BLUELIGHT GROUP--IBL6 ELEVATOR INTEGRATED CONTROLLER
iBL6 represents the latest generation of intelligent elevator integrated controllers. This system integrates both logical control functions and variable frequency drive capabilities. It features Advanced Technology, Optimal Performance, High Reliability, Easy to Use functionality, along with numerous other exceptional characteristics.
Intelligentelevator integrated controller Leading the Future
1. Advanced Technological Features
· Seamlessly integrates intelligent logic control with high-performance VVVF drive technology to achieve complete system integration
· Employs advanced vector control technology that precisely demodulates motors with high accuracy, fully utilizing motor capabilities to enhance elevator performance and passenger comfort
· Utilizes sophisticated space vector PWM algorithms that deliver significantly improved efficiency compared to traditional sine/cosine PWM methods, resulting in greater energy conservation
· Incorporates STO (Safe Torque Off) Technology that activates when elevators fail to stop properly, causing the integrated controller to cease torque output for enhanced safety, achieving functional safety level SIL3 while simultaneously reducing failures caused by contractor operations
2. Optimized Performance Capabilities
· Creates optimized speed profiles based on target floors to accomplish precise and efficient elevator direct stopping
· Features AN BUS technology that enables high-speed, reliable serial communications, simplifying system wiring and expansion while being compatible with internet-based wireless remote monitoring systems for convenient remote commissioning guidance, maintenance support, and elevator monitoring
3. User-Friendly Operation
· Supports smartphone compatibility for commissioning with comprehensive information display, enabling remote parameter and error data transfer, online guidance, balance coefficient detection, and other functions that streamline the tuning process
· Provides straightforward auto-tuning (self-learning) procedures to obtain motor parameters and initial angles for both Rotating and Static methodologies
· Implements fuzzy logic control for elevator startup with no-load compensation, delivering exceptional comfort levels even in the absence of weighting devices
· When paired with Bluelight Synchronous traction machines, the controller can access information from predefined machine models, eliminating the need for manual parameter entry and auto-tuning processes to improve commissioning efficiency and maximize machine performance
4. Enhanced Reliability Characteristics
· Utilizes advanced dual 32-bit CPUs and FPGA coordination for comprehensive elevator control, ensuring maximum safety and reliability
· Incorporates redundancy designs and comprehensive software-hardware protection mechanisms to guarantee elevator operational safety
· Undergoes professional EMC testing with enhanced electromagnetic interference resistance, making it suitable for complex operating environments
· Monitors cutting current between controller and traction machine during every elevator stop cycle
