ikoPDA focuses on domestic ms industrial high-frequency data acquisition & analysis Profinet EIP EtherCAT EGD UDP RFM RtEthernet Tc-net S7 Modbus OPC iso Ads Siemens AB,GE,Mitsubishi,Beckhoff,MOOG,Schneider,ABB,Alstom,Driver,Domestic PLC,Special Board QDR quality data recording (digital steel coil) centimeter and millisecond level, supports 32+clients online Equipment testing, fault diagnosis, quality analysis, ikoPDA CHPDA PLC-PDA, No crack & call similar system				3rd PDA formats & Rich proprietary features Global Standards, Exceptional Value Simplified for China. Zero-Installation Setup Full Customization & OEM with Open APIs Proven by Hundreds of Enterprise Applications
Process Data Acquisition – PLC-PDA -- Detailed analysis of quality manage & industrial big data sources -- Full stack develop & Fully intellectual property owned			高速数据采集方案 专题系统 联系我们、下载		High speed data acquisition scheme Thematic System Contact us & Download
1 Configuring the PDA System and Data Tags	37 Main driver system SL150
2 S7-1500 and slave drop data collection scheme	38 B&R - Robot
3 S7-400 Ethernet high speed fixed period 2ms	39 MITSUBISHI MC protocol - format 4
4 S7-300 Ethernet high speed fixed period	40 MITSUBISHI MELSECT – QnA 3E
5 Profinet	41 MITSUBISHI Q-Series UDP
6 S7-400/300/TDC/FM458 Ethernet Variable Access	42 Smart meter DL/T645-2007 protocol
7 Standard Ethernet UDP TCP	43 S7-200 smart
8 S7 PLC Tools for program debugging - pdaTools	44 Automobile CAN-bus
9 S7-400/300/TDC/FM458 Symbol Variable DB block	45 Alstom HPCi VMIVME 7750 - UDP
10 S7-400/300 iso(MAC address)	46
11 S7-300/400 standard ethernet	47
12 TDC Ethernet	48 Listen to all data on the Profibus bus and collect it
13 S7-1500/1200	49 ABB main drive ACS6000
14 MPI/DP variable access	50 Collecting PCI/PCIe card data
15 Profibus-DP	51 Collect TC-net network data
16 RFM(Reflective Memory)	52 Collect UDP data forwarded by Tc-net
17 CoDeSys	53 Collect domestic PLC data
18 Interface Module	54 Other data collection methods
19 Simotion D	55 High speed data forwarding
20 EGD(Ethernet Global Data)	56 PDA system scheme for converter, RH furnace, LF furnace in steel plant
21 Modbus Register address	57 Continuous Casting Hydraulic Vibration PDA System
22 Modbus TCP Memory block	58 Hot rolling TDC GDM.PDA system renovation
23 Modbus TCP Register address	59 USB HID
24 FM458 Profibus-DP gateway	60 AnyControl
25 GE Fanuc SRTP/ SNPX	61 DDEServer
26 Wago	62 PDAServer as EtherCAT Slave
27 MOOG PLC	63 MQTT
28 ABB PLC	64 S7-1200 as both a PROFINET IO Controller and an IO Device
29 Beckhoff Ethernet	65 Millisecond level temperature acquisition
30 Bechhoff Realtime Ethernet	66 Acquiring TDC Data via Reflective Memory Network
31 Beckhoff Ads	67 Opc Ua Variable Scan and Export
32 EtherCAT	68 Collecting KEPServer data through Opc Ua
33 RS232 / RS485	69 Collecting S7-1500 data through Opc Ua
34 Rockwell AB PLC	70 Collecting AnyControl data through Opc Ua
35 OPC / OPC Ua	71 Opc Ua Interface pdaOpcUaServer
36 Auxiliary transmission S120	72 Project performance and typical project application
58 Transformation Plan of PDA System Based on GDM.TDC for Hot Rolling The GDM network card in a computer becomes very unstable after prolonged use, often requiring more than ten restarts to function properly. The number of points collected by one card is also limited, making it expensive. 58.1 CPU551 scheme 1 Add one set of PDA high-speed data acquisition and analysis system to each area, as shown in Figure 1. (1) The original PDA system based on GDM had limited collection points and remained unchanged. (2) The newly added PDA system adopts Ethernet communication method, and each CPU of TDC sends the data to be collected to the PDAServer through the CTV-P function block using UDP protocol. (3) Add one set of PDA system with 10000 points in the rough rolling area. (4) Add one set of PDA system with 10000 points in the precision rolling area. (5) Add one set of PDA system with 10000 points to the roll up area. (6) Three new PDA systems have been added, with slightly higher costs, but the high-frequency Ethernet data flow in each area is limited to the local network. (7) This PDA system has a high cost performance ratio, using multiple solutions, and the cost increase is not significant. (8) Any computer connected to L1 Ethernet can perform online and offline data analysis. Figure 1 Scheme for adding 1 new PDA system in each area 58.2 CPU551 scheme 2 A total of one PDA high-speed data acquisition and analysis system will be added to the three zones, as shown in Figure 2. (1) The original PDA system based on GDM had limited collection points and remained unchanged. (2) The newly added PDA system adopts Ethernet communication method, and each CPU of TDC sends the data to be collected to the PDAServer through the CTV-P function block using UDP protocol. (3) Install one set of PDA system with 30000 points in the roughing area, finishing area, and coiling area. (4) Using one PDA system, the cost is slightly lower, but the high-frequency Ethernet data streams in each area need to pass through the L1 central switch, resulting in a higher amount of high-frequency data streams in the backbone network. (5) Any computer connected to L1 Ethernet can perform online and offline data analysis. Figure 2 Scheme for Three Zones Sharing One PDA System 58.3 CPU555 scheme 1 Add one set of PDA high-speed data acquisition and analysis system to each area, as shown in Figure 3. Due to the Profinet network port on CPU 555, high-speed communication with PDA can be achieved through Profinet and UDP protocols. If the network port needs to be isolated, it can be connected one-to-one with the PDA server network port. Other schemes are the same as CPU 551 Scheme 1. Figure 3 Scheme for adding 1 set of PDA system in each area 58.4 CPU555 scheme 2 A total of one PDA high-speed data acquisition and analysis system will be added to the three zones, as shown in Figure 4. Due to the Profinet network port on CPU 555, high-speed communication with PDA can be achieved through Profinet and UDP protocols. If the network port needs to be isolated, it can be connected one-to-one with the PDA server network port. Other schemes are the same as CPU 551 Scheme 2. Figure 4 Plan for Three Zones to Share One PDA System
Apparatus test&Fault diagnosis&Quality analysis		Millisecond data sampling Real-time data compression Capture signal instantaneous mutation
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