GE circuit breaker catalogs are essential resources for electrical professionals, providing detailed specifications and PDF downloads. These guides cover miniature, molded case, and power circuit breakers.
Accessing these catalog resources ensures correct component selection and proper system protection within various electric applications, aiding in efficient project planning.
Importance of GE Circuit Breaker Catalogs
GE circuit breaker catalogs, often available as PDF documents, are critically important for ensuring electrical system safety and reliability. They provide comprehensive details on each breaker, including interrupting capacity, pole and amp configurations, and physical dimensions.
These catalogs facilitate accurate component selection, preventing costly errors and potential hazards. Detailed catalog information aids in proper system design, ensuring compatibility with existing infrastructure like electric type AD panels and SecoGear switchgear.
Furthermore, understanding the catalog numbering system is vital for identifying specific breakers and their features, like those in the TOP, TQL, and TQP series. Access to these resources streamlines maintenance, troubleshooting, and replacement procedures, ultimately optimizing system performance and minimizing downtime.
Availability of PDF Catalogs
General Electric (GE) circuit breaker PDF catalogs are readily accessible through several online avenues. The primary source is the GE Industrial Solutions website, offering a vast library of technical documentation, including detailed breaker specifications and application guides.
Numerous third-party distributor websites also host these PDF catalogs, providing convenient access for electrical professionals and engineers. These resources often include catalogs for various series, such as the Record Plus molded case breakers and AKRU low-voltage power circuit breakers.
Searching online using specific keywords like “GE circuit breaker catalog PDF” will yield numerous results. These digital formats allow for easy searching, printing, and sharing of critical information, ensuring up-to-date access to the latest GE breaker data.
GE Miniature Circuit Breakers
GE’s miniature circuit breakers, including TOP, TQL, and TQP series, offer robust protection in compact designs, detailed within their respective catalog sections.
TOP Series Overview
GE’s TOP series miniature circuit breakers represent a foundational offering within their low-voltage protection lineup. These breakers are commonly found safeguarding branch circuits in residential, commercial, and industrial settings. The catalog details various amperage ratings, ranging from 15A to 60A, catering to diverse load requirements.
Key features highlighted in the GE documentation include their thermal-magnetic trip characteristics, providing both overload and short-circuit protection. The TOP series is known for its reliable performance and compact design, facilitating easy installation within panelboards. Catalog listings specify interrupting capacities, typically around 10kA, ensuring safe operation during fault conditions.
Furthermore, the catalog clarifies options for line lugs, allowing for flexible wiring configurations. Breakers without required line lugs can be specified by omitting “WL” from the catalog number, streamlining the ordering process.
TQL Series Overview
GE’s TQL series miniature circuit breakers are designed for a broad spectrum of applications, offering robust protection for electrical circuits. The catalog showcases a range of amperage options, typically spanning from 15A to 60A, accommodating diverse electrical loads. These breakers are frequently utilized in panelboards, providing essential safety features.
According to GE’s documentation, the TQL series employs thermal-magnetic trip mechanisms, delivering both overload and short-circuit protection. The catalog details interrupting capacities, generally around 10kA, ensuring reliable performance during fault events. They are known for their consistent operation and compact form factor.
The catalog also provides guidance on specifying breakers with or without line lugs; omitting “WL” from the catalog number indicates a breaker without line lug requirements, simplifying the ordering process.
Ground Fault Breakers (TQP Series)
GE’s TQP series represents their line of Ground Fault Circuit Interrupters (GFCIs), crucial for personnel safety in damp or wet locations. The catalog details these miniature breakers, designed to quickly interrupt circuits when a ground fault is detected, preventing electrical shock hazards. Amperage ratings typically align with the TQL series, ranging from 15A to 60A.
The catalog emphasizes the importance of GFCIs in applications like bathrooms, kitchens, and outdoor circuits, adhering to electrical code requirements. Like the TQL series, TQP breakers utilize thermal-magnetic trip mechanisms, but with added ground fault detection capabilities.
PDF versions of the catalog provide detailed specifications, including interrupting capacities and trip curves, aiding in proper selection for specific applications and ensuring compliance with safety standards;
Catalog Numbering System for Miniature Breakers
GE miniature circuit breaker catalog numbers follow a standardized format, detailed within the PDF documentation, enabling precise identification and ordering. The system typically begins with a series designation (e.g., THQB for TOP series), followed by indicators for pole configuration (1P, 2P), amperage rating (15, 20, 30), and interrupting capacity (kA).
Suffixes denote specific features, such as “WL” indicating line lugs are included. Eliminating “WL” signifies no lugs are present. The catalog provides a comprehensive key to deciphering these codes, ensuring accurate part selection. Understanding this system streamlines the process of locating the correct breaker for a given application.
Detailed explanations within the GE catalog help users navigate the numbering scheme, avoiding errors and ensuring compatibility.
