500W LED Microcomputer Electric Preheat Soldering Hot Plate, Aviation Aluminum High Thermal Conductivity Soldering Station Welder, Intelligent Temperature Lab Plate Heater (US Plug)

1. ACCURATE TEMPERATURE CONTROL: Soldering hot plate is equipped with a microcomputer chip and an intelligent control system, which can adjust the temperature range and accurate temperature between 0℃-400℃(32℉-752℉) to maintain the best heating performance 2. EFFICIENT HEATING: The 500W welded heating plate is made of aviation aluminum, features high thermal conductivity, with heat fast evenly distributed over a wide 150mm x 150mm appearance, making it suitable for various professional applications in electronics and industrial processes 3. TWO DIMENSIONAL HEAT DISSIPATION HOLES: The rework heater lab plate adopts a multi angle heat dissipation design, which has a better heat dissipation effect and strong practicality 4. APPLICABLE SCENARIO: Soldering hot plate can be used for welding and maintenance of aluminum substrates in the LED industry; Preheating of the mould pin in the abrasive factory; Constant temperature heating for sealing and dispensing in the electronics industry; Temperature tests such as baking and drying of constant temperature heating samples in various industries; practical tools for laboratories, analysis rooms and teaching research 5. WIDE APPLICATION: The electric preheat rework heater lab is suitable for various tasks such as PCB repair, BGA ball soldering, LED component soldering, mobile phone screen disassembly, and laboratory reagent heating, supporting multiple industries Specification: Item Type: Soldering Hot Plate Model: BY1515 Shape: Square Color: White Material: Aluminum alloy, sheet metal Appearance Processing: Brushed, spray paint Temperature Adjustment Range: 0℃-400℃/32℉-752℉ Fusing Rating: 6A Power: 500W Aluminum Plate Heating Area Size: Approx. 150 x 150mm / 5.91 x 5.91in Product Size: Approx. 168 x 168 x 126mm / 6.61 x 6.61 x 4.96in How to Use: Temperature setting: Press and hold the SET key for 1 second, release it, use the up and down keys on the right to set the temperature. Once the desired temperature is set, press the ENT key to save the temperature. Internal menu functions: Press and hold the SET key for 5 seconds without moving, release it, the display will show: AL1. Press the SET key again to display 030=No effect, each press of END=the digital tube displays menu function symbols. PackageList: 1 x Electric Soldering Preheating Platform 1 x Plug 1 x User Manual

• [Efficient Heat Dissipation] Designed with a multi angle heat dissipation system this rework heater lab plate effectively manages heat buildup. the advanced cooling mechanism enhances safety and extends the lifespan of the equipment while ensuring stable operation during prolonged use.
• [Versatile Applications] Perfect for welding and maintaining aluminum substrates in the led industry preheating mould pins in abrasive factories and providing constant temperature heating for sealing and dispensing in electronics. it also excels in baking drying and other temperature sensitive tasks across various industries.
• [High Performance Heating] Crafted from aviation aluminum this 500w heating plate offers exceptional thermal conductivity and fast even heat distribution across its 150mm x 150mm surface. the durable construction ensures long lasting performance making it ideal for demanding electronics and industrial processes.
• [Intelligent Temperature Control] The soldering hot plate features a microcomputer chip and intelligent control system allowing precise temperature adjustments from 0℃ to 400℃ (32℉ to 752℉). this ensures optimal heating performance for various professional applications while maintaining consistent and accurate temperatures for superior soldering results.
• [Multi Industry Utility] This electric preheat rework heater lab is a must have tool for pcb repair bga ball soldering led component soldering mobile phone screen disassembly and laboratory reagent heating. its adaptability makes it an essential asset in electronics manufacturing repair labs and educational research facilities.