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Basler Electric DGC-2020HD provides integrated engine-genset control

Features and Functions

The DGC-2020HD provides integrated engine-genset control, protection, and metering in a single

package. Microprocessor-based technology allows for exact measurement, setpoint adjustment, and

timing functions. Front panel controls and indicators enable quick and simple

DGC-2020HD operation. A backlit liquid crystal display (LCD) can be viewed under a wide range of

ambient light and temperature conditions. Basler Electric communication software (BESTCOMSPlus®)

allows units to be easily customized for each application. Because of the low sensing burden in the

DGC-2020HD, dedicated potential transformers (PTs) are not required.

Event Recording

A history of system events are logged in nonvolatile memory. The DGC-2020HD retains records for 128

unique types of events. Each record tracks the number of times that an event has occurred and records a

time stamp of the first and last occurrences.

A Sequence of Events (SER) log is also available. This log tracks the internal and external status of the

DGC-2020HD. Events are scanned at five millisecond intervals with 1.023 events stored per record. All

changes of state that occur during each scan are time- and date-stamped. Sequences of Events reports

are available through BESTCOMSPlus. Over 1.000 records can be retained in nonvolatile memory. When

the SER memory becomes full, the oldest record is replaced by the latest one acquired.

Eaton PAC8000 8701-CA-BI Redundant BIM Carrier

8701-CA-BI Redundant BIM Carrier

For details on the installation and operation of the BIM Carrier, refer to the PAC8000 I/O

– PROFIBUS DP BIM Instruction Manual, INM8507.

Features

 accommodates two Bus Interface Modules

 supports PROFIBUS-DP

 provides dual PROFIBUS network connections

 can be used with DIN rail or panel mounting

Standard and Extended Diagnostics

The PROFIBUS BIM supports Standard and Extended Diagnostics. While the Standard

Diagnostics provide standard PROFIBUS status information, the Extended Diagnostics

provide detailed information relating to the status of the BIM, the health of the modules

and the status of I/O channels. Depending on the I/O module type, events such as high

and low alarm, open circuit and line fault are detected.

Extended Diagnostic messages are generated on detection of any anomalies in I/O

modules. Use of the diagnostic capability requires suitable support in the host application.

For hosts unable to use diagnostic data in the control algorithm, it is possible to map the

diagnostic data into the input dataframe.

Eaton 8507-BI-DP supports parameterization from the PROFIBUS master

Parameterization

The 8507-BI-DP supports parameterization from the PROFIBUS master.

The configuration is created in a PROFIBUS configurator using details provided in

a GSD file. This method is fast and enables a configuration to be built based upon

“logical” modules which represent the physical modules. Modules are added one

at a time to the configuration.

The configuration is passed from the PROFIBUS master to the BIM at the start of

communication. If the system is stopped and re-started, or if the node goes through

a cold start cycle, the configuration file is retransmitted to the BIM.

Standard and Extended Diagnostics

The PROFIBUS BIM supports Standard and Extended Diagnostics. While the Standard

Diagnostics provide standard PROFIBUS status information, the Extended Diagnostics

provide detailed information relating to the status of the BIM, the health of the modules

and the status of I/O channels. Depending on the I/O module type, events such as high

and low alarm, open circuit and line fault are detected.

Extended Diagnostic messages are generated on detection of any anomalies in I/O

modules. Use of the diagnostic capability requires suitable support in the host application.

For hosts unable to use diagnostic data in the control algorithm, it is possible to map the

diagnostic data into the input dataframe.

Eaton 8507-BI-DP Bus Interface Module

The 8507-BI-DP Bus Interface Module (BIM) provides the communications

link between the PAC8000 series I/O modules and a PROFIBUS-DP host.

High-speed acquisition of data from the modules and LAN operation speeds

of up to 12 Mbaud allow the host to respond rapidly to changes in process

conditions.

8507-BI-DP Bus Interface Module

For details on the installation and operation of the BIM, refer to the PAC8000 I/O

– PROFIBUS DP BIM Instruction Manual, INM8507.

Features

 support for up to 24 I/O modules

 redundant operation

 extended diagnostics for module and channel status

 PROFIBUS network speeds of up to 12 Mbaud

 non-volatile memory for configuration

 configurable via PROFIBUS host

 HART Pass-through support to monitor/configure HART devices

 Configuration/Reset of IP address

Eaton PAC8000 8507-BI-DP BIM Carrier

8507-BI-DP BIM and 8701-CA-BI Carrier

PROFIBUS DP Bus Interface Module and Carrier

The 8507-BI-DP Bus Interface Module (BIM) provides the communications

link between the PAC8000 series I/O modules and a PROFIBUS-DP host.

High-speed acquisition of data from the modules and LAN operation speeds

of up to 12 Mbaud allow the host to respond rapidly to changes in process

conditions.

The BIM gathers data from the I/O modules and makes it available to the

host upon request. It is a slave tothe PROFIBUS master. As well as cyclic

data exchange, which is required for reading input and writing output data,

the BIM supports PROFIBUS Extended Diagnostics for status information.

The BIM(s) must be used with an 8701-CA-BI Redundant BIM Carrier, described

on page 4.

Redundant BIMs can be used for critical applications. Each BIM in the redundant

pair operates in parallel, continually checking status to enable the backup BIM to

monitor the health of the primary BIM.

ABB Vishay ESTA Phao 4/3 50uF 4kV 301kVAr 3-Phase Power Capacitor 3BHL000359P0001

Vishay ESTA is the world’s only manufacturer to offer a complete range of power capacitors.

These cost-effective devices for harmonic control, energy savings, and voltage stabilization

are highly reliable and environmentally safe, and can be used under the most rugged

conditions. Vishay ESTA power capacitors address a wide range of energy-generation

applications. Their “green” applications include energy generation in on- and off-shore wind

turbines and solar power plants.

Vishay ESTA power capacitors are used in energy transmission and distribution in high,

medium, and low-voltage networks to improve network quality. Their efficient operation

helps promote CO2

reduction as well as reducing losses in long-distance HVDC

transmissions. The power capacitors are also used for RFI filters and voltage and

frequency converters in traction and industrial drives.

Vishay ESTA capacitors are manufactured with the highest quality standards and come

complete and ready to use for all applications.

ABB Vishay EsTa Furnace capacitors

Furnace capacitors

Applications

• Static power capacitors for inductive heating plant

compensation

standards

• En 60110/1 and 2

• IEC 60110/1

Ranges

• mains frequency: 230 V to 3000 V, 50/60 Hz up to

800 kvar per unit

• medium frequency: 250 V to 4000 V, 150 Hz to

100 000 Hz, up to 10 000 kvar per unit

Benefits

• Compact construction

• Each product designed to customer specifications

• Can operate in extreme environmental conditions

• Easy to integrate into overall system concepts

• Low inductivity

Types of cooling

• natural cooling

• Forced cooling

• water cooling

ABB Vishay EsTa Power capacitors solutions

Vishay EsTa

Vishay ESTA is the world’s only manufacturer to offer a complete range of power capacitors.

These cost-effective devices for harmonic control, energy savings, and voltage stabilization

are highly reliable and environmentally safe, and can be used under the most rugged

conditions. Vishay ESTA power capacitors address a wide range of energy-generation

applications. Their “green” applications include energy generation in on- and off-shore wind

turbines and solar power plants.

Vishay ESTA power capacitors are used in energy transmission and distribution in high,

medium, and low-voltage networks to improve network quality. Their efficient operation

helps promote CO2

reduction as well as reducing losses in long-distance HVDC

transmissions. The power capacitors are also used for RFI filters and voltage and

frequency converters in traction and industrial drives.

Vishay ESTA capacitors are manufactured with the highest quality standards and come

complete and ready to use for all applications.

Basler Electric DGC-2020 Features

Features

• Generator metering (includes three-phase mains)

• Engine and generator protection: 27. 32R, 40Q, 59. 81O/U

• Optional enhanced generator protection: 47. 51. 78. and 81ROCOF

• BESTCOMSPlus® Software

-Programming and setup

-Intuitive and powerful

-Remote control and monitoring

-Programmable logic

-USB communications

• Automatic transfer switch control

• Automatic synchronizer (optional)

• Exercise timer

• SAE J1939 engine ECU communications

• Automatic generator configuration detection

• Expandable functionality via add-on modules

-CEM-2020 Contact Expansion Module

-AEM-2020 Analog Expansion Module

• Multilingual capability

• Remote communications to Basler’s RDP-110 (remote display panel)

• Sixteen programmable contact inputs

• Up to 15 contact outputs: 3 contacts rated for 30 Adc and up to 12

programmable contacts rated for 2 Adc

Basler Electric DECS-400 Generator Voltage Regulation

Generator Voltage Regulation

By utilizing digital signal processing and precise regulation algorithms, the DECS-400 regulates the

generator rms voltage to within 0.2% of the setpoint from no-load to full-load.

Control Output

The DECS-400 supplies an isolated control output signal of 4 to 20 mAdc, 0 to 10 Vdc, or ±10 Vdc to the

firing or control circuits of external power stages. The dc current produced by the power stages provides

excitation to the field of the generator, motor, or exciter. The DECS-400 can control virtually any bridge

that is capable of accepting these signals and is suitable for use on synchronous generators or motors.

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