BITZER 30405904 VALVE PLATE ASSEMBLY 2CC-3.2 TO 4CC-6.2
BITZER KÜHLMASCHINENBAU SCHKEUDITZ GMBH
G 19 19
304012-75
MAT.: 30405904
VALVE PLATE 2CC-3.2 TO 4CC-6.2
WEIGHT : 670 GM
CONDITION : NEW 3 KIT
REF NO : 45101
When should someone use the product?
The BITZER 30405904 Valve Plate Assembly should be used when there is a need to maintain or repair refrigeration or cooling equipment that utilizes BITZER compressors in the 2CC-3.2 to 4CC-6.2 series. It is suitable for use when replacing worn or damaged valve plate components to ensure the continued efficiency and functionality of the equipment.
Where should someone use the product?
This product is intended for use in refrigeration and cooling systems that incorporate BITZER compressors within the 2CC-3.2 to 4CC-6.2 series. It is typically used in commercial and industrial refrigeration systems, air conditioning units, and other cooling equipment that relies on BITZER compressors.
Benefits:
- Maintains Equipment: The BITZER 30405904 Valve Plate Assembly allows for the maintenance and repair of refrigeration and cooling equipment, extending the life of the equipment.
- Compatibility: It is designed to be compatible with BITZER compressors in the 2CC-3.2 to 4CC-6.2 series, ensuring proper fit and performance.
- New Components: The valve plate assembly consists of new components, providing reliable and efficient operation.
- Multiple Kits: The product includes three kits, making it suitable for multiple maintenance or repair tasks.
- Quality Material: Made by BITZER, a reputable manufacturer, it is crafted from high-quality materials to meet industry standards.
- Ease of Installation: It can be easily installed in compatible compressors, reducing downtime during maintenance.
In summary, the BITZER 30405904 Valve Plate Assembly is an essential component for maintaining and repairing refrigeration and cooling equipment that uses BITZER compressors in the 2CC-3.2 to 4CC-6.2 series. Its compatibility, new components, and multiple kits make it a valuable asset for ensuring the continued performance and efficiency of cooling systems.
