Hot plate J-HPL-D Jisico

Hot Plate J-HPL-D Jisico

Product Description

The Jisico J-HPL-D Hot Plate is a high-performance laboratory heating unit designed for precise temperature control and heavy-duty applications. Equipped with a PID digital controller and SSR regulation system, it ensures stable and accurate heating up to 350°C. The large aluminum die-cast top plate provides uniform heat distribution, while the stainless steel body enhances durability and corrosion resistance. Ideal for continuous laboratory use, this model combines efficiency, safety, and reliability.

Features

• Large heating surface suitable for multiple samples or large vessels

• PID digital controller ensures precise temperature regulation

• SSR-type regulator offers stable and efficient heating performance

• Maximum temperature up to 350°C

• Built-in safety system with self-diagnosis functions for overheating, sensor errors, and circuit protection

• Durable stainless steel body and aluminum die-cast plate for long service life

• Designed for consistent performance and energy efficiency

Applications

• Suitable for chemical, pharmaceutical, and biological laboratories

• Ideal for heating multiple samples simultaneously

• Commonly used in solution evaporation, sample preparation, and distillation processes

• Suitable for industrial and research laboratory applications requiring precise heating control

Specifications

• Model: J-HPL-D

• Overall size (W×D×H): 600 × 300 × 190 mm

• Plate size (W×D): 600 × 300 mm

• Temperature range: Up to 350°C (Max.)

• Controller: PID controller

• Regulator: SSR type

• Heater (sheath): 3,000 W

• Safety device: Self-diagnosis function (memory error, temperature overheating, SSR short circuit, sensor short circuit)

• Material:

  • Top plate: Aluminum die-casting

  • Body: Stainless steel plate

• Power source & consumption: AC 230V, 50/60Hz, 1 phase

• Net weight: 15.8 kg

Conclusion

The Jisico J-HPL-D Hot Plate delivers powerful and precise heating with advanced digital control and built-in safety features. Its large heating surface and durable construction make it ideal for intensive laboratory and industrial applications that demand reliability, uniform temperature, and long-term performance.