SuperNuova digital top stirring hotplates, ceramic

The SuperNuova digital hot plates have a seamless reflective white ceramic top, enhances sample visibility and provides an easy-to-clean and alkali/acid resistant surface. Ideal for cold room application usable in 0 to 27°C, 80% relative humidity, non-condensation environment. The design provides protection of internal components in case of spillage. Hotplates are available in two sizes and can accommodate sample weights up to 11.5kg or 15.9kg. 24 months warranty.

Features:

• Designed to provide superior control of temperatures below 100°C
• Separate easy-to-read digital displays indicate temp settings for heating and rpm for stirring. Adjustable 1°C and 1 rpm increments
• StirTrac technology offers improved slow speed stirring, consistent speed control and stronger magnetic coupling from 50rpm to 1200rpm.
• Supplied with 152.4mm type K probe, detachable cord and retention bracket that prevents cord from accidentally removed, and include 50.8mm x 9.5 diameter TFE-coated stir bar.
• User-adjustable over-temperature protection prevents runaway temperature conditions
• Integral ring stand holder accommodates 13mm diameter support rod
• Single control heating with set points that move as slowly or quickly of you turn the control and can be locked out to avoid accidental changes
• RS232 port enables you to output time count, temperature set points, top surface/remote probe temperature, stirring set point and actual speed to a printer or computer
• User programmable preset buttons allow for four preset temperatures at the touch of a single button.
• Independently adjustable over temperature protection circuit limits top plate temperature and prevent run away conditions.
• Calibration mode allows remote probe to be calibrated to external standard and at any temperature the user selects.

Safety:

• Warning system deters accidental contact with hot surface
• Hot surface alert systems protect from accidental burns.
• Walk away timer shuts off heating after a preset user-defined interval

Specifications: