| Technical Specifications | |
|---|---|
| Operating Principle | Field Oriented Control (FOC)/Square Wave (SQW) |
| Voltage (V) | 36 / 48 / 64 / 72 |
| Communication Protocol | UART/RS232/RS485/CAN |
| Size (Mm) | NA |
| Rated Power (W) | 250/350 |
| Case Material | Aluminum |
| Functions and Features |
|---|
| Motor Auto-Learning Function (SQW)：When the motor auto-learning function is activated, the controller will run the motor through a series of tests to determine its maximum power output, efficiency, and other key performance metrics. Once the controller has completed its tests, it will use the data it has collected to adjust its settings and optimize its performance for the specific motor it is connected to. To shorten the development time for customers and provide a more convenient and efficient electric control system matching process, achieving the special advantage that one controller can flexibly match multiple motors. |
| Hall Auto-Repair Function：When the single hall auto-repair function is activated, the controller will run a series of tests to check the performance of the Hall sensor. If any issues are detected, the function will automatically attempt to repair them by adjusting the sensor’s position or other parameters. If the Hall sensor is not detecting the correct position of the motor’s rotor, the auto-repair function may adjust the sensor’s position to improve its accuracy. Alternatively, if the Hall sensor is damaged or malfunctioning, the function may switch to a backup sensor or disable the faulty sensor entirely. The single hall auto-repair function helps to ensure that the electric motor in the e-bike operates reliably and efficiently, providing smooth and consistent power output to the rider. |
| Flexible Customized Development：Once we have a clear understanding of the client’s needs, our team of experienced engineers will begin the process of designing and developing a custom controller that meets those requirements (Including redrawing the PCB circuit board). We use the latest software and hardware tools to create highly optimized, efficient, and reliable controllers that are tailored to the specific needs of our clients. These controllers can be customized according to the specific needs of the customer. |
| Fast Response Time：The short-circuit protection system must be designed with advanced circuitry and fast-acting components. This includes things like high-speed sensors, fast-acting fuses or circuit breakers, and high-performance microcontrollers that can detect and respond to short-circuits quickly and accurately. In addition to the hardware components, the software algorithms used to control the short-circuit protection system must also be optimized for fast response time. This includes things like predictive modeling and real-time monitoring, which can help the system anticipate and respond to short-circuits even faster.
Controllers produced by other companies: short-circuit with no prediction, damaging electronic components
JYTcon Controller: responds to short-circuits within a few milliseconds to prevent damage to the motor or other components of an electric bicycle |
| JYTcon’s High Efficiency: To achieve high efficiency, our controllers are designed with advanced circuitry and optimized software algorithms that minimize energy losses and maximize power output.
Waste less energy in the form of heat or other losses, resulting in less energy being drawn from the battery for the same level of performance. This translates into a longer battery life and greater range for the electric bike. Are able to provide a higher level of power output to the motor for the same amount of energy drawn from the battery. This means that the electric bike can achieve higher speeds and better performance without draining the battery as quickly. Generate less heat during operation, which can help to prolong the lifespan of the controller and other components of the electric bike. JYTcon controller can operate at a maximum efficiency of 87.1%, which brings many benefits to our customers |
| Multiple Protections |
|---|
| Over-Current Protection |
| Over-Voltage Protection |
| Under-Voltage Protection |
| Overheat Protection |
| Runaway Protection |
| Turn-On Protection |
| Short-Circuit Protection |
| Phase Wire Disconnect Protection |
| Motor Blockage Protection |
| Supported Certificate |
|---|
| Ingress Protection IPX7 (SQW/FOC) |
| RoHS (SQW/FOC) |
| UL (SQW/FOC) |
| CE (FOC) |
| EN ISO 13849 (FOC) |
| ISO 9001:2015(SQW/FOC) |
