Product detailed description
This cooling jacket is specifically designed for use with 4 inch submersible pumps installed in dug wells or open water tanks. It provides an additional layer of protection by reducing the operating temperature of the pump, which is critical in environments where heat accumulation is a concern. The jacket is constructed from durable plastic, ensuring compatibility with standard pump housings while allowing for efficient heat transfer. It is particularly useful in installations where the pump is subjected to prolonged operation or where ambient temperatures are high.
Installers working in garden technology and irrigation systems often encounter situations where submersible pumps are exposed to high thermal loads. This product is intended to be used in such scenarios to ensure the pump operates within safe thermal limits. The jacket is not a replacement for proper system design but a supplementary measure to enhance the longevity of the pump under challenging conditions.
Technical parameters
| Weight | 1.51 kg |
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| Code | OZ_OD-CHP500 |
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| Brand | BW |
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The jacket is sized to fit standard 4 inch
submersible pump housings and is 500mm in length. It is constructed from a thermally conductive plastic material that allows for effective heat dissipation. These parameters are essential for ensuring the jacket fits correctly and functions as intended in the field.Installation and connection
To install the cooling jacket, first ensure the pump is disconnected from the power source and removed from the water source. The jacket should be slid over the pump
body, ensuring it is fully seated and aligned with the pump housing. No additional fasteners are required, as the jacket is designed to remain in place through friction and the shape of the pump. During installation, verify that the jacket does not obstruct any pump components or restrict water
flow. A common mistake is attempting to install the jacket while the pump is still submerged, which can lead to misalignment or damage to the pump housing.Compatibility and accessories
This cooling jacket is compatible with standard 4 inch submersible pumps commonly used in dug wells and open water tanks. It is intended for use with pumps that do not have built-in cooling mechanisms. No additional accessories are required for installation. Ensure that the pump is compatible with the jacket dimensions before
fitting.Technical background for designers
The jacket operates by increasing the surface area of the pump housing, allowing for more efficient heat dissipation into the surrounding water. The plastic material used is selected for its
thermal conductivity and resistance to
corrosion, ensuring long-term performance in wet environments. The jacket should be integrated into the system design as an optional component to manage thermal loads. The effectiveness of the jacket depends on the water flow around the pump and the ambient temperature of the installation site. Prolonged exposure to high temperatures without adequate cooling can reduce the service life of the pump motor and internal components.Service and operation
During operation, the jacket requires no active maintenance. However, it should be inspected periodically for signs of wear, deformation, or blockage. If the jacket becomes damaged or dislodged, it should be replaced or repositioned to maintain its effectiveness. No specific service intervals are required for this component, as it is designed for long-term use with minimal intervention.Frequently asked questions
Can this jacket be used with all 4 inch submersible pumps?
It is designed for standard 4 inch pump housings, but compatibility should be verified with the pump manufacturer's specifications.
Is the jacket reusable if removed for maintenance?
Yes, the jacket can be reinstalled after cleaning or inspection, provided it remains undamaged.
Does the jacket affect the pump's water flow or pressure?
No, the jacket is designed to not interfere with the pump's hydraulic performance.
Can the jacket be used in saltwater environments?
The plastic material is resistant to corrosion, making it suitable for use in saltwater, but long-term exposure should be verified with the manufacturer's technical data sheet.
