Industry trends - Page 8 of 9

Vibro-meter VM600-ABE042 204-042-100-011 - Industrial Vibration Monitoring Module

2025-01-03 BY jonson

VM600-ABE042|System rack

The VM600Mk2/VM600 ABE040 and ABE042 system racks are designed to house hardware for the VM600Mk2/VM600 series of mechanical protection and/or condition monitoring systems from the Megget Vibrometer ® product line.
The VM600Mk2/VM600 ABE04x system rack has two models :ABE040 and ABE042.
These are very similar, different only in the position of mounting brackets. Both racks have a standard height of 6U and provide mounting space (rack slots) for up to 15 single-width VM600Mk2/VM600 modules (card pairs), or a combination of single-width and multi-width modules (cards). These racks are particularly suitable for industrial environments where the device must be permanently installed in a 19 “cabinet or panel.

Different versions of ABE04x system racks support different installation options to support a variety of markets and applications.
The VM600 system rack features an integrated VME backplane that provides electrical interconnection between the installed VM600Mk2/VM600 modules (cards) : power, signal processing, input/output, relays, and CPUx “rack controllers”. The RPS6U also includes a power check relay, which is installed at the rear of the rack to indicate whether the installed RPS6U rack power is operating properly.
One or two RPS6U cabinet power supplies can be installed in the VM600Mk2/VM600 ABE04x system rack. A cabinet with a single RPS6U power supply (330w) can supply power to the entire chassis
Module (card) racks in applications with operating temperatures up to 50°C(122°F). In addition, two RPS6U power supplies can be installed in one rack to support rack power redundancy, or to provide non-redundant power to modules (cards) under a wider range of environmental conditions (see Power Supplies on page 4).
The VM600Mk2/VM600 processing module (card) is installed in the front of the rack, and the corresponding input/output module (card) is installed in the rear of the rack. Input/output modules (cards) provide connectors to connect sensors/measurement chains and share various signals with external systems such as DCS or PLCS.
In general, the VM600Mk2/VM600 ABE04x system racks are configured in the factory before delivery, so they are ready-to-use. Optionally, each module (card) can be reconfigured to meet the needs of a specific mechanical monitoring application, using the appropriate software package, from Megget VibroSight® :VM600 MPSx or Vibrosight ®.
For more information, please contact your local Meggett representative.

VM600 IOC4T

VM600 RPS6U

VM600-204-040-100-012

2025-01-03 BY jonson

IN Industry trends

VM600-ABE040|VM600 frame meter

ABE040 is a VM600 system frame with a height of 19 “6U and 15 slots for fixing single-slot or dual-slot cards. Abe040 can accommodate a maximum of 12 functional cards (MPC4/AMC8/XMV16). Abe040 is suitable for cabinet or panel installation in industrial environments. The front of the frame CPUM/MPC4/AMC8/XMC16 and so on
Processing card and RPS6U power supply, at the back of the IOCN IOC4T/IOC8T XIO16T/RLC16 / IRC4 IO and relay CARDS, as well as the power input back, no card slot with blind plate cover.
ABE040 is an integrated VME backplane bus. The ABE040 is electrically isolated from each other, including power supply, signal processing, data collection, and input and output. The frame requires one or two RPS6U power modules to provide independent or redundant power supply. In the case of redundant power supply, the power supply of each RPS6U is 50% full. When one RPS6U power module fails, the other RPS6U power module switches to 100%. The rear of the frame has a power failure relay output, which can be set to operate when any or all power is lost.
Vibro-meter VM600-ABE040 204-040-100-011, Core Processor Module
VM600 1U 19 “frame This is used to install the machine protection and condition monitoring card of the VM600 series of VIbro-meters.
The standard height 1U 19 “frame provides mounting space for VM600 series cards. This frame is particularly suitable for industrial environments where equipment must be permanently installed in 19 “cabinets or panels.
The rack has an integrated backplane that provides integration between the electrical interconnect power unit (RPS1U) and VM600 card mounting. There is also a power status relay behind the back plate to indicate whether the power is working properly.
The RPS1U power supply is available in DC and AC power supply, with a variety of voltage ranges. IOC I/O cards are installed at the back of the frame. The clamp is provided with terminals for connection to the sensor/preprocessor and signal connection terminals for output to the external control system.
The frame is usually configured in the factory and the meter received by the user can be used directly. Or each card can also be configured on site through the configuration software for each card. Software includes VM600 MPS1, MPS2, or VibroSight ®.

