As One Ceramic Digital Hot Plate CHP-250DF

Rp123

The As One Ceramic Digital Hot Plate CHP-250DF is a powerful and precise heating device, ideal for laboratory and industrial applications requiring controlled high-temperature environments. Designed with a durable ceramic plate and a robust aluminum die-cast body, this hot plate provides uniform heat distribution and chemical resistance. Its advanced PID temperature control system, paired with a K thermocouple sensor, ensures precise and stable temperature management up to 550°C. With a user-friendly digital interface and essential safety features, the CHP-250DF offers reliable performance for a variety of tasks.

As One Ceramic Digital Hot Plate CHP-250DF

Product Description

The As One Ceramic Digital Hot Plate CHP-250DF is a powerful and precise heating device, ideal for laboratory and industrial applications requiring controlled high-temperature environments. Designed with a durable ceramic plate and a robust aluminum die-cast body, this hot plate provides uniform heat distribution and chemical resistance. Its advanced PID temperature control system, paired with a K thermocouple sensor, ensures precise and stable temperature management up to 550°C. With a user-friendly digital interface and essential safety features, the CHP-250DF offers reliable performance for a variety of tasks.

Key Features

  • High-Temperature Capability: Reaches temperatures of up to 550°C, accommodating a wide range of applications.
  • Digital Temperature Control: Equipped with a PID control system and K thermocouple sensor for precise temperature adjustments.
  • Large Ceramic Plate: The 250 x 250 mm plate ensures even heat distribution and resistance to chemical spills.
  • Robust Construction: Built with an aluminum die-cast body featuring a heat-resistant coating for long-lasting durability.
  • Digital Display: Intuitive interface for easy monitoring and control of temperature settings.
  • Powerful Heating: 1400W heater enables rapid and consistent heating for demanding tasks.
  • Safety-Oriented Design: Includes overcurrent protection, an internal temperature fuse, and a high-temperature warning display for safe operation.

Applications

  • Laboratory Use: Ideal for heating solutions, chemical reactions, and samples in research and industrial laboratories.
  • Industrial Processes: Suitable for material testing, small-scale manufacturing, and quality control applications.
  • Education: Perfect for experiments and demonstrations in academic and training environments.
  • Specialized Tasks: Effective for high-temperature applications such as heating metals, polymers, and other sensitive materials.

Specifications

  • Model Number: CHP-250DF
  • Maximum Temperature: 550°C
  • Plate Size: 250 x 250 mm
  • Control Type: Digital (PID control with K thermocouple sensor)
  • Material:
    • Plate: Ceramic
    • Body: Aluminum die-cast with heat-resistant coating
  • Heater Capacity: 1400W
  • Safety Devices:
    • Overcurrent fuse
    • Internal temperature fuse
    • High-temperature warning display
  • Power Supply: 100VAC, 50/60Hz
  • Dimensions: 270 x 368 x 104 mm
  • Weight: 3 kg

Benefits

  • Precision Heating: Ensures accurate and consistent temperature control for sensitive applications.
  • Enhanced Safety: Equipped with multiple safety features to ensure secure and reliable operation.
  • Durable and Reliable: High-quality construction and robust materials extend the device’s lifespan.
  • User-Friendly: Digital controls and a clear display simplify operation, even for beginners.
  • Versatile Applications: Large plate size and high-temperature range make it suitable for diverse tasks.

The As One Ceramic Digital Hot Plate CHP-250DF is a premium heating solution that combines precision, power, and safety in a compact and durable design. Its advanced features and user-friendly operation make it a valuable addition to laboratories, industries, and educational institutions.

Reviews

There are no reviews yet.

Be the first to review “As One Ceramic Digital Hot Plate CHP-250DF”

Your email address will not be published. Required fields are marked *