TCube Edge 2A (10-14072-2A-0-F3P3A7) Thermoelectric Recirculating Chiller

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.

Polarization Insensitive; 1100 to 1650 nm; Bandwidth 1 to 18 nm; Insertion Loss 3 dB; PDL <0.3 dB; Fiber Type SM, PM; Connector Type FC/PC, ST, SC, LC, MU, None OZ Optics’ BTF-11 series of manually adjustable variable bandwidth tunable filters are pigtailed components with adjustment knobs that allow both the wavelength and bandwidth of the filter to be controlled. The devices contain two independently variable tunable bandpass filters in series. With the two filters tuned to cover slightly different wavelength ranges, the overall passband becomes the region where the two individual passbands overlap. The amount of overlap determines the width of the filter. Since each filter can be tuned over a range of wavelengths, both the center frequency and width of the passband can be controlled. Each individual filter consists of a multi-layer thin film band pass filter, designed to give a flat top pass band, with steep roll-off shapes. The center wavelength of the filters is adjusted by changing the angle of incidence of the light as it impinges upon the filter. In the BTF-11 series of variable bandwidth tunable filters, each filter is independently rotated relative to the incoming light, in order to change the passband. OZ Optics uses a special technique to minimize polarization dependencies, allowing PDL effects to be kept below 0.3 dB, and making the spectral response virtually polarization independent. This feature makes the BTF-11 series ideal for today’s DWDM system applications. Variable bandwidth tunable filters using single mode (SM) and polarization maintaining (PM) fibers are offered. In general, OZ Optics uses polarization maintaining fibers based on the PANDA fiber structure when building polarization maintaining components and patch cords. However, OZ Optics can construct devices using other PM fiber structures. OZ Optics also carries some alternative fiber types in stock, please contact AMS Technologies for availability. If necessary, OZ Optics is willing to use customer supplied fibers to build devices. In addition to the BTF-11 series of manually adjustable variable bandwidth tunable filters, OZ Optics provides four further series of tunable filters – BTF-100 series of motorized adjustable variable bandwidth tunable filters, TF-100 series of digital tunable filters, TF-100-11 series of motor driven tunable filters, and finally TF-11 series of manually adjustable polarization insensitive tunable filters. If you are looking for filters with a fixed wavelength, have a look at OZ Optics’ FF series of fixed filters. Key Features: 45 nm Tunable Wavelength Range 1 to 18 nm Continuously Adjustable Bandwidth Wavelength and Bandwidth Independently Tunable Flat-top Filter Shape Available for Wavelengths from 1100 to 1650 nm Polarization Insensitive High Resolution Single Mode (SM) and Polarization Maintaining (PM) Fiber Versions High Out-of-band Suppression High Input Power Handling Applications: WDM Channel Filtering; High-speed Transmission Testing; Signal Filtering; Laser Pulse Shaping; ASE Light Noise Suppression; Tunable Light Sources; Spectral Analysis; Fiber Optic Component Manufacturing; Quality Control and Measurement; Product Development  

