Product Introduction & Basic Concept of Controller & Remote I/O Modules

Agenda ƒ ƒ ƒ ƒ

Basic Concepts of Remote I/O Basic Concepts of Controller Product Introduction and Selection Guide Typical Applications

ƒ

Basic Concepts Remote I/O – – – –

ƒ ƒ ƒ

Introduction to RS-232 & RS-485 Comparison of RS-232 & RS-485 Topology of RS-485 Introduction to Ethernet Remote I/O

Basic Concepts of Controller Product Introduction and Selection Guide Typical Applications

How to measure the temperature in a long distance? Measuring with a DAC card: 1200 m

Remote sensor

T/C

Control room

T/C wire A/D

noise

How to measure the temperature in a long distance? Measuring with a remote I/O module: 1200 m

Control room

Remote sensor

T/C Remote I/O

Standard T/C signal, 4-20mA, 0-5V…

Comm. Interface

Noise rejection (Differential signal)

RS-232 ƒ ƒ ƒ

No noise rejection (single-ended) Short transmission distance (within 15m) Low transmission speed (within 115.2kbps)

Single-Ended Driver

Tx

Single-Ended Receiver

signal

Rx

RS-485 ƒ ƒ ƒ

Noise rejection and cross wire (Differential) Long transmission distance (Up to 1200m) High transmission speed (Up to 10Mbps )

Differential Driver

Twisted-pair Signal Voltage

VCM

Differential Receiver

Comparison of RS-232 & RS-485

Standard

RS-232

RS-485

Single-ended

Differential

Driving No.

1

32

Receiving No.

1

32

Distance

15 m

1200 m

Max. data rate

115.2k bps

10 Mbps

Transmission mode

Full-duplex Point to point

Half-duplex Multi-drop

Signal

RS-485 Multi-drop ƒ ƒ ƒ

RS-485 is industry’s most widely used bidirectional, standard interface for serial communication. It is developed for industrial multi-drop systems. Transmit and receive data at high rates or over long distances across the differential signal line.

RS-485 multi-drop connections

RS-485 Termination Resistor Terminal Resistor (120 Ohm): To decrease the signal reflection RT

RT

RX

TX

Device 0

RX

TX

Device 30

31 driver / receiver

repeater

RT

RT

RX

TX

Device 0

RX

TX

Device 30

31 driver / receiver

RS-485 topology ƒ

Daisy chain structure

ADAM-4000 System Architecture Host PC Digital I/O

Network Converter RS-232

RS-485

Analog I/O RS-485

Relay RS-485

RS-485 RS-485

Thermocouple

Counter

RTD RS-485

Introduction to Ethernet Remote I/O ƒ

Communication – –



10/100 Mbps Ethernet Polling & Event handling (TCP/IP, UDP) Modbus/TCP protocol

z

Environment z z

z

Power Requirement z

ƒ

Intelligent I/O –

– – –

DI: Latch, frequency , counter DO: Delay, Pulse Output AI: Max/Min/Ave. AO: PID Loop

z

z

Operating temp.: -10 ~ 70 C Humidity: 5% - 95%, noncondensing unregulated 10 - 30 VDC Protected against power reversal

Power Function z z

Peer to Peer Graphic Control Logic (GCL)

ADAM-6000 Architecture HMI Station

Internet

Internet Network TCP/IP& UDP ADAM-6520

ADAM-6520 UNO series

ADAM-6500 Comm. Controller ADAM-6022 PID Controller

ADAM-6000W series

ADAM-6000 I/O

ADAM-6000 I/O

IAG

ƒ ƒ

Basic Concepts Remote I/O Basic Concepts of Controller – –

ƒ ƒ

Introduction to Advantech controller Introduction to PAC

Product Introduction and Selection Guide Typical Applications

Introduction to Controller ƒ ƒ ƒ ƒ ƒ ƒ

A device which can control other devices A device which has CPU and memory It can run program without a PC (stand alone) It provides several communication interfaces such as RS-232/422/485 or Ethernet port Access the remote I/O data and control it Share the data through communication interfaces

Position of Controller

PLC Base Control ƒ

Structures:

Command or Logic gateway

Micro Processor

PLC

ƒ

Pros: The decode action by hardware, the speed of execution is much higher

ƒ

Cons: Can’t do the complex operation or command

PC-Based Control ƒ

Structure:

Industrial PC

ƒ ƒ

Embedded Computing

Pros: Can make the complex program or operation (Floating Operation) Cons: The Active speed is slower than PLC

PAC Base Control ƒ

Features: –



– –

Multi-domain functionalities, including logic, motion, and process control on a single platform Employ a single development platform Programmable using a single software tools Utilizes de-facto standards for network interfaces Open and modular architectures that enable highly distributed automation environment

Embedded Computing

PAC PAC Relay

ADAM-5550KW PAC Architecture

ƒ ƒ ƒ

Basic Concepts Remote I/O Basic Concepts of Controller Product Introduction and Selection Guide – – –

ƒ

Serial Remote I/O modules Ethernet Remote I/O modules Advantech Controller

Typical Applications

ADAM-4520 : Isolated RS-232 to RS-485 converter ƒ ƒ ƒ

It is the interface between PC RS-232 to RS-485 modules. Isolated between PC and RS-485/power Auto flow control for RS-485 communication RS-232 RS-485

DATA+

ADAM -4520 Networking up to 1200 m Automatically Controls the Direction of Data Flow

DATA-

ADAM-4510: RS-485 Repeater ƒ ƒ

Extend the RS-485 network nodes Extend the distance for another 1200 m

repeater

RT

RX

TX

Device 0

RX

TX

Device 30

32 driver / receiver

RT

RX

TX

Device 0

RX

TX

Device 30

32 driver / receiver

Naming Rules of ADAM-4000 Modules ƒ

41XX: “Robust Family” for RS-485 I/O modules – – –

ƒ

411X: Analog Input modules 415X: Digital I/O modules 416X: Relay Output modules

40XX: General purpose for RS-485 I/O modules – – – – –

401X: Analog Input modules 402X: Analog Output modules 405X: Digital I/O modules 406X: Relay Output modules 4080: Counter/Freq modules

ADAM-4000 Robust Family Features ƒ

Wide Temperature Range

ADAM-4000 series

Robust Family

Operation Temperature

-10~70 ℃

-40~85 ℃

Storage Temperature

-25~85 ℃

-40~85 ℃

ADAM-4000 Robust Family Features ƒ

Wide Range Power Input –

Cover new application such as Telecommunication, which usually use 48 VDC as power input

Power Input

ƒ ƒ

ADAM-4000 series

Robust Family

10~30V

10~48V

3000 VDC Isolation Protection Power Surge Protection (500 VDC)

ADAM-4000 Robust I/O Features ~ For ADAM-4117, 4118, 4150, 4168 ƒ ƒ ƒ ƒ ƒ ƒ ƒ ƒ ƒ ƒ ƒ ƒ ƒ

Configure Initial Mode by Switch Channel Status Display Node Address Display More than 10 Locate Function to Find Your Module New Features!! Firmware Updated by Utility Dual Watchdog Timer High Common Mode (4117, 4118) Software Filter (4117, 4118) Auto Optimized Working Frequency (4117, 4118) Auto Noise Rejection @ 50/60 Hz (4117,4118) Over Current and Temperature Shutdown (4150) More Choice for DI and DO (4150) Invert DI Status (4150)

Robust Family: More Choice for DI ƒ

Normal On/Off Signal Input

ƒ

Counter Input (32-bit, Overflow flag)

ƒ

Frequency Input (3KHz)

Robust Family : More Choice for DO ƒ

Normal On/Off Signal Output ton

ƒ

Pulse Output toff

ƒ

Delay Pulse Output (High Polarity)

ƒ

Delay Pulse Output (Low Polarity)

Δt

Δt

Ethernet Remote I/O modules eWorld

ADAM-6000 Series Controller

ADAM-6501 -Comm. Controller ADAM-6022 - PID Controller

Digital I/O Module

AI Module

AO Module

Optic Module

ADAM-6050

ADAM-6015 ADAM-6024ADAM-6521

-12 DI/ 6 DO

- 6 RTD

ADAM-6051

ADAM-6017

-12 DI/ 2 DO/ 2 Counter -8 AI/ 2 DO

ADAM-6052

ADAM-6018

- 8 DI/ 8 DO

-8 AI/ 2 DO

ADAM-6060 - 8 DI/ 8 Relay Output

- 4 AI / 2 AO/ 2 DI / 4 DO

-Ethernet Switch with Fiber port

ADAM-6541 -Multi-mode converter

ADAM-6542 -WDM single strand converter

Hub/Switch Module ADAM-6510 -Ethernet Hub ADAM-6520 - Ethernet Switch

ADAM-6000 P2P & GCL Features ƒ ƒ ƒ ƒ

No controller needed No programming needed Simple Utility configuration Peer to peer –

