Ọkụ na -ere ọkụ Billet induction

Process parameters and process requirements of billet induction heating furnace:

2. Equipment name: billet induction heating furnace

3. Ihe igwe: Q235q, Q345q, Q245R, A32, D32, A36, D36, wdg.

4. Ụdị nha billet: (6mm × 6mm) (500mm × 500mm)

5. Ogologo ogologo billet: karịa 2 mita

6. The steel billet has a large curvature before entering the furnace: there are different degrees of curvature according to the different steel types. What should I do if the curvature of the billet is greater than 3mm/m before entering the electric furnace? The billet induction heating furnace equipment we designed can meet your requirements by adjusting the size of the inductor according to the degree of bending of your steel grade.

7. Okpomọkụ dị elu nke billet kpo oku tupu ịbanye na ọkụ na billet ọpụpụ okpomọkụ: Anyị na-emepụta ma na-emepụta dị ka mmetụta nke onye ọrụ chọrọ.

8. Steel billet continuous rolling heating furnace control system: PLC automatic control is realized in the whole heating process, and production records such as heating quantity are displayed in a timely manner. This console is used alone, with a specially customized man-machine interface, highly user-friendly operation instructions, all-digital, high-depth adjustable parameters, with one-key restore function, and simple operation.

9. Nri na usoro nduzi: axis ọ bụla na-ebugharị site na onye na-ebelata moto nke onwe ya, a na-edobe ụgbọala multi-axis, na-achịkwa otu ntụgharị ugboro ugboro iji mekọrịta ọrụ multi-axis. A na-ahọrọ ihe ndị ahụ site na ụdị ndị a ma ama, na àgwà a pụrụ ịdabere na ya na ọrụ ahụ kwụsiri ike. A na-eji 304 igwe anaghị agba nchara na-eduzi wheel na-ejigide elasticity na-adịghị mma na ntụzịaka axial nke wheel ntuziaka iji mee mgbanwe na-ehulata n’ime oke ohere nke billet.

10. The closed-loop temperature control of the billet induction heating furnace is composed of an American Leitai infrared thermometer and a German Siemens S7. The power supply is automatically adjusted according to the initial temperature and feed speed of the billet entering the induction heater, so that the heating temperature is out of the furnace. The front remains constant and the workpiece is heated evenly.

11. The capacitor cabinet and the furnace body cabinet of the billet induction heating furnace are designed separately (the location of the capacitor cabinet is in accordance with user requirements)