Gooch & Housego’s FFW-X wavelength division multiplexers (WDMs) are single mode (SM) optical fiber components and modules. They enable two or three wavelengths to be combined or separated. For the FFW-X series, Gooch &Housego (G&H) utilizes low-loss fused fiber technology – no light leaves the fiber and therefore no alignment is required and there are no unwanted reflections. Furthermore, the output fiber pigtails may be directly integrated into beam delivery systems. These high-performance parts are available in many wavelength configurations (including a duplexing version), fiber and connector options, with standard as well as subminiature packages. They can therefore be readily specified in a wide variety of applications, enabling rapid design cycles and new project builds. Visible Wavelength Combiners:Designed for applications in display systems, sensors and biomedical equipment, G&H’s FFW-xxxxxxxxx single mode visible wavelength fused fiber combiners enable any two or three primary colors in the visible wavelength region to be combined or separated. Visible wavelength combiners are available for either two (red/green, blue/green, red/blue light) or three wavelengths, providing full RGB operation and enabling full color displays. All variants are available on a custom basis, so please contact AMS Technologies to discuss your specific requirements. Near Infrared WDMs:Designed for applications in fiber laser, sensing, biomedical, military and avionics, the FFW-xxxxxxxxx near infrared WDMs enable the low-loss combining or splitting of a pair of wavelengths within the 700 nm to 1199 nm region. G&H can rapidly produce such custom WDMs, with typical minimum wavelength separation of 50 nm. Specific applications could include combining two sensor wavelengths onto one fiber, splitting laser harmonics, or combining wavelengths in fiber lasers. WDMs for 2 µm Operation:Gooch & Housego’s FFW-xxxxxxxxx fused WDMs for 2 µm operation combine multiple wavelengths of light in single mode (SM) fiber whilst maintaining low loss. G&H proprietary manufacturing technology provides low loss with low polarization dependence (PDL). The all-fiber construction offers excellent reliability and high power handling characteristics. These high-performance parts are available in many wavelength configurations, housing, fiber and connector options and can therefore be readily specified in a wide variety of applications, enabling rapid design cycles and new project builds. Duplexing WDMs 1310/1550 nm & 1625 nm (FFW-4xxxx11xx):G&H’s FFW-4xxxx11xx series of duplexing WDMs enable the low-loss combining or splitting of a pair of wavelengths. 1310 nm/C band or 1310 nm/L band components are used to double network bandwidth whilst the 1310/1625 nm component is used to add or drop a supervisory wavelength from a system. G&H proprietary manufacturing technology provides uniquely low excess loss and wavelength dependence along with low polarization and temperature dependence for all ports. In addition to the standard wavelengths, other combinations such as 1550/1625 nm are available. Please contact AMS Technologies with your specific requirements. FFW-X SM Pump Signal WDMsGooch & Housego’s FFW-X single mode (SM) fused pump signal wavelength division multiplexers (WDMs) are used for multiplexing signal and pump power in erbium-doped power amplifiers, pumped by wavelengths from 960 to 1480 nm. Proprietary manufacturing technology provides uniquely low excess loss, along with low polarization and temperature dependence for all ports. The ultra-low loss of these components promotes high efficiency of use of pump power and low noise figure. Fused Pump Signal WDMs 980 nm (FFW-xxxxx2xxx):G&H’s FFW-xxxxx2xxx series of fused pump signal WDMs, 980 nm, multiplex signal and pump power in 980, 960 or 1060 nm-pumped erbium-doped fiber amplifiers. Wavelength configurations allow for 960, 980 or 1060 nm pumping and C, L or C+L signal bands. Reliability is assured through qualification to Telcordia GR-1221, with a field proven FIT rate of <1. Fused Pump Signal WDMs 1480 nm (FFW-3xxxx21xx):The Gooch & Housego FFW-3xxxx21xx series of fused pump signal WDMs, 1480 nm, multiplex signal and pump power in 1480 nm-pumped erbium-doped fiber amplifiers. Wavelength configurations are 1480 nm – C band and 1480 nm – L band. Subminiature Pump Signal WDMs (FFW-5x1xx2xx0):G&H’s FFW-5x1xx2xx0 series of subminiature pump signal WDMs provide low-loss multiplexing of pump and signal in an ultra-short 32 mm length package. Designed for space-constrained optical amplifiers, the product is manufactured using ø80 µm cladding fiber. This enables low fiber bend radius without compromising mechanical integrity. Key Features: Combining or Separating Two or Three Wavelengths Wide Range of Regular Parts Available Custom Wavelength Capability All Fiber – No Lens Alignment Low or Ultra-low Light Loss No Unwanted Reflections High Power Handling Custom Designs Available Key Features FFW-X SM Pump Signal WDMs: Promotes Low Amplifier Noise Figure Promotes Low Pump Power Wastage Ultra-low Excess Loss: <0.05 dB Typical C, L or C+L Signal Bands Wide Range of Regular Parts Available Miniature Versions (32 mm Package Length) Available High Power Handling Telcordia GR-1221 Compliance (980 nm, Subminiature) Proven Reliability Applications: Fiber Lasers; Sensors, Biomedical Equipment; Research; Visible and Display Systems; Avionics; Defense; Telecoms; Optical Networking; Instrumentation; IR Imaging; Industrial, IR Counter Measures; C, L or C+L Band EDFAs; C or L Band Pump/Signal Multiplexing; 960, 980, 1060 or 1480 nm Pump Rejection; Fiber Gyros; Sensors

Aluminium Coated, Single Mode, Multi Mode; 190 to 2400 nm; Core Diameter 50 to 400 µm; Mode Field Diameter 4.3, 9.0 µm; Cladding Diameter 125 to 440 µm; Numerical Aperture 0.12 to 0.275Fiberguide’s AFS-A/SFS-A/AGI-A/ASI-A/UVS-H2A series of aluminium coated fibers are designed for a wide temperature range (-269 to +400 °C) and superior strength (>100 kpsi). This allows for long life at extended stress levels in applications that require tight bends. Also, the strong chemical bond between the silica cladding and the aluminum enables direct termination without pistoning. This bond also makes aluminium coating the ideal choice to preserve deep UV performance in Fiberguide’s Solarguide UVS-H2A series of solarization resistant UV multi mode fiber. Within this series of aluminium coated high temperature fibers, users find step index (AFS/SFS, UVS-H2) and graded index (AGI) multi mode fibers as well as anhydrous silica (ASI) single mode fibers. As an option, some types of aluminium coated high temperature fibers can be provided with a broad selection of shaped tips – standard configurations as well as custom designed shapes. Shaped tip fibers provide optimum control over beam delivery and/or increased efficiency of light collection. Some of the fibers can also be end capped to achieve higher coupled power into a fiber core by reducing the power density at the air / silica interface, commonly the point of laser damage. End cap diameters and lengths are offered for select numerical apertures and fiber cores size, but can be easily customized for a variety of fiber types and specialized applications. Additionally, all fiber types can be equipped on demand with Fiberguide’s patented RARe Motheye anti-reflective technology that enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Multi Mode (Step/Graded Index) or Single Mode Fibers Pure Fused Silica Core, Fluorine Doped/Pure Silica Cladding Coating: Aluminium Core / Cladding Sizes: 50/125 to 400/440 µm (MM) Mode Field Diameter / Cladding Sizes: 4.3/125, 9.0/125 µm (SM) Numerical Aperture (NA): 0.12 to 0.275 Recommended Bend Radius: Short Term 100 x Clad Diameter, Long Term 200 x Clad Diameter 100% Proof Test Using 4-Axis Bend Method Applications: High Temperature and Cryogenic Temperature Sensing; Semiconductor Manufacturing; Corrosive and Caustic Environments; Ultra-high Vacuum Devices; Radiation Resistant Sensors; Rocket, Turbine and Jet Engine Monitoring

