Product specifications
Parameter | AKFY-30/20 | AKFY-30/30 | AKFY-30/40 | AKFY-30/60 | AKFY-30/80 | AKFY-30/120 |
---|---|---|---|---|---|---|
Temperature Range (℃) | -20~+99 | -30~+99 | -40~+99 | -60~+99 | -80~+99 | -120~+99 |
Storage Capacity (L) | 20 | |||||
Best Ambient Temperature (℃) | 5~35 | |||||
Ambient Humidity | ≥60-80% ventilation | |||||
Temperature Control Accuracy (℃) | ±0.5 | |||||
Practical Open Diameter (mm) | 285 | |||||
Discharge Volume (L) | 10 | |||||
Stirring | Magnetic stirring at the bottom of the liquid storage tank | |||||
Safety Protection | Delay/Overload/Overheat | |||||
Display Method | LCD digital display, button operation | |||||
Cooling Coil | Nickel-plated copper tube | |||||
Body Material | Cold-rolled sheet sprayed with anti-corrosion plastic | |||||
Heating Power (W) | 3000 | |||||
Compressor Power (W) | 1470 | 1470 | 2205 | 3675 | 4410 | 6615 |
Circulating Pump Power (W) | 100 | |||||
Condenser | Air-cooled condenser (optional water-cooled) | |||||
Power Supply | 380V/50Hz | |||||
Explosion-proof Compressor | Optional | |||||
Explosion-proof Controller | Optional |
introduce
Product features:
1. LCD display for clear and easy reading of parameters.
2. Three-in-one unit that can be used as a reaction bath, high-temperature circulation pump, and low-temperature circulation pump.
3. Made with high-quality stainless steel inner tank for durability.
4. TPT100 temperature sensor for precise measurement and excellent temperature control.
5. Equipped with water pressure and temperature protection features.
6. Dual-stage stirring within the tank to enhance temperature uniformity of the medium.
7. Compatible with magnetic stirrers for stirring reaction solutions.
8. Allows cooling by outputting cold liquid from the tank through the circulation pump, cooling external experimental containers, or establishing a second temperature-controlled environment.
peculiarity
Variable Frequency Compressor
Uses a leading brand fully enclosed compressor, occupying minimal space, with high heat exchange efficiency, providing effective cooling with safety and stability.
Solution 1
Combines a rotary evaporator with a circulating water vacuum pump to form a complete and integrated system.
Louvered Cooling Window
Features a louvered design for efficient heat dissipation, allowing for rapid cooling and ensuring stable machine operation.
Solution 2
Combines a double-layer glass reactor with its own circulation system to transfer the cooling medium to the reactor for circulation. This setup enables the glass reactor to conduct low-temperature reaction experiments on materials.