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

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

Product Description

The As One Hot Plate 400 x 300mm ND-3LA is a digitally controlled hot plate designed for laboratories and industrial applications requiring precise and reliable temperature management. With a large 400 x 300 mm ceramic-coated aluminum plate, this unit provides consistent heat distribution and durability. It supports a maximum temperature of 300°C and features advanced PID control for stable and accurate heating. The device offers a range of programmable functions, safety mechanisms, and PC connectivity, making it an ideal choice for complex and sensitive heating tasks.

Key Features

• High-Temperature Capability: Heats up to 300°C, suitable for various heating applications.
• Spacious Heating Surface: Large 400 x 300 mm plate accommodates larger samples and multiple containers.
• Durable Plate Material: Aluminum plate with ceramic coating ensures even heat distribution and chemical resistance.
• Digital Control System: Features microcomputer-based PID control for precise temperature adjustments.
• LCD Display: Simultaneously displays set and measured temperatures with a heater output bar graph for easy monitoring.
• Programmable Functions: Supports up to 8 programmable steps, repeatable cycles, and a timer function for enhanced versatility.
• Safety Features: Includes self-diagnosis for abnormalities, thermostat for overheating prevention, and an overcurrent fuse for secure operation.
• PC Connectivity: USB output allows for data integration and external temperature sensor compatibility.
• User-Friendly Operation: Features memory for settings, key lock for secure adjustments, and auto-tuning for optimized performance.

Applications

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

Specifications

• Model Number: ND-3LA
• Maximum Temperature: 300°C
• Plate Size: 400 x 300 mm
• Temperature Settings Range: Room temperature +10°C to 300°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: 1430W
• 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 for optimized performance
• Plate Material: Aluminum with ceramic coating
• Dimensions: 470 x 410 x 101 mm
• Power Supply: 100VAC, 50/60Hz
• Power Cord Length: Approx. 2m

Benefits

• Precise and Stable Heating: Ensures reliable performance for sensitive and demanding applications.
• Large Work Surface: Accommodates larger containers or multiple samples efficiently.
• User-Friendly Features: Programmable settings, PC connectivity, and easy-to-read LCD simplify operations.
• Advanced Safety: Comprehensive safety mechanisms reduce risks during high-temperature tasks.
• Durability and Reliability: High-quality materials ensure long-lasting performance under rigorous conditions.

The As One Hot Plate ND-3LA is a versatile and dependable heating solution for laboratories, industries, and educational institutions. Its advanced control features, spacious surface, and robust safety mechanisms make it a top choice for precise and efficient heating applications.