Description

Description

The Thermo Scientific Polar Series Accel 500 SU LC Recirculating Chiller is designed for laboratories and industrial applications requiring robust 500-watt heating and cooling capacity. With a working range of -10°C to +80°C, this model provides precise, stable temperature control even during demanding operations.

Equipped with a force/suction pump system delivering up to 21 L/min flow rate and supported by digital USB communication, this unit is a reliable choice for pharma CDMO companies, Patheon Thermo Fisher manufacturing services, and global research facilities where efficient cooling is essential. Its 220V/60Hz configuration makes it a powerful solution for facilities needing high-capacity performance and scalability.

Key Features

  • 220V/60Hz Design: Supports industrial-grade power requirements for global operations.
  • Dual Cooling and Heating: Provides 500W capacity for versatile thermal management.
  • Accurate Temperature Control: Maintains precision within ±0.1°C.
  • Force/Suction Pump: Ensures strong and flexible circulation for diverse lab workflows.
  • USB Communication: Enables monitoring and integration with lab systems.
  • Regulatory Compliance: Certified UL, CE, CSA, RoHS, and WEEE compliant.
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FAQs

Does the 220V configuration reduce overall energy costs?

Yes. Running on a 220V supply often results in greater electrical efficiency and reduced current draw, which can lower long-term operating costs compared to lower voltage models.

How does this chiller handle continuous 24/7 operation?

The system is designed for durability and stability, making it suitable for round-the-clock applications in manufacturing, testing, or pharmaceutical research facilities.

Can this unit be integrated with external monitoring systems?

While it includes USB connectivity for direct tracking, many labs pair it with third-party data acquisition systems for centralized equipment monitoring.

Is there any special consideration for installation in cleanrooms?

Yes. Its compact footprint and air-cooled condenser make it a good fit for controlled environments, but proper airflow clearance should be maintained to preserve efficiency.

What industries benefit most from this model?

Beyond general laboratories, it is widely adopted in biopharma commercial supply chains, Patheon Thermo Fisher CDMO facilities, and advanced material research labs, where precise cooling and heating are critical.