AllPoints 195449 9 Inch Double Motherboard with qk Switch
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- Supports dual circuit control for complex foodservice equipment
- Constructed with high-grade PCB materials for long-term reliability
- Compatible with quick-replacement qk switch assemblies
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The Low Temp Manufacturing 195449 Double Motherboard (qk Switch) is a high-performance OEM electrical component designed for advanced industrial applications within commercial foodservice environments. Crafted by Low Temp Manufacturing, this double motherboard facilitates precise electronic control with a compact form factor ideal for integrating into food processing, refrigeration, and customized kitchen equipment. Featuring durable construction and optimized for reliable operation, it supports complex workflows in moderate-volume food production settings, ensuring efficient system management and troubleshooting. Equipped with a robust qk switch, it enhances operational stability and seamless circuit activation at specified power requirements, making it suitable for demanding commercial refrigeration and automation systems.
The AllPoints 195449 Double Motherboard offers precise electronic regulation for commercial kitchen automation, with a focus on durability and easy maintenance. It supports integrated systems in food processing lines, enabling streamlined workflows through its high-reliability design. Built for OEM use, it ensures consistent performance under continuous operation. The module’s compact footprint allows flexible installation in confined control panels, and its robust construction enhances longevity in demanding environments.
Ideal for custom food processing and refrigeration system upgrades requiring dependable circuit control.
The AllPoints 195449 Double Motherboard measures 9.55" W x 9.7" D x 7.77" H and weighs approximately 6.01 lbs, making it suitable for integration into industrial control panels. Engineered primarily for OEM applications, it features high-grade PCB construction and is not hazardous or classified as food-contact. The module supports moderate workloads typically found in commercial foodservice settings, with straightforward installation requiring standard mounting methods. Power input specifications include a support for typical industrial voltage and current levels, optimized for consistent electrical performance. Its rugged design ensures durability, with resistance to operating temperature variations and ease of cleaning for maintenance. The function includes high-reliability switching facilitated by the qk switch component, enhancing control precision and operational stability in refrigeration and food processing operations.
A commercial double motherboard is a specialized printed circuit assembly designed for controlling multiple functions in industrial and foodservice equipment. It serves as the core electronic interface supporting various modules like switches and sensors, enabling precise control over refrigeration, processing, or automation workflows. The Low Temp Manufacturing 195449 double motherboard, installed in OEM configurations, offers reliable operation for medium-volume foodservice settings such as food processing lines, refrigeration units, and custom kitchen equipment. Its robust construction and dual circuit design facilitate complex operational control, making it suitable for environments requiring durable and precise electronic management.
Designed for moderate-volume commercial kitchen automation, the Low Temp Manufacturing 195449 double motherboard ensures reliable control and system integration in food processing, refrigeration, and automation workflows. Constructed by AllPoints, this OEM electronic component is ideal for precise circuit management in controlled environments such as mid-sized restaurants and commercial kitchens requiring dependable equipment operation.
The AllPoints 195449 double motherboard offers a durable, high-reliability solution for OEM electronics in commercial foodservice equipment. Its robust construction ensures long-term performance under continuous operation, while its compact form enables flexible integration into various control systems. Designed for easy installation and maintenance, it improves operational efficiency and circuit stability in medium-volume food processing and refrigeration applications.
