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

460 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.

Cooling Capacity 400-800 W @+25 °C; Process Fluid Flow Rate 4 lpm @1 bar; CPC 1/4” Fittings; Temperature Stability ≤±0.1 K; Heating Capacity 150, 200 W Termotek’s miko series of miniature recirculating chillers is one of the smallest compressor cooling systems currently available on the market – available as plug-in unit or stand-alone solution. Although its compact dimensions, the miko chiller series offers an extremely high power density and temperature stability of +/- 0.1 K. The mini-tower version miko p10035 measures just 350 x 200 x 330 mm and delivers a refrigeration capacity of up to 400 W, depending on ambient conditions. The plug-in rack versions deliver between 400 and 800 W with a height of just 3 or 4 RU (rack units). miko features 24 V miniature compressors which are on a par with the large versions on a 230 V basis and also include a speed control unit. This power density means that miko offers an attractive and efficient alternative to Peltier coolers, including for high ambient temperatures. Both the plug-in and stand-alone units in the miko series are noise- and vibration-reduced. Key Features: Speed-controlled Miniature Compressor Robust Desktop or Tower Design Space-saving, Modular Design Principle Reduced Noise and Vibrations Temperature Stability: ≤0.1 K Direct Cooling as an Optional Feature Pump Capacity: 4 l/min @1 bar 24 VDC Technology Inside Customizable Optimized for Medical and Laboratory Applications Efficient Alternative to Peltier Cooling Dimensions: 350 x 200 x 330 mm (Desktop Tower Version), 19”, 3 or 4 HU (Plug-in Rack Version) Applications: Stable and Precise Cooling Processes in Medical, Laboratory and Analytical Applications

Wavelength 5.5 µm-1090 nm; Rise / Fall Time 10-160 ns/mm; Active Aperture 0.1-9.6 mm; Operating Frequency 40-200 MHz; Optical Material Crystalline Quartz, Germanium, Tellurium Dioxide; Type IR, Mid-IR, Visible, UVAcousto-optic modulators (AOM) allow the intensity of light to be controlled and modulated at rates that far exceed mechanical shutters, even up to 70 MHz. The AO modulators available from Gooch & Housego (G&H) are optimized for low scatter and high laser damage threshold. Rise time, modulation rate, beam diameter and power handling requirements of the application need to be understood in order to identify the best acousto-optic modulator and RF driver solution.An acousto-optic modulator (AOM) uses sound waves within a crystal to create a diffraction grating. As the power of the applied RF signal is varied, the amount of diffracted light varies proportionally. Modulators can be used like a shutter (cycling light on and off at a set frequency), or as a variable attenuator (controlling the intensity of transmitted light dynamically).Contact our sales team to identify the best RF driver for your specific applicationApplications: Heterodyne Interferometry; Intensity Levelling; Intensity Modulation; Laser Cooling; Laser Doppler Velocimetry; Laser Doppler Vibrometry (LDV); Laser Linewidth Measurements; LIDAR; Marking; Material Processing; Micromachining; Printing; Via Drilling Series Wavelength Rise / Fall Time Active Aperture Operating Frequency Optical Material Type Downloads I-M0XX-XC11B76-P5-GH105 5.5 µm 120 ns/mm up to 9.6 mm 40.68 - 60 MHz Germanium N/A Datasheet Driver   I-M050-10C11V41-P3-GH75 9.4 µm 120 ns/mm up to 9.6 mm 40/60 MHz Germanium Mid-IR Datasheet Driver   I-M041-XXC11XXX-P5-GH77 10.6 µm, 9.4 µm 120 ns/mm up to 9.6 mm 40.68 MHz Germanium Mid-IR Datasheet Driver   AOMO 3200-1220 257 nm 10 ns 0.25 mm 200 MHz Crystalline Quartz UV Datasheet Driver   I-M110-3C10BB-3-GH27 AOM 300 - 400 nm 113 ns/mm 3 mm 110 MHz Crystalline Quartz UV Datasheet Driver   I-M110-2C10B6-3-GH26 AOM 400 - 540 nm 113 ns/mm 2 mm 110 MHz Crystalline Quartz Visible Datasheet Driver   AOMO 3080-125 415 - 900 nm 25 ns 2 mm 80 MHz Tellurium Dioxide Visible Datasheet Driver Driver AOMO 3080-120 440 - 850 nm 34 ns 1 mm 80 MHz Tellurium Dioxide Visible Datasheet Driver   AOMO 3110-120 440 - 850 nm 18 ns 0.6 mm 110 MHz Tellurium Dioxide Visible Datasheet Driver   AOMO 3100-125 440 - 850 nm 160 ns 1.5 mm 100 MHz Tellurium Dioxide Visible Datasheet Driver Driver AOMO 3110-121 442 - 488 nm 18 ns 0.6 mm 110 MHz Tellurium Dioxide Visible Datasheet Driver   AOMO 3200-120 442 - 488 nm 13 ns 0.45 mm 200 MHz Tellurium Dioxide Visible Datasheet Driver   AOMO 3200-121 442 - 488 nm 18 ns 0.32 nm 200 MHz Tellurium Dioxide Visible Datasheet Driver   AOMO 3200-125 470 - 690 nm 160 ns 1.5 mm 200 MHz Tellurium Dioxide Visible Datasheet Driver Driver AOMO 3200-124 780 - 850 nm 10 ns 0.32 mm 200 MHz Tellurium Dioxide IR Datasheet Driver   AOMO 3080-122 780 - 850 nm 25 ns 1 mm 80 MHz Tellurium Dioxide IR Datasheet Driver   AOMO 3200-1113 870 - 1250 nm 10 ns 0.1 mm 200 MHz Tellurium Dioxide IR Datasheet Driver   I-M041-2.5C10G-4-GH50 AOM 1030 - 1064 nm 113 ns/mm 2.5 mm 40.68 MHz Crystalline Quartz IR Datasheet Driver   I-M080-2C10G-4-AM3 AOM 1030 - 1064 nm 113 ns/mm 2 mm 80 MHz Crystalline Quartz IR Datasheet Driver   AOMO 3110-197 1030 - 1090 nm 18 ns 1.25 mm 110 MHz Tellurium Dioxide IR Datasheet Driver  

Vapor Compression Chillers; 550 to 7,000 W @-80/-40/-20/+20 °C; 1/2, 3/4" FPT, 1/2" Swagelok Lytron’s extreme temperature recirculating chillers are designed to maintain process fluid temperature stability over a wide range of target coolant temperatures from -80 to +90 °C or +4 to +200 °C. Lytron’s extreme temperature chillers can be designed with either magnetically coupled gear pump or turbine pump. Chillers can be installed with internal heaters to maintain temperatures above ambient. Pumps have dual voltage options, which allows chillers to be easily switched from 60 to 50 Hz. By using field tested and enduring components, extreme temperature recirculating chillers offer high reliability in even the most demanding applications. Lytron and AMS Technologies engineering teams work with specific customer requirements to accommodate different process fluids, performance specifications, electronics and controls, dimensional and hardware specifications for integration as well as regulation and certification compliance. Please get in touch with the AMS Technologies thermal technology experts to discuss your customized recirculating chiller solution! Key Features: Cooling Capacities: 550 to 7,000 W Models for Low Temperature (-80 to +90 °C) or High Temperature (+4 to +200 °C) Compressor Pump: Magnetically Coupled Gear or Turbine Pump Temperature Stability: ±0.5 to ±3 °C Fluid Connections: ½” FPT, ½” Swagelok, ¾” FPT (Facility) Coolant Temperature Range: -85 to +50 °C to +10 to +200 °C Applications: Analytical & Laboratory Equipment; Factory Machinery Cooling Systems; Plastic Injection & Molding Equipment; Chemical Processing Temperature Control; Food and Beverage Processing; Electric Discharge Machining (EDM); Laser Cutting; Induction Heating and Ovens; Diode Pumped Lasers; Medical Imaging Equipment; MRI Machines; Dental Equipment; Lasers & Optical Equipment; Power Supplies; Power Generation Stations

