Other features: USB 2.0 controller, 2eSST VMEbus protocol with 320MB/s transfer rate, board support packages for VxWorks, LynxOS, and Linux
The MVME7100 was one of the first VMEbus products to use the MPC864xD processor. This processor offered a number of advantages over previous VMEbus processors, including:m
Schneider Electric Website: While the specific model information might not be readily available, explore the Industrial Automation or Machine Control sections to understand similar PLC series offered by Schneider Electric. You can also try searching the website using the complete model code.
Schneider Electric Contact Support: Contacting Schneider Electric support directly is recommended for obtaining the most up-to-date information about the specific PLC model. They might have access to archived manuals, datasheets, or resources.
Alternative Resources:
Search online through industrial parts distributors or automation forums for discussions or references mentioning the PLC model.
Look for older GE Fanuc catalogs or manuals that might contain information about the IC698CPE040-JP model.
Search online through industrial automation parts distributors or forums. You might find references or discussions mentioning the specific PLC model and its applications.
Look for resources like older GE Fanuc catalogs or manuals that might contain information about the IC698CPE040-JP model.
Important Note:
Due to the potential age of the product (considering the lack of readily available information online), relying on information from official sources like Schneider Electric or consulting with individuals familiar with older GE Fanuc PLCs is recommended.
The information provided is based on previously mentioned resources and might not be entirely accurate due to the product’s age. It is highly recommended to consult the provided resources or directly contact Emerson (the current owner of the Motorola Industrial Automation product line) for the most up-to-date product specifications and support.
Search the ABB website using the complete code “PM904F 3BDH001002R0001”. This might lead you to the product pages for the circuit breaker (PM904F) and the trip unit (3BDH001002R0001), where you can find detailed descriptions, specifications, and resources like manuals.
You can also browse the ABB Low Voltage Products section to find the specific product category (circuit breakers) and explore similar series or models.
The information provided is based on previously mentioned resources and might not be entirely accurate due to the product’s age. It is highly recommended to consult the provided resources or directly contact Emerson (the current owner of the Motorola Industrial Automation product line) for the most up-to-date product specifications and support.
Contact authorized ABB distributors who might have information about the specific product based on the code. They can also help you find the latest product manuals and technical specifications.
Additional Resources:
ABB Product Manuals: The ABB website might offer downloadable resources like user manuals or data sheets for the Micromaster 420 series. Search for the specific model number based on the information found on the website or from distributors.
Important Note:
While the information above suggests a strong possibility that ABB SYN5302-0277 corresponds to an ABB Micromaster 420 AC Drive, it’s crucial to rely on information from official sources like the ABB website or authorized distributors for the most accurate product identification and details.
The first part (3BHB) likely refers to the coil series or family.
018162 might indicate specific features or ratings of the coil like voltage, operating frequency, or connection type.
R0001 could be a specific code within the series denoting additional details like mounting options or accessories.
Due to the limited information available online and the specific combination of codes, it is difficult to determine the exact product names, descriptions, and parameters.
Bustec MVME55006E Single-Board Computer Manual:https://www.bustec.com/uploads/support/mvme55006aih.pdf (This manual covers multiple MVME55006E models, including 0161 and 0163. While some details may differ, it can provide a general understanding of the product’s functionalities.)
Important Note:
The information provided above is based on publicly available data and might not be entirely accurate due to the product’s age and limited online information. It is highly recommended to consult the resources mentioned above or directly contact Emerson for the most up-to-date product specifications and support.
Based on available information and ABB’s product naming conventions, ABB PFSK151 likely refers to a miniature circuit breaker (MCB) manufactured by ABB. However, due to the limited online data for this specific model, some details might be uncertain.
Product Description: This MCB is designed for protecting electrical circuits against overload and short-circuit faults. MCBs are essential safety components used in various electrical distribution applications to safeguard wires and equipment from excessive currents.
Product Parameters (Based on Similar Models):
Type: Miniature Circuit Breaker (MCB)
Brand: ABB
Model: PFTL201C
Current Rating: 10kA (KiloAmperes)
Voltage Rating: Specific voltage rating needs verification (Common MCB voltage ratings are 240V AC or 415V AC).
Number of Poles: Likely available in 1, 2, 3, or 4 pole configurations (depending on application needs – number of poles refers to the number of phases the MCB can handle).
Interrupting Rating: This specifies the maximum fault current the breaker can interrupt safely. Refer to ABB documentation for the specific rating of the PFTL201C model.
Operating Temperature: Likely -25°C to +70°C (typical for ABB MCBs).
Dimensions and Weight: Refer to ABB catalog or datasheet for specific dimensions and weight.
3BSE007913R10:
Product Information Limited: Due to the lack of publicly available information online, it’s difficult to determine the exact product name, description, and parameters for this code. It could be an accessory related to the MCB or a separate ABB product altogether.
Here are some suggestions for getting more details about the specific ABB PM866AK02 variant:
ABB Catalogs: Search the ABB website for catalogs or selection guides related to motor protection relays. You can filter by product type and series (PM866) to find the specific model datasheet for detailed specifications.
ABB Online Documentation: ABB might provide online manuals or resources for the PM866 series relays. Check the ABB website’s support section for downloads.
Contact ABB Customer Support: Reach out to ABB customer support through their website https://new.abb.com/en or their contact information provided there. Provide the model number “PM866AK02” and inquire about the specific features and datasheet for this motor protection relay variant.
If you find information on similar ABB product codes (e.g., PM641, PM647), their specifications might provide general clues about the possible function and features of the PM645B, even if the exact details differ.
Consider contacting electrical equipment suppliers or repair shops that specialize in older industrial automation products. They might have knowledge about discontinued ABB products.
Remember, due to the limited online data, there’s a chance you might not find a comprehensive user manual or datasheet for the ABB PM645B. However, the provided search strategies and tips should help you gather as much information as possible about this product.
Here are some suggestions for getting more details about the specific ABB PM866K02 variant:
ABB Catalogs: Search the ABB website for catalogs or selection guides related to motor protection relays. You can filter by product type and series (PM866) to find the specific model datasheet for detailed specifications.
ABB Contact Support: Reach out to ABB customer support through their website https://new.abb.com/en or their contact information provided there. Provide the model number “PM866K02” and inquire about the specific features and datasheet for this motor protection relay variant.