VM600 IOC4T

VM600 RPS6U

VM600-204-040-100-012

2025-01-03 BY jonson

IN Industry trends

VM600-204-040-100-012|Vibration monitoring system

From the vibro-meterproduct line19″ system racks with a standard height of 6URobust aluminium construction
Modular concept allows specific cards to beadded for machinery protection and/orcondition monitoring
Cabinet or panel mounting
Backplane supporting the VME bus, theVM600Mk2/VM600 system’s Tacho, Raw andOpen collector (OC) buses, and power supplydistribution
Uses the VM600Mk2/VM600 RPS6U rack powersupply: AC and/or DC input versions
Power supply check relay

The VM600MK2/VM600 ABE040 and ABE042 systemracks are used to house hardware for theVM600Mk2/VM600 series of machinery protectionand/or condition monitoring systems, fromMeggitt’s vibro-meter@ product line.
Two types of VM600MK2/VM600 ABE04x systemrack are available: the ABE040 and the ABE042.These are very similar, differing only in the positionof the mounting brackets. Both racks have astandard height of 6U and provide mountingspace (rack slots) for up to 15 single-widthVM600Mk2/VM600 modules (card pairs), or acombination of single-width and multiple-widthmodules (cards). These racks are particularlysuitable for industrial environments. whereequipment must be pemmanently installed in 19″cabinets or panels.
VIBRO METER VM600 CPU M, Modular Control Module 209-595-200-232
The different versions of ABE04x system rackenable different mounting options to supportvarious markets and applications.
The VM600 system rack has an integrated VMEbackplane which provides the electricalinterconnections between the installedVM600Mk2/VM600 modules (cards): power supply.signal processing, input /output, relay andCPUx ‘“’rack controller”. lt also includes a powersupply check relay,available at the rear of therack, which is used to indicate that the installedRPS6U rack power supplies are operatingnormally.
Either one or two RPSoU rack power supplies canbe installed in a VM600Mk2/VM600 ABE04x systemrack.A rack with one RPS6U power supply (330 Wversion) supports the power requirements for a fullrack of modules (cards) in applications withoperating temperatures up to 50°C(122°F).

VM600 IOC4T

VM600 RPS6U

VM600-204-040-100-012

2025-01-03 BY jonson

IN Industry trends

VM600 RPS6U|VM600 frame meter

The RPS6U rack power supplies are designed for usein the VM600 series of machinery protection systemsand condition and performance monitoring systems,from Meggitt Sensing Systems’ Vibro-Meter productline.
The RPS6U is installed in the front of a VM600system rack (ABE04x), which has a standard heightof 6U, and connects via two high-current connectorsto the VME bus of the rack’s backplane. The rackpower supply provides +5 Voc and ±12 Voc to allVM600 cards in the rack via the backplane.
One or two RPS6U rack power supplies can beinstalled in a VM600 system rack. A rack can havetwo RPS6U rack power supplies installed for differentreasons: in order to support rack power supplyredundancy or in order to supply power to the cards(non-redundantly)
A VM600 rack with one RPS6U power supplyinstalled operates non-redundantly (without rackpower supply redundancy) and can support a full rackof cards,such as 12 xMPC4 /l0C4T card pairs or12 xXMx16/X1016T card pairs.
Vibro-meter VM600-RPS6U - High Precision Industrial Controller
A VM600 rack with two RPS6U power suppliesinstalled can operate redundantly (with rack powersupply redundancy) for a full rack of cards. Thismeans that if one RPS6U fails, the other will provide100% of the power requirement and the rack willcontinue to operate, thereby increasing the availabilityof the machinery monitoring system.
Alternatively, a VM600 rack with two RPS6U powersupplies installed can operate non-redundantly(without rack power supply redundancy). Typically,this is only necessary for a full rack of cards inapplications where the operating environmentrequires RPS6U output power derating.
The number and type of RPS6U power suppliesinstalled in a VM600 rack, together with the number ofcards installed and the environmental conditionshelps determine the mode of operation of the RPS6Upower supplies as either redundant or non-redundant.See also Ordering information on page 14.
Various versions of the RPS6U rack power supplyexist, allowing a rack to be powered from extemal ACor DC mains supplies with a range of supply voltages.
A power supply check relay, available at the rear of aVM600 rack, indicates that the power supplies areoperating normally. Refer to the ABE040 and ABE042VM600 system rack data sheet for additionalinformation on power supply check relays.
In applications where the VM600 rack is powered byan AC mains supply, a VM600 auxiliary sensor powersupply (ASPS) can also be included in the rack. TheASPS provides +24 Voc outputs which can be usedby external hardware such as front-end transducers,signal conditioners and galvanic separation units.For specific applications, contact your nearest MeggittSensing Systems representative.

VM600 IOC4T

VM600 RPS6U

VM600-204-040-100-012

2025-01-03 BY jonson

IN Industry trends

VM600 IOC4T|Machine monitoring protection module

The lOC4T input /output card acts as a signalinterface for the yM600 series MPC4 machineryprotection card, from Meggitt’s Vibro-Meter@product line.lt is installed in the rear ofa yM600rack and connects directly to the rack backplanevia two connectors.
EachlOC4T card is associated with acoresponding MPC4 card and is mounteddirectly behind it in the VM600 rack (ABE04x orABE056).The l0C4T operates in slave mode andcommunicates with the MPC4, throughconnector P2, using an Industry Pack (IP]interface.
The front panel of the lOC4T (rear of the VM600rack)contains terminal strip connectors for wiringto the transmission cables coming frommeasurement chains(sensors and /or signalconditioners).The screw-terminal connectors arealso used to input all signals from and output allsignals to any external control system.
The lOC4T card protects all inputs and outputsagainst electromagnetic interference (EMl) andsignal surges and also meets electromagneticcompatibility (EMC] standards.
The lOC4T connects the raw dynamic (vibration)and speed signals from the sensors to the MPC4These signals,once processed, are passed backto the lOC4T and made available on the terminalstrip on its front panel (rear of VM600]. For thedynamic signals, four on-board digital-to-analogconverters(DACs) provide calibrated signaloutputs in the range 0 to 10 Y.in addition, four on.
Vibro-meter VM600 IOC4T - I/O Module for Industrial Automation

board voltage-to-curent converters allow thesignals to be provided as current outputs in therange 4 to 20 mA (jumper selectable).
The lOC4T contains four local relays that can beattributed to any specific alamm signals undersoftware control. For example, these may be usedto signal an MPC4 fault or a problem detected bya common alamm ($ensor OK, Alarm and Danger])in a typical application.
In addition,32 digital signals representing alarmsare passed to the rack backplane and may beused by optional RLCl6 relay cards and /or lRC4intelligent relay cards mounted in the rack(jumper selectable).
Applications information
When used as a card pair with an MPC4machinery protection card, the lOC4T is highlysuitable for machinery monitoring and protectionin a wide range of industrial applications.
For further information on the use of MPC4/IOC4Tcard pairs in general, refer to the
VM600 machinery protection system (MPS)hardware manual and the VM600 MPSx softwaremanuals. For information on the use ofMPC4/l0C4T card pairs in functional safetycontexts,refer to the refer to the yM600functional safety manual.
For specific applications, contact your localMeggitt representative.

VM600 IOC4T

VM600 RPS6U

VM600-204-040-100-012

2025-01-03 BY jonson

IN Industry trends

MVME147S-1|Microprocessor unit (MPU) modules for embedded systems

Features:
Shared DRAM with Parity
SCSI Bus Interface with DMA Channel
MC68030 Microprocessor and MC68882 Floating-Point Coprocessor
VMEbus Master Interface (A32/D32 and A24/D16 Compatible)

The Motorola MVME147S is a double-high VMEmodule and is best utilized in a 32-bit VMEbus system with both P1 and P2 back-planes. The module has high functionality with large on-board shared RAM, serial ports, and Centronics printer port. The module provides a SCSI bus controller with DMA, floating-point coprocessor, tick timer, watchdog timer, and time-of-day clock/calendar with battery backup, 2KB of static RAM with battery backup, four ROM sockets, and A32/D32 VMEbus interface with system controller functions are also provided.

The MVME147S can be operated as part of a VMEbus system with other VMEmodules such as RAM modules, CPU modules, graphics modules, and analog I/O modules.
The MVME147SRF Motorola MPU VME Module may still be available for purchase and support from Artisan Technology Group beyond End-Of-Life (EOL) by the manufacturer (OEM).

GE IS200EROCH1ABB High-Performance Industrial Control Module

2025-01-02 BY jonson

IN Industry trends

IS200EROCH1ABB|Has two backplane connectors

The IS200EROCH1A model is part of the EX2100 family produced by General Electric Industrial Systems. The EROC acronym in this part stands for Exciter Regulator Options Card. The board typically supports voltage regulator options, third-party GE ground detectors, and terminal board power connections.

The IS200ERGTH1A model is connected to the IS200eroCH 1A module and will be used to detect ground resistance leakage at any point within the generator’s excitation current. On the front panel of the IS200eroCH 1A model, there is a keyboard connector that can be used to connect the RS-232 cable. Another keyboard connector is located on the back of this model.

The IS200EROCH1A is capable of transmitting data from two locations on the regulator rack. On the panel of this model, there is a power LED located at the top of the board, near the board, with GE Energy on it. There are two ISBUS connectors and a tool D-pin connector below the power LED. The model integrates several circuits.

If you have any questions about this model, please feel free to contact AX Control for more information.

Frequently asked questions about IS200EROCH1A
What is the description of IS200EROCH1A board?

EROC board cards are single-slot 6U high cards. This model is installed in the leftmost slot of the simplex control module rack.
How is the IS200EROCH1A model used in a simplex control rack?

When the EROC model is used in a simplex control rack, it will provide ground detector oscillator output and induced voltage, as described in the EGDM board.
Are EROC and EGDM boards interchangeable?

Yes. As long as the EROC board is used in a simplex control frame, it serves the same function as the EGDM board and interfaces with the EXAM board, which is also used to detect ground field voltage.
Do you need to use multiple EROC models when running in simplex mode?

Nooooo. When the IS200EROCH1A board is running in a simplex control rack, only one of the boards is needed.

2025-01-02 BY jonson

IN Industry trends

IS200ERIOH1AAA|Designed for EX2100 excitation control equipment

The IS200ERIOH1A board is manufactured by GE for the EX2100 excitation regulator and the entire Mark VI family, providing an I/O interface for customers and system I/O. It provides these functions for simplex and redundant voltage regulation control systems. For simplex applications, I/O is installed in the ERBP (Excitation Regulator backplane) and provides an interface for customer I/O signals from the ECTBG2 terminal board and EPCT terminal board. The IS200ERIOH1A is also capable of connecting EROC (Excitation Regulator option card) and ERDD (Excitation Regulator Interface and Dynamic Discharge) system I/O signals. For redundant applications, it also connects system I/O signals for ERRR (Excitation Regulator redundant relay).

The excitation regulator I/O is connected to the EROC and ERDD boards via the ERBP or ERRB backplane, the former for simplex applications and the latter for redundancy applications. In addition, the ERIO is connected to EPCT and ECTB via two 25-pin connectors, and to ERBP and ERRB. The FPGA (Field Programmable Gate Array) controls the storage and data acquisition into the DPM (dual port memory). This particular unit is A revised version of the original part and is represented by an “A” at the end of the model number.
GE IS200ERIOH1AAA - High-Performance I/O Interface Module for GE EX2100 Excitation Control System

FAQ about IS200ERIOH1A
What is IS200ERIOH1A?

The ERIO board provides I/O interfaces for system I/O and customer I/O in the EX2100 regulator control system. It serves both redundant and simplex applications, each with slightly different functionality and connectivity.
What is the EX2100 excitation control system to which this I/O card belongs?

The EX2100 excitation control system, manufactured by General Electric, provides advanced management solutions for new and retrofit gas, steam or hydroelectric power generation. It combines hardware and software elements to ensure system safety and perform operations such as flame detection, signal scaling, and more. The EX2100 is designed to operate efficiently alongside GE’s Speedtronic Mark VI. It provides keyboards, thermistor systems, and more.

2025-01-02 BY jonson

IN Industry trends

IS200ERDDH1ABA|Excitation regulator dynamic discharge board

The IS200ERDDH1A model is part of the EX2100 series and is a driver regulator dynamic discharge board. The ERDD model has two modes of operation: simplex and redundancy. Each application pattern is used differently and is mounted differently.

When the IS200ERDDH1A is used in simplex mode, the model controls the K3 charging relay; When the board is used in redundancy mode, it will control the K41 deexcitation relay. When running in simplex mode, the IS200ERDDH1A is installed in the ERBP backplane. When running in redundancy mode, two ERDD models must be used, one installed in the same location as the model in simplex mode. The other board will be installed in the ERRB backplane.
GE-FANUC IS200ERDDH1ABA - Mark VI Circuit Board

Another function of the board is to provide feedback from the bridge to observe the output field and DC link voltage. While monitoring these, the board also allows observation of the output shunt current, IGBT gate drive state, and bridge temperature. The IS200ERDDH1A board is usually used to control excess DC bus voltage by dynamic discharge of the model.

2025-01-02 BY jonson

IN Industry trends

IS200ERAXH1A|The digital excitation regulator module maintains and regulates the generator voltage output

Manufacturer: General Electric
Product number: IS200ERAXH1A
Product Type: Excitation Control Regulator Auxiliary I/O (ERAX) board
Series: GE Speedtronic EX2100e
Stock: Available
Warranty: 3-7 days
Emergency maintenance: 24-48 hours
Warranty: 3 years
GE IS200ERAXH1A: Advanced PLC Controller Module for Industrial Automation
Features:

IS200ERAXH1A plays a role in regulating the generator excitation system in power plants.
The excitation system is very important for controlling the output voltage of the generator. They provide the current needed for the generator rotor to generate a magnetic field (excitation current).
By adjusting the excitation current, the voltage output of the generator can be maintained at the desired level.
Applications:

The IS200ERAXH1A can be used in industrial power generation applications, in particular:
Power plant synchronous generator excitation control system
Maintain and regulate generator voltage output