Application of integrated stepper motor in intelligent kitchen stove

With the continuous innovation of smart home technology, smart cooking stoves, as core equipment in modern kitchens, are gradually being integrated into our daily lives. In these high-tech kitchen stoves, the application of integrated stepper motors is particularly critical, especially in natural gas/liquefied gas risk control systems, where they play an important role in precise adjustment and flexible control.

01. Equipment Introduction

Kitchen cooking stoves are key equipment for cooking and heating food. According to the level of automation, they can be divided into conventional stoves and automatic stoves.

Traditional kitchen stoves adjust the air intake manually, making fine control difficult, so the precision of flame adjustment is limited.

With the rapid development of science and technology, industries such as industrial automation and the Internet of Things are advancing rapidly. The traditional manual adjustment mode of kitchen stoves is gradually being replaced by smart products.

Automatic cooking stoves integrate automatic cooking and high-power heating, featuring built-in intelligent control systems and smart cooking curves. They can automatically sense parameters such as temperature, heat, and time, and offer multiple cooking modes and preset recipes. Some high-end models can also be remotely controlled and intelligently linked through mobile apps.

So, how does an automatic cooking stove achieve automatic temperature sensing and intelligent heat control?

02. Application Solution

Smart kitchen stoves use integrated stepper motors to control the opening of proportional valves, thereby achieving precise regulation of gas intake.

During cooking, different dishes and cooking methods require different flame intensities and combustion efficiencies, which in turn require flexible adjustment of air intake. Integrated stepper motors, with their excellent control precision, ensure that every adjustment is accurate, optimizing combustion effects and improving cooking quality.

• Motor Model: STM42 Integrated Stepper Motor

Advantages of Integrated Stepper Motors

• High integration improves equipment portability: Integrates brushless motors, drivers, encoders, and controllers into a single unit, significantly reducing equipment size and weight while simplifying wiring and reducing potential failure points.

• Flexibility to meet diverse needs: Supports CAN/CANopen/Modbus communication, allowing flexible control and adjustment according to different work requirements.

• High-precision positioning improves measurement accuracy: High positioning accuracy enables precise positioning of mobile equipment.

• Multiple control modes: Supports PP, VM, PV, PT, HM, IP, CSP, CSV, CST standard modes, as well as NiMotion position mode, speed mode, and torque mode.

• High-speed response improves equipment efficiency: Fast response speed enables quick adjustment of equipment angle and position, improving work efficiency.

• Comprehensive alarm function: Power-on self-diagnosis can detect hardware faults in a timely manner; equipped with multiple safety protection functions including overvoltage/undervoltage, overheat, overcurrent, and stall alarms. LED flashing alarm intuitively displays the current status of the motor.