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DEIF AGC-4 Patent-pending Emulation

Patent-pending Emulation

A standard in the Automatic Genset Controller, AGC

4. using DEIF’s Emulation Solution, all you need to do

to perform a complete test of your Power Management

Systems is turn on your controller and connect communications.

The Emulations Solution’s focus on exact reproduction

of behaviour improves your planning, commissioning

and training. It is all done in a safe environment without

the costly and excessive need of gensets and switchgear

and without the risk of equipment damage and human

injury. The innovative solution gives you a critical market

advantage and guarantees your customers a cutting

edge, finished result.

Remote communication and control

The AGC-4 supports serial communication protocols

including Modbus (RS-485. USB, and TCP/IP) and

Profibus. This feature allows you to supervise and control

your genset/plant from a remote location and minimise

downtime or take immediate action on genset alarms or warnings.

DEIF AGC-4 Remote communication and control

AGC-4 features

► Multiple operating modes in one software

► Synchronisation of up to 56 breakers in one plant

► Multi-master power management

► Load-dependent start and stop

► Load management

► Emulation for fast training and I/O test

► Hot Standby – change to backup genset controller on the fly

► Close Before Excitation – synchronisation in less than 10 seconds

Remote communication and control

The AGC-4 supports serial communication protocols

including Modbus (RS-485. USB, and TCP/IP) and

Profibus. This feature allows you to supervise and control

your genset/plant from a remote location and minimise

downtime or take immediate action on genset alarms or warnings.

DEIF Automatic Genset Controller AGC-4

DEIF’s Automatic Genset Controller (AGC-4) is the

most comprehensive and flexible power management

and protection unit on the market today. A further

development of DEIF’s AGC-3. the new generation

controller is fully compatible with its predecessor and has

been designed to allow for easy, intuitive, and smooth

switch-overs for those looking to upgrade.

Suitable for a wide range of applications, the AGC-4’s

standard sequences include back-up power, start/stop,

synchronisation, and load sharing.

The AGC-4 is simple to incorporate into both new and

existing designs, customising the application to fit your

needs, for instance dedicating specific functions or logic

conditions to different inputs and outputs.

Technologically sophisticated, the AGC-4 is also the

world’s most robust power management controller,

successfully tested to maintain reliability and durability

in extreme weather and hazardous conditions. Approvals

include TÜV and UL.

Emerson KJ4002X1-BE1 Top Extender Cable Assembly

Removal and Insertion

This unit cannot be removed or inserted with system

power energized.

Power must be de-energized before disconnecting

any carriers or LocalBus Extender cables.

This product must not be unplugged unless either

the system has been de-energized or the area is

known to be safe. No combination of I/O carriers and

LocalBus Extenders must exceed a length of 6.5

meters. Interconnecting cable between enclosures

must be in conduit.

Maintenance and Adjustment

This unit contains no user serviceable parts and

should not be disassembled for any reason.

Calibration is not required.

Emerson BoarD SIzE PMCspan PMC Expansion Mezzanine

BoarD SIzE

Height:  233.4 mm (9.2 in.)

Depth:  160.0 mm (6.3 in.)

Front Panel Height:  261.8 mm (10.3 in.)

Width:  19.8 mm (0.8 in.)

ElECTroMagnETIC CoMPaTIBIlITy (EMC)

Intended for use in systems meeting the following

regulations:

U.S.: FCC Part 15. Subpart B, Class B c

Canada: ICES-003. Class B c

This product was tested in a representative system to

the following standards:

CE Mark per European EMC Directive 89/336/EEC  c

with Amendments; Emissions: EN55022 Class B;

Immunity: EN55024

SaFETy

All printed wiring boards (PWBs) are manufactured with

a flammability rating of 94V-0 by UL recognized manufacturers.

Emerson Specifications PMCspan PMC Expansion Mezzanine

Specifications

ForM FaCTor

Single-slot 6U VMEbus format

PCI-To-PCI InTErFaCE

Controller:  PLX6150 PCI-to-PCI interface bridge

Address/Data:  A32/D32

PCI Bus Clock:  33 MHz

Signaling:  5V

Mating Connector on Host Board:  114-pin PCI

Expansion Connector; still allows use of host CPU’s

original PMCs

Compliance:  PCI Local Bus Specification, Revision 2.1

IEEE P1386.1 PCI MEzzanInE CarD SloTS

Address/Data:  A32/D32. PMC PN1. PN2. PN4

connectors

PCI Bus Clock:  33 MHz

Signaling:  5V

Power:  +3.3V, +5V, ±12V, 7.5 watts max. per PMC

Module Types:  Two single-wide or one double-

wide, front- panel or P2 I/O

P2 PMC I/O:  64 I/O signals from first PMC routed

to VMEbus P2 connector

PowEr rEquIrEMEnTS (no PMCS InSTallED)

Power:    +5V @ 0.44 ampere (max.)

+12V @ 0 ampere (max.)

–12V @ 0 ampere (max.)

Emerson PMCspan PMC Expansion Mezzanine Details

PMCspan Details

CarrIEr BoarDS

Emerson offers a full line of PowerPC® microprocessor

based VME products which can be custom configured

for specific applications via on-board PMC slots. The

PMCspan expands this capability to further increase

customizing alternatives. It is compatible with Emerson’s

PowerPlus VME series. For further information on

these host CPUs, contact your local sales representative.

ProDuCT oFFErIng

In order to support the increased PCI bus loading

associated with additional PMCs, PMCspan uses the

PLX6150. This PCI-to-PCI interface bridge supports a

32-bit primary bus interface and a 32-bit secondary

bus interface. PMCspan mates directly with the host

CPU via the separate PCI expansion connector.

When the maximum of two PMCspan modules are stacked

together, the top board does not require a second PCI

to-PCI interface bridge. Software views this secondary

module as an extension to the primary PMCspan.

Emerson PMCspan PMC Expansion Mezzanine

The PMCspan board provides VMEbus processor

modules with greater expansion capabilities

• Single-slot 6U VMEbus format

• PLX6150 PCI-to-PCI interface bridge

• Support for two single-wide or one double-wide PCI Mezzanine

• Card (PMC) per PMCspan

• Stacking capability

• Front-panel and/or P2 I/O

• Compliant with PCI local bus specification (revision 2.1)

• Injector/ejector handles per VME64 extensions

• Compatible with Emerson’s PowerPlus VME series

The Emerson Network Power PMCspan board allows users to customize their exact I/O

requirements with Emerson’s VME-based CPU modules designed around the PowerPlus architecture.

When a PMCspan board is coupled with an Emerson processor module, the system

provides up to six PCI Mezzanine Cards (PMCs), more expansion capability than any

other VME-bus processor module. Each PMCspan board supports either two single

wide or one double-wide PMC. By stacking PMCspan boards onto a processor module,

a total of four additional single-wide PMCs can be added to Emerson’s compute

engines – either today or as future application growth demands.

The PMCspan is a standard 6U single-slot VMEbus module that links to its host board

via a PCI expansion connector. It supports both front panel and P2 I/O access for customer supplied

PMCs.

DEIF DU-2/MKIII Paralleling and Protection Unit (24VDC)

Applications

The DEIF DU-2/MKIII Paralleling and Protection Unit (24VDC) is

suited for a wide range of applications including Power Plants:

Suitable for small to medium power plants where several generators

run in parallel to cater to a changing load demand.

Marine Use: It is used onboard marine vessels for management 

of power generation and to have stable power supplies for integrated onboard systems.

Industrial Plant Use: It is used in factories and manufacturing units

for a continuous supply of power and protection of power-sensitive equipment.

Data Centers: It guarantees power backup works seamlessly at data

centers as that place needs continuous power supply in order to maintain operations.

Telecommunications: It is implemented in telecom facilities so that there

won’t be a break in the power supply towards essential communication equipment.

Benefits from Using the DEIF DU-2/MKIII

Benefits from Using the DEIF DU-2/MKIII

Enhanced System Reliability: The DU-2/MKIII ensures better system

reliability resulting from proper load sharing between generators.

This therefore reduces, hence preventing possible cases of outages and failure.

Increased Efficiency: The advanced load management feature for the generators

in the DU-2/MKIII minimizes fuel consumption as well as lowers operational costs.

Safety Assurance: Improved overall protection mechanisms on the DU-2/MKIII

prevent electrical faults from turning into equipment damage or unsafe operating conditions.

Easy integration: The flexible communication capabilities make easy integration

of the DU-2/MKIII into existing systems, allowing for upgrades without major modifications.

Reduced Downtime: The unit’s advanced protection systems allows for early detection of potential

problems,

which can be addressed promptly; thus reducing the chances of spurious and unplanned downtime.

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