Hydraulic Oil Cooler are utilized to maintain the temperature of the Hydraulic Oil in the sump at a nominal level (Predetermined).The cooling system reduces the downtime of the machine by avoiding damages to the Oil seals, O rings/ Gaskets and to the Oil itself due to excessive temperature built up otherwise. These units are also available as In-line Models, Dual Circuit Models and Tank Mounted Models for various applications.
Differential temperature controller with ambient temperature as reference.
Air Oil Cooler are utilized in applications where the required temperature of the oil can be above ambient. These units are equipped with a Fin & Tube Heat Exchanger and an Axial Fan. Generally, oil from the bleed line of the power pack is passed through the copper tubes and ambient air with the help of the axial fan is blown over these pipes effecting heat transfer. So generally the lowest possible temperature is ambient dry bulb plus 10°C for the given capacity flow. The units are also equipped with a digital temperature indicator cum controller.
Price Range: Rs. 10000 to 30000 per Unit
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Approx. Price: Rs 15,000 / UnitGet Latest Price
Max 10 bar
230 to 415V
50 to 60 Hz
Single Phase, 3 Phase
Panel Cooler are manufactured using prefabricated insulated panels. These panels allow convenient and accurate field assembly and future enlargement on the addition of further panels. The size of the panel only decides the entry in the proposed area without cutting or adjustment where possible.
Spindle Oil Cooler are utilized to reject the heat generated by the spindle bearings during high rpm operations. The Spindle Oil / Coolant is circulated through the cooling circuits in the spindle head. The unit utilizes a Brazed Plate Heat Exchanger to transfer the heat removed from the spindle head with the Oil / Coolant been circulated to the refrigerant there by maintaining the spindle head temperature uniformly. The differential temperature controller utilized maintains the Oil / Coolant at a constant temperature with the ambient temperature as reference, thus avoiding vast difference in temperature of the spindle and ambient.
SS 304 copper brazed plate type heat exchanger
Digital temperature indicator cum controller with ambient temperature as reference
Proper transferring of heat
Maintains the sump temperature uniformly
Avoid water condensing on the spindle head during operations