Sinbad Motor**'s micro drive system can be used with high-speed PTZ dome cameras. It functions in the horizontal and vertical continuous operation of the PTZ camera and speed adjustment, with capabilities including rapid response, reliability and longevity of high-speed operation, stability at low speeds, and the prevention of ghosting caused by issues like jittering. The Sinbad Motor micro drive system can be used to monitor abnormal conditions on roads, such as traffic violations, traffic accidents, and public security incidents. Cameras equipped with Sinbad Motor gear motors can be used to locate and track fast-moving targets, enabling comprehensive and responsive surveillance without blind spots.
In today's cities, surveillance cameras without motors and automatic lens rotation are no longer sufficient. The load-bearing capacity of the PTZ varies as cameras and protective covers differ. Since the internal space of the high-speed dome PTZ camera is limited, to achieve the requirements of compact size and high torque, the gearbox design platform is used to distribute the modification coefficients reasonably, optimize the meshing angle, and check the slip rate and coincidence. This enables improved efficiency, reduced noise, and extended service life of the PTZ camera gearbox. The drive system for the PTZ camera combines a stepper motor with a camera pan/tilt gearbox. Variable transmissions (2-stage, 3-stage, and 4-stage) can be adjusted for the required reduction ratio and input speed and torque, thereby intelligently adjusting the horizontal and vertical continuous operation angles and the speed of the camera rotation. In this way, the camera is able to continuously track the monitoring target and adjust the rotation angle while following it.
PTZ cameras with a gearbox will be more stable.
It is not easy to manufacture a PTZ camera gearbox that features stability and a long service life. In addition to R&D capabilities, precision of the micro gearbox and the yield of the motor combination are required. In recent years, most high-speed dome cameras have used DC motors, which are more balanced and produce less noise. However, the downside is that they have high production costs, complex control systems, and a shorter service life.
This is why we have adopted a three-stage planetary gear transmission structure, combined with a stepper motor as the driving force, which features low manufacturing costs, precise positioning control, and a long service life. The multi-stage planetary gearbox structure reduces image jittering at low speeds and high magnifications, and variable-speed rotation helps capture moving targets. Automatic rotation also solves the problem of losing moving targets right under the camera lens.
The development of artificial intelligence, big data, the Internet of Things, and high-definition digital cameras has accelerated the creation of smart cities. In the surveillance field, high-speed dome cameras have become extremely important. The camera pan/tilt mechanism is the main mechanical component of the high-speed PTZ dome camera, and its reliability ensures stable and uninterrupted performance.
Post time: Mar-21-2025