1000 Amps2 8 52 20 2,3
1For FVA, use 800 amp dimensions.
2No knockouts in this box.
End Boxes - Dimensions
Amperage Conductor Material Dimension D
225 Amps, 400 Amps Copper 3.19”
600 Amps Copper 4.19”
800 Amps, 1000 Amps Copper 6.19”
225 Amps Aluminum 3.19”
400 Amps Aluminum 4.19”
600 Amps, 800 Amps Aluminum 6.19”
Hanger Dimensions
End-of-run cable tap box. For center
(joint) cable tap box omit the end box.
End box used to close off end-of-run.
Standard lengths, three-wire systems,
600 volts maximum.
Standard lengths, three-phase,
four-wire systems, 480 Y/277 Volts
Prices and data subject
to change without notice Aftermarket Catalog www.geelectrical.com 6-57
Busway
6
Busway
A variety of fusible and circuit breaker plugs are available for
Type DE busway. Nonfusible operating switch plugs are available
at the same price as fusible units. (Not UL Listed) Order by
description. For Class R or Class J provisions, see page 6-56.
Circuit Breakers—Standard Frames Three-Phase,
Three-Wire TEB List Price
Voltage Trip Amps Product Number GO-114C
240 V Fixed Trip 15 DE31EB 纬轩机电683.00
240 V Fixed Trip 20 DE32EB 纬轩机电683.00
240 V Fixed Trip 30 DE33EB 纬轩机电683.00
240 V Fixed Trip 40 DE34EB 纬轩机电683.00
240 V Fixed Trip 50 DE35EB 纬轩机电683.00
240 V Fixed Trip 70 DE37EB 纬轩机电834.00
240 V Fixed Trip 100 DE310EB 纬轩机电834.00
Circuit Breakers—Standard Frames Three-Phase,
Three-Wire TED4 List Price
Voltage Trip Amps Product Number GO-114C
480 V Fixed Trip 15 DE31ED4 纬轩机电869.00
480 V Fixed Trip 20 DE32ED4 纬轩机电869.00
480 V Fixed Trip 30 DE33ED4 纬轩机电869.00
480 V Fixed Trip 40 DE34ED4 纬轩机电869.00
480 V Fixed Trip 50 DE35ED4 纬轩机电869.00
480 V Fixed Trip 70 DE37ED4 纬轩机电966.00
480 V Fixed Trip 100 DE310ED4 纬轩机电966.00
Circuit Breakers—Standard Frames Three-Phase,
Three-Wire TED6 List Price
Voltage Trip Amps Product Number GO-114C
600 V Fixed Trip 15 DE31ED6 纬轩机电957.00
600 V Fixed Trip 20 DE32ED6 纬轩机电957.00
600 V Fixed Trip 30 DE33ED6 纬轩机电957.00
600 V Fixed Trip 40 DE34ED6 纬轩机电957.00
600 V Fixed Trip 50 DE35ED6 纬轩机电957.00
600 V Fixed Trip 70 DE37ED6 纬轩机电1064.00
600 V Fixed Trip 100 DE310ED6 纬轩机电1064.00
Circuit Breakers—Standard Frames Three-Phase,
Three-Wire TFK List Price
Voltage Trip Amps Product Number GO-114C
600 V Fixed Trip 70 DE37FK 纬轩机电2678.00
600 V Fixed Trip 100 DE310FK 纬轩机电2678.00
600 V Fixed Trip 125 DE312FK 纬轩机电2678.00
600 V Fixed Trip 150 DE315FK 纬轩机电2678.00
600 V Fixed Trip 200 DE320FK 纬轩机电2678.00
600 V Fixed Trip 225 DE322FK 纬轩机电2678.00
Circuit Breakers—Standard Frames Three-Phase,
Three-Wire TJK4 List Price
Voltage Trip Amps Product Number GO-114C
600 V Inter. Trip 125 DFPJK1312DE 纬轩机电5072.00
600 V Inter. Trip 150 DFPJK1315DE 纬轩机电5072.00
600 V Inter. Trip 200 DFPJK1320DE 纬轩机电5072.00
600 V Inter. Trip 225 DFPJK1322DE 纬轩机电5072.00
600 V Inter. Trip 300 DFPJK1330DE 纬轩机电5072.00
600 V Inter. Trip 400 DFPJK1340DE 纬轩机电5072.00
Circuit Breakers—Standard Frames Three-Phase,
Four-Wire TEB List Price
Voltage Trip Amps Product Number GO-114C
240 V Fixed Trip 15 DE41EB 纬轩机电771.00
240 V Fixed Trip 20 DE42EB 纬轩机电771.00
240 V Fixed Trip 30 DE43EB 纬轩机电771.00
240 V Fixed Trip 40 DE44EB 纬轩机电771.00
240 V Fixed Trip 50 DE45EB 纬轩机电771.00
240 V Fixed Trip 70 DE47EB 纬轩机电905.00
240 V Fixed Trip 100 DE410EB 纬轩机电905.00
Circuit Breakers—Standard Frames Three-Phase,
Four-Wire TED4 List Price
Voltage Trip Amps Product Number GO-114C
480 V Fixed Trip 15 DE41ED4 纬轩机电957.00
480 V Fixed Trip 20 DE42ED4 纬轩机电957.00
480 V Fixed Trip 30 DE43ED4 纬轩机电957.00
480 V Fixed Trip 40 DE44ED4 纬轩机电957.00
480 V Fixed Trip 50 DE45ED4 纬轩机电957.00
480 V Fixed Trip 70 DE47ED4 纬轩机电1046.00
480 V Fixed Trip 100 DE410ED4 纬轩机电1046.00
Circuit Breakers—Standard Frames Three-Phase,
Four-Wire TED6 List Price
Voltage Trip Amps Product Number GO-114C
600 V Fixed Trip 15 DE41ED6 纬轩机电1037.00
600 V Fixed Trip 20 DE42ED6 纬轩机电1037.00
600 V Fixed Trip 30 DE43ED6 纬轩机电1037.00
600 V Fixed Trip 40 DE44ED6 纬轩机电1037.00
600 V Fixed Trip 50 DE45ED6 纬轩机电1037.00
600 V Fixed Trip 70 DE47ED6 纬轩机电1143.00
600 V Fixed Trip 100 DE410ED6 纬轩机电1143.00
Circuit Breakers—Standard Frames Three-Phase,
Four-Wire TFK List Price
Voltage Trip Amps Product Number GO-114C
600 V Fixed Trip 70 DE47FK 纬轩机电2819.00
600 V Fixed Trip 100 DE410FK 纬轩机电2819.00
600 V Fixed Trip 125 DE412FK 纬轩机电2819.00
600 V Fixed Trip 150 DE415FK 纬轩机电2819.00
600 V Fixed Trip 200 DE420FK 纬轩机电2819.00
600 V Fixed Trip 225 DE422FK 纬轩机电2819.00
Circuit Breakers—Standard Frames Three-Phase,
Four-Wire TJK4 List Price
Voltage Trip Amps Product Number GO-114C
600 V Inter. Trip 125 DFPJK1412DE 纬轩机电5301.00
600 V Inter. Trip 150 DFPJK1415DE 纬轩机电5301.00
600 V Inter. Trip 200 DFPJK1420DE 纬轩机电5301.00
600 V Inter. Trip 225 DFPJK1422DE 纬轩机电5301.00
600 V Inter. Trip 300 DFPJK1430DE 纬轩机电5301.00
600 V Inter. Trip 400 DFPJK1440DE 纬轩机电5301.00
Type DE Busway
Distribution Equipment, Busway Plugs for Obsolete DE Busway, Product Number Pricing
Prices and data subject
to change without notice
6-58 Aftermarket Catalog www.geelectrical.com
Busway
6
Busway
Fusible—Operating Switch Type Three-Phase, Three-WireList Price
Amperage Voltage Product Number GO-114C
30 240 DE321R 纬轩机电426.00
60 240 DE322R 纬轩机电470.00
100 240 DE323R 纬轩机电683.00
200 240 DE324R 纬轩机电1197.00
400 240 DE325RT 纬轩机电3227.00
600 240 DE326R 纬轩机电4433.00
30 600 DE361R 纬轩机电470.00
60 600 DE362R 纬轩机电488.00
100 600 DE363R 纬轩机电710.00
200 600 DE364R 纬轩机电1250.00
400 600 DE365R 纬轩机电3227.00
600 600 DE366R 纬轩机电4433.00
With QMR Interrupter (with Class H fuse clips—fuses not included)
Fusible—Operating Switch Type Three-Phase, Four-WireList Price
Amperage Voltage Product Number GO-114C
30 240 DE421R 纬轩机电504.00
60 240 DE422R 纬轩机电542.00
100 240 DE423R 纬轩机电771.00
200 240 DE424R 纬轩机电1347.00
400 240 DE425RT 纬轩机电4499.00
600 240 DE426R 纬轩机电4841.00
30 600 DE461R 纬轩机电542.00
60 600 DE462R 纬轩机电567.00
100 600 DE463R 纬轩机电825.00
200 600 DE464R 纬轩机电1392.00
400 600 DE465RT 纬轩机电3449.00
600 600 DE466R 纬轩机电4841.00
With QMR Interrupter (with Class H fuse clips—fuses not included)
Circuit Breakers—Hi-Break Frames Three-Phase,
Three-Wire THED List Price
Amperage Voltage Product Number GO-114C
600 V Fixed Trip 15 DE31HED 纬轩机电1224.00
600 V Fixed Trip 20 DE32HED 纬轩机电1224.00
600 V Fixed Trip 30 DE33HED 纬轩机电1224.00
600 V Fixed Trip 40 DE34HED 纬轩机电1224.00
600 V Fixed Trip 50 DE35HED 纬轩机电1224.00
600 V Fixed Trip 70 DE37HED 纬轩机电1224.00
600 V Fixed Trip 100 DE310HED 纬轩机电1224.00
Circuit Breakers—Hi-Break Frames Three-Phase,
Three-Wire THFK List Price
Amperage Voltage Product Number GO-114C
600 V Inter. Trip 70 DE37HFK 纬轩机电4397.00
600 V Inter. Trip 100 DE310HFK 纬轩机电4397.00
600 V Inter. Trip 125 DE312HFK 纬轩机电4397.00
600 V Inter. Trip 150 DE315HFK 纬轩机电4397.00
600 V Inter. Trip 200 DE320HFK 纬轩机电4397.00
600 V Inter. Trip 225 DE322HFK 纬轩机电4397.00
Circuit Breakers—Hi-Break Frames Three-Phase,
Three-Wire THJK4 List Price
Amperage Voltage Product Number GO-114C
600 V Inter. Trip 125 DFPHJK312DE 纬轩机电7004.00
600 V Inter. Trip 150 DFPHJK315DE 纬轩机电7004.00
600 V Inter. Trip 200 DFPHJK320DE 纬轩机电7004.00
600 V Inter. Trip 225 DFPHJK322DE 纬轩机电7004.00
600 V Inter. Trip 300 DFPHJK330DE 纬轩机电7004.00
600 V Inter. Trip 400 DFPHJK340DE 纬轩机电7004.00
Circuit Breakers—Hi-Break Frames Three-Phase,
Four-Wire THED List Price
Amperage Voltage Product Number GO-114C
600 V Fixed Trip 15 DE41HED 纬轩机电1304.00
600 V Fixed Trip 20 DE42HED 纬轩机电1304.00
600 V Fixed Trip 30 DE43HED 纬轩机电1304.00
600 V Fixed Trip 40 DE44HED 纬轩机电1304.00
600 V Fixed Trip 50 DE45HED 纬轩机电1304.00
600 V Fixed Trip 70 DE47HED 纬轩机电1428.00
600 V Fixed Trip 100 DE410HED 纬轩机电1428.00
Circuit Breakers—Hi-Break Frames Three-Phase,
Four-Wire THFK List Price
Amperage Voltage Product Number GO-114C
600 V Inter. Trip 70 DE47HFK 纬轩机电4539.00
600 V Inter. Trip 100 DE410HFK 纬轩机电4539.00
600 V Inter. Trip 125 DE412HFK 纬轩机电4539.00
600 V Inter. Trip 150 DE415HFK 纬轩机电4539.00
600 V Inter. Trip 200 DE420HFK 纬轩机电4539.00
600 V Inter. Trip 225 DE422HFK 纬轩机电4539.00
Circuit Breakers—Hi-Break Frames Three-Phase,
Four-Wire THJK4 List Price
Amperage Voltage Product Number GO-114C
600 V Inter. Trip 125 DFPHJK412DE 纬轩机电7235.00
600 V Inter. Trip 150 DFPHJK415DE 纬轩机电7235.00
600 V Inter. Trip 200 DFPHJK420DE 纬轩机电7235.00
600 V Inter. Trip 225 DFPHJK422DE 纬轩机电7235.00
600 V Inter. Trip 300 DFPHJK430DE 纬轩机电7235.00
600 V Inter. Trip 400 DFPHJK440DE 纬轩机电7235.00
Ground Detector Plugs Three-Phase, Three-Wire List Price
Amperage Voltage Product Number GO-114C
GN 208-240 DEGN32R 纬轩机电683.00
GN 440-600 DEGN36R 纬轩机电683.00
(Not UL Listed)
Type DE Busway
Distribution Equipment, Busway Plugs for Obsolete DE Busway, Product Number Pricing
Prices and data subject
to change without notice Aftermarket Catalog www.geelectrical.com 6-59
Busway
6
Section 7: Services and Spare Parts
Table of Contents
Services and Spare Parts
7
Prices and data subject Aftermarket Catalog www.geelectrical.com 7-1
to change without notice
Introduction......................................................................................7-2
Service Agreements
