While JDSU may not actively promote this specific model anymore, Lumentum Holdings Inc. might have some legacy information on their website:
Look for resources mentioning “JDSU 2213” or similar models. These resources might provide clues about the functionalities of the 7STSLKTB variant.
Consider searching online forums or communities frequented by engineers familiar with industrial steam turbines or JDSU control systems. They might have knowledge or experience with this specific model.
Alternatives:
If you’re working on a new project or require long-term support, consider using newer Lumentum Holdings Inc. or other manufacturers’ steam turbine governor controls offering:
PPD103: Likely a series code for ABB’s medium-voltage drives.
BO3: Might indicate specific features or variants within the PPD103 series (without referring to ABB’s documentation, pinpointing the exact functionality is difficult).
10: Possible value or rating (interpretation depends on the specific drive series).
150000: Likely a current rating in amperes (A), indicating a maximum continuous current output of 150,000 amperes.
Function:
A medium-voltage drive is a power electronic device that controls the speed and torque of AC motors powered by medium-voltage (MV) electrical grids (typically ranging from 2.3 kV to 35 kV). They are used in various industrial applications requiring high power, such as:
I/O configuration (to match your motor and control system)
Additional Considerations:
The provided information suggests a 22 kW power rating and 360-480 VAC input voltage. However, for confirmation, refer to the datasheet or a reliable source.
While older models might function well, newer servo controllers might offer advanced features, improved efficiency, and better support.
By using these resources and considering the alternatives, you can effectively understand the 1394C-SJT22-A servo controller and explore suitable options for your specific industrial automation needs.
System Compatibility: If you’re looking for a replacement, ensure the new contactor or relay is compatible with your existing system in terms of:
Voltage rating (AC or DC)
Current rating (must be sufficient for your application)
Coil voltage (control circuit voltage)
Number of contacts (normally open and normally closed)
Mounting style (contactor) or terminal configuration (relay)
By using these suggestions and considering the alternatives, you can increase your chances of finding the information you need about the ABB 5SHY404SL0004 contactor/relay or a suitable replacement for your application.
PFTL201C: Likely a model series or code for force sensor transducers.
10KN: This likely refers to the maximum measurable force capacity of the sensor, which is 10kN (kilonewtons).
3BSE00: This might be an internal product code or revision number used by ABB for identification purposes.
Function:
Force sensor transducers are devices that convert applied mechanical force into an electrical signal. The PFTL201C 10KN 3BSE00 likely functions as follows:
Measures force applied along a specific axis (typically the axial direction).
Converts the measured force into a proportional voltage output signal.
Transmits the voltage signal to a controller (PLC or data acquisition system) for processing.
Availability: Finding new units of the PM866AK02 might be limited depending on its production status. Consider contacting ABB directly or the suppliers mentioned above to inquire about availability or potential replacements for redundant configurations within the AC 800M system.
System Upgrade: If you’re working on a new project or require long-term support, consider migrating to newer ABB automation systems with readily available components and ongoing technical support for redundant configurations.
Compatibility: Ensure any replacement processor unit you consider is compatible with your existing AC 800M system and communication protocols.
The 9907-164 is a second-generation 505 Woodward governor control unit designed for industrial steam turbines. Here’s a breakdown of its functionalities and key points to remember:
Function:
Controls steam turbine operation by regulating the admission of steam or the extraction of steam to influence the turbine’s speed and power output.
Maintains consistent turbine speed under varying load conditions, ensuring smooth and efficient operation.
Protects the turbine from overspeeding and other potential hazards by incorporating safety features.
Datasheet: Look for the official datasheet for the FANUC A81L-0001-0165. This document provides detailed information about the component’s specifications, wiring diagrams, and performance curves. You can try searching online or contacting FANUC support for the datasheet.
Online Retailers and Parts Suppliers: Several online retailers and industrial automation parts suppliers sell FANUC A81L-0001-0165 line reactors or compatible replacements. They might have datasheets or specifications available on their websites. Here are some examples:
Additional Considerations:
Compatibility: When replacing a line reactor, ensure the new unit is compatible with your specific FANUC CNC system’s voltage rating and current requirements.
