Changzhou Fulin Machinery Co., Ltd. is a professional manufacturer of artificial lawn wire drawing machines with many years of experience in producing wire drawing machines, single wire machines, circular wire machines, lawn mowers, and industrial wire mesh machines. Strong production strength, rich production experience, and an excellent service team ensure the normal operation of equipment. Artificial lawn wire drawing machine is currently a production equipment with a wide range of choices for lawn making. So how does the heating system of the artificial lawn drawing machine operate? Fulin Machinery, a professional wire drawing machine manufacturer, will provide you with a detailed introduction.
The heating system of the artificial lawn drawing machine is a heating device with high thermal efficiency, fast heating, and obvious energy-saving effect. It uses the principle of electromagnetic induction to heat the baking board, forming eddy currents to generate heat, so as to evenly heat the baking board. The artificial lawn wire drawing machine should have a coil insulation layer set at the bottom of the plastic wire drawing machine baking board, and an induction coil heating element set at the bottom of the insulation layer. Each induction coil heating is composed of an outer shell body and a set of electromagnetic induction coils. The electromagnetic induction coils are set inside the outer shell body and have a disc-shaped shape. The electromagnetic induction coils are connected to the induction heating control power supply through a load connection line.
During the production of the artificial lawn wire drawing machine, it is necessary to continuously observe whether the annealing current of the wire drawing is normal, especially when it is just started. Special attention should be paid to the changes in annealing current, and the annealing current should be adjusted according to the changes in wire speed, so that the annealing current gradually increases with the increase of wire speed, ensuring the normal operation of the equipment. A starting torque of up to 150% is required for the frequency converter at 0.5HZ. It is required to achieve proportional intermodal control of multiple units, and to automatically adjust the output frequency to maintain the same speed as the load and voltage change. It has RS485 communication function and communication control with PLC and PC. Adopting a common DC bus control method, the energy-saving effect is good. The frequency converter product is suitable for use in wire drawing machines. When multiple proportional linkage units are used, it can be required to use a common DC bus control method, which has a better energy-saving effect.
