As One Hot Plate 400 x 300mm ND-3HA

As One Hot Plate 400 x 300mm ND-3HA

Product Description

The As One Hot Plate 400 x 300mm ND-3HA is a professional-grade digital hot plate designed for precise and efficient heating in laboratories and industrial settings. With a large 400 x 300 mm aluminum plate coated in durable ceramic, this hot plate ensures even heat distribution and resistance to chemical spills. It features an advanced PID control system with a digital input interface, allowing precise temperature adjustments up to 350°C. Packed with programmable settings, safety mechanisms, and USB connectivity for PC integration, the ND-3HA delivers reliability and versatility for demanding applications.

Key Features

• High-Temperature Performance: Capable of reaching up to 350°C for various heating tasks.
• Spacious Heating Surface: The 400 x 300 mm plate accommodates larger containers and multiple samples.
• Durable Plate Material: Made from aluminum with a ceramic coating, offering excellent heat distribution and chemical resistance.
• Digital Control System: Features a microcomputer-based PID control system for accurate and stable temperature regulation.
• LCD Digital Display: Simultaneously displays set and measured temperatures along with a heater output bar graph for easy monitoring.
• Programmable Functions: Includes an 8-step program with repeat cycles, timer functionality, and memory settings.
• Enhanced Safety: Equipped with self-diagnosis for abnormalities, overcurrent protection, and thermostat for secure operation.
• PC Connectivity: USB output for data integration and external temperature sensor compatibility.
• Additional Features: Auto-tuning for optimized performance, key lock for secure settings, and upper/lower temperature alarms for advanced monitoring.

Applications

• Laboratory Use: Ideal for heating solutions, reagents, and samples in research and quality control labs.
• Industrial Processes: Suitable for large-scale material testing, production lines, and quality assurance tasks.
• Educational Institutions: Perfect for experiments and demonstrations requiring precise temperature control.
• Chemical Synthesis: Supports controlled heating for complex chemical reactions.

Specifications

• Model Number: ND-3HA
• Maximum Temperature: 350°C
• Plate Size: 400 x 300 mm
• Temperature Settings Range: Room temperature +10°C to 350°C
• Temperature Settings: Digital input type
• Temperature Distribution Width: 4°C (*measured under indoor conditions at 25°C, no wind, no load, and internal sensor measurement at 200°C)
• Temperature Control System: PID control system with ON/OFF functionality
• Temperature Display System: LCD digital display (real-time and set temperatures, heater output bar graph)
• Internal Temperature Sensor: K-class thermocouple
• Safety Devices:
  • Self-diagnosis function (upper/lower temperature abnormalities, sensor and heater issues)
  • Abnormal heating prevention (thermostat)
  • Overcurrent fuse
• Heater Capacity: 1890W
• Additional Functions:
  • Timer: 1 minute to 99 hours 59 minutes
  • Programmable: 8 steps with up to 9999 repeat cycles
  • Resolution: Temperature 0.1°C, time 1 minute
  • USB PC connectivity
  • External temperature sensor support
  • Temperature alarm and signal output
  • Memory settings and key lock
  • Auto-tuning function
• Plate Material: Aluminum with ceramic coating
• Dimensions: 470 x 410 x 101 mm
• Power Supply: 100VAC, 50/60Hz
• Power Cord Length: Approx. 1.4m

Benefits

• Precision Heating: Stable and accurate temperature control for sensitive and complex applications.
• Large Surface Area: Accommodates larger setups, making it ideal for diverse heating requirements.
• User-Friendly Interface: Digital controls and LCD display simplify operation and monitoring.
• Advanced Safety: Multiple safety features ensure secure operation, reducing risks of overheating or malfunctions.
• Durable Design: High-quality materials provide resistance to chemicals and wear for long-term use.

The As One Hot Plate ND-3HA is a top-tier heating solution tailored for laboratories, industries, and educational institutions. Its advanced control features, large surface area, and robust safety mechanisms make it an indispensable tool for precise and reliable heating applications.