mLC-C-450-24-KIT mini Liquid Cooling Kit

Compact Sealed Vapor Compression Circuits; Cooling Capacity 450, 1200 W @+25°C; Power Supply 24 VDC, 6-30 A; Temperature Range -10-+45°C, +15-+45°C; Pressure Drop 40-300 mbar @9-4 lpm AMS Technologies’ mLC-KITs are liquid cooling development platforms featuring sealed vapor compression circuits with speed-controlled miniature rotary BLDC compressors. Brazed plate heat exchangers serve as evaporators and provide the interface to the customer liquid coolant circuit. Our mLC-KITs are available with two cooling capacity levels: the ultra-compact mLC-C-450-24-KIT is designed for cooling tasks up to 450 W, while the larger mLC-C-1200-24-KIT provides up to 1200 W cooling capacity. Both mLC-KITs come with inverter boards that require a 24 VDC power supply. The compressors’ speed can be set from the upper control system by frequency or analog signal. The condenser is an aluminum finned copper tube heat exchanger coil. The mLC-KITs must be cooled by forced convection, i. e. 120 × 120 mm fan. The mLC-C-1200-24-KIT 1200 is already equipped with a fan. The heat exchanger stainless steel plates are nickel brazed and suitable for a variety of coolant fluids, such as water, DI water and glycol-water mixtures. The plate heat exchanger has male R ¼"/ R " connectors to connect the water circuit on the customer’s side. Your customized mLC-KIT: For customer requirements that cannot be covered by the mLC-C-450-24-KIT or the mLC-C-1200-24-KIT, our thermal management specialists at AMS Technologies are happy to develop a completely tailor-made liquid cooling solution and offer all services from development and proof-of concept all the way to series production. Get in touch with us now to discuss your customized mLC-KIT. Key Features: Kits to Interface With OEM Water Circuit and Electronics Control Up to 1200 W Cooling Capacity Cooling Capacity mLC-C-450-24-KIT (Approx.): 450 W (@100 rps, Twater = +25°C, Tambient = +25°C) Cooling Capacity mLC-C-1200-24-KIT (Approx.): 930 W (@59 rps, Twater = +20°C, Tambient = +40°C, 2 lpm) to 1760 W (@90 rps, Twater = +20°C, Tambient = +20°C, 4 lpm) Speed Control for Ease of Temperature Control Lightweight, Compact Easy to Integrate Low-vibration, Low-noise Rotary Compressor Components Carefully Designed to Match Each Other Power Supply: 24 VDC, <6A (mLC-C-450-24-KIT, 80 rps), <30 A (mLC-C-1200-24-KIT) Temperature Range (Ambient): -10°C to +45°C (mLC-C-450-24-KIT); +15°C to +45°C (mLC-C-1200-24-KIT) Hydraulic Parameters mLC-C-450-24-IT: Pressure Drop 300 mbar @4 lpm Hydraulic Parameters mLC-C-1200-24-IT: Pressure Drop 40 mbar @6 lpm, 100 mbar @9 lpm Dimensions: 200 x 172 x 180 mm (mLC-C-450-24-KIT), 250 x 386 x 248 mm (mLC-C-1200-24-KIT) Weight: 3.4 kg (mLC-C-450-24-KIT), 10 kg (mLC-C-1200-24-KIT) Applications: Evaluation Kits for Building Water Cooling Solutions With OEM Water Circuit and Electronics Control; Compact Laser Cooling up to 450 or 1200 W; Bio Reagents Cooling; Mobile Applications (mLC-C-450-24-KIT)

Peltier Cooling Assembly Kit; Cooling Capacity 130 W @+25°C; with Detachable Carrier Plate; Power Supply 24 VDC Key Features: Ideal for Precise Cooling of Medical and Industrial Lasers Efficient Peltier System, no Liquids, no Moving Parts (Except Fans) Allows for Excellent Temperature Stability Low Vibration, Low Noise Lightweight, Very Compact Easy to Integrate The compact mDC-T-130-24-KIT thermoelectric plate-to-air cooling kit was developed for precise temperature control of laser diode modules and direct heat transfer to the ambient air. The highly efficient, solid state mini direct cooling system reaches a cooling capacity of 130 W for 24 VDC supply voltage and +25°C on laser mounting plate and +25 °C ambient temperature. The mDC-T-130-24-KIT Peltier cooling assembly kit comes with a 108 mm x 108 mm mounting plate that can be removed without the need to dismantle the Peltier assembly and can be worked on, i.e. individual mounting patterns can be drilled by the customer. The kit comes with graphite foil and screws pre-mounted. The Peltier modules can be configured for either 12 or 24 VDC. Depending on cooling requirements, the 60 x 60 mm fans' speed can be reduced for quiet operation. We also carry a large range of suitable temperature controllers that can be found here. If your application requires higher cooling capacities, take a look at our mRC-C-450-100/240 mini Recirculating Chiller and our liquid cooling solutions offerings – or browse our large portfolio of liquid to air temperature management assemblies. Your customized direct cooler: AMS Technologies’ thermal management specialists are happy to develop a direct cooling solution tailored to your needs – based on Peltier or compressor technology – and offer all services from development and proof-of concept to series production. Get in touch with us now to discuss your customized direct cooler.  Specifications: Nominal Cooling Capacity: 130 W (@+25°C Ambient, +25°C Mounting Plate (Bottom)) Power Consumption per Fan (Manufacturer’s Data): 6 W Max. Noise (Manufacturer’s Data): 49 dB(A) Coefficient of Performance (COP): 0.57  Applications: Direct Cooling and Precise Temperature Control of Laser Diode Modules With Power Dissipation of up to 130 W  

330 W @ 20°C; >2 lpm @ 14 psig; 1/4 Valved CPC Fittings; Centrifugal Pump; Aluminum This thermoelectric recirculating chiller is a low-cost, high-performance device optimized for lasers, optics and life sciences. It features precise temperature control (±0.05°C repeatability), long-life reliability, quiet operation and environmental friendliness in a compact size. Using universal power, the TEC chiller is very energy efficient only drawing power when required.

240W @ 20°C; >2 lpm @ 14 psig; 1/4" valved CPC Fittings; Centrifugal Pump; Stainless Steel This thermoelectric recirculating chiller is a low-cost, high-performance device optimized for lasers, optics and life sciences. It features precise temperature control (±0.05°C repeatability), long-life reliability, quiet operation and environmental friendliness in a compact size. Using universal power, the TEC chiller is very energy efficient only drawing power when required.