Product Introduction

Siemens' S6SE7041-1TK86-4D inverter adopts advanced hardware structure and system principle to ensure its efficient operation in different industrial applications. The following is the basic working principle of the inverter:

Frequency conversion principle: The input AC power is first converted into DC power through the rectifier module, then filtered by the filter, and finally inverted into AC power with a frequency of 0~600Hz through the inverter module (IGBT).

Description of main components:

Variator: used for voltage protection and lightning overvoltage protection.

Y capacitor: located at the input end of the inverter, used for electromagnetic interference and filtering high-order harmonics.

Rectifier module: rectifies AC power into DC power.

Filter electrolytic capacitor: plays a filtering role on the DC side, with a rated voltage of 400VDC-500VDC.

Functional features:

Main drive vector control

S6SE7041-1TK86-4D inverter adopts main drive vector control technology, which can achieve precise control of motor speed and position, thereby improving the overall performance and reliability of the system.

Efficient heat dissipation performance

Siemens reactor 6SE7041-1TK86-4D F0 uses H-class impregnation paint to firmly combine the coil and core of the reactor, which not only greatly reduces the noise during operation, but also has an extremely high heat resistance level, which can ensure that the reactor can run safely and noiselessly at high temperatures.

Multiple fault handling functions

The inverter has multiple fault handling functions, which can effectively identify and handle various fault conditions to ensure the stable operation of the equipment:

Fault code display: If a fault occurs during the operation of the inverter, the fault code will be displayed on the display to prompt the user3.

Fault reset method:

Power off and then power on again.

Press the key on the BOP or AOP.

Through digital input3 (default setting).

Common faults and their handling methods:

F0001 OverCurrent (overcurrent): Check whether the motor power matches the inverter power, whether the cable length meets the requirements, etc.3.

F0003 UnderVoltage (undervoltage): Check whether the power supply is normal, whether there is an impact load exceeding the specified limit value, etc.3.

F0011 Motor OverTemperature (motor overheating): Check whether the motor is overloaded, whether the motor temperature sensor is working properly, etc. 3.

Application scenarios and advantages

Wide range of application fields

Due to its excellent performance and reliability, the S6SE7041-1TK86-4D inverter is widely used in multiple industrial fields, including but not limited to:

Manufacturing industry

Metallurgical industry

Oil and gas industry

Food and beverage industry

Main advantages

High efficiency: Through precise vector control technology, high efficiency output is achieved.

Stability: With strong fault handling capabilities, it ensures long-term stable operation of the equipment.

Easy maintenance: Modular design makes maintenance more convenient.

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