DmRC-C-900-24-KIT" Double Compressor-based Recirculating Chiller

Cooling Capacity 730 to 950 W @+20 °C; Process Fluid Flow Rate 3.5 lpm @ 30 psig; 3/8” Female NPT Fittings; Dual Centrifugal Pump; Wetted Materials: Aluminium, Stainless Steel & Polymers or Cu, Stainless Steel, Brass & Polymers Solid State Cooling Systems’ ThermoRack 800 series of rack-mount thermoelectric recirculating chillers delivers precision thermal control to ±0.05 °C, even near ambient. With only two moving parts and standard variable speed fan, it is quiet and vibration free. Its universal input power supply and centrifugal pump system are designed to deliver 30 psig at 3.5 lpm for laser diode and other applications.The ThermoRack 800 series is designed around a core of thermoelectric modules with lifetimes exceeding 200,000 hours for high reliability. And, for energy-efficiency, its variable power control only draws power as you need it. Key Features: Rapid Temperature Control Response Refrigerant Free Energy Efficient Quiet and Vibration-free Rack Mount Applications: Laser Beam Stability; Beam Pointing Precision; Beam Shape Control; Pulse Width Control; Wavelength Control

Fin Density 6-22 fpi; Fin Spacing 1.2-4.2 mm; Tube Diameter 7 mm; Tube Material Cu, Al, Stainless Steel; Tube Matrix 19.05x16.51 mm Tube-fin heat exchangers based on Lordan’s Triple 7™ pattern of 7 mm tubes provide reduced volume and weight compared to heat exchangers built with the usual 3/8” pipes. Triple 7™ is an exceptionally high-capacity coil pattern with high airflow in one of the smallest possible tube diameters on the market today for finned coils. It is well suited for specialized applications where volume and weight can be critical. The Triple 7™'s small size and weight takes less refrigerant, making it a cost-effective and environmentally friendly choice. Triple 7™ owes its name to its 7 mm tube length, tube diameter, equilateral tube arrangement, and optimal ratio between tube diameter and tube distance. The smaller the tube diameter, the greater number of tubes is possible in a given fin cross-section. Equilateral tube arrangement (pitch), with equal distances between each tube and its six adjacent tubes, allows heat to travel at the shortest possible distance from fins to tube. As a result, the equilateral pitch produces the highest fin efficiency. The high-capacity Triple 7® coil is suitable with any type of fluid and can be customized to a range of specialized heavy-duty, precision cooling or industrial cooling applications. Finned height and length, number of rows, number of circuits, fan mount and access valve fittings, among others, are tailored to the customer’s specifications. Please contact the AMS Technologies thermal management experts to discuss your customized tube fin heat exchanger solution that exactly matches your requirements. Key Features: Tube Diameter: 7 mm for Reduced Refrigerants, Cuts Refrigerant Costs by up to 40% Recycled Materials Volume Saving: Coils are 26% Leaner, Facilitating Smaller Housings and Less Ice Build-up Reduced Weight Cost Effective Tube Materials: Copper, All Aluminium, Stainless Steel Tube Matrix: 19.05 mm x 16.51 mm Tube Pitch: Staggered Tube Geometry: Equilateral Shape Options: Round Shape, Single Bend, Double Bends, Triple Bends Fin Shape: Louvered, Corrugated, Sine Wave, Flat Fin Edge: Rippled, Straight Fin Density / Spacing: 6 fpi to 22 fpi (Fins per Inch) / 1.2 mm to 4.2 mm Fin Densities With or Without Special Coatings Available to Suit Any Climate. Optional Specifications: Slanted, Bent and Circular Coils Applications: Laser; MRI & CAT Systems; Clean Room & Data Center HVAC Systems; Military Sensitive Technology; Electronic & Computer Components; Chill Beams; Heat Pumps; Cooling Towers; Roof-top Chillers; Refrigeration Units; Ceiling Induction Coolers & Heaters; Trains; Automotive; Buses & Trucks; Refrigerated Containers; Heavy Mining Equipment; Marine Condensers & Evaporators