Description
5437-1067A-TMR Core PS Module is available in stock and will be shipped on the same day.
5437-1067A- The TMR kernel PS module is in an unused and rebuilt state.
If you want to get the best discount on the 5437-1067A-TMR kernel PS module, please contact us and we will reply to you within 24 hours.
5437-1067A Other names:
Controller modules 5437-1067A
5437-1067A Input/Output Module
Analog quantity controller 5437-1067A
Function Description
5437-1067A is a MicroNet TMR kernel PS module developed by Woodward. It receives 24 Vdc from the MicroNet main power supply. This input voltage is professionally adjusted to provide reliable and stable 5 Vdc output, with a current capacity of up to 10 A. This 5 Vdc output is allocated to power all critical components and modules within the kernel, enabling them to operate in the best possible way and have excellent responsiveness. It plays a crucial role in generating a pre charging voltage of 5 Vdc. This pre charging voltage is crucial for executing a safe and controlled start-up sequence. By ensuring that each component is gradually powered on during the initial power on phase, the system can be protected from potential surges or instability, thereby improving overall reliability and safety.
Features
Each kernel part is designed with a separate kernel power module, which provides excellent fault tolerance for the MicroNet TMR control system. If there is a power issue or malfunction in one kernel part, other kernel parts can continue to operate independently, thereby maintaining the functionality of the entire system and protecting critical processes.
The redundancy and accuracy of the core power module are crucial for maintaining the high availability and stability of the MicroNet TMR control system. This advanced architecture ensures continuous and uninterrupted operation even in the event of unforeseeable power outages, making it a model choice for safety critical applications such as nuclear power plants, aerospace systems, and various other mission critical industries.
Each kernel power supply is equipped with an LED as an indicator of the health status of the kernel power supply.
For each sub chassis (kernel), a kernel power supply must be installed in the first module slot on the left. After the kernel power supply, the next module slot on the right must be dedicated to installing the kernel CPU module. This sequential placement ensures the correct and efficient configuration of the sub chassis, achieving seamless operation and optimal performance.
Product Description
The 5437-1067A module was designed by Woodward Inc for the MicroNet digital control series as a Triple Modular Redundant (TMR) Core Power Supply (PS) module. After installing this module, it will serve as one of the three core power supplies for applications running on MicroNet TMR systems. After installation, this module will be inserted into the first slot of the kernel section. Please note that all modules within the MicroNet TMR kernel power supply must be removed before removing such modules.
The physical structure of the 5437-1067A module is metal, with only one LED on the front of the module. The LEDs on the module panel are used to indicate the healthy power supply of the device. This module will be powered by a 24V DC power supply from the MicroNet main power supply. After receiving power from the main MicroNet power supply, it will be adjusted to 10 A or 5 VDC for use by the remaining parts of the kernel.
After installing 5437-1067A, it can be used in many different areas, including non hazardous areas, Class I, ABCD groups, and Zone 2 areas. If the module is installed in areas other than the above, potential errors may occur during the operation process.
Many models in the MicroNet digital control series are outdated because Woodward no longer produces them and is no longer widely used, but the 5437-1067A model is not one of these models as it can still be widely used.
Frequently asked questions
What is 5437-1067A?
It is the MicroNet TMR Kernel PS Module developed by Woodward.
Why is the installation position of the kernel power supply crucial in each sub chassis?
It is essential to correctly install the kernel power supply in the first module slot on the left for each sub chassis. Following the kernel power supply, the next module slot on the right must be dedicated to installing the kernel CPU module. This specific location ensures the correct and efficient configuration of the sub chassis, enabling seamless operation and optimal performance of the MicroNet TMR control system.
What makes MicroNet TMR control systems a prime choice for safety critical applications?
The redundant and precise core power modules of the MicroNet TMR control system, as well as its advanced architecture, make it highly available and stable. These functions ensure continuous and uninterrupted operation, even in the event of unforeseeable power anomalies. Therefore, this system is a prime choice for safety critical applications such as nuclear power plants, aerospace systems, and various other mission critical industries.
How do modules ensure the reliability and security of the system during operation?
The professional adjustment of input voltage by the module can provide a stable 5 Vdc output and generate pre charging voltage, ensuring the reliability and safety of the system during operation. By maintaining stable power distribution and controlling the start-up sequence, modules can protect the system from potential issues, thereby promoting continuous and safe operation.
Comments from 5437-1067A
The 5437-1067A module is a kernel power module and one of the few modules in the MicroNet series. This module is used for pre charging voltage and sends the adjusted voltage to the remaining modules in the MicroNet TMR core section.
All products on this website are special products, and market prices have been fluctuating,
The specific customer service quotation shall prevail, as the product is a new product and the price is not genuine,
Please confirm the model, product, price, and other detailed information with customer service before placing an order. The website has been used,
The new one is for sale, please contact customer service to communicate.
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