Equipment Introduction
Injection molding machines are complicated pieces of equipment that involve many different components that need to be controlled with incredible precision. Most of the time these machines are highly automated so they need first-class electrical control components and that is where we come in.

Inverter Transformation Principle
The pump motor speed and adjustment of the hydraulic system of these injection molding machines is achieved through frequency power saver control. The system operates in a highly efficient manner with incredibly precise control. Flow rate, pressure and speed are all kept in check using our inverter transformation principle.

Equipment introduction
A belt conveyor is a continuous conveying machine and a general-purpose piece of equipment that has nearly limitless application possibilities. Compared to pull-type lifts, these belt conveyors are safer and more efficient.
Application Solutions of ENC inverter to Double-Motor Respectively Drive Belt Conveyor

Electric Characteristics
1. It requires the shaft power of two motors keeps basically the same at work. However, the work power of the upper motor is always greater than that of the lower in real processes. Therefore, we need to make sure that the current of the two motors are nearly equivalent.
2. Adopt ENC EDS2000 series inverter

Inverter Control Solution Advantages for Escalator
1. EDS1000 inverter is an open-loop vector control at low frequency with high start torque, and fast response speed. Output torque can reach 150% of rated torque at 0.5HZ.
2. Inverter soft-start function can remove the current impact of motor start to lower the start current of escalators.
3. The inverter features a capacitive load, it can improve motor power factors to reduce the reactive loss. When there is no passenger carried, escalator run at low speed and it reduce the component wear to increase working life and efficiency.
4. Smooth starting and stopping for a consistent operation.

Brief Introduction of Equipment
1. One set of EDS1000 series inverter with free protocol communication, and communicate with water supply board
2. The constant pressure water supply control board
3. Four pump
4. One set of pressure transmitter current type is the best choice, 4-20mA, is not easy to decay, could be transmission signal for long distances.
5. Contactor, thermal relay, intermediate relay, button switch, indicator lamp et

Brief Introduction of Equipment
1. One set of EDS1000 series inverters
2. One pump
3. One set of pressure transmitters (current type is the best choice, 4-20mA, is not easy to decay, and can be used for transmission signal for long distance)
4. Contactor, thermal relay, intermediate relay, button switch, indicator lamp etc.

Characteristics
1. Unit with reasonable structure, reliable operation, low noise, convenience and maintenance
2. Walking-beam is of box-type or joist steel structure, with high intensity, good stiffness and bearing capacity
3. Reduction box adopts a herringbone design and double circle-arc tooth form gear. It can achieve high machining precision, strong bearing capacity and long lifetime.
4. Traction head can perform the movement with the one of the upturning, up-hanging and side-turning.
5. Braking features an anti-embrace structure for safe and reliable performance.

Equipment Introduction
Heating systems require precise controls in order to minimize operating costs and desired temperatures. Our inverter units help control these systems and greatly increase operating efficiency.

Parameters Setting
F0.00=4, F0.02=1, F0.14=30-120, F0.15=30-120, F5.00=13, F9.13=10

Equipment Introduction
Paper machinery can involve many different moving components that all need to be controlled by the power supply. Frequency inverters help these machines operate stably and efficiently.

Process Requirements
1. Adopt multi-segment electric motor drive, each gear assembly needs to maintain high accuracy synchronization.
2. Adjustable line speed system, the rotating speed(rpm) of each gear assembly can be adjusted separately
3. When the speed of gear assembly changes, the after gear assembly also changes

Process Requirements
A dehydration system consists of an inverter control cabinet, dehydration bucket, motor, drain pipe etc. A motor is connected to the bottom of the dehydration bucket to drive the bucket rotation in the dehydration process. A dehydration machine makes dehydrated articles generate centrifugal force, and water will be thrown off through holes in the dehydration machine, and then discharged by the drain pipe.

Application Requirements
Requires elevators running at low speed when empty and operation at high speed once someone is in the elevators.

Parameter Setting
F0.01=10 ,F0.02=1 ,F0.08=4 ,F0.09=6 ,F0.10=48 ，F2.30=48
F5.00=1 ,F5.02=11 ,F8.01=420 ,F8.03=65 ,F9.04=120 ,F9.09=160