Chilled and Hot Water Circulator

The Chilled and Hot Water Circulator is a versatile laboratory instrument designed to deliver precise temperature control across a wide range of -10 °C to +80 °C, making it suitable for both cooling and heating applications. Built with an SS inner body and MS powder-coated exterior, it is engineered for durability and consistent performance in laboratory environments. Available in 4 and 10 litre capacities with pumping rates of 15 and 20 LPM respectively, customised sizes are also available on request to accommodate specific laboratory requirements.

Chilled and Hot Water Circulator
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Chilled and Hot Water Circulator

The Chilled and Hot Water Circulator is a versatile laboratory instrument designed to deliver precise temperature control across a wide range of -10 °C to +80 °C, making it suitable for both cooling and heating applications. Built with an SS inner body and MS powder-coated exterior, it is engineered for durability and consistent performance in laboratory environments. Available in 4 and 10 litre capacities with pumping rates of 15 and 20 LPM respectively, customised sizes are also available on request to accommodate specific laboratory requirements.

Operational Desig

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    Key Features

     
    CFC-free refrigerant
    PID temperature controller with timer and EOC
    SS inner body and MS powder-coated exterior
    GMP model available on request
    Low water level cutoff
    Temperature range: -10 °C to +80 °C
    Available in 4 Lit (15 LPM) and 10 Lit (20 LPM)
    Customised sizes available on request

     

    Designed for consistent and safe laboratory use, the Chilled and Hot Water Circulator maintains stable temperature conditions throughout every cycle. The low water level cutoff automatically shuts off the instrument when water levels fall below the required threshold, protecting both the sample and the instrument during operation. A GMP model is also available on request for facilities requiring compliance with good manufacturing practice standards.

    Engineered to Perform

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