Clifton HP1-3D Digital Hotplate 350°C 686x305mm

Clifton HP1-3D Digital Hotplate 350°C 686x305mm

This range of digital hotplate features a precision PID control providing degree-by-degree temperature setting and control, for refined hotplate sensitivity. Temperature and time settings are retained in memory, even after power off. Featuring a hob surface, which overlaps the body to ensure that no spillages enter the controls. The hob is solid aluminium, 12mm thick for excellent thermal properties and uniform heat distribution over its working area. Painted surfaces and controls feature antibacterial protection and also chemically resistant, easy to wipe clean surfaces. The controls feature a bright LED display indicating measured temperature. Temperature settings can be easily adjusted using the push buttons.

Features

• Bold LED display of measured temperatures in real-time, increments of 1°C, using precision PID temperature control.
• Hob maximum temperature 350°C.
• Fitted with non-slip rubber feet for safety.
• Ability to set hob temperature only or combination of temperature and time.
• Accepts external accessory probe
• Timer setting variable in 1-minute increments from 00:01 [hh:mm] to 99:59 [hh:mm] with “end” message on completion-timed period. Settings retained even after turning the unit off.
• Easy to use splash proof controls, touch keypads for setting time and temperature values with indicators for heating, over temperature alarm and timer. 
• The hotplate can be set to run at a set temperature or commence the timer once the hob reaches set temperature.
• Features auto setting over temperature alarm protecting your work at set temperature. The temperature alarm is automatically set 10?C above set temperature. When in alarm condition the indicator illuminates and actual bath temperature is shown, if hotplate is over temperature heating is switched off. Once hob temperature has fallen below the alarm setting the indicator clears and actual hob temperature is shown.
• Every unit undergoes a factory calibration at two temperatures for validation.