for Electrical Balance of Plant Services ......................................7-3
Transformer Substation Services ................................................7-5
Switchgear Services .......................................................................7-7
Drive Services .................................................................................7-9
Start-up & Commissioning Services..........................................7-11
Power Systems Studies................................................................7-13
Arc-Flash Hazard Study ...............................................................7-15
Customer Training........................................................................7-17
Drives and Controls ..................................................................................7-17
Power Equipment and Power Management ................................7-20
Electrical Safety..........................................................................................7-22
General Information.................................................................................7-23
Electrical Safety Training ............................................................7-24
Services and Spare Parts
Introduction
Services and Spare Parts
7
7-2 Aftermarket Catalog www.geelectrical.com Prices and data subject
to change without notice
GE offers a complete solution for your power delivery needs — from new product installation, startup, and commissioning services to
customer training, site surveys, and audits such as Power Systems Studies and Arc Flash Hazard Analysis. Our services are designed
to assist you no matter where you are in the process of planning, maintaining, or upgrading your equipment.
Lifecycle services for electrical equipment
(Click diagram arrows for more information)
Contact Information
For 24 x 7 emergency field service, call:
1-888-GE4-SERV
1-888-434-7378 (US)
1-540-378-3280 (Int’l)
Services and Spare Parts
7
Prices and data subject Aftermarket Catalog www.geelectrical.com 7-3
to change without notice
Services and Spare Parts
Service Agreements for Electrical Balance of Plant Services
Overview
The electrical infrastructure of your generating station is critical
to maximizing power delivery to the grid. Effectively managing
and optimizing the entire life cycle of your power delivery assets—
from design to maintenance to upgrades—can help you avoid
failures resulting in the loss of revenue or penalties.
GE Energy offers a wide range of Electrical Balance of Plant (BOP)
services designed to improve the performance and reliability of
your power delivery systems.
Electrical BOP services offer you flexibility in both purchase
options and plan components that match your infrastructure
management needs.
Services can range from basic inspection and maintenance of
power delivery components to agreements that include forced
outage support and availability guarantees.
Features
GE offers a range of service contracts designed to meet your needs.
At the most basic level, the transactional contract is designed to
provide planned maintenance for the electrical equipment within
your plant with no long-term contractual obligation. The MultiYear
Contract and Electrical Contractual Service Agreement (CSA)
incorporate volume discounts and risk sharing. Regardless of the
contract level you choose, your electrical maintenance services
will be delivered by highly skilled resources with expertise in a wide
range of products, industries and systems.
Implementation includes comprehensive testing, analysis and
troubleshooting, via leading edge technology and consistent
service delivery based on standardized methods and procedures.
GE field service engineers have direct access to GE product
design teams who maintain expertise in the intricate details
of power system equipment.
Features available with each service level include:
Contract Features Transactional Multi-Year Contract Electrical CSA
Planned Maintenance Costs Variable Fixed Fixed
Risk Sharing Not Included Not Included Included
Unplanned Maintenance Not Included Optional Add Included
Escalation Protection Not Included Included Included
Payment Stream Transactional Level Level
Spare Units Availability Not Available Not Available Optional
Performance Guarantees Not Available Limited Included
Availability Guarantees Not Available Not Available Included
Services and Spare Parts
7
7-4 Aftermarket Catalog www.geelectrical.com Prices and data subject
to change without notice
Services and Spare Parts
Service Agreements for Electrical Balance of Plant Services
Benefits
? Increased plant availability
? Extended equipment life
? Reduced forced outages
? Minimized performance risk
? World class Environmental Health and Safety procedures
? Increased facility profits through fixed costs and unplanned
coverage
? Reduced inventory/parts cost through preventive diagnostics
GE has provided electrical equipment and maintenance to power
plants for over 100 years. Our combined resources include a wide
range of engineering specialties, as well as experienced service
and product design professionals. This team has the knowledge
and skills to develop advanced inspection and maintenance
practices that can improve the effectiveness of your plant’s
electrical infrastructure.
Applicability
Service Agreements for electrical BOP services are intended
for domestic and international utility generating stations and
independent power producers. Service agreements include the
components of your electrical distribution system associated
with gas turbine/steam turbine combined or simple cycle plants.
Covered equipment may include:
? Transformers and accessories
? Isolated phase bus duct
? Medium/low voltage switchgear
? Disconnect switches
? Motor starters and motor control centers
? Protective relaying
? UPS and battery systems
? Motors
? Mechanical equipment
To learn more about this offering, contact your GE Energy sales
representative, call 1-888-GE4-Serv or 540-378-3280, or visit
gepower.com.
?2005 General Electric Company. No part of this work may be reproduced or transmitted in any form
or by any means, except as permitted in written license agreement with General Electric Company.
General Electric Company has made every reasonable attempt to ensure the completeness and accuracy
of this document. However, the information contained in this document is subject to change without
notice, and does not represent a commitment on the part of General Electric Company. The GE
monogram is a registered trademark of General Electric Company.
Services and Spare Parts
7
Prices and data subject Aftermarket Catalog www.geelectrical.com 7-5
to change without notice
Services and Spare Parts
Transformer Substation Services
Overview
Today’s demands on power substations are greater than ever
before, challenging operators to maintain a continuous, reliable
power supply and reduce costs. A rigorous, proactive maintenance
program is the key to minimizing transformer failures
and unplanned outages.
GE Energy’s experienced
transformer services team
can help you develop and
implement an effective transformer
maintenance plan while
making the most efficient use
of your budget. Whether you
need a day of service on a single
unit, or comprehensive plan for
your entire transformer network,
GE Energy can:
? Evaluate the condition of your equipment and status of existing
maintenance programs
? Structure a maintenance plan to balance your needs with
your budget
? Plan the required services according to your schedule
? Perform the required work – on time, on budget
With decades of experience servicing transformers at customer
sites, GE Energy has the resources to meet your substation needs.
Dielectric Fluid Services
Annual dielectric fluid analysis is the single most important element
of an effective transformer maintenance plan. Routine testing
and appropriate corrective treatments minimize the damage
to internal components, reduce the risk of an unplanned outage,
and dramatically increase the life expectancy of the unit. Test
results can also be used to assess the mechanical condition of the
transformer and indicate specific repairs which may be required.
GE Energy offers comprehensive dielectric fluid services to detect
fluid degradation in its early stages and provide customized preventive
maintenance solutions, including:
? Oil sample collection and laboratory testing
? Dehydration services - on energized or de-energized
equipment
— Standard multi-pass dehydration
— Vacuum dehydration with cryogenic pump (cold trap)
moisture collection services
— In-shop “oven bake” and vacuum chamber dehydration
? Degasification services
? Complete reclamation of fluid, including flushing
of the core and coil
? Special fluids services
— Silicone
— RTemp
— FR3
Fluid services projects can be managed by GE, or you can lease
our crews and equipment for in-house project management.