Alternatives: Depending on availability and your requirements, consider compatible line reactors from other manufacturers as long as the specifications (inductance, current rating, voltage rating) are suitable for your CNC system.
Technical Support: If you require further assistance or have questions about compatibility or installation, consider contacting FANUC support or a qualified industrial automation technician.
Language Barrier: If using Japanese websites, translation tools might be necessary to navigate and understand the content.
Limited Availability of Information: Due to the product’s age and potential niche use, comprehensive information might be scarce.
If you have any additional details about the FC-9821X MODEL2, such as its physical appearance, any ports or connectors, or any context about where you encountered this model number, it might help narrow down the possibilities and refine the search for information.
System Integration: The GE IS420ESWBH3A switch is designed for a specific industrial automation application (Mark VIe Gas Turbine Control Systems) [1, 2, 3, 4].
Network Configuration: Configuration of the switch for proper communication within the network is essential. Refer to user manuals or consult with a qualified engineer [1, 2, 3, 4].
Safety Regulations: Gas turbine control systems are critical for safe and reliable operation. Ensure compliance with relevant safety regulations and industry standards during network setup and maintenance [1, 2, 3, 4].
If you’re working on a Mark VIe Gas Turbine Control System and need to troubleshoot the network or replace the switch, consulting the user manuals and contacting GE support are highly recommended for accurate information and safe operation.
System Integration: The BENTLY 125680-01 Proximitor I/O Module is a component within a larger Bentley Nevada machinery protection system [1, 2, 3, 4, 5].
Sensor Compatibility: Ensure the BENTLY 125680-01 is compatible with the specific proximity sensors used in your application [1, 2, 3, 4, 5]. Refer to user manuals for details.
Qualified Personnel: Installation and configuration of the module within the protection system should be performed by qualified personnel familiar with Bentley Nevada systems and sensor technologies [1, 2, 3, 4, 5].
If you’re working on a Bentley Nevada machinery protection system and need to replace a Proximitor I/O Module, ensure the BENTY 125680-01 is compatible with your specific system model and consult the
PLC Compatibility: Ensure the SST-1500-YCX-3-1-0 is compatible with the specific PLC model used in your automation system [1, 2, 5]. Refer to PLC user manuals for compatible input modules.
Programming: The PLC program needs to be configured to communicate with the analog input module and interpret the received digital data for proper operation within your system [1, 2, 5].
If you’re working on an automation system that uses the SST-1500-YCX-3-1-0 analog input module, consulting the user manual (if available) or contacting the distributor/supplier is recommended. They can provide the most accurate details about compatibility, configuration, and ensure successful integration within your specific system.
Input Voltage: The servo amplifier likely has a specific input voltage rating (e.g., 283-325V AC) to match the robot’s power supply [1, 2, 3, 4, 5]. Refer to the user manual or datasheet for details (if available).
Output Current: The amplifier will have a maximum output current rating (in Amps) that determines the power it can deliver to the motor [1, 2, 3, 4, 5]. User manual confirmation is needed.
Compatible Motor Power: The A06B-6079-H106 is likely designed for a specific range of AC servo motor power ratings (e.g., motors in the A Series – Alpha Servo Drives) [1, 2, 3, 4, 5]. User manual confirmation is needed.
Control Interface: The communication protocol between the servo amplifier and the robot controller (e.g., analog or digital) [1, 2, 3, 4, 5]. User manual confirmation is needed.
Obtaining detailed specifications, wiring diagrams, and installation instructions for the FANUC A06B-6077-H106 is crucial for proper operation and safety within your robot or machine. Here are ways to learn more about the power supply module:
FANUC Website: If the model number is listed on a FANUC robot or machine, search the FANUC website for user manuals, datasheets, or spare parts catalogs using the model number [1].
Distributor or Supplier: If you purchased the power supply module from a FANUC authorized distributor or supplier, they might have technical information or resources available [2, 3, 4].
Contact FANUC Support: Reach out to FANUC customer support for the Robotics business unit. They can provide the most accurate and up-to-date information on the A06B-6077-H106, including:
User manuals and datasheets (if available)
Compatibility information for specific FANUC robot models
