MDC-700 Series Modbus Data Concentrator [2016,05,26]

Slides:



Advertisements
Similar presentations
Arctic IEC-104 Gateway Jari Lahti, CTO.
Advertisements

Inputs: Digital and 4 configurable for Digital or 10 bit Analog Outputs:4 - 8 amp Relays or 700ma Transistors (1 PWM) 4 Line by 18 Character fully.
1/1/ / faculty of Electrical Engineering eindhoven university of technology Architectures of Digital Information Systems Part 1: Interrupts and DMA dr.ir.
Multi Instruments Data Acquisition Software Evolution
Eycon Visual Supervisor
P.1 Modbus Embedded Controller Kevin Ho May,27,2004.
Slide 1 / 20 Industrial Automation - Custumer View - Services PhW - Modbus_en 06/ 2002 Modbus training.
ADAM-5000/TCP- Distributed Ethernet I/O
P.1 Examples of Applications for the tDS-700 Dec.22, 2010.
P.1 Examples of Applications for the tGW-700 Dec.22, 2010.
Page 1 ADAM-6000 Web-enabled Smart I/O Γιάννης Στάβαρης Technical Manager Ιούνιος 26, 2007.
1 Parani-MSP1000 Firmware Upgrade v1.2.0 Notes Sena Technologies.
Red Lion Workshop 2008 Interface & Control. Goals Introduce New Products –G3 Kadet Series HMI –PFM – Plant Floor Marquee Review of Features –DSP, G3 and.
2007 Oct 18SYSC2001* - Dept. Systems and Computer Engineering, Carleton University Fall SYSC2001-Ch7.ppt 1 Chapter 7 Input/Output 7.1 External Devices.
POS Eason 2010/10/27. Current solution SCB-C31: system diagram 1 Receipt printing Receipt printing SCB-C31 Null Modem Y-cable Ethernet FF M M F MainConsole.
Guide to Linux Installation and Administration, 2e1 Chapter 2 Planning Your System.
Κώστας Γρηγορίου Sales Engineer Ιούνιος 26, 2007 Connect Your Serial Device to Ethernet ADAM – 4570 / 71 / 77 / 79.
Silberschatz, Galvin and Gagne  Operating System Concepts Chapter 3: Operating-System Structures System Components Operating System Services.
EE3A1 Computer Hardware and Digital Design
New product introduction:
Cscape 8.6 August 2008 Horner APG. New Workbench Features - New Model – XL6.
Serial / Ethernet Converter - IE-CS-2TX-XRS232/485
Basic Edge Core switch Training for Summit Communication.
Modular C ontroller S eries Product Introduction.
What does LinkConnect do?
System SOFTWARE.
Modbus Embedded Controller
Do-more Technical Training
CMV-NET Chigo VRF Network Centralized Control System
DIRECT MEMORY ACCESS and Computer Buses
Featrues of Compputer Networks
COSEC ARC IP based Access Control Panel.
Architectures of Digital Information Systems Part 1: Interrupts and DMA dr.ir. A.C. Verschueren Eindhoven University of Technology Section of Digital.
Non Contiguous Memory Allocation
Do-more Technical Training
Chapter 13: I/O Systems Modified by Dr. Neerja Mhaskar for CS 3SH3.
Processes and threads.
Instructor Materials Chapter 6: VLANs
Distributed Control for drives
BMS Gateway.
UNIT – Microcontroller.
DT80 range Modbus capability
Operating Systems (CS 340 D)
Welcome! Thank you for joining us. We’ll get started in a few minutes.
NAT , Device Discovery Chapter 9 , chapter 10.
Modbus with the AKD Using Modbus Poll and Wireshark Rev. F Dec
Flow-X/C Flow Computer
ICP DAS Power Monitor and Management Solution 2016,03,28
Routing and Switching Essentials v6.0
SCADA Communication and Architecture Principles
Routing Protocols and Concepts – Chapter 2
Chapter 2: The Linux System Part 1
CS703 - Advanced Operating Systems
Time Gathering Systems Secure Data Collection for IBM System i Server
Always Connected introduces Tigo SMART 3.1 This guide is interactive!
HOW PROTOCOL GATEWAYS GET CONFIGURED
Training Module Introduction to the TB9100/P25 CG/P25 TAG Customer Service Software (CSS) Describes Release 3.95 for Trunked TB9100 and P25 TAG Release.
Chapter 2: Operating-System Structures
Chapter 2: The Linux System Part 5
GMA Gas detection system
Ethernet Gateway EGX200 - EGX400
The Main Features of Operating Systems
Integrated gateway-server
Protocol Application TCP/IP Layer Model
Win-GRAF vs ISaGRAF Jul. 03, 2018.
Chapter 2: Operating-System Structures
Chapter 13: I/O Systems.
STATEL an easy way to transfer data
Modems in a POWERLOGIC System
Chapter 13: I/O Systems “The two main jobs of a computer are I/O and [CPU] processing. In many cases, the main job is I/O, and the [CPU] processing is.
Presentation transcript:

MDC-700 Series Modbus Data Concentrator [2016,05,26]

Modbus Data Concentrator? Why You Need Modbus Data Concentrator?

What is the problem? Low Speed RS-485 Most of meters only support low speed serial interface (RS-232 or RS-485) Discontinuous data collecting makes communication less efficient Low Speed RS-485 Data #1 Data #2 Data #3 The conventional approach is to read back the data from the meters one by one via RS-485. However, the speed will be quite slow. The speed bottleneck of this system is that: the speed of the RS-485 itself is not fast enough, so even the performance of the PC is enhanced (such as: upgrade the CPU or increase RAM size), the speed problem still cannot be solved. Data #4 Data #5 Data #6

What if I need more? Can I get all device status in one time? What if I want to share the data to 2nd set of SCADA?