GE Molded Case Circuit Breakers
GE’s Record Plus series molded case breakers, detailed in their PDF catalog, offer robust protection for electric systems, utilizing common internal accessories.
Record Plus Series Features
GE’s Record Plus molded case circuit breakers, comprehensively documented in their catalog, represent a significant advancement in electrical protection. These breakers are designed for versatility and reliability, catering to a wide range of applications. The catalog details features like line and load connection flexibility, allowing for adaptable installations.
Furthermore, the Record Plus series boasts a compact design, optimizing space within electrical panels. The PDF catalog highlights the availability of various trip units, providing precise overcurrent protection tailored to specific equipment needs. Transparent covers and setting areas enhance visibility and ease of adjustment. These breakers are suitable for use with electric disconnect plug units, streamlining maintenance and operation, as detailed within the GE documentation.
Internal Accessories (Auxiliary Switches, UV Trips)
GE molded case circuit breakers, as detailed in their comprehensive catalog, offer a wide array of internal accessories to enhance functionality. The PDF version clearly outlines options like auxiliary switches, crucial for remote signaling and control of breaker status within electrical systems. These switches provide valuable feedback for monitoring and automation purposes.
Additionally, undervoltage (UV) trip devices are available, protecting equipment from damage due to voltage drops. The catalog specifies compatibility across all frames, ensuring consistent accessory application. These internal components, readily identified via catalog numbers, significantly expand the capabilities of GE breakers, providing customized protection solutions for diverse electrical applications.
Application in Electric Type AD Panels
GE’s Record Plus molded case circuit breakers, as detailed in the catalog – often available as a PDF – are specifically designed for seamless integration into Electric type AD panels. These panels benefit from the common internal accessories utilized across all breaker frames, simplifying installation and maintenance. The catalog highlights that auxiliary switches and undervoltage (UV) trips are universally compatible.
This standardization streamlines the process of upgrading or replacing breakers within AD panels. The GE catalog provides detailed application notes and wiring diagrams, ensuring correct installation and optimal performance. Utilizing these breakers within AD panels delivers reliable and efficient electrical distribution, enhancing system safety and uptime.
GE Power Circuit Breakers
GE’s power circuit breakers, like the AKRU series, are comprehensively documented in catalogs – often in PDF format – detailing specifications and fuse compatibility.
AKRU Low-Voltage Power Circuit Breakers
GE’s AKRU low-voltage power circuit breakers represent a robust solution for critical power distribution systems, and detailed information is readily available within General Electric’s comprehensive catalogs.
These catalogs, frequently accessible as PDF documents, outline the AKRU series’ specifications, including interrupting capacities, frame sizes, and available trip units. They also detail the crucial aspect of fuse compatibility, specifically noting the transition from General Electric Type J and L fuses to GouldShawmut fuses.
The documentation further clarifies applications within SecoGear switchgear, commonly found in power plants and substations, providing essential guidance for engineers and technicians involved in system design, installation, and maintenance. Proper selection relies on these readily available resources.
Fuse Compatibility (GouldShawmut Fuses)
GE’s transition regarding fuse compatibility is thoroughly documented within their circuit breaker catalogs, often available as downloadable PDF files. Historically, General Electric Type J and L fuses were utilized with AKRU low-voltage power circuit breakers.
However, these fuse types have been declared obsolete, prompting a shift towards GouldShawmut fuses. The catalogs clearly detail this change, providing crucial information for replacement and retrofitting applications. Understanding this transition is vital for maintaining system safety and compliance.
PDF versions of the catalogs offer detailed cross-reference tables, ensuring correct fuse selection for optimal breaker protection. This information is essential for electrical engineers and technicians performing maintenance or upgrades.
SecoGear Switchgear Applications
GE’s SecoGear switchgear finds extensive use in critical infrastructure, as detailed within their comprehensive circuit breaker catalogs, often accessible as PDF documents. These switchgear systems are particularly well-suited for demanding environments like power plants and substations.
The catalogs highlight SecoGear’s capability to provide robust control and protection for essential equipment, including transformers, capacitors, and large industrial motors. Detailed application notes within the PDFs guide engineers in selecting appropriate circuit breakers for specific SecoGear configurations.
Understanding these applications, as outlined in the GE documentation, is crucial for ensuring reliable and safe operation of electric distribution systems.
Understanding GE Circuit Breaker Specifications
GE circuit breaker catalogs, often in PDF format, detail crucial specifications like poles, amps, and interrupting capacity (kA) for proper electric system design.
Poles and Amps
GE circuit breaker catalogs meticulously outline available pole configurations – single, two, three, and four-pole options – catering to diverse electric circuit requirements. The PDF documents clearly specify amperage ratings, ranging from 15 amps to 200 amps or higher, depending on the breaker series and application.