Cooling Capacity 160 to 190 W @+20 °C; Process Fluid Flow Rate 0.35 lpm @ 14 psig; 1/8" Female Valved CPC Fittings; Magnetically-coupled Gear Pump; Wetted Materials: Aluminium (or Copper) & PolymersThe UC160-190 Thermoelectric Recirculating Chiller by Solid State Cooling Systems redefines compact precision cooling for laboratory and industrial applications. Designed for environments where space, reliability, and thermal stability are critical, this advanced chiller delivers 160 to 190 watts of cooling capacity in an ultra-compact footprint. With precise temperature control ranging from 2°C to 45°C, it ensures consistent performance for sensitive instruments and OEM systems.Unlike conventional compressor-based chillers, the UC160-190 leverages solid-state thermoelectric technology, eliminating the need for refrigerants. Its small form factor—just 7.5 inches (19.1 cm) x 5 inches (12.7 cm) x 7 inches (17.8 cm)—and lightweight build (under 8 lbs / 3.6 kg) make it ideal for integration into tight spaces without compromising cooling performance. With ±0.1°C temperature stability and rapid response to thermal loads, it supports critical applications with unmatched reliability.Key FeaturesThermoelectric Cooling Technology: Offers long operational life with no moving compressor parts and no refrigerants.Compact and Lightweight: The smallest air-cooled recirculating chiller in its class, perfect for space-constrained setups.Precision Temperature Control: Maintains ±0.1°C stability across a broad operating range (2°C to 45°C).Customizable Pump Options: G1 and G3 magnetically-coupled gear pumps available, delivering flow rates up to 0.7 lpm.Low Power Operation: Consumes less than 200 watts with universal AC input (100–240 VAC) or 13.5 VDC external supply.Integrated Communication: RS232 interface and keypad control for easy system integration and automation.Safety Features: Includes alarms for temperature deviations, fluid level, and system faults; certified to UL, CE, and CAN/CSA standards.ApplicationsThe UC160-190 Thermoelectric Recirculating Chiller is engineered for high-precision cooling in a variety of scientific and industrial contexts:CCD and CMOS Cameras: Maintains optimal sensor temperatures for consistent imaging quality.Analytical Instrumentation: Supports stable operation in spectroscopy, chromatography, and other sensitive systems.Laboratory Automation: Ideal for microtiter plate cooling and point-of-use thermal control in automated workflows.OEM Equipment: Compact design and universal power input make it easy to integrate into medical and scientific devices.Laser and Photonics Systems: Ensures thermal stability for diode lasers and photonic components, enhancing performance and longevity.What's Next?If your application demands compact, reliable, and precise thermal control, the UC160-190 Thermoelectric Recirculating Chiller is the solution. With over 200,000 hours of thermoelectric module life and a design optimized for precision, it delivers consistent performance in the most demanding environments.Contact our experts today to request a quote, discuss your application, or download the product datasheet. Discover how the UC160-190 can enhance your system’s thermal management capabilities.

Electrically Insulative; Colourless; 700 ml (24 fl oz) Koolance 705 series coolant is used by many industries requiring a low conductivity (3 microSiemens per centimeter), low-toxicity, reliable coolant with corrosion and biological inhibitors. A high quality coolant is extremely important for addressing dissimilar metals and biologic growth (bacterial and algae) long-term. Koolance liquids will not clog components and can typically be used for 2-3 years before replacement is recommended. (Coolant shelf life is 3 years.) This container includes 700ml (24 fl oz) of prediluted coolant and can function as a squirt bottle for convenient reservoir filling. It's recommended to replace the coolant every 2-3 years, or immediately if there is any change in color or clarity. Liquid coolant mixtures based primarily on water will conduct some amount of electricity. Keep in mind that foreign debris (such as dust) will increase the conductivity of water-based coolants. The freezing point is -35°C (-31°F). This coolant has been tested with the following materials: Metals: copper, brass, aluminum, stainless steel, nickel, steel, gold, lead Plastics: ABS, PA66, PBT, PE, PEI, PES, PETG, PMMA, POM, PP, PPE, PPO, PPS, PTFE, PU, PVC Rubber: EPDM NOTE: Not recommended for polycarbonate plastics or other PC-based plastics.