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Industrial Wide-Voltage Brushless Motor Controller

Industrial Wide-Voltage Brushless Motor Controller

This is an industrial grade professional electronic governor suitable for input voltage of 20-61V DC. It adopts a highly intelligent adaptive program internally and has a highly reliable starting algorithm. The governor has a compact and sturdy structure, good dust and water resistance, and can adapt to various harsh environments. At wide operating temperatures, it has outstanding ability to continuously carry high currents, with excellent peak and instantaneous current performance, meeting the requirements of high-power density applications. Built in high temperature protection threshold ensures the safety of core components. It supports standard throttle signals and has strong compatibility. With its wide voltage adaptability, strong anti-interference, high reliability startup, and intelligent protection characteristics, it is an ideal power control core for industrial and high-end applications that pursue performance and safety.

Detailed Introduction

        This electronic speed controller is a core power control device designed for high-end industrial applications and professional fields. Its excellent performance and robust reliability provide precise, efficient, and safe speed control solutions for various electric power systems.

 

Core advantages and scope of application

        The speed controller has an extremely wide adaptability to DC input voltage and can operate stably in the range of low to high DC voltage, with strong compatibility. It is equipped with industrial grade professional control programs that have been rigorously validated to ensure long-term stable operation under complex working conditions. What is particularly outstanding is its highly reliable start-up algorithm, which endows the device with powerful start-up capabilities. Even under harsh conditions such as strong headwinds, the motor can be started smoothly and reliably, effectively avoiding the risk of start-up failure. Faced with rapidly changing throttle commands, its advanced anti-interference technology can significantly reduce the risk of signal loss, achieve fast throttle response speed, greatly improve system maneuverability, and effectively reduce the risk of accidents caused by response delay. The highly intelligent core enables it to have excellent adaptive capabilities, automatically optimizing working parameters based on load and operating status, achieving a balance between performance and efficiency.

 

Key Performance and Security Assurance

        The device adopts a compact and lightweight design, with precise dimensions and strict weight control, making it easy to integrate and install. In terms of power support, it can be adapted to power battery packs composed of multiple lithium batteries connected in series (but it should be noted that the input voltage must never exceed its specified safety upper limit). It has excellent current carrying capacity, supports continuous high load operation, and can withstand short-term maximum peak current surges (corresponding to seconds and shorter transients, respectively). Please note that this speed controller does not provide a built-in battery eliminator circuit output. It has strong adaptability to the environment, can operate stably in a wide temperature range from severe cold to extreme heat, and adapt to certain humidity changes. Attention should be paid to the environmental temperature and humidity requirements when storing. The shell has good dust-proof and waterproof performance. In standby mode, the power consumption is extremely low, effectively saving energy. The control signal adopts standard pulse width modulation method, and the stroke range meets the industry standard. It also supports users to calibrate and set the upper and lower limits of throttle stroke within a certain range.

 

Extreme performance and protection mechanism

        The speed controller supports driving the motor to achieve extremely high electrical rotational speeds. The startup process is flexible, and the frequency of the throttle signal can be set within a certain range. Its throttle response is extremely fast and it has good dynamic following performance. Built in multiple protections are the cornerstone of reliability. When the core temperature reaches the preset safety threshold, the system will immediately trigger the protection mechanism to prevent overheating and damage. The input control signal is compatible with common logic level standards.

 

        This electronic speed controller combines the advantages of wide voltage input, super strong starting ability, rapid anti-interference response, intelligent adaptation, multiple safety protections, wide temperature range operation, compact and lightweight. Its industrial grade design and manufacturing standards ensure outstanding performance and long-term durability in professional application scenarios, making it an ideal choice for pursuing high reliability and high-performance power control.

 

Product parameters

Size: 128 * 56 * 38mm ± 0.1mm

Weight: 351g ± 2g

Supports lithium batteries: 6-14S (prohibit starting above 65V)

Continuous working current: 200A

Maximum operating current (3s): 220A

Instantaneous working current (1s): 300A

BEC output voltage: none

Operating environment temperature: -20 ℃~65 ℃

Operating humidity: 15%~85% RH

Storage temperature: -10 ℃~40 ℃

Storage humidity: 15%~65% RH

Waterproof rating: IP55

Standby power consumption: ≤ 10mA@60v

Throttle stroke range: 1000~2000us (default value)

Throttle calibration range: maximum throttle (1.6~2.4ms), minimum throttle (0.6~1.4ms)

Maximum supported speed: 125000 revolutions per minute (electrical speed)

Throttle refresh rate: 50~500Hz (recommended 100~400Hz)

Start throttle point: 6.7%

Throttle response time: 300ms (default value, customized)

Temperature protection point: 120 ℃

Input signal level: 3.3~5V

Throttle response time: When the ESC receives a 10%~100% step throttle, the throttle reaches its maximum value within the specified time, but usually the motor speed lags behind the throttle by 100ms~150ms

(The above parameters are for reference only. Detailed product parameters are subject to actual delivery.)

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