Understanding these parameters is vital for selecting the appropriate breaker to protect specific loads. Catalog listings often present data in a tabular format, correlating pole count with available amp ratings for easy reference. This ensures compatibility with existing electrical systems and adherence to safety standards. Correctly matching poles and amps prevents overloading and potential hazards.
Furthermore, the catalogs detail how these specifications impact the breaker’s overall interrupting capacity, providing a comprehensive view of its protective capabilities.
Interrupting Capacity (kA)
GE circuit breaker catalogs prominently feature interrupting capacity ratings, expressed in kiloamperes (kA), indicating the maximum fault current a breaker can safely interrupt. These PDF documents detail varying kA ratings – typically 5kA, 10kA, 25kA, and higher – based on breaker frame size and type.
Higher interrupting capacities are crucial for systems prone to substantial short-circuit currents. The catalogs correlate interrupting capacity with voltage levels and breaker series, ensuring appropriate protection. Selecting a breaker with sufficient kA rating is paramount for preventing catastrophic failures during fault conditions.
Detailed tables within the catalogs simplify this selection process, providing clear guidance for engineers and technicians. Understanding these ratings, as outlined in the GE documentation, is essential for system safety and reliability.
Physical Dimensions (Height, Width, Depth)
GE circuit breaker catalogs, often available as PDF downloads, meticulously detail the physical dimensions of each breaker model. These specifications – height, width, and depth – are critical for proper panelboard and switchgear mounting. Precise dimensions ensure compatibility and prevent installation issues.
The catalogs present this data in standardized tables, frequently including both inch and millimeter measurements for international applications. This information is vital for enclosure design and space planning within electrical systems. Accurate dimensions also facilitate replacement of existing breakers.
Detailed drawings and diagrams within the GE documentation further clarify mounting configurations and overall footprint, aiding in efficient and error-free installations.
Locating Specific Breaker Information
GE circuit breaker catalogs, often in PDF format, utilize part numbers for precise identification. Interpreting catalog listings and understanding these numbers is key.
Using Part Numbers for Identification
GE circuit breaker catalogs heavily rely on part numbers for accurate identification and ordering of specific components. These alphanumeric codes, frequently found within PDF versions of the catalog, encode crucial information about the breaker’s characteristics.
Decoding a GE part number reveals details like the breaker series (e;g., THQB), pole configuration (1P, 2P, 3P), amperage rating (15, 20, 30A), and interrupting capacity (kA). The presence or absence of line lugs, indicated by codes like “WL”, is also embedded within the number.
By carefully analyzing the part number, electrical professionals can quickly pinpoint the exact breaker needed for a particular application, minimizing errors and ensuring compatibility. Utilizing the catalog’s index and cross-reference tables alongside the part number streamlines the selection process.
Interpreting Catalog Listings
GE circuit breaker catalog listings, often available as PDF documents, present information in a structured format for easy interpretation. Each listing typically details key specifications like poles, amps, and interrupting capacity (kA), crucial for selecting the correct breaker.
Pay close attention to the “Description” column, which clarifies the breaker type (e.g., THQB 1P 15A 10kA). The “Lugs” column indicates whether line lugs are included, impacting installation requirements. Physical dimensions – height, width, and depth – are also provided for space planning.
Understanding these parameters, as presented in the catalog, ensures proper application and compatibility within electrical panels and systems. Careful review of these details minimizes the risk of misapplication and ensures optimal performance.
Time Current Curves
GE circuit breaker catalogs, often in PDF format, publish time current curves, vital for coordinating overcurrent protection and assessing breaker tripping characteristics.
Importance of Time Current Curves
Time current curves are fundamental to electrical system design and protection, graphically representing a circuit breaker’s operating characteristics. Found within General Electric circuit breaker catalogs – frequently available as PDF documents – these curves illustrate the relationship between the magnitude of overcurrent and the time it takes for the breaker to trip.
Understanding these curves is crucial for selective coordination, ensuring that only the closest breaker to a fault trips, maintaining service continuity to unaffected loads. Proper coordination minimizes downtime and enhances system reliability. GE provides these curves to facilitate accurate system analysis, allowing engineers to choose breakers with appropriate tripping profiles for specific applications. They are essential for compliance with safety standards and optimizing protection schemes.
Availability in GE Catalogs
Time current curves for GE circuit breakers are readily available within their comprehensive catalogs, often distributed in PDF format for easy access and portability. These catalogs meticulously detail the tripping characteristics of various breaker series, including TOP, TQL, and Record Plus models.
Typically, these curves are presented graphically, showcasing the breaker’s response to different levels of overcurrent. GE ensures these crucial performance data are clearly presented, aiding engineers in selecting the optimal breaker for specific applications. Digital PDF versions allow for convenient searching and referencing, streamlining the design and coordination process. Accessing these resources is vital for ensuring reliable and safe electrical system operation.
