Showing 1–16 of 26283 results

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PQMII-A

  • Context is Key: If you encountered this code on a physical product, look for any accompanying labels or markings that might indicate a brand name, product category, or model number. This additional information can significantly aid your search.
  • Search with Additional Clues: Search online using the code “PQMII-A” along with any surrounding keywords you might have. This could include:
    • Information about where you found the code (e.g., a receipt, parts list, manual).
    • Any functional clues you might have about the product (e.g., if it’s a component in a machine, describe the machine’s function).
  • Image Search: If you have a picture of the product with the code, you can try using a reverse image search engine to find similar products or information about the manufacturer.
  • Contact Potential Manufacturers: If you can identify potential manufacturers based on context or educated guess, try contacting their customer support directly. Provide them with the code and any additional details you have, and they might be able to provide information about the corresponding product.
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ABB CP451-10S2

  • System Integration: The CP451-10S2 processor module is a single component within a larger Yokogawa DCS. It requires additional components like I/O modules, operator workstations, and network infrastructure for a complete process control solution.
  • Programming Expertise: Programming the CP451-10S2 module with control logic and configuration settings typically requires knowledge of Yokogawa’s specific programming languages and tools.

By using these suggestions and referring to the resources from Yokogawa, you can gain a comprehensive understanding of the CP451-10S2 processor module’s functionalities and specifications within a Yokogawa Distributed Control System.

GP2301-LG41-24V

  • Display Type: Monochrome LCD (likely with limited color options)
  • Touchscreen Technology: Resistive touchscreen (older technology compared to modern capacitive touchscreens)
  • Communication Interface: Likely RS-232 or RS-485 for connection to PLCs
  • Power Supply: 24VDC (as indicated by the code)

Finding More Information (Limited due to End-of-Life Status):

  • Pro-face Website: While the product might be listed as discontinued, the Pro-face website might have archived information or manuals for the GP2000 Series, including the GP2301-LG41-24V.
  • Third-Party Resources: Some industrial automation parts suppliers or online resources might have archived manuals or specifications, but exercise caution regarding accuracy.

ABB SDCS-FEX-2A-0016

Operators can interact with the HMI display through a touchscreen interface to:

  • Initiate commands (start/stop production, change settings)
  • Acknowledge alarms
  • View historical data trends

Product Parameters and Specifications (Refer to Pro-face website or datasheet for details):

Since the GP2301-LG41-24V is an older model (end of sale September 2013 according to Pro-face website), detailed specifications might be limited. However, some general parameters might include:

  • Display Size: 5.7 inches (diagonal)
  • Display Type: Monochrome LCD (likely with limited color options)
  • Touchscreen Technology: Resistive touchscreen (older technology compared to modern capacitive touchscreens)
  • Communication Interface: Likely RS-232 or RS-485 for connection to PLCs

MVI56-MCM

  • Control actuators connected to Modbus slaves.
  • Monitor the status of various devices on the Modbus network.

Product Parameters and Specifications (Refer to ProSoft Technology website or datasheet for details):

Exact specifications may vary depending on the specific model revision of the MVI56-MCM. However, some typical parameters might include:

  • Supported Modbus Versions: The versions of the Modbus protocol the module supports (e.g., Modbus RTU, Modbus ASCII).

LT-21121

  • Industry Knowledge: If you have some knowledge about the industry or application where you encountered the code, you can search for products commonly used in that field with similar codes.
  • Broaden your Search: If initial searches don’t yield results, try using broader keywords related to the possible function of the product based on any context you have.

By using a combination of these strategies, you’ll increase your chances of finding the product details associated with the code “LT-21121”. Remember, the more context you have, the easier it will be to narrow down your search.

AB 1794-ASB2

Exact specifications may vary depending on the specific model revision of the 1794-ASB2 module. However, some typical parameters might include:

  • Input Channel Count: The number of analog input channels the module can accept (e.g., 4 channels, 8 channels).
  • Input Signal Type: The type of analog signals the module can handle (e.g., voltage input range, current input range).
  • Resolution: The level of detail in which the analog signal is converted into a digital value (e.g., 12-bit resolution, 16-bit resolution).

HE693STG883

  • Contact GE Fanuc Support: For detailed specifications, compatibility information, and calibration details, consider contacting GE Fanuc support directly. They can provide information relevant to your specific application and the availability of documentation for this legacy product.

Additional Considerations:

  • Legacy Product: The HE693STG883 might be a legacy product from Horner Electric. While GE Fanuc might support it, newer PLC I/O modules with similar functionalities might be available in their current product lines.
  • PLC Compatibility: Ensure the HE693STG883 is compatible with the specific Horner or GE Fanuc PLC you intend to use.

By using these suggestions and potentially contacting GE Fanuc support, you can gain a better understanding of the HE693STG883’s role in connecting strain gages to a Horner PLC for industrial automation applications requiring measurement of force, weight, or torque.

J2RS-232-SERIALPORT

  • Baud Rate: The data transfer speed of the serial communication (e.g., 9600 baud, 57600 baud).
  • Data Bits: The number of data bits used per character in serial communication (e.g., 7 bits, 8 bits).
  • Parity: An error checking method used in serial communication (e.g., Even parity, Odd parity, No parity).
  • Stop Bits: The number of stop bits used to define the end of a character in serial communication (e.g., 1 stop bit, 2 stop bits).
  • Input/Output (I/O) Connection: The type of connector used for the RS-232 communication (e.g., DB-9 male, DB-25 female).
  • USB Connection: The type of USB connector for the adapter (e.g., USB-A male, USB-C male).
  • Power Supply: How the device is powered (e.g., USB bus powered, external power adapter).

