A: Duty cycle is the working cycle of a motor. A DC motor is installed in the linear actuator, it has a duty cycle which is its continuous operation time/(continuous operation time + rest time)

A: The actuator’s self-locking function will prevent the back rest from reclining in case of power interruption.

A: 1. Built-in limit switch; 2. Hall sensor; 3. Overcurrent protection

A: Linear actuators will work safely at any temperature between -40℃~65℃

A: 12 months or negotiate with the premise of working under the condition of a rated duty cycle

A: Optional signal feedback form: Hall sensor, Potentiometer, and Reed sensor

A: While new drive technologies continue to enter the market, proven mechanical actuator designs remain essential in many industrial applications. Engineers often choose traditional industrial linear actuators because they offer reliable performance, straightforward maintenance, and practical cost control.

• Proven reliability: Industrial applications place a strong priority on stable operation. Unlike unproven new technology, traditional linear actuators have been widely used in demanding environments and are valued for their consistent performance and low failure rates.
• Simple structure and low maintenance: A straightforward mechanical design means fewer potential failure points. This makes on-site troubleshooting easier and helps reduce maintenance time, spare parts demand, and long-term service costs.
• Practical cost-effectiveness: Industrial engineering focuses on results, not novelty. When a traditional actuator can meet the required load, stroke, speed, and positioning needs, it often remains the most economical and practical solution.

A: Actuator reliability depends on whether the design is properly matched to the working environment. Key factors include sealing protection, mechanical strength, load capacity, and long-term resistance to dust, moisture, and outdoor exposure.

• Dust and sand resistance — IP65, U4/U10/U12 Series: Designed for dry, dusty, and sandy environments, these actuators help prevent abrasive particles from entering key internal components, supporting smooth and stable operation.
• Heavy rain and moisture protection — IP66, U12B Series: Engineered for tropical, coastal, and high-humidity environments, these actuators provide stronger protection against water ingress, helping reduce the risk of corrosion, electrical faults, and premature wear.
• Scalable environmental protection — IP54/IP65/IP66, U20 Series: The U20 Series offers flexible protection options for different project environments, allowing engineers to balance sealing performance, project cost, and operating conditions.

A: Choosing between fixed-tilt structures and solar tracking systems is not simply a matter of selecting the more advanced technology. The right choice depends on the project’s full lifecycle return, including energy yield, initial investment, site conditions, and long-term operation and maintenance costs.

We can weigh the options and make the optimal choice by considering the following three core dimensions:

There is no single solution that fits every project. For projects focused on maximizing energy yield per unit and supported by favorable electricity tariffs and strong expected returns, solar tracking systems can deliver better long-term value. Conversely, for projects with limited budgets, complex terrain, remote locations, or difficult maintenance conditions, fixed-tilt mounting structures may offer a more practical and cost-effective option.