Electric Operating Mechanisms
Electric operating mechanisms, like CB125/CE125, are detailed in GE’s circuit breaker catalogs, including reference and catalog numbers for easy identification.
CB125/CE125 Mechanisms
GE’s comprehensive circuit breaker catalogs provide detailed information regarding the CB125 and CE125 electric operating mechanisms, crucial for understanding their functionality and application. These mechanisms are integral to the operation of specific breaker types, ensuring reliable and efficient performance.
The catalog listings clearly delineate the catalog numbers and corresponding reference numbers for each mechanism, facilitating accurate ordering and replacement. This detailed documentation allows engineers and technicians to quickly identify the correct component for maintenance or upgrades. Understanding these mechanisms is vital for proper installation, troubleshooting, and ensuring the overall safety and reliability of the electric system.
Furthermore, the PDF versions of the catalogs often include schematics and diagrams illustrating the internal workings of these mechanisms, offering a deeper understanding of their operation.
Reference Numbers and Catalog Numbers
GE circuit breaker catalogs meticulously detail both reference numbers and catalog numbers, essential for precise component identification and ordering. These numbers are critical for ensuring compatibility and facilitating efficient maintenance of electric systems. The PDF versions of these catalogs offer a structured approach to locating specific parts.
Reference numbers often denote internal component identification within the breaker assembly, while catalog numbers represent the complete, orderable unit. Understanding the distinction between these numbering systems is vital for accurate procurement and repair. The GE documentation clearly correlates these numbers, streamlining the parts selection process.
Utilizing these numbers, technicians can quickly locate the correct replacement parts, minimizing downtime and maximizing system reliability, as detailed within the catalog.
Obsolete GE Circuit Breakers
GE has discontinued Type J and L fuses, transitioning to GouldShawmut fuses in AKRU power circuit breakers; PDF catalogs detail these changes.
Type J and L Fuses – Discontinuation
General Electric formally announced the obsolescence of Type J and L fuses, a significant shift documented within their circuit breaker catalogs, often available as PDF downloads. This discontinuation impacts older equipment utilizing these fuse types, necessitating careful consideration during maintenance and upgrades.
The transition away from J and L fuses was driven by advancements in fuse technology and standardization efforts. GE now recommends and utilizes GouldShawmut fuses in their AKRU low-voltage power circuit breakers, offering improved performance and reliability.
PDF catalogs provide crucial cross-reference information, assisting engineers and technicians in identifying suitable replacements for obsolete J and L fuses. Understanding these changes is vital for maintaining system safety and compliance with current standards. Detailed documentation within these catalogs outlines the specific applications affected by this change.
Transition to GouldShawmut Fuses
Following the discontinuation of Type J and L fuses, General Electric transitioned to utilizing GouldShawmut fuses within their power circuit breaker systems, a change thoroughly detailed in updated circuit breaker catalogs, often accessible as PDF documents.
This shift ensures compatibility and enhanced protection for AKRU low-voltage breakers. GE’s PDF catalogs provide comprehensive cross-reference charts, enabling users to easily identify the appropriate GouldShawmut fuse replacement for previously used J or L fuse applications.
The adoption of GouldShawmut fuses reflects GE’s commitment to utilizing current, high-performance components. These catalogs emphasize the improved characteristics of the new fuses, including enhanced interrupting capacity and reliability. Detailed specifications and application guidelines are readily available within these downloadable resources.
Resources for GE Circuit Breaker Catalogs
GE Industrial Solutions’ website and various third-party distributor websites offer downloadable circuit breaker catalogs in PDF format for easy access to information;
GE Industrial Solutions Website
GE Industrial Solutions provides a comprehensive online platform for accessing circuit breaker catalogs, often available as downloadable PDF documents. This official website serves as the primary source for the most up-to-date information regarding their product lines, including miniature, molded case, and power circuit breakers.
Users can navigate through various sections to locate specific catalogs based on breaker type, series, and application. The website typically features detailed specifications, application notes, and technical drawings, all readily accessible within the PDF files. Regularly checking this resource ensures access to the latest revisions and product updates, crucial for accurate project planning and component selection. Furthermore, the site often includes tools for cross-referencing and comparing different breaker models.
Third-Party Distributor Websites
Numerous authorized distributors offer GE circuit breaker catalogs in PDF format on their websites, providing convenient access beyond the official GE Industrial Solutions platform. These distributors often categorize catalogs by breaker series – such as TOP, TQL, or Record Plus – simplifying the search process for specific components.
While these PDF resources mirror the official documentation, distributors may also offer value-added services like enhanced search functionality or cross-referencing tools. It’s crucial to verify the distributor’s authorization to ensure the catalog is current and accurate. Comparing information across multiple sources is recommended for comprehensive understanding. These websites frequently include pricing and availability information alongside the technical specifications detailed within the PDF documents.