Customized, Turnkey Solutions for Optical Technologies Systems; Full Service From Concept to Serial Production With its "Optical Rack" concept, AMS Technologies offers the development and production of customized optical systems and subsystems in a convenient, modular rack format. The spectrum ranges from the combination and integration of optical and fiberoptic components to the installation of lasers and beam delivery up to the creation of complex control and evaluation electronics (hardware and software) as well as extensive thermal management concepts. Concept: Review of Customer Application; Discussion of Target ParametersRight at the beginning of a project, AMS Technologies can support the concept design by reviewing the customer's application and discussing the target parameters. Schematics: Selection of Key Components; Review of Engineering Needs; Development of SOW, Quotation & OrderOur team of optics experts then creates block diagrams and other schematics, selects suitable key components and takes into account all engineering needs, even beyond system integration. BOM Creation: Development of Bill of Material; Development & Design of Customized Components & Subassemblies; Documentation and Revision Control of DesignOnce the statement of work has been finalized, we generate a Bill of Material (BOM), define and develop custom components and sub-assemblies and manage design documentation and revision control. Drawings: Physical Layout of System-level Designs; Simulation & Modeling of System-level Designs; Systems Integration; Realization of Entire Design Projects; Review With CustomerUsing modern design and CAD software, the specialists in the AMS Technologies team then produces the physical layout of the design at system level, including simulation and modelling – the whole process is strictly customer centric with a close involvement of the customer in the entire process. Turnkey Solution: Supply Chain Management for All Components; Assembly & Test of Optical Rack; Installation, Documentation & Training; Maintenance & Service OptionsOnce the final design has been approved, the optical rack is assembled and tested and, if necessary, installed in the customer's system. For series production in small to medium quantities, we take care of the supply chain management for all components, generate comprehensive documentation and offer training, maintenance and service options. We are happy to realize an optical rack that covers your specific requirements and is optimally tailored to your application. Get in touch with our optical technologies experts and discuss your customized optical rack today!

Vapor Compression Chillers; 825 to 11,000 W @+20 °C; 4.9 to 16.3 l/min; 1/2, 3/4" FNPT Lytron’s Kodiak® series of compressor-based recirculating chillers is the ideal solution when you need precise temperature control or cooling below ambient temperatures. A compressor-based Kodiak® recirculating chiller offers outstanding performance and high reliability as well as quiet operation and ease-of-use. Eight models are available, with cooling performances (20°C set point, 20°C ambient, 60 Hz input supply, standard pump, no backpressure) ranging from 0.825 to 11 kW. Custom PID controllers and advanced refrigeration control circuits ensure that the Kodiak chillers maintain ±0.1 °C stability. Components inside the Kodiak® chillers have been performance-matched for quiet operation. Vibration-isolation of the compressor (and pump in RC006 to RC045) and foam padding on panels minimize vibration noise. The Kodiak® chiller line was designed for flexibility - a wide variety of pumps, controllers, and additional safety and monitoring features allow you to tailor your chiller to your specific application. If you can’t find a cooling system that meets your requirements, please get in touch with the AMS Technologies recirculating chillers experts to discuss your customized solution! Key Features: Cooling Capacities 0.825 to 11 kW Temperature Stability: ± 0.1 °C at +20 °C Ambient and +20 °C Setpoint Fluid Connections: 1/2, 3/4 inch FNPT Reservoir Capacity: 4 to 23 l Coolant Temperature Range: +5 to +35 °C Dimensions 318 x 483 x 559 to 813 x 1092 x 1143 mm Exceptionally Configurable With a Wide Variety of Options and Features Pump Types: PDP, Centrifugal, Turbine High Reliability With a 2-year Warranty Advanced Ergonomic Design CE Certified and ITSNA Tested to UL 61010-1 (RC006-RC045) or MET Tested to UL 1995 (RC095-RC115) Applications: Semiconductor Equipment; Medical Equipment; Medical and Industrial Lasers; Electron Microscopes; Analytical Instrumentation; Printing Equipment