Does Gateway Solve the problem ? No. High Speed Modbus RTU RS-485 Ethernet Modbus TCP tGW-715 Data #1 1 Data #2 RS-485 Data #1 Data #2 Data #3 The gateway products used for“ Modbus/TCP to Modbus/RTU” is quite popular. We have similar products such as I-7188EX-MTCP, tGW-715, etc. For this type of product, it is required to setup the baudrate of the COM port on the gateway, and the ID range of the Modbus/RTU devices managed by each COM port. When performing communication, on the PC, the IP address and Modbus ID of the Gateway are specified; when the commands are sent from the Modbus/TCP to the gateway, they will be bypassed to the Modbus/RTU devices on the corresponding COM port. The setting of Gateway is quite easy. But when you actually performing the operation, it is required to send the command to each device one by one, so even the PC side already uses Modbus/TCP communication, in the entire process of communication, a part of the communication still being transmitted via RS-232/485 and the speed will be slow down because of that. 2 4 Data #3 3 uPAC-7186EX-MTCP

Does MDC Solve the problem ? Yes. RS-485 Ethernet High Speed MDC-711 Data #1, #2, #3 1 The Modbus Data Concentrator will uses a scan engine to read back the data of Modbus/RTM devices one by one and store the data in the internal memory of the MDC device. After receiving the Modbus/TCP command sent from the PC, the MDC will then directly send the data stored in its internal memory to the PC. Therefore, when the PC requires obtaining the data of the Modbus/RTU devices, it can communicate with the MDC through the Ethernet, the communication speed will be fast and all the data stored in MDC can be retrieved immediately at once. By this way, it is much more efficient. T2 T3 2 T1 R1 Data #1 R2 R3 Data #2 Data #3

MDC makes register continuous #1 #2 #1 #2 #3 #4 Even, the Modbus data of some RTU devices are not stored continuously. In the old communication way, the PC will need to send multiple commands to read these data. The communication speed of the RS-232/485 is already slow, if it requires Read/Write the data by several times, the efficiency will be even worse. The MDC will organize the data from multiple RS-232/485 devices to be stored continuously no matter it is continuous or non-continuous data. By this way, the PC can read large amounts of data at once and dramatically increases the efficiency of the communication speed. #3 #4

MDC-700 Series and features

MDC-700 Series Modbus Data Concentrator Ethernet Port 1, 10/100 Base-TX Protocol Modbus/TCP Slave COM Port RS-232 1 4 RS-485 Modbus RTU Master/Slave

Great Capability

Easy to Use Web-based User Interface

Easy to Use Configuration with .CSV file

Easy to Use Import/Export the Config.csv File Config.csv is stored in the MDC-700 and can be quickly copied to another MDC-700 via import/export.

Easy to Use Easy to know the register mapping address Easy to know communication result  Easy to Debug You can see each definition on the MDC-700 Web page, and the register mapping address. The results of each operation can also be found, if there is any communication error, you can quickly find out which Modbus/RTU device fails.

Good Expansion Flexibility Multi-Ports Selection: MDC-711: 1x RS-232, 1x RS-485 MDC-714: 1x RS-232, 4x RS-485 MDC-741: 4x RS-232, 1x RS-485 Multi-port selection

Similar Products in The Market

Similar Products  Item MDC-700 Series MGate 5150 MBDC-200 DC-100 Company www.icpdas.com www.moxa.com www.proconx.com www.scanlink.com Configuration Tool Web Web, Utility Utility COM port 2~5 1 2 4 (2xRS-232,2x RS-485) Modbus Commands 240 100 Not mentioned Memory Size 9600 registers for each table of AI, AO, DI, DO 2048 input bytes & 2048 output bytes 8000 bytes for all table 500 register for all table Status of communication result Shown on web page for each definition  Easy to read and diagnose Counter for error events Configuration Import/Export Yes  The MDC-700 is the easiest one to use and can handle the maximum amount of data. Depending on the number of COM ports, there are 3 models to choose from, it is the most flexible one. The MBDC-200 features almost the same functionality and is only second to the MDC-700, but it only has two COM ports. DC-100 is not easy to use, and the number of the devices it can be connectted to is also the least. MGate 5150 features lots of functions(Modbus, Ethernet / IP), but it is not easy to use, and it only has one COM port, the scalability is the worst.

Status of communication result MDC-700 MBDC-200 MGate5150 1. If requires to connect to a lot of Modbus/RTU devices, the software tool must be easy to view so that the results of the operation can be detected immediately. 2. For MBDC-200, it only shows how much error has occurred, but it did not specify which Modbus/RTU device fails, and what kind of error it is, when encountered a problem, it is not easy to Debug. 3. The Mgate 5150 is better than MBDC-200. It features a function to read the original data ofthe Modbus communication, but the original data is quite complex and not easy to read.

MDC-700 Selling Points Key Benefit Speed up the time for reading from multiple Modbus/RTU devices Upgrade Modbus/RTU devices with Ethernet communication ability Web-based user interface Easy configuration with .CSV file Supports the Modbus RTU master and slave Support for up to 8 Modbus TCP masters Data pool for up to 9600 registers Modbus polling commands for up to 240 definitions Easy to Use Easy to be Integrated Great Capability

Choose MDC or Gateway ? Price: MDC > I-7188EX-MTCP > tGW Performance Improved: MDC >>> I-7188EX-MTCP = tGW If the number of RS-485 devices is small (<= 5 pcs), the users can select the I-7188EX-MTCP or tGW which are more cost-effective. However, if the scale of the system is large and uses more RS-485 devices, to use MDC will effectively enhance the overall communication performance.

What is the next for MDC ? Log for communication failure events Log for data

Q & A ~Thank You Very Much~