PLCS-14-8/125-P-1550-25-50-X-1-1 Fiber WDM/ Combiners / Splitters and Couplers

Patchcord;Polarization Maintaining;850 nm;FC/APC;FC/APC;5 m

mini Liquid Cooling Evaluation Kit; Cooling Capacity 1200 W @+25°C; Power Supply 24 VDC Key Features: Up to 1200 W Cooling Capacity Ideal for Compact Cooling of Lasers or Bio Reagents Compressor Speed Control for Ease of Temperature Control Low Vibration, Low Noise Lightweight, Compact Easy to Integrate Kit to Interface With OEM Water Circuit and Electronics Control Components Carefully Designed to Match Each Other The mLC-C-1200-24-KIT is a sealed vapor compression circuit with a speed controlled miniature rotary BLDC compressor. The evaporator is a brazed plate heat exchanger, the interface to the customer liquid coolant circuit. The mLC-C-1200-24-KIT comes with the separate 24 VDC inverter board. The compressor speed can be set from the upper control system by frequency or analog signal. The mLC-C-1200-24-KIT’s condenser is an aluminum finned copper tube heat exchanger coil and must be cooled by forced convection, i.e. a 200 mm diameter fan or equivalent. The heat exchanger stainless steel plates are nickel brazed suitable for a variety of coolant fluids, such as water, DI water and glycol-water mixtures. The plate heat exchanger has male R ¼” connectors for the customer to connect its water circuit.For lower heat loads, we also carry a mLC-C-450-24-KIT with up to 450 W cooling capacity, or a Peltier-based mini Direct Cooling KIT providing up to 130 W with no liquids or moving parts (except fans). If you are looking for a ready-to-use recirculating chiller that includes the coolant loop, have a look at our family of mini Recirculating Chiller Kits (mRC-KITs) as well as our our other liquid cooling solutions offerings – or browse our large portfolio of liquid to air temperature management assemblies . Your customized liquid cooler: AMS Technologies’ thermal management specialists are happy to develop a liquid 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 liquid cooler.Specifications: Cooling Capacity: Approximately 930 W (at 59 rps, Twater = +20°C, Tambient = +40°C) to 1760 W (at 90 rps, Twater = +20°C, Tambient = +20°C) Power Supply Consumption: ≤720 W (30 A @24 VDC) Temperature Range (Ambient, Operating): +15°C to +45°C Hydraulic parameters:    Pressure Drop 40 mbar @6 lpm, 100 mbar @9 lpm Controller/Inverter Board: Operating Range 28 to 100 rps, Speed Command Square Wave Pulse Frequency 56 to 200 Hz, Variable Resistor Input 2.8 to 10 kΩ Dimensions: 250 x 386 x 248 mm (WxHxD) Weight: 10 kg Applications: Compact Cooling of Lasers or Bio Reagents With up to 1200 W Cooling Capacity; Evaluation Kit to Interface With OEM Water Circuit and Electronics Control  

High-Performance; UV Blue; 10000 ml (338 fl oz) Koolance 702 series coolant is used by many industries requiring a high performance, 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. This container includes 10000 ml (338 fl oz) of prediluted coolant and can function as a squirt bottle for convenient reservoir filling. It's recommended to replace the coolant at least every 2-3 years, or immediately if there is any change in color or clarity.The freezing point is -15°C (5°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. Do you need a different package size? Koolance 702 is available also as bottle with 700 ml (24 fl oz) LIQ-702BU-B or as bulk container with 5000 ml (169 fl oz) LIQ-702BU-05L. Do you need a different colour? Koolance 702 ia available also colourless LIQ-702CL-B or in UV red LIQ-702RD-B.

