The IoT Soft Starter Cabinet is a sophisticated device designed for controlling and protecting motors within industrial applications. It is available in a range of power capacities, from 18.5 kW to 600 kW, making it versatile for various systems. This product integrates advanced IoT technology, allowing for convenient remote control via smartphones or computers, regardless of distance, without the need for WiFi. The IoT Soft Starter Cabinet includes a 4G SIM card, offering three years of free data usage to support seamless remote operations. The unit is capable of starting and stopping motors with just one click and provides real-time monitoring of motor parameters.
Advantages of the IoT Soft Starter Cabinet
1. Remote Control Accessibility
- The IoT Soft Starter Cabinet allows users to control the device from their smartphones or computers.
- No need for a WiFi connection or any local network setup, which ensures flexibility and reliability in controlling the system from anywhere.
- The system is equipped with a 4G SIM card that provides free data for three years, eliminating the need for a separate data plan.
2. Real-Time Monitoring
- The unit displays key operational parameters such as current, voltage, frequency, and the running status of the motor.
- Users can easily monitor performance and system health from a distance, ensuring better management and response times.
3. External Antenna for Reliable Connectivity
- The IoT Soft Starter Cabinet is equipped with an external antenna, ensuring stable and uninterrupted data transmission.
- The antenna is designed to work effectively in various environments, ensuring smooth operation even in challenging conditions.
4. Versatile Compatibility
- The IoT Soft Starter Cabinet is suitable for a wide range of applications, with models available for different system sizes, including the SZ600, SZ800, and SZ900 series.
- The cabinet is adaptable, supporting various motor types and power ratings, making it ideal for both small and large-scale industrial environments.
5. Data Storage and Synchronization
- The unit automatically saves data every five minutes, ensuring that critical information is recorded.
- Historical data is stored for up to one year, allowing users to track motor performance and identify trends over time.
- Parameters can be modified remotely via mobile devices or computers, offering the flexibility to adjust settings based on real-time needs.
Features of the IoT Soft Starter Cabinet
1. Mobile and Computer Control
- The IoT Soft Starter Cabinet can be controlled through both mobile devices and computers, providing ultimate flexibility.
- This control system does not require any specific range or local network, as it operates through the 4G SIM card included in the unit.
2. One-Click Start and Stop
- Users can start and stop the system with just one click, making operations simple and efficient.
- This feature is particularly useful in emergency situations, where quick shutdown or startup of the motor is necessary.
4. Multiple Startup Modes
- The IoT Soft Starter Cabinet supports various startup modes, such as direct-on-line (DOL) and star-delta, offering more control over the motor's startup sequence.
- This flexibility helps in reducing the risk of damage during the motor’s startup phase, optimizing energy consumption.
Applications of the IoT Soft Starter Cabinet
- Manufacturing: Used for controlling motors in conveyor belts, mixers, and automated assembly lines. Its remote control capabilities allow for easy management of operations from a central location.
- HVAC Systems: Ideal for air conditioning and ventilation systems, the IoT Soft Starter Cabinet can manage the startup of large fans and compressors, ensuring smoother operations and energy efficiency.
- Water Treatment: In pump stations and filtration systems, this cabinet helps manage the power supplied to pumps, ensuring gentle startups and reduced wear on the equipment.
- Oil & Gas: The cabinet's protection features help safeguard motors in critical equipment such as drilling rigs, pumps, and compressors, preventing downtime due to motor failure.