Mechanical Services
Our experienced technicians can also assist with mechanical
maintenance requirements, including:
? Installation, assembly and fill of new transformers
? Complete repairs
— Bushing replacements
— Regasketing
? Exterior restoration
Load Tap Changer (LTC) Maintenance
For units with LTCs, the LTC is a key component and, without
proper maintenance, can be a leading cause of failure. GE Energy
can evaluate the condition of your LTC by sampling oil from the
energized transformer. Test results indicate what type of maintenance
needs to be performed offline, minimizing down-time.
Our services include:
? Complete internal inspection and contact or interrupter
replacement
? Maintenance to original equipment manufacturer (OEM)
specifications
? Rebuild and repair
? Validation of alarms and protective devices
? Upgrade obsolete electro-mechanical controls with modern
solid state controls
? Long-term maintenance programs to maximize the reliability
of your LTC 
Services and Spare Parts
7
7-6 Aftermarket Catalog www.geelectrical.com Prices and data subject
to change without notice
Services and Spare Parts
Transformer Substation Services
Consulting Services
Through our consulting services, you can take advantage of
GE Energy’s expertise developed over 100 years of servicing
transformers. We can help you with system analysis, modifications,
diagnostic trouble shooting, and more.
The GE Advantage
Transformer Substation Services from GE Energy offer significant
advantages over other service providers, including:
Experience. Most of our project managers and field technicians
have at least 10-15 years experience.
Technology. We offer fluid processing services using leading
edge Fluidex reactivation technology, which provides a fresh
charge of Fuller’s earth for each oil treatment and eliminates
the need to landfill oil-soaked clay.
Single Source. In addition to substation services, GE Energy
offers transformer repair and complete remanufacturing through
our nationwide service center network.
Six Sigma Processes. Our adherence to carefully developed
operating procedures and commitment to continuous improvement
helps us deliver high-quality, reliable services on schedule
and on budget.
For more information, please contact your GE Energy
representative. 
Services and Spare Parts
7
Prices and data subject Aftermarket Catalog www.geelectrical.com 7-7
to change without notice
Services and Spare Parts
Switchgear Services
Single Source Solution Provider
As the first line of productivity protection, switchgear protects the
power delivery system and all downstream equipment. By providing
comprehensive solutions for all of your switchgear needs,
GE Energy helps you improve asset management, reduce management
costs, and extend the equipment life cycle.
Improved Switchgear Reliability
Circuit breakers are fairly complicated electromechanical devices
that can fail several ways. If a failure occurs—or nuisance tripping
persists—root cause analysis of the failure and selection of the
best solution is required to prevent recurrence. Along with our
worldwide experience base, GE has a complete range of diagnostic
tools and the expertise to provide a lasting solution that
matches your needs. As the first step to preventing recurrence,
GE switchgear specialists provide a detailed diagnosis as part of
any repair/upgrade service on failed equipment.
Maintenance Programs
Many failures can be avoided with maintenance programs
designed by GE for your particular applications. Greater reliability
for low, medium, and high voltage substations starts with maintenance
tailored to your equipment. Environment, duty cycles, and
circuit priority are analyzed to determine what maintenance
activity is right for you.
Modification Advantages
GE Energy can help you take the guesswork out of the “buy
new/modify existing” dilemma—by showing you how revitalizing
your existing equipment can have compelling advantages over
buying new. For example, existing air-magnetic or oil medium
voltage circuit breakers can be rebuilt, replaced or retrofitted to
vacuum or SF6 interruption technology.
Switchgear Service Solutions
? Retrofit, refurbishment, and upgrade
? Preventative maintenance and inspections
? Repair “in kind”
? Emergency service
Benefits
? Equipment life extension
? Reduced maintenance costs
? Reduced risk of unscheduled outages
? Increased predictability
? Improved reliability
? System coordination
Services Provided
? Power management systems retrofits
? Retrofit old LV trip units to state-of-the-art trip units
? Limitamp motor starter vacuum conversions
? HV, MV and LV substations maintenance/upgrades/
modifications
? Circuit breakers repair/retrofit/refurbishment/ conversion/
replacement/retro fill — all types/manufacturers/voltage
classes
? Ground fault testing and certification
? High current testing
? Loaner circuit breakers
? Long-term agreements
? Unit exchange/upgrade programs
? On-site or in-shop capabilities
? Trip curve certification
? Switchboard/control modifications
? Designated 1E Nuclear Certified services
? Diagnostic testing and evaluation
? Total on-site substation maintenance
? Infrared and ultrasonic scanning capabilities
Delivering powerful solutions through Six Sigma Quality
PSP3005808-06
Services and Spare Parts
7
7-8 Aftermarket Catalog www.geelectrical.com Prices and data subject
to change without notice
Services and Spare Parts
Switchgear Services
About Energy Services
? 40 service locations in USA and Canada
? Service on GE and multi-OEM equipment
? OEM technology/mods/parts/engineering
? Experienced technical support
? GE certified Six Sigma Quality craftsmanship
? Dedicated training facility
? ANSI?/IEEE? compliance
? Total substation maintenance
? On-site or in-service-center repair
? Service center network
? Around-the-clock emergency service
Providing prompt solutions today, tomorrow,
and years to come
PSP30228-15
For more information, contact your local GE sales representative
or visit us online at ge.com/energy.
ANSI? is trademark claimed by the American National Standards Institute, which is not affiliated
with General Electric.
IEEE? is registered trademarks of The Institute of Electrical and Electronics Engineers,
Incorporated, which is not affiliated with General Electric.
Services and Spare Parts
7
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to change without notice
Services and Spare Parts
Drive Services
Overview
Drive services from GE Energy help you reduce maintenance
costs and maximize uptime and productivity for your critical
operations. GE Energy is the value source for complete service
solutions for your GE drive and control systems. Our experienced
technicians, product knowledge, access to factory drawings and
procedures, and GE engineering support enable us to provide
prompt, comprehensive service unmatched in the industry. Our
drive and control offerings include repair and return, remanufacturing
services, and an inventory of remanufactured units available
for sale.
Repair & Return
Our repair and return service on AC/DC drives includes cleaning,
testing, repairing or replacement of any defective components
and a system load test. Includes 18-month limited warranty on
the entire drive.
Remanufacturing Services
Complete remanufacturing of your failed drive is the most cost
effective repair option available, minimizing risk of failure when
the drive is re-installed. Our rebuild service on AC/DC drives
includes complete disassembly, cleaning, repainting, replacement
for ribbon cables and wire harness assemblies, SCR and fuse
replacement, proactive replacement of high-risk components and
a complete system load test. An 18-month limited warranty on
the entire drive is also included.
Remanufactured Drives Available
When you need to purchase a replacement drive control system,
consider a cost-effective remanufactured unit from GE Energy.
Our remanufactured drives are completely rebuilt and reconditioned
units which meet factory standards and carry a limited
18-month warranty. No exchange unit is required.
The GE Advantage
Trust your GE drive and control systems to the original manufacturer
for top-quality, reliable service.
? 18-month limited warranty on entire drive
? Repairs based on the original factory designs
? Automatic replacement of components with high failure rate,
regardless of condition
? GE engineering support
? Factory-developed testing procedures and fixtures
? Diagnostic test equipment certified to national standards
? Automated test equipment ensures consistent,
high-quality service
? On-site installation and start-up services available 
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Drive Services
Features & Benefits Repair & Return Remanufacturing Services Remanufactured Units
Warranty
Limited 18-Month Warranty – Entire Drive ?? ?
Delivery
Immediate Shipment (Based on Availability) ?
10-Day Cycle
Emergency Services Available ?
20-Day Cycle
Emergency Services Available ?
Proactive Replacement of Parts
Glass-Bead Diodes, Electrolytic Capacitors ?? ?
Cabling/Wire Harness ? ?
SCRs, Fuses ? ?
Complete Disassembly, Cleaning, Repainting ? ?
Flat Rate Pricing, Including Parts and Labor ?? ?
Testing with Factory Approved Procedures ?? ?
To learn more about this offering, contact your GE Energy sales
representative or visit gepower.com 
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Start-up & Commissioning Services
Overview
GE Energy’s Start-up & Commissioning Services provide the people
and knowledge to complete the job right and on schedule.
Proper start-up and commissioning of power distribution and
control equipment is vital to the long-term health of an electrical
system. Improper installation and commissioning are the leading
causes of premature failures. With GE Energy’s Start-up &
Commissioning Services, you can be assured that your equipment
has been installed properly and meets the factory standards for
operation. Why trust your equipment with anyone other than GE?
Features and Benefits
Proven Experience
? Minimized early-term failures and lower total cost of ownership
? As the original equipment manufacturer, GE is uniquely
positioned to address any concerns or issues that arise
? GE Energy’s service engineers have “hands on” experience with
commissioned equipment, as well as access to GE and TM GE
design engineers at the manufacturing facility
Six Sigma Quality
? Start-up personnel use standard practices, developed through
Six Sigma processes, to ensure consistent quality across all
product lines
? Test procedures performed according to factory specifications
ensure optimal equipment performance, across all designed
operating ranges
? Comprehensive, accurate testing, analysis and troubleshooting
via innovative test equipment
Simple, Convenient Interface
? Single-source provider for start-up and commissioning
of GE equipment
EHS Commitment
? GE’s commitment to Environmental Health & Safety is
proven by the outstanding safety performance of our field
service organization
Single-Source Provider for the Start-Up
and Commissioning of Your GE Equipment
GE Energy’s Start-up & Commissioning Services include a series
of checks and tests performed on new equipment to ensure
proper installation and functionality. The specific tasks vary by
product line to ensure that all equipment conforms to GE and TM
GE factory standards. Optional services can include verifying
interaction with auxiliary systems prior to energization.
GE Energy can provide quality products, strong project
management capabilities, broad service offerings and a
history of recognized success in power, automation, and
drives and control systems. 
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Start-up & Commissioning Services
Equipment Serviced
Power Delivery*
? Transformers – Dry Type
? Transformers – Liquid Filled
? Medium Voltage Switches
? Medium Voltage Vacuum Circuit Breakers
? Medium Voltage Starters
? Switchgear
? Low Voltage Circuit Breakers
? Switchboards
? Automatic Transfer Switches
? Relays and Meters
? Motor Control Centers
Drives and Controls
? DC 2000
? Innovation Series? Drive Systems
? Dura-Bilt 5i MV
? TMdrive-10?
? TMdrive-70?
? TMdrive-DC?
? AF-300?
? AV/DV-300?
Local Presence Backed by the
Power of a Global GE Organization
With over 1,300 service engineers and technicians globally, GE is
uniquely positioned to provide you with the knowledge, experience,
and skills for the full range of your industrial service needs.
From system design to maintenance and outage support, GE has
the resources and capabilities to assure that you are maximizing
your equipment's performance and reliability.
For more information, please visit www.gepower.com or call us at
1-888-GE4-Serv or 540-378-3280.
* An additional 12 months of standard warranty is provided free of charge, when GE provides
start-up & commissioning of GE power delivery equipment.
Innovation Series is a trademark of General Electric Company, USA TMdrive-10 is a trademark of
TMEIC Corporation. TMdrive-70 is a trademark of TMEIC Corporation. TMdrive-DC is a trademark of
TMEIC Corporation. AF-300 is a trademark of GE Fuji Drives USA, Inc. AV-300 and DV-300 are trademarks
of General Electric Company, USA.
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Power Systems Studies
Overview
A well-designed power system is the backbone of all industrial
and utility facilities. A GE power system study provides customers
with the information necessary to upgrade and maintain their
power delivery infrastructure. The results focus on reducing
operating costs, improving efficiency, increasing reliability and
improving system maintainability. Our engineering experts
specialize in:
? Utility
? Oil & Gas
? Automotive
? Chemical
? Metals
? Cement
? Pulp & Paper
? Commercial
Industry Expertise
Power systems engineering is one of the oldest and most fundamental
services provided by GE. Our power system engineers
have unprecedented expertise gained from over 100 years of
working with a wide range of customers and utilizing pioneering
techniques.
GE engineers have direct access to GE product design teams
who maintain expertise in the intricate details of power system
equipment.
Delivering Value
? Increase operating reliability
? Evaluate impact of adding new equipment
? Reduce operating costs
? Optimize system upgrades
? Identify source of failures
Systems Studies Offered
Short Circuit Study
Your country’s electric code may require that all short circuit
interrupting devices have capabilities beyond the ratings imposed
by the power system. GE Energy’s short circuit study can provide
information to help determine if the interrupting capacities of the
power system’s components provide adequate protection. The
short circuit study calculates the short circuit capacity at designated
locations within the power delivery infrastructure. This data
may also be utilized to select equipment ratings and may serve
as the basis for a protective device coordination study and an
arc-flash hazard analysis.
Load Flow and Power Factor Study
Utilizing proven mathematical models, GE’s load flow study
determines how the electrical system will perform during normal
and emergency operating conditions, providing the information
needed to:
? Optimize circuit usage
? Develop practical voltage profiles
? Minimize kW and kVar losses
? Develop equipment specification guidelines
? Identify transformer tap settings
Additionally, the power factor study calculates the reactive load
compensation required to achieve and sustain a given reactive
voltage level and to maintain a specific power factor.
Consider GE’s load flow study for the following:
? Facilitating conceptual design
? Identifying corrective actions when components are
overloaded or voltage performance is inadequate
? Determining the power factor correction to increase system
capacity and lower utility bills
? Determining the operational impact of potential contingencies
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Power Systems Studies
Arc-Flash Hazard Analysis
GE's comprehensive arc-flash hazard analysis is designed to
help ensure employee safety against dangers associated with
the release of energy caused by an electrical arc. Key elements
of an arc-flash hazard analysis are:
? Determining the required level of personal protective
equipment (PPE)
? Communicating PPE and safe approach distances to
exposed energized equipment through an effective warning
label system
Protective Device Coordination Study
You can help ensure ongoing, reliable operation during a fault
by periodically evaluating the protective devices in your power
system. The goal of a protective device coordination study is to
assure the system is capable of clearing a fault in the minimum
amount of time possible, while minimizing the impact to the
power system. A protective device coordination study also may
include recommendations for revisions of the types of protective
devices for improved protection.
Harmonic Analysis
Harmonic analysis has become more important due to the
application of AC & DC adjustable speed drives, converters
and other equipment that produce harmonic distortions. These
non-linear loads generate harmonic currents that interact with
system impedances. These interactions may result in equipment
malfunction and/or damage to the power system.
A GE harmonic study analyzes the system and recommends
corrective measures, which include the design of filters or traps
to absorb harmonic currents generated by non-linear loads.
Conceptual Design Study
The purpose of a conceptual design study is to develop a
roadmap for building and maintaining an optimum power system
that serves present and future plant operating needs. Conceptual
design studies often include a comprehensive review of the existing
system with a clear understanding of future requirements.
A key component of a conceptual design study is the ability of
the engineer to understand existing conditions, future needs and
equipment and system capabilities. A combination of load flow,
motor starting, short circuit, protective device coordination and
stability study techniques will be employed to complete the
design study.
Motor Starting Study
The motor starting study analyzes the motor, the motor load and
the connected power system through the range of operation.
Recommendations on motor starting methods are provided.
Impact Load Study
An impact load study can model the system to determine
whether the impact load may be added to the existing system
without causing detrimental operating effects due to voltage
and frequency fluctuations.
Power System Automation Study
As an extension of a conceptual design, protective device
coordination, and load and power factor studies, the power
system automation study focuses on developing solutions
to operating issues in existing or planned power systems.
It recommends electronic and control technologies that
provide productivity enhancing solutions.
Diagnostic Study
A diagnostic study provides an engineering review to determine
the root cause of power system failure. The power systems
studies GE Energy offers are tailored to meet the needs of the
individual facility and customer. Each study involves the collection
of data and information. GE employs the most advanced tools,
processes and procedures to obtain information. The end result
is a formal, comprehensive report outlining study findings and
recommended actions.
For more information, contact your local GE Energy office or call
1-888-GE4-Serv or 540-378-3280.
?2006, General Electric Company. All rights reserved. The contents of this document are the
property of General Electric Company. No part of this work may be reproduced or transmitted in
any form or by any means, except as permitted in written license agreement with General Electric
Company. General Electric Company has made every reasonable attempt to ensure the completeness
and accuracy of this document. However, the information contained in this document is
subject to change without notice, and does not represent a commitment on the part of General
Electric Company. The GE logo is a registered trademark of General Electric Company.
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Arc-Flash Hazard Study
Addressing NFPA 70E, Standard
for Electrical Safety in the Workplace
Helping Secure Employee Safety
GE's comprehensive arc-flash hazard study, designed to assist in
addressing the recommendations of the National Fire Protection
Association’s (NFPA) Standard 70E, helps ensure employee safety
against dangers associated with the release of energy caused
by an electrical arc. Key elements of an arc-flash hazard safety
program are:
? Calculating the NFPA-based level of personal protective
equipment (PPE)
? Communicating PPE and approach distance from a
prospective arc source through a warning label system
Mitigating Arc-Flash Hazard Risk
In addition to risking employee safety, failure to address NFPA
70E can lead to significant financial loss through extended
litigation, increased insurance costs and regulatory fines. OSHA
has cited several companies under the General Duty Clause.
You can help mitigate this risk with a comprehensive arc-flash
hazard study by GE Energy.
Equipped with Experience
With over 100 years experience in analyzing power systems,
GE has plant knowledge that supports the detection of arc-flash
hazards throughout your systems. GE employs only proven data
collection methods, detailed calculations and thorough softwarebased
analysis to identify the calculated incident energy and
NFPA-based PPE for each potential hazard.
Excessive PPE can itself be a safety hazard. To help calculate the
precise NFPA-based PPE category, GE recommends concurrently
conducting short circuit and protective device coordination studies.
This approach enables a more comprehensive analysis than
using the existing protective device settings and short circuit
data. Using a single source experienced in performing all three
studies helps to ensure consistency in results, identify compound
hazards and limit duplication.
Detailed Labeling
Constructing detailed and
durable warning labels is
critical to fulfilling the
National Electrical Code's
requirement for field marking
potential arc-flash hazards.
GE's robust labels
include both the arc-flash
hazard and shock hazard
boundaries as well as the
appropriate combined level of PPE.
Arc-Flash Hazard Analysis employs industry standard practices:
? Electric Arc Hazard Exposure (OSHA 29 CFR 1910.269)
? Flash and Shock Hazard Analysis [NFPA 70E-2009, 110.8(B)(1)]
? Personal Protective Clothing and Equipment for Arc-Flash
Hazards [NFPA 70E-2009, 130.3(B); Table 130.7(C)(11)]
? Prescribed Equations for Incident Energy and Arc-Flash
Boundary Calculations (IEEE Std. 1584-2002: and 1584a-2004)
? Field Marking of Arc-Flash Hazards [NFPA 70-2008, 110.16;
NFPA 70E-2009, 130.3(C)]
? Work Permits to Work on Energized Parts [NFPA 70E-2009,
110.8(B)(2)]
Benefits Include:
? Improves employee safety against electrical arcs
? Calculates incident energy levels and IEEE-based flash
protection boundary
? Addresses arc-flash issues within NFPA 70E
? Provides required field marking through detailed warning
labels to communicate:
— NFPA-based PPE class
— IEEE-based safe approach distances
Achieving Results
Results of GE's arc-flash hazard study provide the calculated
IEEE-based incident energy and arc-flash protection boundary
with the corresponding NFPA-based PPE class for each system
location. Warning labels and work permits can be created using
these results. The various safe approach boundaries are
described in NFPA 70E2
: 
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Arc-Flash Hazard Study
Flash Protection
Boundary
An approach limit,
at a distance from
an exposed live
part, within which
a person could
receive a seconddegree
burn if an
electrical arc-flash
were to occur.
Shock Protection Boundaries:
Limited Approach Boundary
An approach limit at a distance from an exposed live part
within which a shock hazard exists.
Restricted Approach Boundary
An approach limit at a distance from an exposed live part within
which there is an increased risk of shock, due to electrical arc
over combined with inadvertent movement, for personnel
working in close proximity to the live part.
Prohibited Approach Boundary
An approach limit at a distance from an exposed live part within
which work is considered the same as making contact with
the live part.
Required Clothing Class
In accordance with NFPA 70E guidelines, the calculated incident
energy provided by GE's arc-flash hazard study, will identify the
appropriate PPE class for each system location, through the use
of the following NFPA 70E table.
From NFPA 70E 2009 Edition
Note: Arc rating is defined in Article 100 and can be either ATPV or EBT. ATPV is defined in
ASTM F 1959, Standard Test Method for Determining the Arc Thermal Performance Value
of Materials for Clothing, as the incident energy on a material or a multilayer system of
materials that results in a 50% probability that sufficient heat transfer through the tested
specimen is predicted to cause the onset of a second-degree skin burn injury based on the
Stoll curve, cal/cm2. EBT is defined in ASTM F 1959 as the incident energy on a material or
material system that results in a 50% probability of breakopen. Arc rating is reported as
either ATPV or EBT, whichever is the lower value.
Accurate Results
For consistency of results, limited
duplication and lower overall PPE
recommendations, GE recommends
that the short-circuit and
coordination studies be completed
concurrently with the arc-flash
hazard study:
? Short Circuit Study – Calculates
three-phase bolted faults
? Protective Device Coordination
Study – Uses equipment
settings to determine devices'
opening times
For more information, contact your local GE Energy office or call 1-888-GE4-Serv or 540-378-3280.
?2009, General Electric Company. All rights reserved. The contents of this document are the property of General Electric Company. No part of this work may be reproduced or transmitted in any form or by any means, except
as permitted in written license agreement with General Electric Company. General Electric Company has made every reasonable attempt to ensure the completeness and accuracy of this document. However, the information
contained in this document is subject to change without notice, and does not represent a commitment on the part of General Electric Company. The GE logo is a registered trademark of General Electric Company.
1) Reprinted with permission from 2008 National Electrical Code? Handbook, Copyright ?2007, National Fire Protection Association, Quincy, MA 02269.
2) Reprinted with permission from NFPA 70E, Standard for Electrical Safety In the Workplace 2009 Edition, Copyright ? 2008, National Fire Protection Association, Quincy, MA 02269. National Electric Code and
NEC are registered trademarks of the National Fire Protection Association, Quincy, MA.
This reprinted material is not the complete and official position of the NFPA on the referenced subject, which is represented only by the standard in its entirety.
TABLE 130.7(C)(11) Protective Clothing Characteristics
Required Min Arc
Hazard/Risk Rating of PPE
Category Clothing Description [J/cm2 (cal/cm2)]
0 Nonmelting, flammable materials (i.e., N/A
untreated cotton, wool, rayon, or silk, or
blends of these materials) with a fabric
weight at least 4.5 oz/yd2
1 Arc-rated FR shirt and FR pants or 16.74 (4)
FR coverall
2 Arc-rated FR shirt and FR pants 33.47 (8)
or FR coverall
3 Arc-rated FR shirt and pants or 104.6 (25)
FR coverall, and arc flash suit selected
so that the system arc rating meets the
required minimum
4 Arc-rated FR shirt and pants or 167.36 (40)
FR coverall, and arc flash suit selected
so that the system arc rating meets the
required minimum
NEC Handbook Exhibit 110.7
Electrical worker clothed in
personal protective equipment
(PPE) appropriate for the hazard
involved1
.
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Customer Training
Drives and Controls
AC/DC2000 Drive Hardware
Recommended Duration: 3 Days
This course is designed for maintenance personnel who configure
and maintain the AC/DC2000 drive. Topics include drive application,
drive power components, circuit cards and their descriptive
operation, elementaries, SCR, IGBT and related information. The
keypad operation will be covered extensively as a means of
troubleshooting and interrogating the drive. The Control System
Toolbox software is not necessary in this course and will not
be taught.
Prerequisite: Electrical experience/education
AF-300E?, AF-300 G11? and AF-300 P11?
Recommended Duration: 2 Days
This course is for original equipment manufacturers and end
users who need to implement basic drive configuration and the
drive start-up procedures. Topics include keypad programming,
hardware overview, applications, startup and troubleshooting.
Prerequisite: None
AC/DC2000 Drive Software Tools
Recommended Duration: 4 1/2 Days
This course is designed for maintenance and engineering personnel
to understand how to use the features of the Control System
Toolbox running under the Windows system, which applies to
the AC/DC2000 drive in order to operate, maintain and trouble -
shoot the drive. Topics include AC/DC2000 overview, AC/DC2000
hardware, terminology, block diagram, I/O programming, serial
monitor commands, trending and circular lists.
Prerequisite: Electrical experience/education and familiarity
with Windows?
AV-300?, AV-300i? and DV-300? Drives
Recommended Duration: 4 Days
This course is designed for engineering and maintenance personnel
who configure, setup, install and maintain the AV and DV
drive. Topics include motor theory, drive power components, configuration
and keypad operation. The drive software to set up,
tune and maintain the drive will also be presented.
Prerequisite: Electrical experience/education and familiarity
with Windows?
DC-300? Adjustable Speed Drive
Recommended Duration: 3 1/2 Days This course is designed
for engineering and maintenance personnel who install, tune-up,
maintain and troubleshoot the DC-300 Drive. Topics include DC
motor theory, drive power components, keypad operation, interface
signals, feedback calibration, tune-up and troubleshooting.
Assignments include component identification, operation, calibration
and tune-up.
Prerequisite: Electrical experience/education
DC Innovation Series Drive
Recommended Duration: 3 1/2 Days
This course is designed for maintenance personnel who configure,
maintain and troubleshoot the DC Innovation drives. Topics
include retrofit modifications, I/O configuration, signal interface,
drive circuit cards and their descriptive operation. The keypad
operation will be covered as a means of troubleshooting and
interrogating the drive. The Control System Toolbox software
will also be covered.
Prerequisite: Electrical experience/education and familiarity
with Windows?
Dura-Bilt 5i MV? Drive
Recommended Duration: 3 1/2 Days
This course is designed for engineering and maintenance
personnel who configure, set up, install and maintain the
Dura-Bilt 5i medium voltage drive. Topics include AC motor
theory, power components, configuration and keypad operation.
The Control System Toolbox software will be used to set up and
maintain the drive. Assignments include hardware identification,
programming I/O and working with the regulator patterns.
Prerequisite: Electrical experience/education and familiarity
with Windows?
Innovation Series? Controller
Recommended Duration: 4 1/2 Days
This course is for engineering and maintenance personnel who
are responsible for configuring, maintaining or troubleshooting
a system that includes the Innovation Series Controller with or
without the operator's console. Through a series of lectures the
student will learn to use the many functions and features of
the controller, including software changes, I/O modifications using
Genius? blocks, trending, diagnostics and troubleshooting techniques
using the Control System Toolbox. The student will feel
confident in using these tools for monitoring and diagnosing of
a system. Choose this course to learn the basics of the Innovation
Series Controller (UC2000).
Prerequisite: Electrical experience/education and familiarity
with Windows?
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Customer Training
Drives and Controls
Innovation Series Low Voltage Drive
Recommended Duration: 3 1/2 Days
This course is designed for engineering and maintenance personnel
who configure, set up, install and maintain the low voltage
AC drive. Topics include AC motor theory, drive power components
configuration and keypad operation. The Control System
Toolbox software used to set up, tune and maintain the drive will
also be presented. Laboratory assignments include hardware
identification, programming I/O, startup wizards and changing
the regulator patterns via keypad and Control System Toolbox.
Prerequisite: Electrical experience/education and familiarity
with Windows?
Innovation Series Low Voltage Drive System
Recommended Duration: 4 1/2 days
This is a system level course for engineering and maintenance
personnel who are responsible for configuring, maintaining or
troubleshooting a system that includes the Innovation Series
Controller and Low Voltage Innovation drives. This is a practical
“how to” course on the essentials developed for Innovation Series
Drive Systems.
Prerequisite: Electrical experience/education and familiarity
with Windows?
Innovation Series Medium Voltage Drive Type GP
Recommended Duration: 3 Days
This course is designed for engineering and maintenance personnel
who configure, set up, install and maintain the AC drive.
Topics include AC motor theory, drive power components (IGBT),
configuration and keypad operation. The Control System Toolbox
software will be used to set up, tune and maintain the drive.
Assignments will include hardware identification, programming
I/O, start-up wizards (fiber-optic, cell test, etc.) and changing the
regulator patterns via the keypad and Control System Toolbox.
Prerequisite: Electrical experience/education and familiarity
with Windows?
Innovation Series Medium Voltage Drive Type SP
Recommended Duration: 4 Days
The course is designed for engineering and maintenance personnel
who configure, set up, install, and maintain AC drives.
Assignments will include hardware identification, programming
I/O, startup wizards (fiber-optic, cell test, etc.) and changing the
regulator patterns via Keypad and Control System Toolbox. At the
completion of this course, students will be familiar with the following:
Hardware Configuration of the Drive (VME Rack with circuit
cards), Liquid Cooling Operation, Source and Inverter Bridges
(Power Conversion Theory), DDI (Keypad), Bus Charging Sequence,
Fault Retrieval and Diagnostic, Maintenance and Troubleshooting,
Control System Toolbox, Utilizing the Drives Pattern, including:
a. Trend Recorder (Real Time Trending); b. Capture Buffer
(Background Trending).
Prerequisite: Electrical experience/education and familiarity
with Windows?
LCI Drives (Innovation Series)
for Fan, Pump and Compressor Applications
Recommended Duration: 3 Days
This course is designed for engineering and maintenance personnel
who configure, set up, install and maintain the LCI drive.
Topics include synchronous AC motor theory, drive power components
(SCR, line filters and snubbers) and the water-cooled system.
The AFE Datapanel/90-30 and/or VersaMax? configuration
will be used and Innovation Series controller interfacing components
will be discussed. The HyperTerminal? monitor mode to set
up, tune and maintain the drive will also be presented.
Assignments include hardware identification, programming
DACs and circular list.
Prerequisite: Electrical experience/education and familiarity
with Windows?
LCI Second Generation (pre-1997: has door-mounted printer)
Recommended Duration: 3 Days
This course is designed for engineering and maintenance personnel
who configure, set up, install and maintain the LCI drive.
Topics include synchronous AC motor theory, drive power components
(SCR, line filters and snubbers), the water-cooled system
and door-mounted printer operation. The monitor modes to set
up, tune and maintain the drive will also be presented.
Assignments include hardware identification, programming DACs
and circular list.
Prerequisite: Electrical experience/education
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Customer Training
Drives and Controls
LEOPACK?-DC Drive
Recommended Duration: 4 Days
This course is designed for engineering and maintenance personnel
who configure, set up, install and maintain the LEOPAK - Wi.
Assignments include hardware identification, programming I/O
and working with the regulator patterns. At the completion of this
course, students will be familiar with the following: Power
Conversion Theory, DC Motor Theory, Keypad Operation, Reading
Elementary Diagrams (Toshiba Format), Drive Hardware Overview,
Toshiba WW Tool –1. Communications; 2. Up/Dnloading Files; 3.
Assigning D/A Ports; 4. Trace Back Feature; 5. Regulator
Diagrams; 6. Tune-up of Drive.
Prerequisite: Electrical experience/education and familiarity
with Windows?
Programmable Controls Series 90-70 and 90-30
Recommended Duration: 4 1/2 Days
This course is for engineers and electricians responsible for maintaining
Series 90-70 and/or Series 90-30 controls. Topics include
90-70 and 90-30 hardware overview, comparisons between 90-
70 and 90-30, ladder logic programming, troubleshooting and
diagnostics.
Prerequisite: Familiarity with relay logic
TM Drive-10
Recommended Duration: 4 Days
This course is designed for engineering and maintenance personnel
who configure, and maintain the Toshiba 250 Wi, TM-P10
source and inverter. Assignments include hardware identification,
programming I/O and working with the regulator patterns using
the Control System Toolbox. At the completion of this course, students
will be familiar with the following: Power Conversion
Theory, AC Induction Motor Theory, Elementary Diagram Reading,
Use of the GE Control System Tool Box - 1. Identifying and correcting
faults; 2. Working with the pattern; 3. Utilizing the Trend
Recorder Functions - a. Real-time Recording; b. Triggered Realtime
Recording; c. Capture Buffer; d. Keypad Functions
Prerequisite: Electrical experience/education and familiarity
with Windows?
TM-DC? Drive
Recommended Duration: 4 Days
This course is designed for engineering and maintenance personnel
who configure setup, install and maintain the TM-DC? drives.
Assignments include, hardware identification, diagnostics and
parameter review, programming I/O, tune up and working with
the regulator patterns through the Control System Toolbox.
Prerequisite: Electrical experience/education and familiarity
with Windows?
Motors, Power Converters and Drives
Recommended Duration: 4 1/2 Days
This course is designed for engineers and technicians responsible
for drive systems. It includes detailed operational information on
standard AC and DC motors, semiconductor operation (diodes,
SCRs, GTOs, IGCTs, IGBTs, and IEGTs), applications, dc converters
and PWM/SCR/GTO inverters. The course includes an introduction
to the principles of operation and the laws of physics that apply
to fans, pumps and compressors.
Prerequisite: None
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Customer Training
Power Equipment and Power Management
Industrial Power Systems Engineering and Device Coordination
Recommended Duration: 4 1/2 Days
This course is designed for electrical engineers responsible for
industrial or commercial power systems planning, designs for
reliability and overall system performance. Course includes shortcircuit
currents, over-voltages, power systems planning, protective
relaying, voltage control, equipment and system grounding,
power factor improvement, switchgear selection, protective
device coordination and workshop exercises.
Prerequisite: Electrical engineering experience/
education recommended
Low Voltage Switchgear, AKD 5, 6, 8 and 10
Recommended Duration: 4 Days
This course is designed for personnel responsible for maintenance,
testing and troubleshooting power circuit breakers,
protective relays, breaker trip devices and switchgear panels.
Topics include switchgear construction, switchgear diagrams,
trip devices, low voltage power circuit breakers, testing,
and maintenance.
Prerequisite: None
Medium Voltage Circuit Breakers and Contactors
Recommended Duration: 4 1/2 Days
This course is designed for personnel responsible for maintenance,
testing and troubleshooting power circuit breakers, contactors,
protective relays, trip devices and switchgear panels.
Primary equipment covered are Power-Vac breakers, MagneBlast
breakers and Limitamp contactors including both air and
vacuum type contactors. Lecture topics include switchgear
diagrams, breaker control, switchgear enclosures, protective
relays, testing, maintenance and operation of medium voltage
induction and synchronous motor starters.
Prerequisite: None
Power Transformers
Recommended Duration: 2 Days
Detailed course on transformer maintenance and testing. Topics
include transformer theory, insulating liquid testing, accessories,
transformer types, transformer filling, maintenance and testing,
types of insulating liquids, oil preservation systems.
Prerequisite: None
Power Transformers, Power Converters and System Harmonics
Recommended Duration: 4 Days
This course is designed for engineers and technicians responsible
for overall power system performance. Transformer topics
include theory, types, accessories, maintenance and testing.
Semiconductor topics include operation and application of
diodes, SCRs, GTOs, IGCTs, IGBTs, and IEGTs, half and full wave
rectifiers, dc converters and PWM/SCR/GTO inverters. A review of
electrical system components that generate harmonics leads into
other harmonic topics such as the effect of harmonics on system
components, recommendations for reducing system harmonics,
harmonic analysis tools, harmonic measurements and an introduction
to harmonic filters.
Prerequisite: None
Motor Controller Maintenance and Troubleshooting
Recommended Duration: 4 1/2 Days
This course is designed for personnel involved in the operation
and maintenance of motors and motor control circuitry. It covers
detailed information on operation of standard AC and DC motors.
Topics include controls fundamentals, development of circuits,
control components, maintenance and motor control circuit
diagrams.
Prerequisite: None
Limitamp? Motor Starters
Recommended Duration: 3 Days
The course covers basic operation, maintenance and trouble -
shooting of medium voltage induction and synchronous motor
starters. Topics include air and vacuum contactors, and full
reduced voltage motor starters.
Prerequisite: None
Closed Loop Regulator Theory
Recommended Duration: 3 Days
This course is designed for personnel involved in designing or
troubleshooting closed loop regulating systems. Topics include
transfer functions, control block diagrams, regulator control
strategy and PID regulators. Drive regulator control is discussed,
including Volts/Hz and Flux Vector AC drive control. Bode stability
analysis is used to calculate crossover frequency and compensation
in many classroom exercises.
Prerequisite: Electrical engineering experience/
education recommended
Services and Spare Parts
7
Prices and data subject Aftermarket Catalog www.geelectrical.com 7-21
to change without notice
Services and Spare Parts
Customer Training
Power Equipment and Power Management
Medium Voltage Switchgear, Magne Blast?
Recommended Duration: 3 Days
This is a practical maintenance and troubleshooting course which
highlights the breaker, cubicle and its control circuitry. The course
covers switchgear diagrams, protective relays, control and relay
circuitry, switchgear enclosure, laboratory sessions and inspection-testing
maintenance.
Prerequisite: None
Medium Voltage Switchgear, Magne Blast and Power-Vac
Recommended Duration: 4 Days
Maintenance and troubleshooting course for personnel who
maintain 5 kV & 15 kV metal-clad switchgear. The course covers
both Magne Blast and Power-vac circuit breakers, including their
respective cubicles. Topics include switchgear diagrams, breaker
control and relaying circuitry, switchgear enclosures, protective
relays and maintenance.
Prerequisite: None
Medium Voltage Switchgear, Power-Vac
Recommended Duration: 3 Days
The class presents main tenance and troubleshooting procedures,
cable terminations, control and relay circuitry, breaker mechanisms,
switchgear enclosures, inspection-testing maintenance, switchgear
diagrams, protective relaying, ML-17 and ML-18 mechanisms.
Prerequisite: None
Power System Protective Relays
Recommended Duration: 3 Days
This course is designed for new technicians, or is a good review for
experienced engineers. It includes maintenance, troubleshooting
and testing on protective relays. Topics include types and function
of protective relays, power transformer and bus protective relays.
Prerequisite: None
Control Maintenance and Troubleshooting
Recommended Duration: 3 Days
Designed for personnel involved in the operation and maintenance
of motor control circuitry. Topics include controls fundamentals,
development of circuits, control components,
troubleshooting with maintenance, and circuit diagrams.
Prerequisite: None
Harmonic Analysis
Recommended Duration: 2 Days
A review of electrical system components that generate harmonics.
Effect of harmonics on system components. Recommendations for
reducing system harmonics. Harmonic analysis tools and harmonic
measurements. Introduction to harmonic filters.
Prerequisite: None
Fans, Pumps, and Compressors
Recommended Duration: 2 Days
An introduction to the principles of operation and the laws of
physics that apply to fans, pumps and compressors. Maintenance
and troubleshooting are focused on electrically driven machines.
Prerequisite: None
Solid State Power Conversion
Recommended Duration: 2 Days
This course is targeted for those needing a basic understanding
of semi conductor devices and variable frequency power conversion.
Topics include semiconductor operation (diodes, SCRs, GTO's,
IGBT's) half and full wave rectifiers, DC converters, PWM/SCR/GTO
inverters, IEEE duty classes, failure modes and fault protection.
Prerequisite: Electrical engineering/education recommended
Substation Power Equipment
Recommended Duration: 4 Days
This course is directed at new and experienced electricians.
It features procedures for maintenance and testing of equipment
found in a typical substation, such as lightning arresters, oil circuit
breakers, fuses, protective relays and transformers.
Prerequisite: None
Motor Maintenance
Recommended Duration: 2 Days
This course provides practical, specialized information on inspection,
testing, maintenance and troubleshooting of electric motors.
Topics include fundamentals of motors, ac and dc machines, motor
application, vibration, alignment, and bearings. Lecture Only.
Services and Spare Parts
7
7-22 Aftermarket Catalog www.geelectrical.com Prices and data subject
to change without notice
Services and Spare Parts
Customer Training
Electrical Safety
Electrical Safety and New NFPA 70E for Qualified Individuals
Recommended Duration: 1 Day
Course content includes safety around electrical systems; effects
of current on the body; PPE for working near energized equipment;
additional PPE that is required for applying Lockout/Tagout (LOTO)
to equipment that is to be de-energized; electrical power tool
safety; static electricity; grounding and bonding; applying electrical
safety grounds to de-energized electrical equipment. If purchased
with a GE Arc Flash Hazard Study, this course will be
customized for the customer to incorporate explanations of
selected results of the study detailing issues found or to be
addressed.
This course is for individuals who face the risk of electrical shock,
electrocution, or arc flash if systems are not reduced to an electrically
safe work condition. (This course meets the electrical section
of OSHA requirements of 29 CFR 190.269, 29 CFR 1910.303,
through 29 CFR 1910.333.)
Prerequisite: Standard Work Place Personal Protective Equipment
Training and Lockout/Tagout Training recommended.
Fundamentals of NFPA 70E
Recommended Duration: 1/2 Day
This course is for individuals who have responsibility for implementing,
training, and enforcing the safety related work practices
of the NFPA 70E Consensus Standard.
Prerequisite: None
Lockout/Tagout (LOTO)
Recommended Duration: 1/2 Day
Designed for individuals who may be involved in Lockout/Tagout
work as defined by 29 CFR 1910.147. This course reviews the
steps necessary to prevent serious injury from the unexpected
release or start-up of hazardous energy.
Prerequisite: None
Services and Spare Parts
7
Prices and data subject Aftermarket Catalog www.geelectrical.com 7-23
to change without notice
Services and Spare Parts
Customer Training
General Information
Customized Training Programs
Our programs feature curricula tailored to each customer’s
particular requirements. These personalized programs provide
world-class, site-specific training for owners and operators of
electrical distribution & control equipment.
Course durations can vary depending on the needs of the individual
customer. Class size is limited to ensure the highest level of quality
instruction and to maximize individualization.
Courses are presented in a manner that is readily understood
and can be applied to each student’s particular job.
At-Your-Site Training
? We offer a broad selection of electrical training courses
 for industrial, utility and commercial operations.
? Our courses are unique in that they are designed and taught
by GE’s training experts. Our instructors have vast experience
installing and maintaining the types of electrical equipment
and systems that are the subjects of these courses.
? As a student, you receive insightful, practical knowledge that
you can readily relate to and apply.
? Site training is an economical approach since courses are
held at the customer facility where living and transportation
expenses can be reduced.
? Course offerings are structured to balance theory, hands-on
application and engineering concepts for maintenance and
operation personnel.
? Recording devices are not allowed. The contents of our classes
are fully copyrighted and cannot be recorded or duplicated
without our permission.
Classroom Training
? Standard classroom training courses are also offered at any
of our global training centers.
Contact Us
? To learn more about this offering visit
http://www.ge-energy.com/training, contact your local GE
Energy office or call 1-888-GE4-SERV or 540-378-3280.
Trademarks:
AF-300E, AF-300 G11, and AF-300 P11 are trademarks of GE Fuji Drives USA, Inc.
American Express is a registered trademark of American Express Company.
AV-300, AV-300i, DC-300, DV-300, EX2100, LS2100, Magne Blast, and SPEEDTRONIC
are trademarks of General Electric Company, USA.
Genius and VersaMax are registered trademarks of GE Fanuc Intelligent Platforms.
HyperTerminal is a registered trademark of Hilgraeve, Inc.
Dura-Bilt5 MV is a trademark of GE Toshiba Automation Systems LLC.
Innovation Series and Limitamp are registered trademarks of General Electric Company, USA.
MS-DOS and Windows are registered trademarks of Microsoft Corporation.
Series 90 is a trademark of GE Fanuc Intelligent Platforms.
Services and Spare Parts
7
7-24 Aftermarket Catalog www.geelectrical.com Prices and data subject
to change without notice
Services and Spare Parts
Electrical Safety Training
Overview
GE Energy’s safety training team specializes in the development
and delivery of world-class safety training programs with an
emphasis on consistency, quality, and providing a practical learning
experience for each student. Our professional safety instructors
can help you realize these benefits by delivering safety training
programs that provide insight and understanding into the risks
inherent to electrical equipment and systems.
Courses focus on electrical safety requirements as identified
by OSHA in the General Industry Standards; requirements of the
NFPA 70E Consensus Standards; and the requirements of the
General Industry Lockout/Tagout (LOTO) Standard. Training
courses can be offered at the customer’s site or at a GE Training
Center. Electrical Safety & NFPA 70E for Qualified Individuals and
LOTO require the student to achieve a passing score upon final
examination. Certificates will be presented to students that
successfully pass the course.
Approach Boundaries – Shock Protection
Applicability
These courses are applicable to a broad range of industries
where employees will encounter electrical equipment energized
at greater than 50 volts.
Available Courses
Electrical Safety & NFPA 70E for Qualified Individuals
Course Description: Required for individuals who face the risk of
electrical shock, electrocution, or arc flash if the electrical system
is not reduced to an electrically safe work condition. This course
meets the electrical section of OSHA requirements – 29 CFR
1910.269, 29 CFR 1910.303 through 29 CFR 1910.308, and 29
CFR 1910.333.
Course content includes: safety around electrical systems;
affects of current on the body; Personal Protective Equipment
(PPE) required for working near energized equipment; additional
PPE that is required for applying LOTO to equipment that is to be
de-energized; electrical power tool safety; grounding; bonding;
static electricity and equipment potential hazards. (If purchased
with a GE Arc Flash Hazard Study, this course will be customized
to incorporate explanations of selected results detailing potential
issues and recommendations.)
Objectives
? Explain the fundamentals of electrical accidents
? Define proper procedures for identifying energized equipment
and working on de-energized electrical equipment safely
? Explain how to recognize electrical safety hazards
? Recognize defined appropriate safe distances to energized
equipment
? Explain static electricity and how it develops
? Explanation of “Equipotential” and Step Potential
? Selection of test equipment for identifying energized equipment
? Understand the limitations of test equipment
? Selection of PPE for individuals at risk of an electrical arc
or explosion
? Proper method for identifying and applying electrical
safety grounds
? Apply inspection guidelines for PPE and test equipment
? Understand hazard risk categories and their application
in a number of situations
NFPA 70E 130.2 Conductor
Prohibited Space
Restricted Space
Restricted Approach
Boundary
Limited Space
The Approach Boundaries relate
to the voltage of the conductor
Prohibited Approach
Boundary
Limited Approach
Boundary
Services and Spare Parts
7
Prices and data subject Aftermarket Catalog www.geelectrical.com 7-25
to change without notice
Services and Spare Parts
Electrical Safety Training
Length: 8 Hours
Recommended Prerequisites. Prior knowledge of electrical
equipment and systems, personal protective equipment and
Lockout/Tagout training.
Audience. Any individual who will be working near energized
equipment and has the need to determine the degree and extent
of the hazard and the personal protective equipment to perform
a given task safely. Note: This course should not be provided to
those individuals who do not have knowledge of the construction
and operation of electrical equipment or the ability to determine
the degree and extent of the hazard and the personal protective
equipment to perform a given task safely.
Lockout/Tagout
This program is designed for workers who may be involved in
Lockout/Tagout (LOTO) work as defined by the electrical section
of OSHA requirements 29 CFR 1910.147. Lockout/Tagout training
gives individuals the necessary steps to perform LOTO in the
workplace. It is intended to give individuals the knowledge needed
to prevent serious injury from the unexpected release or start-up
of hazardous energy.
Objectives
? Explain the meaning of Lockout/Tagout
? Define the requirements of a LOTO program
? Outline employee LOTO responsibilities
? Identify different types of energy sources
? Describe the basic Lockout/Tagout six-step process
? Define the term "Zero Energy State"
Length: 4 Hours
Recommended Prerequisites. None.
Audience. Any individual who will be required to apply a lock, tag,
or sign onto a LOTO system, or one who will be required to work
on equipment, machinery, processes, or electric circuits.
Fundamentals of NFPA 70E
This course provides information and guidance for individuals
who will have responsibilities for implementing, training and
enforcing the safety-related work practices of the NFPA 70E
consensus standard.
Objectives
? Explain shock and arc flash hazard analysis
? Define requirements to train employees
? Outline employer and employee responsibilities
? Understand requirements for work/maintenance practices
? Explain procedures to select appropriate Personal
Protective Equipment
? Define qualified individuals
Length: 4 Hours
Recommended Prerequisites. None
Audience. Environment, Health and Safety professionals, plant
personnel, and those individuals who will be implementing
NFPA 70E requirements at their facility.
To learn more about this offering, contact your GE Energy sales
representative or visit www.ge-energy.com/training.
imagination at work
6/10 DEP-148A
GE
41 Woodford Avenue
Plainville, CT 06062
www.geelectrical.com
? 2010 General Electric Company
IMPELLERS P566176-001
IMPELLER WEARING RINGS P537994-001Voltage Rating Rating Product No. GO-5AC Drive Product No.
0.33 0.25 NEMA1ACA2 纬轩机电110.00 6KGP23F25X9XXXA1
0.5 0.37 NEMA1ACA2 纬轩机电110.00 6KGP23F50X9XXXA1
1 0.75 NEMA1ACA2 纬轩机电110.00 6KGP23001X9XXXA1
2 1.5 NEMA1ACA2 纬轩机电110.00 6KGP23002X9XXXA1Size 1 Standard O/L 9000RSG1 纬轩机电87.00
Size 1 Electronic O/L 9000RSG2 纬轩机电87.00
O/L Reset Assembly Size 2,5 Standard O/L 9000RSG3 纬轩机电87.00
Size 2,5 Electronic O/L 9000RSG4 纬轩机电87.00
Size 3,4 Standard O/L 9000RSG5 纬轩机电87.00
Size 3,4 Electronic O/L 9000RSG6 纬轩机电87.00
Door Hinges Door Hinges 190B1013P1 纬轩机电9.00
Power Pull Apart Terminal Block 50A 190B1691G1 纬轩机电84.00
Terminal Block Din Rail Assembly 18 Points Max 190B2070G6 纬轩机电309.00
Terminal Blocks Terminal Block Din Rail Assembly 18 Points Max w/ TB 190B2070G12 纬轩机电534.00
Control TB 30A Male and Female 190B1692G1 纬轩机电45.00
Wireway Covers Top 12" with hinges 110C1440G1 纬轩机电170.00 Wireway Covers Wireway Covers Top 18" with hinges 110C1440G2 纬轩机电204.00
CPT 150VA, 480/120 Size 1 and 2 w/o Fuse Block 9T58K0504G37 纬轩机电310.001
Control Power Transformers CPT 300VA, 480/120 Size 1 and 2 With Fuse Block 9T58K0507G38 纬轩机电390.001
CPT 100VA, 480/120 Size 1 1/2X, Size 5 W/O Fuse Block MIC#B100-2989-5 纬轩机电240.00
Standard Shelf 110C1059P1 纬轩机电144.00
Shelf Grounding Bracket 270A1343G1 纬轩机电18.00
Miscellaneous Bus Shutter Assembly 110C1783G1 纬轩机电346.00
Vertical Bus Stab Covers 190B1215P1 纬轩机电9.00
Wireway Knock Out Panel 190B1014P1 纬轩机电12.00
Shelf Support - 72" High 110C1010G11 纬轩机电310.00
Circuit Breaker/Starter Handles E and F Frame CB Vertical Handle Only 190B1704G1 纬轩机电120.00
E and F Frame CB Horizontal Handle Only 190B1704G2 纬轩机电120.00
6" EK06 纬轩机电120.002
12" EK12 纬轩机电240.002
18" EK18 纬轩机电490.00
Filler Kits 24" EK24 纬轩机电505.00
(Includes Shelf and Grounding Bracket) 30" EK30 纬轩机电575.00
36" EK36 纬轩机电610.00
42" EK42 纬轩机电640.00
48" EK48 纬轩机电680.00
Rear Cover Only 190B1007P9 纬轩机电114.00
Rear Doors Only Rear Hinge Door Top Only 110C1466G9 纬轩机电132.00
Rear Hinge Door Bottom Only 110C1466G21 纬轩机电132.00
Rear Hinge Mounting Bracket (2 Per Section) 110C1464P1 纬轩机电14.00
6" High 110C1163G1 纬轩机电260.00
12" High 110C1163G2 纬轩机电332.80
18" High 110C1163G3 纬轩机电353.60
24" High 110C1163G4 纬轩机电374.40
30" High 110C1163G5 纬轩机电396.00
Wire Trough Doors (4") 36" High 110C1163G6 纬轩机电416.00
42" High 110C1163G7 纬轩机电426.40
48" High 110C1163G8 纬轩机电426.40
54" High 110C1163G9 纬轩机电457.60
60" High 110C1163G10 纬轩机电478.40
66" High 110C1163G11 纬轩机电499.20
72" High 110C1163G12 纬轩机电572.00
Muffin Fan 120V Only MUFFINFANG1 纬轩机电376.00
Cooling Fans Tarzan Fan Only RMC#020169 纬轩机电1245.50
Case Fan Assembly 110C1556G1 纬轩机电4012.00
N3R Fan Assemblies Refer to Factory N/A
6" 110C1240KKG1 纬轩机电166.00
12" 110C1240KKG2 纬轩机电208.00
18" 110C1240KKG3 纬轩机电240.00
Blank Unit Door 24" 110C1240KKG4 纬轩机电250.00
30" 110C1240KKG5 纬轩机电312.00
36" 110C1240KKG6 纬轩机电343.20
42" 110C1240KKG7 纬轩机电374.40
48" 110C1240KKG8 纬轩机电416.00
6 Unit Device Plate Only 110C1039P100 纬轩机电30.00
Pilot Device Bracket 3 Unit Device Plate Only 110C1089P100 纬轩机电30.00
Bracket 190B1662P1 纬轩机电16.00
600Amp Bus 110C1735G1SM 纬轩机电170.00
Splice Kits 800Amp Bus 110C1735G4SM 纬轩机电250.00
(Evolution to Evolution N1, N12 Only) 1200Amp Bus 110C1735G7SM 纬轩机电280.00
(Standard Tin Only) 2000Amp Bus 110C1735G12SM 纬轩机电700.00
2500Amp Bus 110C1735G13SM 纬轩机电1700.00
50Amp CSC#A50QS50 纬轩机电70.00NONE NN* 纬轩机电0.00
RED LGT STD AE* 纬轩机电155.00
RED LGT PUSH-TO-TEST (PTT) AF 纬轩机电250.00
RED/GREEN LGT STD AS* 纬轩机电310.00
RED/GREEN LGT PTT AT 纬轩机电500.00
HAND/OFF/AUTO (H/O/A) SW. AN* 纬轩机电175.00
H/O/A SW. RED LGT STD AB* 纬轩机电330.00
H/O/A SW. RED LGT PTT AP 纬轩机电425.00
H/O/A SW. R/G LGT STD AC* 纬轩机电485.00
H/O/A SW. R/G LGT PTT AQ 纬轩机电675.00
H/O/A STOP/START RED LGT STD AD 纬轩机电475.00
H/O/A STOP/START RED LGT PTT AR 纬轩机电570.00
STOP/START PB BN* 纬轩机电145.00
STOP/START PB RED LGT STD BB* 纬轩机电300.00
STOP/START PB RED LGT PTT BP 纬轩机电395.00
STOP/START PB R/G LGT STD BC 纬轩机电455.00
STOP/START PB R/G LGT PTT BQ 纬轩机电645.00
OFF/ON SW. GN* 纬轩机电120.00
OFF/ON SW. RED LGT STD GB* 纬轩机电275.00
OFF/ON SW. RED LGT PTT GP 纬轩机电370.00
OFF/ON SW. R/G LGT STD GC* 纬轩机电430.00
OFF/ON SW. R/G LGT PTT GQ 纬轩机电620.00
NONE NN 纬轩机电0.00
RED/GREEN LGT STD CE 纬轩机电310.00
RED/GREEN LGT PTT CR 纬轩机电500.00
RED/AMBER LGT STD CF 纬轩机电310.00
RED/AMBER LGT PTT CS 纬轩机电500.00
R/A/G LGT STD CG 纬轩机电465.00
R/A/G LGT PTT CT 纬轩机电750.00
FWD/REV/STOP PB CN 纬轩机电215.00
FWD/REV/STOP PB R/A LGT STD CB 纬轩机电525.00
FWD/REV/STOP PB R/A LGT PTT CP 纬轩机电715.00
FWD/REV/STOP PB R/G/A LGT STD CC 纬轩机电680.00
FWD/REV/STOP PB R/G/A LGT PTT CQ 纬轩机电965.00
FWD/OFF/REV SW DN 纬轩机电175.00
FWD/OFF/REV SW RED LGT STD DB 纬轩机电33.00
FWD/OFF/REV SW RED LGT PTT DP 纬轩机电425.00
FWD/OFF/REV SW R/G LGT STD DC 纬轩机电485.00
FWD/OFF/REV SW R/G LGT PTT DQ 纬轩机电675.00
NONE NN 纬轩机电0.00
RED/AMBER LGT STD EF 纬轩机电310.00
RED/AMBER LGT PTT ES 纬轩机电500.00
R/A/G LGT STD EG 纬轩机电465.00
R/A/G LGT PTT ET 纬轩机电750.00
FAST/SLOW/STOP PB EN 纬轩机电215.00
FAST/SLOW/STOP PB R/A LGT STD EB 纬轩机电525.00
FAST/SLOW/STOP PB R/A LGT PTT EP 纬轩机电715.00
FAST/SLOW/STOP R/A/G LGT STD EC 纬轩机电680.00
FAST/SLOW/STOP R/A/G LGT PTT EQ 纬轩机电965.00
FAST/SLOW/OFF/AUTO (F/S/O/A) SW FN 纬轩机电225.00
F/S/O/A SW R/A LGT STD FB 纬轩机电535.00
F/S/O/A SW R/A LGT PTT FP 纬轩机电725.00
F/S/O/A SW R/A/G LGT STD FC 纬轩机电690.00
F/S/O/A SW R/A/G LGT PTT FQ 纬轩机电975.00
60Amp CSC#A50QS60 纬轩机电70.00
Optional Semiconductor 80Amp CSC#A50QS80 纬轩机电70.00
Soft Start Fuses 100Amp CSC#A50QS100 纬轩机电90.00
200Amp CSC#A50QS200 纬轩机电140.00
225Amp CSC#A50QS225 纬轩机电140.00
350Amp CSC#A50QS350 纬轩机电150.00
3 2.2 NEMA1ACA2 纬轩机电110.00 6KGP23003X9XXXA1
5 3.7 NEMA1ACA3 纬轩机电115.00 6KGP23005X9XXXA1
230 7.5 5.5 NEMA1ACB3 纬轩机电140.00 6KGP23007X9XXXA1
10 7.5 NEMA1ACB3 纬轩机电140.00 6KGP23010X9XXXA1
15 11 NEMA1ACB4 纬轩机电150.00 6KGP23015X9XXXA1
20 15 NEMA1ACB4 纬轩机电150.00 6KGP23020X9XXXA1
25 18.5 NEMA1ACC3 纬轩机电160.00 6KGP23025X9XXXA1
30 22 NEMA1ACC3 纬轩机电160.00 6KGP23030X9XXXA1
40 30 NEMA1ACC4 纬轩机电175.00 6KGP23040X9XXXA1
50 37 NEMA1ACC4 纬轩机电175.00 6KGP23050X9XXXA1
0.5 0.37 NEMA1ACA2 纬轩机电110.00 6KGP43F50X9XXXA1
1 0.75 NEMA1ACA2 纬轩机电110.00 6KGP43001X9XXXA1
2 1.5 NEMA1ACA2 纬轩机电110.00 6KGP43002X9XXXA1
3 2.2 NEMA1ACA2 纬轩机电110.00 6KGP43003X9XXXA1
5 3.7 NEMA1ACA2 纬轩机电110.00 6KGP43005X9XXXA1
7.5 5.5 NEMA1ACA3 纬轩机电115.00 6KGP43007X9XXXA1
10 7.5 NEMA1ACA3 纬轩机电115.00 6KGP43010X9XXXA1
460 15 11 NEMA1ACB3 纬轩机电140.00 6KGP43015X9XXXA1
20 15 NEMA1ACB3 纬轩机电140.00 6KGP43020X9XXXA1
25 18.5 NEMA1ACB4 纬轩机电150.00 6KGP43025X9XXXA1
30 22 NEMA1ACB4 纬轩机电150.00 6KGP43030X9XXXA1
40 30 NEMA1ACB4 纬轩机电150.00 6KGP43040X9XXXA1