Central Controls Inverter for Stamping Press Project

solution-Sinotronic Low Voltage Inverter for Punch Press Project

Punching machine or stamping machine, die forging press, is a machine that uses pressure to deform metal and make it stamped into various required structures. The functions of a punch press include punching and shearing, metal material forming, deep drawing, and forging metal, which is generally used in conjunction with molds and dies, and is an important piece of equipment for the production of metal mechanical parts. Punching machine is widely used in electronics, communications, computers, household appliances, furniture, transportation, (automobile, motorcycle, bicycle) hardware parts and other stamping and molding.

The selection of inverter for punching machine is generally based on the motor power and tonnage of punching machine. In order to prevent transient downstream current during production, it is recommended to use it in gear.

ZONCN recommends the Z5400 series of inverters for punching machines according to customer needs. If the motor specification is 380V/7.5KW, the inverter Z5400A0011K-8-BF-V can be selected.

Z5400 series inverter for punching machine performance characteristics:

◆ Hardware is specially designed for anti-vibration.

◆ The wiring protection cover is waterproof.

◆ The overload capacity is greatly improved to meet the instantaneous current shock when press down during punching process.

◆ Protection class IP65 with waterproof and dustproof performance.

◆ When the air cushion pops out, the inverter has unique voltage feedback suppression function.

◆ Standard MODBUS communication protocol can be controlled by upper computer.

◆ True current vector control technology, perfect low frequency torque.

solution-Sinotronic Low Voltage Inverter for Punch Press Project-2

Z5400 runs perfectly in the project of punching machine, which reaches the requirement of the customer, and at the same time improves the production efficiency and solves the problem of the customer.

Leave a Comment

Your email address will not be published. Required fields are marked *