TRICONEX TRICON 5382

  • Output Current Capacity: The maximum current the module can deliver to the external device.
  • Output Resolution: The level of detail in which digital signals are converted to analog values.
  • Accuracy: The closeness of the commanded value to the actual output current.
  • Response Time: The time it takes for the module to respond to changes in the input signal.
  • Isolation: Electrical isolation between output channels and the controller for safety and noise protection.

Finding More Information:

  • Baker Hughes Website: Safety instrumented systems are safety-critical components, and detailed information might be restricted. However, you can try searching the Baker Hughes website for “Triconex 5382” or browse their TriPak module product lines for general information.
  • Contact Baker Hughes Support: For detailed specifications, functional details, and safety certification information, consider contacting Baker Hughes support directly. They can provide information relevant to your specific application and safety requirements.
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TRICONEX 5381

Finding More Information:

  • Baker Hughes Website: Safety instrumented systems are safety-critical components, and detailed information might be restricted. However, you can try searching the Baker Hughes website for “Triconex 5381” or browse their TriPak module product lines for general information.
  • Contact Baker Hughes Support: For detailed specifications, functional details, and safety certification information, consider contacting Baker Hughes support directly. They can provide information relevant to your specific application and safety requirements.

Additional Considerations:

  • Safety-Critical Systems: Remember that safety instrumented systems are critical for safety. Selection, configuration, and maintenance of these systems should only be performed by qualified personnel following industry standards and best practices.
  • Complete SIS Solution: The Triconex 5381 analog output module is a component within a larger safety instrumented system offered by Baker Hughes. For a complete understanding, you might need to explore other components like safety controllers, safety logic solvers, safety I/O modules, and safety fieldbus communication interfaces.

By using these suggestions and potentially contacting Baker Hughes support, you can gain a better understanding of the Triconex 5381’s role within a safety instrumented system and its importance for ensuring safe operation in industrial processes.

TRICONEX TRICON 5352

Finding More Information:

  • Baker Hughes Website: Safety instrumented systems are safety-critical components, and detailed information might be restricted. However, you can try searching the Baker Hughes website for “Triconex 5352” or browse their TriPak module product lines for general information.
  • Contact Baker Hughes Support: For detailed specifications, functional details, and safety certification information, consider contacting Baker Hughes support directly. They can provide information relevant to your specific application and safety requirements.

Additional Considerations:

  • Safety-Critical Systems: Remember that safety instrumented systems are critical for safety. Selection, configuration, and maintenance of these systems should only be performed by qualified personnel following industry standards and best practices.
  • Complete SIS Solution: The Triconex 5352 analog input module is a component within a larger safety instrumented system offered by Baker Hughes. For a complete understanding, you might need to explore other components like safety controllers, safety logic solvers, safety I/O modules, and safety fieldbus communication interfaces.

By using these suggestions and potentially contacting Baker Hughes support, you can gain a better understanding of the Triconex 5352’s role within a safety instrumented system and its importance for ensuring safe operation in industrial processes.

TRICONEX TRICON 5351

  • Baker Hughes Website: Safety instrumented systems are safety-critical components, and detailed information might be restricted. However, you can try searching the Baker Hughes website for “Triconex 5351” or browse their safety instrumented system software product lines for general information.
  • Contact Baker Hughes Support: For detailed specifications, functional details, and compatibility information, consider contacting Baker Hughes support directly. They can provide information relevant to your specific SIS application and safety requirements.

Additional Considerations:

  • Safety-Critical Systems: Remember that safety instrumented systems are critical for safety. Programming, configuration, and maintenance of the SIS software should only be performed by qualified personnel following industry standards and best practices.
  • System Integration: The Triconex 5351 SIS software is likely one component within a larger safety instrumented system offered by Baker Hughes. For a complete understanding, you might need to explore other components like safety controllers, safety I/O modules, and safety fieldbus communication interfaces.

By using these suggestions and potentially contacting Baker Hughes support, you can gain a better understanding of the Triconex 5351 SIS software’s role in configuring the safety logic of a safety instrumented system. This ensures safe operation in industrial processes by allowing the SIS to respond appropriately to critical situations.

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DSDP140B-57160001-ACX

  • Pressure Output: The type of electrical signal generated by the sensor in response to pressure (e.g., voltage output, current output).
  • Accuracy: The degree of closeness between the measured pressure and the actual pressure.
  • Media Compatibility: The types of fluids or gases the sensor is suitable for (e.g., air, oil, water).
  • Electrical Connection: The type of electrical connector used for the sensor (e.g., cable, pigtail).
  • Environmental Rating: The sensor’s ability to withstand environmental conditions like temperature, humidity, and vibration.

A06B-6057-H006

  • this code (e.g., a parts list for a specific machine), that information can be crucial. Look for part numbers or model names alongside “A06B-6057-H006” for a more targeted search.

By using these suggestions and referencing the datasheet for the specific variation of the A06B-6057 servo motor, you’ll gain a comprehensive understanding of its functionalities, technical specifications, and compatibility details within your industrial automation system.

KUBOTAKF-C1000

  • Contact Kubota: If you cannot find information online, consider contacting Kubota directly. Provide them with the product code (KUBOTAKF-C1000) and any additional details you have for assistance.
  • Industry Standards: If you cannot confirm Kubota manufactures the KUBOTAKF-C1000, you can search for industrial robot standards organizations like the Robotic Industries Association (RIA). Familiarizing yourself with general robot arm classifications and specifications can help narrow down your search for similar models from other manufacturers.

By using these suggestions and potentially finding a datasheet or product information from Kubota, you’ll gain a thorough understanding of the KUBOTAKF-C1000’s functionalities and specifications (if it is a Kubota robot arm).