Enhance your engine management with the advanced Engine Speed Controller S6700E, designed for precise and responsive control of engine speed under varying load conditions. This high-performance speed controller offers fast and accurate adjustments to transient load changes, ensuring optimal engine operation and efficiency. Built with multifunctional capabilities, it supports high and low speed conversion, fine speed tuning, and includes protective features to safeguard your engine system. Key Features: · Precise Engine Speed Control: Provides fast and accurate response to transient load changes, maintaining stable engine performance. · High and Low Speed Conversion: Easily switch between high and low speeds with smooth transitions and fine speed adjustment within ±200Hz for optimal tuning. · Automatic Parking Protection: Protects the engine during parking, enhancing safety and reliability. · Adjustable Steady-State Rate (Speed Drop): Customize the speed drop rate from 0 to 5% with simple adjustment, ensuring consistent engine speed under load. · Comprehensive Protection: Equipped with reverse power supply connection protection to prevent damage and ensure safe operation. · High-Speed Start and Full Speed Regulation: Supports rapid engine startup and full range speed control for versatile application needs. · Parallel Function: Allows for synchronization and parallel operation of multiple controllers, improving system flexibility. Specifications: · Model: S6700E · Speed Range: 1KHz to 7.5KHz · Speed Fine-Tuning Range: ±200Hz · Speed Fluctuation Rate: +0.25% to -0.25% · Speed Signal Input: 0.5 to 120 VRMS · Steady-State Rate (Speed Drop): Adjustable 0 to 5% · Temperature Drift: +5% to -5% · Operating Ambient Temperature: -30°C to +70°C · Vibration Resistance: <100Hz · Relative Humidity: <95% Package Includes: · 1 x Engine Speed Controller S6700E This Engine Speed Controller is an ideal solution for applications requiring reliable, accurate engine speed regulation with enhanced protection and multifunctional features. Its robust design and adjustable parameters make it suitable for diverse engine control scenarios, delivering superior performance and durability.