install the battery.

Troubles Solutions

Cannot control the device with the touch panel

No display on the touch panel ● Recharge the touch panel.

● Check the USB connection.

● Check the touch screen driver installation.

● Check whether the touch panel’s model is matching

with the assigned model in the touch panel program.

● Check the PC’s USB interface.

● Check the touch panel’s power supply, and whether the

touch panel can be turned on.

● Check the power supply connection to the touch panel

while charging.

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Touch panel buttons don’t response ● Try re-calibrating the touch panel.

● Check the touch panel program to see if the button has

been drawn as text.

● Check the touch screen’s battery status.

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Last Revision：03/2011

CREATOR CR-PGMIII User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual