+086-15305925923

K-WANG

Service expert in industrial control field！

English 简体中文

NameDescriptionContent

Adequate Inventory, Timely Service

pursuit of excellence

Ship control system

Equipment control system

Power monitoring system

Current position:

Home >> GE >> GE VMIACC-5595-208 Specification

新闻动态

newS

Brand

GE VMIACC-5595-208 Specification

From: | Author:Wang | Time :2024-12-17 | 143 visit: | Share:

 Set the display language. Select the desired language from the drop-down list. The display

change is immediate. Multiple languages can be viewed at the same time from the RUI.

However, the last language selected for display by either from the LUI or the RUI becomes the

default display language when the analyzer is restarted.

 Network Setup: The Network Address Settings are located under the SBC button of the Master

Controller. The Master Controller is equipped with dual 100 MB Network Interface Card (NIC)

Ethernet jacks supporting redundant communications.

If applicable, configure the network address from the Setup>Master Controller>SBC>Network

Adapters>Config Subtab by entering the information in the appropriate areas. Figure 4-30 is

an example Network Setup.

Figure 4-30: Network Setup Example

 HOST NAME: The network name of the Master Controller. The host name will be the same on

both networks.

IMPORTANT NOTE: Port 58921 TCP and Port 58921 UDP are set as the default network ports for a

STAR analyzer system. If either port is used by another application, the STAR network port will

need to be changed on all networked devices.

 STAR Network Port: The port at which the STAR Network is located.

 PRIMARY NIC and SECONDARY NIC addresses: Contact the network administrator for

available IP Addresses, Subnet Masks and Multicast Addresses. The Multicast address is

defaulted to 239.1.1.1 for the primary address and to 239.1.1.2 for the secondary address. If

a multicast address must be changed, ensure that all devices that need to communicate are

on the correct multicast address.

IMPORTANT NOTE: The network configuration does not support Dynamic Host Configuration

Protocol (DHCP.)

If you are configuring both NICs, the IP Address/Subnet Mask must ensure IP addresses are on

different subnets.

Check the connectivity of the system by loading the RUI and connecting to the Master Controller (see

section 5.7). The MAC address of each network adapter is shown, plus an editable text area for

reference purposes.

To set the network address and communication parameters:

1. Navigate to the Setup>Config Subtab.

2. Select Network Adapters from the Function Select list.

IMPORTANT NOTE: The HOST NAME and STAR Network Port are configured at the ABB factory

and should not be changed.

3. Enter the Primary NIC and Secondary NIC addresses.

4. Enter the Subnet Mask addresses.

5. Enter Multicast addresses. Default Multicast addresses are provided.

6. Set up routing tables as needed.

The multicast addresses allow messages to be passed through network gear (switches/routers) from

subnet to subnet.

IMPORTANT NOTE: Routers must enable multicasting for this functionality to work.

 Network Routing: The PGC5000 series can route through different networks using routing

tables. Up to four routes can be configured per network interface.

Configure the routing tables by selecting the Routing Table Configuration icon. The popup

entry form allows the creation of a routing table for each network.

 Network Addressing: Check with the network administrator to establish IP addresses and

network masks to assign to the analyzer. Ensure all network information needed for

redundancy and routing, including the network gateways, are available. Verify communication

via the network. Refer to the RUI in section 5.7.

 Saving Network Settings: Saving Network settings will force the Master Controller to re-boot.

A popup message (Figure 4-31) will confirm the procedure.

Figure 4-31: Saving Configuration Message

1. Ensure all schedules are stopped.

2. Press the Save icon to save settings.

 Clock Setup: The system clock is set in the Setup>Master Controller>SBC>Clock>Config

Subtab (see Figure 4-32). The date is displayed in Month/Day/Year format. The clock is

displayed in 24-hour format.

上一篇： GE VMIVME-......

下一篇： GE VMIVME-......

ABB AX411/511010/STD pH/ORP Analyzer Controller
ABB R1091 Industrial Automation Control Module
ABB BIO0003 Binary Input Output Module
ABB CPU0002 Industrial Control Processor Module
ABB M063B Industrial Control Module
ABB IMDS003 Control System Module
ABB 5SHX08F4502 Power Semiconductor Module
ABB RMIO-12C Drive Control Board
ABB XO08R1-B4.0 Industrial Control Module
ABB 5SGX1060H0003 IGCT Power Semiconductor Module
ABB 81EU01E-E Industrial Control Module
ABB DSRF197K01 Control System Interface Module
ABB TK802F Control System Connection Cable
ABB 3BHE039203R0101 Industrial Power Control Board
ABB 3BHB004027R0101 Industrial Control Circuit Board
ABB 3BHB003154R0101 Industrial Control Circuit Board
ABB PM864AK01-eA AC800M Processor Unit
ABB CI868K01-eA Communication Interface Module
ABB 5SHY35L4520 IGCT Power Semiconductor Module
ABB UNS0119A-P V101 Automation Interface Board
ABB GCC960C103 Industrial Control Module
ABB GVC736CE101 Control System Interface Module
ABB PCD244A101 Process Control Communication Module
ABB GFD212A Field Device Interface Module
ABB PDD200A101 Power Drive Module Industrial Automation Component
ABB SPIET800 Ethernet Communication Module Industrial Network Interface
ABB SPAD346C3 Protection Relay Module Industrial Power System
ABB 15.04.20.05 Industrial Control Module Automation Component
ABB FPX86-9329--C Control Processor Module Industrial Automation System
ABB ARCOL 0339 Industrial Power Resistor Component
ABB 5SDD1060F0001 Thyristor Module High Power Semiconductor Device
ABB KUC720AE Control Unit Industrial Automation Processor
ABB UFC718AE01 Control Board Industrial Automation Module
ABB FI820F Fieldbus Interface Module Industrial Communication System
ABB CB801 Communication Base Unit Control System Module
ABB DSAI130D Analog Input Module Industrial Control System
ABB 086345-504 Control Board Module Industrial Automation Component
ABB PFCL201C 10KN Load Cell Tension Measurement Module
ABB 3HAC17484-8108 Robot Drive Unit Industrial Motion Control Module
ABB 5SHY3545L0009 IGCT Module High Power Semiconductor Device
ABB NPCT-01C Process Control Terminal – Industrial Automation Interface
ABB 216DB61 AC Motor Protection Relay – Reliable Motor Safety and Control
ABB 216AB61 AC Motor Protection Relay – Industrial Motor Safety
ABB 5SHX1060H0003 High Voltage Circuit Breaker – Reliable Industrial Protection
ABB 3BHB003154R0101 AC Drive Module – Industrial Automation Solutions
ABB UAD149A0011 Industrial Excitation Control Module for Advanced Drive Systems
ABB UAD149 Excitation Control Unit
ABB PFEA113-20 Tension Measurement Module
ABB GDD471A001 Drive Control Board
ABB UCD224A103 Control Unit Module
ABB PDD205A1121 Power Drive Control Module
ABB DSPC454 Processor Module
ABB 81EU01E-E Excitation Control Module
ABB TK457V050 Control Cable Assembly
ABB DSRF197K01 I/O Interface Module
ABB TK802F Communication Cable Assembly
ABB 3BHE039203R0101 Control Interface Module
ABB 3BHB004027R0101 Power Control Board
ABB 3BHB003154R0101 Power Control Board
ABB PM864AK01-eA AC 800M Processor Unit
ABB CI868K01-eA Communication Interface Module
ABB 5SHY35L4520 IGCT Power Semiconductor Module
ABB UNS0119A-P V101 Control Interface Module
ABB GCC960C103 Control Communication Board
ABB GVC736CE101 Voltage Control Module
ABB PCD244A101 Control Processor Module
ABB GFD212A Ground Fault Detection Module
ABB PPD513 A2A‑11165 Industrial Automation Controller
ABB PDD200A101 Digital Processing Device
ABB SPIET800 Industrial Automation Interface Module
ABB SPAD346C3 Protection and Automation Device
ABB FPX86-9329--C Power Interface Board
ABB ARCOL0339 Precision Power Resistor
ABB 5SDF0860H0003 Phase Control Thyristor Module
ABB KUC720AE01 Drive Control Module
ABB UFC718AE01 Control Interface Unit
ABB 5SHX2645L0004 IGCT Power Semiconductor Module
ABB SPHSS03 High-Speed Signal Processing Module
ABB CB801 Communication Backbone Module
ABB DSAI130D Analog Input Module
ABB 086345-504 Industrial Interface Control Module
ABB PFCL201C 10KN Tension Measurement Module
ABB 3HAC17484-8108 Industrial Control Module
ABB 5SHY3545L0009 IGCT Power Semiconductor Module
ABB NPCT-01C Control Processing Module
ABB 216AB61 Industrial Control Module for Automation Systems
ABB 5SHX1060H0003 High Power Thyristor Module for Industrial Power Control
ABB 07KT97H3 PLC Central Processing Unit for Industrial Automation
ABB 3BHB005171R0101 Power Semiconductor Module for Industrial Power Systems
KEBA E-SP-CCEC/A/22 - Keyboard Panel
KEBA ERHL33 - Module
KEBA K-FTC-AN/B - Control Panel Board
KEBA DO321 1914D-0 - Digital Output Module
KEBA T70Q - Teach Pendant
KEBA BL272/A / BL272/B - Bus Coupling Module
KEBA T70R - Teach Pendant
KEBA PRONET-E-20A-K - Servo Drive
KEBA T55-RA0-AU0-LK - Mobile HMI KeTop
KEBA DO-272/A - Digital Output Module
KEBA PS240/A - Power Supply Module
KEBA 2134-00393 - Module Code
KEBA E-10-ANALOG-SU - Analog Card
KEBA 1904D-0 / D1458E - E-10 Analog Card
KEBA FM265A - Function Module
KEBA CR17910086 - Controller Board
KEBA C5G-TP5WC2 - Robot Teach Pendant
KEBA PD242A - Power Supply Module
KEBA DI-325 - Digital Input Card
KEBA C2-TM-240/A - Digital Input Module
KEBA D1547C - I/O Bus Coupling Board
KEBA CR-092 - Interface Module
KEBA 3HAC023195-003 - IRC5 Teach Pendant Cable
KEBA KETOP-T150-MA0 - Mobile HMI
KEBA KC-P30-EC24011 - Control Module
KEBA 1770B-1 - E-8-THERMO Card
KEBA T20T-T00-AR0-CE6 - KeTop Terminal
KEBA D1633C-1 - CPU Card
KEBA HT401-232-8/0 - Teach Pendant
KEBA AO-570 - Analog Output Module
KEBA T10-mAb-DMV - Handheld Terminal
KEBA C70-rqa-AK0-Le - KeTop Teach Pendant
KEBA 1918F-0 - Digital Output Board
KEBA T10-mAa-DMV - Handheld Terminal
KEBA HT2-SCHLUSSELS - Key Switch for HT2
KEBA T100-003-CES - HMI Terminal
KEBA GVME610IO - I/O Module
KEBA HT501-231 - Teach Pendant
KEBA E-CG-CONTROL - Graphic Control Card