MP-10C Recirculating Chiller Heater — Compact -10°C to 100°C Precision Temperature Control with LCD Microprocessor and Multi-Step Programmable Settings

The MP-10C's LCD microprocessor controller provides digital precision temperature management with ±0.2°C accuracy across the full -10°C to 100°C operating range — far more precise and stable than analogue temperature controllers or manual bath temperature management. The microprocessor PID algorithm continuously monitors the actual bath temperature and modulates both the compressor cooling and electrical heating outputs proportionally to maintain the setpoint temperature with ±0.2°C stability — preventing the temperature cycling that compromises reaction temperature control, analytical precision, and material characterisation accuracy in external temperature-controlled laboratory applications.

The MP-10C's programmable controller enables definition of sequential temperature stages with independently specified setpoints and durations — executing automatically in order for complex temperature-time protocols. This multi-step capability is valuable for graduated cooling ramp protocols in crystallisation and precipitation studies, temperature cycling experiments in material characterisation, sequential reactor jacketing programmes in chemical synthesis scale-up, and biological temperature exposure studies requiring defined sequential temperature transitions without manual intervention at each stage transition.

The MP-10C's built-in circulation pump delivers 8 L/min of coolant/heat transfer fluid through the external connection ports — providing the sustained fluid flow required for effective heat transfer at the connected external equipment's heat exchanger or jacketed surface. The 8 L/min flow rate is matched to the connection requirements of standard laboratory rotary evaporators, jacketed reactors, reaction vessels, analytical instrument temperature control inlets, and other external temperature-controlled equipment within the MP-10C's 4.5L compact format.

The MP-10C's 150 × 160 × 150 mm stainless steel bath chamber provides corrosion resistance for the range of heat transfer fluids used across -10°C to 100°C operation — water, glycol/water mixtures, and low-viscosity silicone oils — without the surface degradation or contamination risk of alternative chamber materials. The stainless steel surface enables thorough cleaning between different heat transfer fluid types and supports the hygiene requirements of pharmaceutical and chemical laboratory temperature control applications.

The MP-10C's 1–5999 minute timer enables automated cycle management for defined-duration temperature control applications — chemical reaction temperature programmes, material conditioning cycles, stability testing thermal protocols, and analytical sample temperature equilibration procedures requiring defined timing without continuous operator supervision. Timer automation enables the MP-10C to maintain temperature-controlled conditions for precisely defined periods, automatically completing cycles at the programmed endpoint without operator intervention.

The MP-10C's maintenance-free design minimises the routine servicing burden in busy laboratory environments — eliminating the oil changes, filter replacements, and mechanical service requirements of more complex temperature control systems. The auto restart function automatically restores the MP-10C to its previous operating parameters after power interruption — resuming the programmed temperature setpoint and multi-step programme position without requiring manual operator restart after power outages, ensuring continuous temperature control recovery for extended unattended laboratory temperature applications.