The ATCAL 2000 Series Fluidized Bed Temperature Calibrators represent advanced temperature calibration technology engineered for precision and reliability. Utilizing pure alumina p...

The ATCAL 2000 Series Fluidized Bed Temperature Calibrators represent advanced temperature calibration technology engineered for precision and reliability. Utilizing pure alumina powder that becomes fluidized when heated, these calibrators create an exceptionally uniform thermal medium that ensures consistent temperature distribution. This innovative approach eliminates the limitations of traditional liquid baths, particularly at higher temperatures, while providing stable calibration environments from 600°C to 1100°C. Built with high-grade materials and robust construction, these units deliver laboratory-grade performance in both controlled settings and challenging field conditions, making them ideal for organizations requiring dependable temperature measurement verification.

Multiple industries depend on these calibrators for maintaining measurement integrity in critical processes. Pharmaceutical manufacturers utilize them to validate temperature sensors in production equipment, ensuring compliance with strict regulatory requirements. Aerospace companies rely on them for testing components under extreme thermal conditions, while automotive manufacturers calibrate sensors in engine and exhaust systems. The energy sector, including power plants and oil and gas facilities, employs these calibrators to verify temperature instruments in harsh environments where accurate measurements prevent costly downtime and ensure operational safety across distributed assets.

The business value of the ATCAL 2000 series lies in its exceptional reliability and precision, which directly contribute to operational efficiency and compliance. These calibrators help organizations maintain traceable accuracy, reduce measurement errors, and avoid costly production interruptions. Their durable construction ensures long-term performance with minimal maintenance, providing excellent return on investment through consistent calibration results. Quality managers and engineers benefit from the peace of mind that comes with using equipment that meets international standards while supporting critical decision-making based on accurate temperature data in manufacturing and field applications.

Key Features:
- Uniform temperature distribution within ±1°C across the entire fluidized bed
- Exceptional thermal stability maintained at ±0.1°C for reliable performance
- High resolution of 1°C for precise temperature control and calibration
- Measurement accuracy of ±0.1% FSD + 1 digit ensuring integrity
- Multiple temperature range models available from 600°C to 1100°C

Benefits:
- Consistent calibration results through uniform temperature distribution
- Reliable repeatable performance with exceptional thermal stability
- Precise temperature control enabled by high resolution capability
- High measurement integrity maintained through superior accuracy
- Versatile application support across multiple temperature ranges