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The MP-30C Heating and Cooling Recirculating Chiller extends the MP-10C's bidirectional temperature control from 100°C to a 150°C maximum — providing the higher temperature capability required for laboratory and chemical process applications exceeding the 100°C standard range, including jacketed reactor heating for high-temperature organic synthesis, high-temperature stability testing, elevated-temperature viscosity determination, and thermal conditioning of materials at temperatures above the water boiling point. The MP-30C maintains the full MP-10C feature platform — ±0.2°C precision, LCD microprocessor controller, multi-step programmable settings, 4.5L stainless steel bath, 8 L/min pump, 5999-minute timer, and auto restart — with increased 2800W power to support the higher thermal demands of 150°C operation. Enquire today.
The MP-30C delivers extended -10°C to 150°C bidirectional heating and cooling recirculation with ±0.2°C precision, LCD microprocessor controller, multi-step programmable operation, efficient circulation system, 4.5L stainless steel bath, 8 L/min pump, 5999-minute timer, and auto restart — providing the wider temperature range required for high-temperature laboratory, chemical processing, and research applications.
The MP-30C's 150°C maximum — 50°C above the MP-10C's 100°C ceiling — enables high-temperature laboratory applications that the standard model cannot serve: organic synthesis at reflux temperatures above 100°C, high-temperature material conditioning studies, elevated-temperature viscosity and rheology measurements, thermal stability testing above boiling water, and process chemistry development at reaction temperatures up to 150°C. The same -10°C minimum as the MP-10C maintains the full cold-temperature capability — providing the complete -10°C to 150°C bidirectional range in a single compact circulator.
The MP-30C's LCD microprocessor controller provides ±0.2°C precision PID control across the full -10°C to 150°C extended range — continuously modulating compressor cooling and 2800W electrical heating to maintain the setpoint with the same precision as the MP-10C's 2300W system, despite the larger temperature range and greater heating demands of 150°C operation.
Multi-step programming enables automated temperature protocol execution across the extended -10°C to 150°C range — supporting complex high-temperature synthesis protocols with sequential sub-ambient, ambient, and high-temperature stages, material thermal conditioning programmes with precise temperature-time profiles, and stability testing protocols requiring defined temperature transitions across the full extended range without manual intervention.
The MP-30C's 8 L/min pump and stainless steel bath provide the same circulation performance and corrosion resistance as the MP-10C — with the heat transfer fluid selection adapted to the higher 150°C maximum, requiring high-boiling silicone oil or synthetic heat transfer fluid above the water boiling point. The stainless steel chamber maintains material compatibility with high-temperature heat transfer fluid applications.
The 1–5999 minute timer provides automated cycle management across the extended temperature range — enabling defined-duration high-temperature conditioning, heat treatment, and stability testing protocols to run unattended with automatic cycle completion at the programmed endpoint.
The MP-30C incorporates temperature and water level alarms, over-temperature protection, power interruption protection with auto restart, and over-current protection — with enhanced importance at the 150°C maximum where thermal safety management is more critical than in standard 100°C range circulators.
Temperature deviation and low fluid level alarms are the primary safety monitors for the MP-30C's higher-temperature operation — where elevated heat transfer fluid temperatures create greater thermal energy and potential hazard than in the MP-10C's 100°C range. Audible and visual dual-mode alarm ensures reliable detection across diverse laboratory environments during high-temperature chemical processing and research operations.
At temperatures up to 150°C, over-temperature protection is critical — preventing uncontrolled heating above the safe operating limit where heat transfer fluid decomposition, flash point risks (for silicone oil or synthetic fluid), and connected equipment damage could occur. The hardware over-temperature protection at the MP-30C's higher temperature range provides the essential safety backstop for extended unattended high-temperature laboratory temperature control.
Auto restart ensures the MP-30C resumes high-temperature temperature control automatically after power events — protecting extended high-temperature processes from prolonged interruption. Over-current protection safeguards the 2800W system's electrical components during the higher sustained power demands of continuous 150°C heating operation.
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