The PZ1-SM4-E-980 from Optiphase is an advanced, high-speed fiber stretcher designed for precision applications in optical interferometric measurement and sensing systems. Featuring bare leads and operating at a wavelength of 980.0 nm, this enclosed model is ideal for researchers and industrial professionals seeking reliable performance and cost-efficiency. Engineered with single-mode (SM) fiber, the PZ1-SM4-E-980 offers a compact form factor that seamlessly integrates into tight spaces. Its unique multi-layer winding approach enhances modulation capabilities while maintaining high operational frequencies, setting it apart from competitive devices. The PZ1 series is renowned for its versatility and efficiency, offering various models tailored to specific needs, including SM, commercial PM, and RC fiber types. These fiber stretchers support applications like open loop demodulation, sensor simulation, variable optical delay, and general-purpose fiber interferometry. The PZ1 family is distinguished by its ability to function with general electronics such as signal generators and op-amps, eliminating the need for proprietary drivers. This flexibility, combined with multiple termination options, ensures quick and easy setup across diverse systems. Key Features The PZ1-SM4-E-980 provides high-speed operation, optimizing performance for demanding optical applications. Its cost-effective design delivers superior performance-to-cost ratio, making it an attractive choice for budget-conscious projects. The compact and enclosed configuration allows for seamless integration into limited spaces without compromising functionality. Compatible with standard electronics, the PZ1 eliminates the need for specialized drivers, enhancing user convenience and operational flexibility. The unique multi-layer fiber winding improves modulation functions, ensuring precise and reliable results in measurement applications. Capable of operating over a wide wavelength range, it supports diverse applications from 780 to 1625 nm. Designed for bipolar drive operations, it offers greater convenience compared to unipolar systems requiring offset voltage drive. Applications Ideal for open loop demodulation tasks, providing accurate phase modulation critical for data integrity. Used in sensor simulation to replicate and test sensor behaviors under controlled conditions, ensuring system reliability. Facilitates variable optical delay processes, crucial in fine-tuning time-sensitive optical systems. Supports general-purpose fiber interferometry, enhancing functionality across various optical experiments and analyses. Enables large angle modulation of interferometric phase, essential for advanced research in optical physics. Suitable for integration in large-scale modulation systems where space and performance are key considerations. Applicable in environments requiring high modulation frequency without sacrificing performance quality. What's Next? With the PZ1-SM4-E-980, Optiphase continues to lead in delivering innovative solutions for optical measurement and sensing. Researchers and industry professionals looking for high-speed, versatile fiber stretching solutions will find this product indispensable for their advanced applications. By choosing Optiphase’s PZ1 series, users gain access to a robust, reliable tool that simplifies complex optical processes and allows for seamless integration with existing systems. AMS Technologies, a trusted provider of cutting-edge technology solutions, can assist you further in selecting the right Optiphase product tailored to your specific needs. Our experts are ready to provide comprehensive support and guidance to ensure optimal utilization of your fiber stretching capabilities. Reach out today to explore how the PZ1-SM4-E-980 can elevate your research and industrial projects to new heights.

Patchcord;Step-Index;Multi Mode;500–1500 nm IRVIS;FC/PC;FC/PC;3 m

Carbon Dioxide Spray Cleaning Pen; Especially for High-power Applications; Quick, Dry & Solvent-free; Includes Spray Pen Applicator and Foot Switch; Power Supply 230 VAC OZ Optics OZ-PEN series of versatile, precision, small surface area cleaning systems for critical fiber optics and other manufacturing operations generates and propels an adjustable spray of clean dry air or nitrogen containing small CO2 particles to efficiently remove foreign matter from a surface. OZ-PEN replaces or augments conventional solvent-aided wiping cleaning techniques which can spread, smear or shed, or redeposit trace residues and particles over critical surfaces. Each OZ-PEN is equipped with a flexible coaxial tube, spray pen applicator and foot switch. The basic system provides precision cleaning capability right out of the box and includes all components for precision cleaning apart from the process gases. The composite spray cleaning technique is a patented process, delivering controlled shear stress on surface contaminants using chemically inert, dry CO2 spray for efficient and effective removal of inorganic and organic surface contamination from critical substrate surfaces. The cleaning unit delivers a precisely controlled accelerated stream of solid carbon dioxide particles (i.e. snow) at high velocity. The snow is created from the conversion of liquid CO2 to solid CO2 particles and CO2 gas at the spray nozzle. The nozzle, propellant pressure and temperature are adjusted for optimal cleaning process. The main method for removal of particulate and other loosely bound contaminants is momentum transfer. In this process, an incoming CO2 particle strikes a particle on the surface. The resulting force overcomes the force holding the particle to the surface, and the CO2 gas spray/propellant plume then carries the particle away. This unique dry process can remove very small particles (<100 nm in size) without the need for using other wet cleaning techniques. Thin film organic contamination (if soluble in liquid CO2) may also be removed by CO2 composite snow cleaning. Typical light oils are good candidates for CO2 cleaning. Solid CO2 spray within the spray plume exists at a temperature of approx. -78 °C. The cooling properties of CO2 can be used to remove contaminant with high water content, first by freezing then by fracturing it from the underlying substrate. Key Features: Superior Removal of Any Residue on Fiber Optics and Other Components Especially for High-power Applications CO2 Composite Spray Quick, Dry and Solvent-free Cleaning Process Designed to Clean Small Surface Areas Superior to Solvent Cleaning Wiping Techniques More Economical and Versatile Than Snow Guns With Enclosures Cleans a Variety of Substrates such as Glass, Metal, etc. Removes Dust Particles, Polishing Compounds, Fingerprints, Surface Films and Other Surface Residues Applications: Effective Cleaning of Various High-power Fiber Optic Connectors and Other Components; Optical Element Cleaning; Optical Coating Preparation/Cleaning; Cleaning of Electro-optic Sensors and Medical Devices; Cleaning of Semiconductor and Biomedical Components Surface