ƒ

Update Period Mode: Periodically,Periodically + Change of State

GCL – – – – – –

Graphic Condition Logic Secured by IP or Mac address control Online Monitor One module includes 16 rules Rules in one module can be cascaded Rules can be expanded over modules

Remote I/O Comparison Table Product

Features

I/O Point

ADAM-4000 series

RS-485 network Daisychain (multidrop)

-

Less than 8 CH AI/O Less than 16 point DI/O

ADAM-5000/485 I/O series

Distributed I/O system (RS-485 network)

-

8~64 CH AI 16~128 Points of DIO

ADAM-5000TCP

Distributed I/O system (Ethernet solution)

-

8~64 CH AI 16~128 Points of DIO

ADAM-6000 series

Ethernet-enabled DAQ and control module

-

Less than 8 CH AI/O Less than 16 point DI/O

Photo

Controller Comparison table ADAM-4501

ADAM-6501

ADAM-5510M(E)

ADAM-5510(E)/TCP

ADAM-5510(E)KW/TP

ADAM-6000

ADAM-5000/485 4 slots or 8 slots

ADAM-5000/TCP 4 slots or 8 slots

ADAM-5000/TCP 4 slots or 8 slots

I/O capacity

on-board 4DI 4DO

NO on-board I/O

4 slots or 8 slots ADAM-5000 module

4 slots or 8 slots ADAM-5000 module

4 slots or 8 slots ADAM-5000 module

COM ports

4 COM 1 LAN

2 COM 1 LAN

4 COM

4 COM 1 LAN

4 COM 1 LAN

OS

ROM-DOS

WinCE

ROM-DOS

ROM-DOS

ROM-DOS

Borland C

VS .NET, eVC

Borland C

Borland C

Multiprog

Form factor

Develop tool

ADAM-4000

ADAM-5550KW PAC Features ƒ

ƒ ƒ ƒ ƒ

Single Controller supports discrete I/O, Analog I/O, Motion, Vision simultaneously for multi-domain applications Open architecture with VGA and Storage Function. Utilization of FTP, Web Server, Email Alarm, SQL and OPC Functions Support IEC-61131-3 and Mixed Language Programming for Three Graphical Languages Complex control functions including custom function block for special control algorithm

Supported Software of Remote I/O VB/VC/Del phi

VS.NET Class LIB

LogixView (WinCE Only)

OPC Server

WebAccess

ADAMView

ADAM-4000 Remote I/O

X

X

X

X

X

X

ADAM-5000/485 Remote I/O

X

X

X

X

X

X

ADAM-6000 Ethernet I/O

X

X

X

X

X (via OPC Server)

ADAM-5000/TCP Ethernet I/O

X

x

X

X

X (via OPC Server)

Supported Software of Controller BC 3.0 LIB

ADAM-4500 Series Controller

LogixView

X

ADAM-6500 Series Controller ADAM-5510 Series Controller

VS.NET Class LIB

ADAM-5550KW Series

OPC Server

X X

Client Only

X

X

ADAM-5510KW Series ADAM-5550CE Series

Modbus Server/Client

X X

X

Client Only

X

X

X

Typical Application

Application -Airport Power Monitoring System

ƒ

Application Scenario –

ƒ

Build a reliable and cost-effective power monitoring system for the airport

Applied Products –

ƒ

Location Location :: Singapore Singapore Application Application :: Facility Facility Management Management

ADAM-5510EKW/TP, ADAM-6060

Selling Points – – –

Ethernet connectivity Open architecture for future expansion Cost-effective way to incorporate the latest computer and communication technology IAG

Application-Security System for Unmanned Control Room

ƒ

Application Scenario –

ƒ

Build a reliable and cost-effective security system for Telecommunication

Applied Products –

ƒ

Location Location :: Brazil Brazil Application Application :: Facility Facility Management Management

ADAM-6060

Selling Points – –

Event trigger function Ethernet connectivity IAG

Thanks~~~~