Unfortunately, a publicly available datasheet specifically for the MVME162-023A on the Motorola website is unlikely. Here are some alternative methods to gather information:
Online Marketplaces: Several online platforms sell the MVME162-023A (previously found in our search results). While detailed specifications might not be readily available, these listings sometimes include user manuals or part numbers:
Information from these resources can be a starting point for further searches.
Motorola MVME117A was used in various industrial automation applications, including:
Machine control systems
Data acquisition and monitoring systems
Robotics control
Industrial process control
Finding Information:
The MVME117A is an older product, and Motorola no longer produces it. However, you can find information about it through the following resources:
Online Resources: Search engines might lead you to datasheets, user manuals, or forum discussions about the MVME117A. Be cautious and ensure the information comes from reputable sources. Some websites like
Machine control systems with complex motion control requirements.
Robotics control systems.
Data acquisition and monitoring systems handling large datasets.
Industrial process control systems requiring higher processing power.
Finding Information:
While Motorola no longer produces the MVME162-012, you can find information about it through the following resources:
Online Resources: Search engines might lead you to datasheets (potentially user-uploaded content), user manuals, or forum discussions about the MVME162-012. Be cautious about the information’s accuracy and ensure it comes from reputable sources.
Limited Availability: Finding replacement parts for the MVME147-013 or compatible peripherals might be difficult or expensive.
Outdated Technology: The processing power and memory capabilities of the MVME147-013 might be insufficient for demanding modern industrial automation applications.
Limited Software Support: Finding compatible and supported operating systems for the MVME147-013 can be challenging.
Upgrading to a more modern SBC platform based on current processor architectures like ARM or x86 is recommended for new industrial automation projects. VMEbus-compatible options exist, but migrating to a completely new system based on modern standards like CompactPCI or PC/104 might be a better choice in most cases, offering improved performance, wider availability, and better long-term support.
The information available online, especially from general part distributors, might not be entirely accurate or comprehensive.
If you need the ABB NKLS01-15 for a critical application and require specific details about its compatibility or ratings, consulting with a qualified electrician or industrial automation specialist is recommended. They can help ensure you select the appropriate terminal block for your needs.
I hope this consolidated information is helpful! Feel free to ask if you have any other questions about ABB products or industrial automation components.
Unfortunately, there isn’t a publicly available datasheet for the ABB NKLS01-15 on the ABB website. Here’s how you can find more information:
ABB Support: Contact ABB’s support team directly [invalid URL removed] They might be able to provide you with a datasheet or relevant information about the NKLS01-15, especially if it’s a current product.
Context is Key: If you have any context regarding where you encountered the term “ABB NKLS01-15” (e.g., a manual for another ABB product), search online using keywords like “ABB NKLS01-15”, “terminal block”, and the product name. This might lead to resources with more details.
Similar ABB Products: Explore the ABB website for terminal blocks under the Industrial Automation section or their specific product catalogs. Look for terminal block product families or categories with similar numbers of terminals or current ratings. These might provide some reference points in terms of function and specifications.
Limited Online Availability: A publicly available datasheet or detailed description from ABB might not be accessible.
Contact ABB Support: Reach out to ABB’s support team directly They might be able to provide information or resources if the product is still supported. Explain the product code and any context you have about how you encountered it.
Search Based on Context: If you have any context regarding where you found the code (e.g., a manual for another ABB product), search online using keywords like “ABB NKAS01-15”, “industrial automation”, “sensor”, “actuator”, or “cable”. This might lead to forum discussions or product listings with more clues.
Context: Do you have any context regarding where you encountered the term “NIOC-02C”? Knowing the context (e.g., a manual for another ABB product, a forum discussion) might provide clues about its function.
Contact ABB Support: Reach out to ABB’s support team directly [invalid URL removed]. They might be able to assist you by providing information or directing you to the relevant resources if the product is still supported.
Alternative Search Methods: Try searching for “NIOC-02C” a
long with keywords like “ABB,” “industrial automation,” “communication module,” “interface board,” or the model of any ABB product you suspect it might be related to. This might lead to forum discussions or product listings that offer some insights.
Similar Products: Explore product pages for ABB communication modules or interface boards on the ABB website. Look for product families or categories that might align with the potential functions mentioned earlier. This could help you identify similar products with available datasheets that might provide some functional overlaps with the NIOC-02C.
The model number “NINT-42C” might suggest a specific voltage rating. For example, “42” could indicate a 400V or 480V rating. If you know the voltage rating of your ACS600 drive, it might help narrow down your search for compatible NINT-42C information.
Consider searching for resources related to the specific model of your ACS600 drive. The user manual for the drive might mention the NINT-42C and provide basic information about its functionality and compatibility.
Safety Notice:
The NINT-42C deals with high voltages and should only be handled by qualified electrical personnel familiar with ABB ACS600 drives and safety regulations.
Configurable I/O: The NI-9401 can be configured to operate in two modes:
8-channel digital input module: Reads digital signals from 8 devices simultaneously.
4-channel digital input and 4-channel digital output module: Reads digital signals from 4 devices and controls 4 separate digital devices.
5 V TTL Compatibility: Works with common 5 V Transistor-Transistor Logic (TTL) voltage levels, ensuring compatibility with various industrial digital devices.
Four Independent Ports: Provides four independent RS485/RS422 ports for connecting to separate devices.
Configurable Baud Rates: Supports a wide range of baud rates (typically from 14 bits per second to 921.6 kilobits per second), allowing you to adjust communication speed based on device requirements.
Direct FPGA Access: The serial ports can be directly accessed by the CompactRIO’s Field-Programmable Gate Array (FPGA) for high-performance communication and control applications.
Standard Configuration Options: Supports standard features like start/stop bits, parity checking, and handshake protocols for reliable serial communication.
Current Output: Provides a controllable current output, typically in the range of 0 mA to 20 mA, suitable for driving various current-dependent devices like solenoid valves, proportional valves, and motor controllers.
High-Resolution Control: Offers accurate control over the delivered current with 16-bit digital-to-analog conversion (DAC).
Open-Loop Detection: Ensures safety by identifying situations where an output channel might not be delivering the intended current due to malfunctions or disconnected wiring.