Fused; Fiber Type SM; 450-1599 nm; Number of Legs 1x2, 2x2; Splitting Ratio 1/99,999-50/50, Other; Fiber Length 0.5, 1 m; RL ≥50 dB; Dimensions Ø3.0x50/60, Ø5.0x75, 80x10x8, 5x5x85 mm Gooch & Housego’s FFS-X series of single mode (SM) fiber couplers split or combine light in the visible or (near) infrared regions. The couplers utilize Gooch & Housego’s (G&H) low-loss fused fiber technology. No light leaves the fiber, therefore no alignment is required and there are no unwanted reflections. Furthermore, the output fiber pigtails may be directly integrated into beam delivery systems. Visible Wavelength SM Fiber Couplers:Within the FFS-xxxxxxxxx series of visible wavelength fiber couplers, versions optimized for any wavelength within the range of 450 to 700 nm may be selected. These couplers are designed for applications in display systems, sensors and biomedical equipment. Near Infrared SM Fiber Couplers:G&H’s FFS-xxxxxxxxx series of near infrared couplers splits light at any selected wavelength from 700 to 1199 nm. These couplers are designed for applications in fiber laser, sensor and avionics applications. Ultra-low Ratio Tap SM Fiber Couplers:G&H’s FFS-xxxxxxAxx series of ultra-low ratio tap couplers splits a very small amount of light from a signal path to a tap port. Suitable for very high optical power, its main application is in the monitoring of optical sources such as fiber lasers. Low tap ratios such as 0.1%, 0.01% or 0.001% enable the monitoring photodetector to operate without damage or saturation. Gooch & Housego proprietary manufacturing technology provides ultra-low loss in the signal path, thereby maximizing optical power handling. Consistently high return loss (>55 dB) reduces the amount of optical power reflected back along the input fiber. This helps the fiber laser operate in a stable manner. Standard ultra-low ratio parts are available for wavelengths from 700 to 1599 nm. For other wavelengths, coupling ratios or customized fiber types please contact AMS Technologies. Key Features: Available at Wide Variety of Operating Wavelengths: 450 to 1599 nm Coupling Ratio: 1% to 50%, Plus 0.1%, 0.01% and 0.001% Ultra-low Coupling Ratio Versions All Fiber – No Lens Alignment Required No Unwanted Reflections High Return Loss (RL): ≥50 dB (Ultra-Low Coupling Ratio Versions) High Optical Power Handling: 4 W Fiber Type: Specialty Single Mode (SM) Fiber Number of Legs: 1x2, 2x2 Pigtail Length: 0.5, 1 m Custom Designs Available Connector Type: FC/PC, FC/APC, SC/APC, FC/UPC, SC/UPC, LC, None Dimensions: Ø3.0 x 50/60, Ø5.0 x 75, 80 x 10 x 8, 5 x 5 x 85 mm Applications: Visible and Display Systems; Fiber Lasers; Sensors; Raman Amplifiers; High-power EDFAs; Avionics; Biomedical Equipment; Research