Hegron Group is a world-famous manufacturer of low-speed and large torque hydraulic drive systems. The hydraulic drive systems manufactured by Hegron Group have been widely used in ships, seaports, steel companies, mining, power engineering, chemical plants, paper industry, sugar industry, sulfurized rubber, waste recycling and other industries. The hydraulic drive system manufactured by Hegelong Group has the following significant competitive advantages over the traditional mechanical equipment: stepless speed regulation, rapid start and stop, less impact on the power grid; Large starting torque, strong starting ability, strong anti load ability; The quality of machinery and equipment is safe and reliable, the service life is long, the equipment failure rate is low, the amount of maintenance is small, and the maintenance cost is low; Easy to install and use; Environmental protection and energy conservation. CA is a compact type Hydraulic motor , which is used to strictly regulate the area and total weight. The CA motor developed by Hegelong Group is used for a very unique purpose; It provides durable and powerful solutions for those large application sites that have strict specifications for the area and total weight. CA is a compact hydraulic drive motor with Hoglon motor -Its durability, excellent performance indicators and system reliability. CA package is small and light, with excellent output power to weight ratio. The popular influence of CA motor includes a variety of installation options, a very practical hollow shaft structure design and excellent impact resistance performance indicators. When meeting your requirements, CA can provide your processing plant with competitive advantages in a real sense. CA motor has many advantages. The gold hydraulic motor of Hegelong Group is of radial plunger type, the shell is fixed, and the hollow shaft of the cylinder body rotates. The cylinder body is mounted on roller bearings in the housing. The double number of plungers are evenly distributed in the radial cylinder holes of the cylinder body, and the port plate can distribute oil to the running plungers. Each plunger affects the cam roller bearing. When the hydraulic pressure affects the plunger, the cam roller bearing transmits the force to the bevel of our wheel ring, and the cam ring and the housing are fixed together, so the torque is generated. The cam roller bearing transmits the reaction force to the plunger of the cylinder body, thus forming rotation. At the same time, the torque is proportional to the system pressure. The main oil pipe of the system is connected to the oil holes A and C on the port body, and the oil drain pipe is connected to the oil holes D1, D2 or D3 on the housing. The motor is connected with the main shaft of the machine equipment through the hollow shaft in the oil cylinder body. Use locking disc or spline connection to transmit torque. The symmetrical structure design of the motor makes it possible to become a double displacement motor. This means that two different operating speeds can be obtained at a given flow rate. Install a unique valve to the oil hole flange of the connector body, and the displacement can be changed.