This analog controlled hot plate is equipped with an original Yudian PID intelligent digital temperature controller, featuring high precision, safe and simple operation. It adopts high-quality solid-state SSR relays with a service life 100 times longer than ordinary contact relays. Multiple premium stainless steel heating tubes ensure convenient maintenance and low failure rate. The working surface is made of solid aluminum with high thermal conductivity for fast heating and outstanding temperature uniformity. We carry out full independent production without reselling third-party goods, so factory direct supply guarantees stable quality and reliable after-sales service. Please contact us for quotations.

1. Original Yudian PID intelligent digital temperature controller with high precision, safe and easy operation.
2. High-quality solid-state SSR relay with service life 100 times longer than ordinary contact relays.
3. Multiple high-grade stainless steel heating tubes for easy maintenance and low failure rate.
4. Solid pure aluminum panel with high thermal conductivity, fast heating and uniform temperature distribution.
5. The whole cabinet is made of imported SUS304 stainless steel, with no paint peeling or rusting under normal working conditions.
6. The control system is fitted with cooling fans and ventilation windows. The temperature controller cannot run continuously above 45℃, otherwise premature failure will occur.

Technical specifications: 220V 50Hz; temperature range ambient ~ 350℃; control accuracy ±1℃.
Available types: Integrated type (height 150mm), split type (height 65mm), high-temperature model (ambient ~ 450℃).

1. Constant temperature heating for glue filling and dispensing in all electronics industries.
2. Soldering and rework of aluminum substrates and LED beads in the LED industry.
3. Core preheating for mold manufacturing.
4. Sample baking, drying and thermal testing across all industries. Essential equipment for laboratories specializing in biology, genetics, medical care, environmental protection, biochemistry, chemical analysis and academic research.

Operating steps for soldering LED beads on aluminum substrates:

1. Print solder paste on the soldering pads of the aluminum substrate;
2. Place LED beads onto the printed solder paste;
3. Heat the aluminum substrate; heat conducts evenly to melt the low-temperature solder paste;
4. The solder paste melts and completes the soldering process.

1. Connect power supply and turn on the main power switch. The power indicator stays on to show power is connected.
2. Turn on the heating switch. Solid red light means continuous temperature rise; flashing red light means constant temperature mode with intermittent heating.
3. After use, turn off the heating switch first. The power light remains on as a warning that the plate is still hot, do not touch the surface. Wait at least one hour for full natural cooling before cutting off the main power.

1. Use 220VAC power with a grounded three-hole socket and leakage protection switch.
2. Only professional technicians may open the cabinet or modify internal wiring.
3. Never touch the hot plate surface directly to avoid burns.
4. Cut off power if the equipment will be unused for a long time.
5. Do not block the side air intake vents of the cooling fan.
6. Unplug the power cord before replacing the fuse to prevent electric shock.

Additional Notes

1. Make sure the power cord is fully inserted into the rear socket; poor contact will cause burning damage to the power jack.
2. The actual temperature may overshoot the set value by 3~5℃ when starting up; it will stabilize after several minutes. This overshoot improves overall surface uniformity.
3. White smoke and slight odor from residual machining oil inside screw holes are normal during the first few heating cycles and will disappear after repeated use.
4. Slight cracking noise comes from thermal expansion and contraction of heating tubes rubbing against the mounting plate; this is normal and safe.
5. Each unit has passed a 24-hour aging test at the factory. We shall not be liable for equipment damage or personal injury caused by unauthorized modification of internal parameters.