One Way Hydraulic Oil Zinc Alloy High Torque Rotary Damper for Ice Maker

Product Introduction

Key Features

Zinc Alloy Construction

• The use of zinc alloy in the construction of this rotary damper offers several significant advantages. Zinc alloy is known for its excellent strength and durability, making it highly resistant to wear and tear. In the context of an ice maker, where components are constantly exposed to the rigors of ice production and temperature fluctuations, the robust nature of zinc alloy ensures that the damper can withstand the test of time. It can handle the repeated stresses and strains associated with the opening and closing of doors, lids, or other moving parts of the ice maker without deforming or losing its functionality.
• Additionally, zinc alloy is corrosion-resistant, which is crucial in an environment where moisture and condensation are prevalent. The damper's ability to resist corrosion helps maintain its integrity and performance over an extended period, reducing the need for frequent replacements and minimizing the risk of malfunctions due to rust or degradation.

High Torque Capacity

• With a high torque capacity, this rotary damper is well-suited for handling the heavy loads and resistances often encountered in ice maker applications. It can effectively control the movement of relatively large and heavy components, such as the ice bin door or the access panel to the ice-making mechanism. The precise torque output ensures that these parts open and close in a smooth and controlled manner, preventing any sudden jerks or uncontrolled movements that could potentially damage the ice maker or cause inconvenience to the user.
• The high torque also contributes to the overall stability and reliability of the ice maker. By providing a consistent and reliable force, it helps maintain proper alignment and sealing of components, which is essential for efficient ice production and energy conservation.

One Way Hydraulic Oil Damping

• The one way hydraulic oil damping system is the core feature of this damper. It utilizes a carefully engineered combination of hydraulic fluid and a piston mechanism to provide a smooth and consistent resistance during the rotational movement. As the relevant part of the ice maker rotates in the designated direction, the hydraulic oil is displaced in a controlled manner, gradually slowing down the speed of rotation. This results in a soft and quiet closing action, eliminating the noisy and often jarring slam that can occur with traditional, un-damped mechanisms.
• The one way design is particularly advantageous for ice makers as it allows for a specific and controlled operation. For example, it can ensure that a door opens easily for access to the ice but closes in a slow and gentle manner, preventing ice spillage and reducing the risk of damage to the door or the surrounding components. The hydraulic oil also helps to dissipate heat generated during the operation, further enhancing the durability and reliability of the damper.

Smooth and Quiet Operation

• The combination of the zinc alloy construction, high torque capacity, and one way hydraulic oil damping results in an exceptionally smooth and quiet operation of the ice maker's moving parts. The damper's design minimizes vibrations and noise levels, creating a more pleasant and less disruptive environment, especially in settings where the ice maker is located in close proximity to living or working areas. The smooth operation also reduces the stress and wear on the ice maker's components, contributing to a longer overall lifespan of the appliance.

Specification Details

• Model	Torque	Body material	Shaft material	Oil	Working Temperature	Life cycle
  HIE-T115H	20-80kgf.cm	Zinc alloy	PA66-GF40	Silicone Oil	-5℃ - 50℃	20,000cycles

Application Scenarios

• Ideal for use in both residential and commercial ice makers. In residential settings, it provides a more comfortable and quiet user experience, enhancing the convenience of having an ice maker at home. In commercial applications, such as in restaurants, bars, or hotels, the durable construction and reliable performance of the damper are essential for handling the heavy usage and continuous operation demands of these environments.
• Suitable for a variety of ice maker types, including under-counter models, freestanding units, and industrial-grade ice makers.

Installation and Maintenance

• Installation: The installation process is straightforward. The damper is attached to the relevant rotating shaft or component of the ice maker using simple screws or clips, depending on the specific design. Clear installation instructions are provided to ensure proper alignment and connection.
• Maintenance: Regular inspection of the damper for any signs of wear, such as leakage of hydraulic oil or loose parts, is recommended. If any issues are detected, the damper can be easily replaced. Cleaning the damper with a mild detergent and a soft cloth is sufficient to keep it in good working condition.

Conclusion