QUICK 858D SMD HANDLE Quick 858D Replacement Hot Air Gun Handle The Quick 858D Replacement Handle is a high-precision rework component specifically designed for the industry-standard Quick 858D series hot air stations. This handle is an essential spare part for technicians who rely on brushless fan-type rework stations. It integrates a high-quality heating element, a brushless fan motor, and a magnetic induction sensor into a single, ergonomic assembly, ensuring seamless compatibility and safety during micro-soldering tasks. Technical Specifications & Product Details Feature Detailed Specification Compatible Brand Quick (and various 858D clones) Compatible Model Quick 858D, 858, 858A, 858L, 705 Technology Brushless Fan in Handle (Turbine Air) Heating Element High-Grade Ceramic Core (Heating Coil) Airflow Volume Max 120L/min Cable Length Approx. 1.0 – 1.2 Meters Wiring Configuration 8-Wire Interface (typically) Internal Sensor Built-in Magnetic Induction (Auto-Sleep) Noise Level < 45dB (Ultra-Quiet) Shell Material High-Temperature Anti-Static Plastic Color Black Core Functionality & Design Features 1. Integrated Brushless Fan Technology Unlike diaphragm-pump stations that use heavy hoses, the Quick 858D handle houses a built-in brushless fan. This design provides a "soft" and stable spiral wind pattern, which is critical when working around small 0201 or 0402 components. The absence of a traditional air hose makes the handle significantly more flexible and easier to maneuver under a microscope. 2. Magnetic Induction Auto-Sleep The handle is equipped with a magnetic induction switch. When the handle is placed back onto its cradle, the station automatically initiates the cooling process (blowing cold air) and then enters a "Sleep" or "Power Off" state once the temperature drops below 100°C. This safety feature significantly extends the lifespan of the ceramic heating element. 3. High-Quality Ceramic Heating Core The internal heating element is made from high-temperature resistant ceramic, which ensures rapid heat-up times and excellent temperature stability. The core is designed to withstand thermal expansion and contraction, reducing the risk of element burnout during heavy-duty rework. 4. Anti-Static (ESD Safe) Design The outer casing is constructed from ESD-safe materials, preventing the buildup of static electricity that could potentially discharge into sensitive ICs, such as CPUs or EMMC chips, during the repair process.