PDF Library Thermal Management
AMS Technologies provides the following catalogues free of charge. Download the catalogues as PDF files by clicking on the catalogue title. Should you require additional information that you cannot find on our web site please do not hesitate to contact our sales team
mAC-C-400-24-KIT – mini Air Conditioning Kit
Compact & rugged compressor-based cabinet cooling system
The mAC-C-400-24-KIT mini, compressor-based air conditioning development kit takes over where Peltier isn't powerful enough. It is the ideal base for creating particularly compact, compressor-based cabinet coolers for cooling capacities up to 400 W. Its integrated controller drives the speed of the miniature rotary compressor to maintain the set temperature to within ±0.5 K.
Order No. 60
mDC-T-130-24-KIT – Plate-to-air Cooling Kit
Mini direct cooling system – thermoelectric
The compact mDC-T-130-14-KIT thermoelectric plate-to-air cooling unit was developed for precise temperature control of laser diode modules and direct heat transfer to the ambient air. The highly efﬁ cient, solid state unit reaches a cooling capacity of 130 W for 24 VDC supply voltage and +25°C on laser mounting plate and +25 °C ambient temperature.
Order No. 02
Axial Fans, Blowers & Impellers
Reliable and high-performance air moving devices
Our wide range of products for forced air cooling include axial fans and blowers both for AC and DC operation. Square, rectangular and round shaped fans are all designed to achieve high air performance, low-noise operation and low power consumption. While axial fans provide large flow rates but just a small increase in pressure, the radial DC “blower” fans as well as EC impellers deliver more pressure but less flow rate – making a DC blower or EC impeller the solution of choice for higher pressure systems.
Order No. 44 Axial_Fans,_Blowers_and_Impellers TM
For high watt densities, when air-cooled heat sinks are inadequate, liquid-cooled cold plates are the ideal high-performance heat transfer solution. With its broad range of different cold plate technologies, AMS Technologies meets the most specific fluid compatibility and performance requirements. Friction stir welded aluminium cold plates are suitable for glycol-water and high power semiconductor cooling needs, while press-lock types with copper or stainless steel tubing are ideal for tap or de-ionised water. For special applications, cold plates with vacuum brazing, flat extrusions or pin fins are available.
Order No. 51 Cold_Plates TM
Featuring precise temperature control, quiet operation and high reliability, our recirculating chillers range from compact thermoelectric chillers with a cooling capacity of 160 W to a multitude of stand-alone and rack-mount devices based on thermoelectric or compressor engines to very powerful chillers capable of dealing with heat loads up to 95 kW. Beyond the standard versions, a variety of options can be provided for different fluids, pumps, control and monitoring, additional heating and other aspects – all the way to fully customized solutions tailored to your requirements.
Order No. 47 Recirculating_Chillers TM
Development Kit for Compact Recirculating Chillers
Our mRC-KIT features a sealed vapor compression circuit and a closed, pressurized recirculating water circuit - like a conventional chiller five times the size. On the refrigeration side, a miniature rotary compressor, customized condenser and evaporator are used to reduce size. The speed-controlled, twin pump compressor offers low vibration and low noise. Compact centrifugal pumps and a compact tank on the water circuit side also contribute to the compact size.
Order No. 46 mRC-KIT_-_mini_Recirculating_Chiller_Kit TM
mLC-KIT – mini Liquid Cooling Kit
Our mLC-KIT is a sealed vapor compression circuit with either a speed controlled miniature rotary BLDC compressor (mLC-KIT 500) or two speed controlled linear compressors (mLC-KIT 1600). The evaporator is a brazed plate heat exchanger, the interface to the customer liquid coolant circuit. The mLC-KIT comes with a separate 24VDC inverter board (mLC-KIT 500) or two integrated 230VAC inverter boards (mLC-KIT 1600). The cooling KIT is ideal for compact laser cooling up to 1600 W, for bio reagents cooling, and for for mobile applications (mLC-KIT 500).
Order No. 01 mLC-KIT_-_Mini_Liquid_Cooling_Kit TM
Heat Sinks and Water Coolers 2012/2013
WEBRA aluminum extrusion profiles and friction stir weld water coolers
The heat sinks of our manufacturing partner have become a standard in many industrial applications. Such profiles are safe for a lifetime, as fins and base plate are a single piece extrusion. The heat sinks utilise different surface enlargement geometries to match pressure head and flow rate of fans and blowers. In combination with friction stir welds, widths of up to 1000mm are available.
Laser Cooling – Precise temperature control and high reliability
Our cooling systems meet the cooling requirements of demanding Laser applications. We offer the entire range of laser cooling solutions including a variety of heat sinks for actively and passively cooled light sources, the full range of recirculating chillers from 150 W to 90 kW as well as cabinet cooling for laser equipment.
Order No. 04 Laser_Cooling TM
Thermal Design Consultancy
Thermal simulation with computational fluid dynamics (CFD) allows the engineer to dimension his system in great detail. Especially in complex systems life and fans and others. AMS Technologies has done more than 230 studies for customers since the year 2000. The flyer gives you an overview about our thermal design consultancy.
Order No. 13 Thermal_Design_Consultancy TM
Solid State Cooling Systems
Small liquid chillers provide precise, reliable temperature control
Solid State Cooling Systems engineers thermal management solutions for laser, laboratory, medical and biopharmaceutical, LED, the military and the semiconductor industry. Our exceptionally reliable thermoelectric compact and rackmount chillers and temperature control components provide stability and improved performance that enable better results.
Order No. 24 Solid_State_Cooling_Systems_TM