PolyScience Advanced Digital Temperature Controller Data sheet

Advanced Digital
Temperature Controller

Combines exceptional precision

Circulating Baths | Controllers

and performance with highly
intuitive, feature-rich operation.

Features:

• ±0.01°C temperature stability

• 200°C maximum temperature

• Intuitive 3.75" (9.5 cm) display with
touch-pad control

• 4 languages: French, German, Spanish,
English

• Variable-speed pressure/suction pump

• Swivel 180™ Rotating Controller

• User-adjustable high and low temperature
limits and alarms

• On-screen prompts

• Automatic performance optimization and
specific heat tuning

• On-board connectivity: USB-A & B,
RS232/485, Ethernet and external
temperature probe

• Single-point calibration

• Safety Class III (DIN 12876-1)

• External temperature control capability

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Optimized

The Advanced Digital Temperature Controller displays and controls bath
temperatures from -40° to +200°C with 0.01°C precision and stability. Plus,
you can further optimize performance through a variety of control settings
including pump speed, specific heat value, calibration offset, and internal or
external temperature control. You can even set the temperature at which the
refrigeration engages.

Communicative

Bi-directional RS232, RS485, and Ethernet communications provide fast and
versatile remote control and data logging. USB-A and USB-B enable you to log
data directly to a flash drive or computer.

Friendly

On-screen prompts and 4 languages (English, Spanish, French, and German)
take the guesswork out of setup and operation. Adjusting the temperature
set-point, pump speed, or other operating settings is simple, straightforward
and intuitive. In addition, the Advanced Digital Temperature Controller
features a message bar that assists in making changes and provides alerts
and safety information.

Class III Safety

Rated for use with Class III flammable liquids (per DIN 12876-1), the Advanced
Digital Temperature Controller delivers exceptional safety for a wide variety
of laboratory applications. Standard safety features include redundant over­temperature and low-liquid level protection, user-settable over-temperature
safety and high and low temperature limits.

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