Today’s enterprise production operations are beginning to approach the field of industrial automation. While increasing investment in the development of enterprise productivity, it also promotes the development of conveying equipment required for production and transportation in the production industry. This has a great impact on the design and development of food conveyors, materials and transportation The stability of the machine puts forward higher requirements. At the same time, with the mature technology of inverter manufacturers at home and abroad, today’s inverters can improve and upgrade food machinery in terms of machine speed control and automation. According to the transportation system of different production industries, the assembly line can run continuously, repeatedly, with high efficiency and strong rhythm due to its large transportation capacity and long transportation distance. There are food plate chain conveyors, food belt conveyors, food mesh belt conveyors, food roller conveyors, food screw conveyors and food bucket elevator conveyors.

Frequency Inverter in Food Transmission Equipment

Food delivery system:

In the transmission system, the user can control the speed of the conveyor belt according to the size and material of the raw material to ensure uniform texture; at the same time, according to the different speed ratio requirements between the transmission system, the speed synchronization and fine-tuning functions can be realized. Since different working conditions require different speed sources to control the driving components of the transmission system, it is required that the frequency converter should have more frequency sources and working modes.

Frequency Inverter in Food Transmission Equipment

Advantages of using inverters:

(1) Increase production

The main speed of the transmission system can be conveniently controlled according to different food manufacturing processes, and other transmission equipment can be automatically synchronized and matched without manual adjustment. In this way, it is convenient to increase the output by adjusting the speed.

Give full play to the advantages of asynchronous motors. The use of frequency converters for speed regulation does not require an additional mechanical speed regulation mechanism, so the transmission system will be more compact and lightweight, and the operation of the geared asynchronous motor will be more efficient.

(2) Soft start and soft stop functions.

In a conveyor system, starting at full speed can cause damage to objects. It adopts frequency conversion speed regulation, which can easily realize zero-speed full-load start-up. SKI600 can overcome the starting friction moment and start smoothly. At the same time, the frequency converter can also provide soft stop function when stopping.

(3) Complete operating functions

Through terminal leads and terminal parameter definitions (DI group), start, stop, jog (forward or reverse) and reverse operations can be easily realized. The forward and reverse function of the motor requires different contactors at the power frequency, and the inverter only needs to change the output phase sequence to realize it. Braking is a common function of variable frequency operation. The SKI600 is connected with a braking resistor to achieve rapid braking to handle the regenerative energy during braking.

Frequency Inverter in Food Transmission Equipment

(4) Exceeding the rated speed operation

The frequency converter itself allows the motor to run between 0 and the maximum output frequency, as long as the motor runs at a super-rated speed without overloading, it can achieve over-speed operation.

(5) Improve conveying accuracy

For example, after the frequency converter is used in the powder raw material conveying system, the conveying speed of the powder raw material can be controlled proportionally or the powder raw material can be evenly loaded on the conveyor belt, which can improve the feeding accuracy and finally ensure the accuracy of food packaging.

In today’s food machinery, the transmission system is widely used as a link that can effectively improve production efficiency. For example, before cakes are baked, they must be fed by a conveyor belt and pass through the oven at a constant speed according to the baking process. There are two types of conveying equipment involved, the infeed conveyor and the baking line conveyor, and their speeds must be matched to allow for the same ascent and descent. In the past, this type of equipment basically used manual mechanical stepless transmission (such as changing the size of the pulley or the speed ratio of the gearbox, etc.). But now the speed control range can be greatly expanded, and stepless speed regulation can be realized by using frequency converter for frequency conversion speed regulation. Similar bottled beverage production lines and powder raw material metering and packaging lines will use frequency conversion transmission systems.

Today’s enterprise production operations are beginning to approach the field of industrial automation. While increasing investment in the development of enterprise productivity, it also promotes the development of conveying equipment required for production and transportation in the production industry. This has a great impact on the design and development of food conveyors, materials and transportation The stability of the machine puts forward higher requirements. At the same time, with the mature technology of inverter manufacturers at home and abroad, today’s inverters can improve and upgrade food machinery in terms of machine speed control and automation. According to the transportation system of different production industries, the assembly line can run continuously, repeatedly, with high efficiency and strong rhythm due to its large transportation capacity and long transportation distance. There are food plate chain conveyors, food belt conveyors, food mesh belt conveyors, food roller conveyors, food screw conveyors and food bucket elevator conveyors.

Frequency Inverter in Food Transmission Equipment

Food delivery system:

In the transmission system, the user can control the speed of the conveyor belt according to the size and material of the raw material to ensure uniform texture; at the same time, according to the different speed ratio requirements between the transmission system, the speed synchronization and fine-tuning functions can be realized. Since different working conditions require different speed sources to control the driving components of the transmission system, it is required that the frequency converter should have more frequency sources and working modes.

Frequency Inverter in Food Transmission Equipment

Advantages of using inverters:

(1) Increase production

The main speed of the transmission system can be conveniently controlled according to different food manufacturing processes, and other transmission equipment can be automatically synchronized and matched without manual adjustment. In this way, it is convenient to increase the output by adjusting the speed.

Give full play to the advantages of asynchronous motors. The use of frequency converters for speed regulation does not require an additional mechanical speed regulation mechanism, so the transmission system will be more compact and lightweight, and the operation of the geared asynchronous motor will be more efficient.

(2) Soft start and soft stop functions.

In a conveyor system, starting at full speed can cause damage to objects. It adopts frequency conversion speed regulation, which can easily realize zero-speed full-load start-up. SKI600 can overcome the starting friction moment and start smoothly. At the same time, the frequency converter can also provide soft stop function when stopping.

(3) Complete operating functions

Through terminal leads and terminal parameter definitions (DI group), start, stop, jog (forward or reverse) and reverse operations can be easily realized. The forward and reverse function of the motor requires different contactors at the power frequency, and the inverter only needs to change the output phase sequence to realize it. Braking is a common function of variable frequency operation. The SKI600 is connected with a braking resistor to achieve rapid braking to handle the regenerative energy during braking.

Frequency Inverter in Food Transmission Equipment

(4) Exceeding the rated speed operation

The frequency converter itself allows the motor to run between 0 and the maximum output frequency, as long as the motor runs at a super-rated speed without overloading, it can achieve over-speed operation.

(5) Improve conveying accuracy

For example, after the frequency converter is used in the powder raw material conveying system, the conveying speed of the powder raw material can be controlled proportionally or the powder raw material can be evenly loaded on the conveyor belt, which can improve the feeding accuracy and finally ensure the accuracy of food packaging.

In today’s food machinery, the transmission system is widely used as a link that can effectively improve production efficiency. For example, before cakes are baked, they must be fed by a conveyor belt and pass through the oven at a constant speed according to the baking process. There are two types of conveying equipment involved, the infeed conveyor and the baking line conveyor, and their speeds must be matched to allow for the same ascent and descent. In the past, this type of equipment basically used manual mechanical stepless transmission (such as changing the size of the pulley or the speed ratio of the gearbox, etc.). But now the speed control range can be greatly expanded, and stepless speed regulation can be realized by using frequency converter for frequency conversion speed regulation. Similar bottled beverage production lines and powder raw material metering and packaging lines will use frequency conversion transmission systems.

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