Important automated parking equipment

　　An important type of automated parking equipment. As a leader in the automated parking industry, it has consistently sought to develop new, highly efficient solutions for multi‑level parking systems. With this in mind, the editor at Qianjing will provide a detailed overview—from the perspective of Guangdong’s specialized mechanical parking equipment sector—on how to identify the best companies in the field.

　　Shrick photoelectric switches, specifically the Q50 series, are widely used in the automated parking‑garage industry. They offer through-beam, mirror‑reflective, and diffuse‑reflective configurations, with detection ranges of 5 m, 10 m, 20 m, and 40 m; extended‑range models reach up to 50 m. These switches are suitable for a variety of mechanical parking systems, including lift‑and‑slide, vertical‑circulation, horizontal‑circulation, multi‑level‑circulation, flat‑move, stacker, vertical‑lift, tower‑type, and other garage configurations, all of which meet demanding operational requirements. Each unit comes with a mounting bracket for quick and easy installation.

　　Shenzhen Qianjing Mechanical Parking Co., Ltd. was established on June 23, 2014, with a registered capital of RMB 1 million and a factory space of [unspecified]. The company is located at Room 413, Building 8, Baoshan Industrial Park, Meilong Road, Minzhi Subdistrict, Longhua New District, Shenzhen. It specializes in the manufacture of automated parking systems, including Guangdong‑specific models. Adhering to the business philosophy of “Quality as the foundation of our enterprise; management as the path to strength; and efficiency as the source of prosperity,” Qianjing upholds the principles of “pragmatism, innovation, integrity, and development.” We look forward to collaborating with domestic and international clients to pursue mutual growth and achieve shared success!

　　“The downstream demand for the mechanical parking equipment industry primarily stems from residential and public‑building parking provisions, as well as internal use by organizations. As such, it is closely tied to the real estate sector and infrastructure‑development projects, meaning that the industry’s growth is strongly correlated with the overall health of the national economy,” stated Xizi Parking. “China’s macroeconomic environment has remained broadly stable, urbanization continues to advance, and infrastructure investment has maintained a robust pace, creating a favorable external backdrop for the mechanical parking equipment sector. In 2016, the industry added 729,000 new parking spaces, up 18.02% from 2015. From 2011 to 2016, the annual compound growth rate of new parking spaces reached 18.33%, sustaining a high level of expansion.”

　　(D)2.O33 The car‑carrying platform of mechanical parking equipment shall be manufactured from materials that provide sufficient strength and stiffness, and it shall be designed to prevent dripping or leakage. (A)2.O35 When major load‑bearing components undergo deformation that prevents the operating mechanism from functioning safely and normally, such equipment shall be scrapped if it cannot be repaired. (C)2.O38 The rated braking torque of the normally closed brake on mechanical parking equipment shall be no less than the torque generated by the rated load multiplied by a specified factor. (B)2.O39 The drive unit of mechanical parking equipment must be equipped with a brake that can engage and apply braking when the motor or controller is de‑energized. (B)2.O44 If the limit switch used for positioning during the lifting or lowering process of the mechanical parking equipment fails, an emergency stop device shall automatically bring the equipment to a halt.

　　( )2.O35 When the primary load-bearing components undergo deformation that prevents the working mechanism from operating safely and normally, the equipment shall be scrapped if it cannot be repaired. ( )2.O38 The rated braking torque of a normally‑closed brake in mechanical parking equipment shall be no less than the torque generated by the rated load multiplied by a specified factor. ( )2.O39 The drive unit of mechanical parking equipment must be equipped with a brake that can engage and provide braking when the motor or controller is de‑energized. ( )2.O44 If the limit switch used for positioning during the lifting or lowering process of a mechanical parking device fails, the equipment shall be stopped by an emergency stop device. ( )2.O46 The hydraulic system of mechanical parking equipment shall be fitted with a pressure‑relief device that automatically activates when the working pressure reaches 1.25 times the rated pressure.