330-0022 Cooling Systems Water Filters for Lytron's RC006/045, MCS40/50

The AMS-71-2.0-1.5 is a high-performance thermoelectric cooler (TEC) designed for precise thermal regulation in industrial, medical, and scientific applications. With a Qmax of 68W and a maximum temperature differential (dTmax) of 70K, this high-efficiency Peltier module ensures stable and reliable cooling performance for semiconductors, laser systems, medical devices, and industrial electronics.Manufactured with high-quality Al₂O₃ ceramic materials, this 40x40 mm TEC module provides exceptional heat dissipation, structural durability, and long-term operational reliability. The low electrical resistance (Rac 0.52Ω) enhances power efficiency, making it an ideal solution for high-performance cooling applications.Key FeaturesHigh Cooling Capacity – Provides a Qmax of 68W, ensuring efficient heat dissipation for demanding applications.Optimized Electrical Efficiency – Operates at Umax 8.9V and Imax 12.4A, delivering stable and energy-efficient cooling.Wide Temperature Differential – With a dTmax of 70K, this TEC module ensures precise thermal management across diverse environments.Compact and Durable Design – Features a 40x40 mm rectangular form factor with a 3.8 mm height, making it suitable for compact cooling solutions.High-Quality Ceramic Construction – Built with Al₂O₃ ceramic, providing superior thermal conductivity and mechanical stability.Low Electrical Resistance for Maximum Efficiency – With Rac of 0.52Ω, it minimizes power loss while maintaining optimal cooling performance.Reliable Lead Wires – Equipped with 22 AWG wires, featuring 200mm stripped leads without tinning, ensuring secure and stable electrical connections.ROHS Compliant and Epoxy-Sealed – Designed for long-term durability and environmental safety, ensuring compliance with industry standards.ApplicationsSemiconductor Thermal Management – Provides efficient cooling for high-performance chips, processors, and sensors, preventing overheating and improving system efficiency.Medical and Laboratory Equipment – Ensures precise temperature stability in diagnostic instruments, cryogenic research devices, and laser-based medical systems.Laser and Optoelectronic Systems – Supports efficient heat dissipation in high-power laser diodes, optical sensors, and photonic instruments.Industrial Electronics and Instrumentation – Maintains stable operating temperatures for precision testing equipment, automated systems, and electronic control units.Aerospace and Automotive Thermal Management – Provides reliable cooling solutions for high-performance automotive, aerospace, and satellite applications.What’s Next?The AMS-71-2.0-1.5 Thermoelectric Cooler is an energy-efficient, high-performance TEC module, ideal for critical applications requiring precise thermal regulation. With its advanced thermoelectric technology, this module ensures long-term durability and optimal cooling efficiency for high-power cooling solutions.For technical support, product availability, or customized thermal solutions, consult a thermal engineering expert to integrate this TEC into your system.

Cooling Capacity 1,000 W @+20 °C; Process Fluid Flow Rate >12 lpm @ 30 psig; 3/8" Swagelok Fittings; Magnetically-driven Rotary Vane Pump; Wetted Materials: Aluminium, Stainless Steel, Polymers Solid State Cooling Systems’ ThermoRack 1000 series has been specifically customized to provide leak-free, ±0.1°C temperature control of avionics, military, analytical and laser systems using non-aqueous fluids, such as PAO (Poly-Alpha-Olefin) or Fluorinert / Galden / HFE. The system can also be configured for use with water/glycol.Offering a cooling capacity of about 1,000 W @ +20°C with +20°C ambient temperature, the ThermoRack 1000 series which utilizes long-life thermoelectric technology is highly reliable and energy efficient, drawing power only when needed. These units are rack-mounted and do not require any facility chilled water. ThermoRack 1000 series is also environmentally friendly, since it does not use any Freon or other refrigerants.The ThermoRack 1000 series is particularly popular with organizations doing ground-based testing of avionics systems which use PAO. Built with a stainless-steel tank, stainless-steel plumbing and Swagelok fittings, ThermoRack 1000 is "leak free". The standard pump is capable of delivering over 12 liters per minute of flow, supporting pressures over 50 psig. Key Features: Cooling Capacity ~1,000 W @ +20°C with +20°C ambient temperature- ±0.1 °C Temperature Stability / Repeatability Operating Range: 0 °C to +65 °C Optimized for PAO, Fluorinert or Other Non-aqueous Fluids Rack Mount: 19" x 27" x 10.5" (6U) RS232 Communications Standard Auto-restart Standard 3/8" Swagelok Inlet/Outlet Fittings Standard Universal Power Input Applications: Avionics Bench Testing; In-flight Cooling; Military Test Equipment (PAO); Laser and Analytical Equipment; Other Higher Capacity Applications

1.3 MP; Pixel Size 5.2x5.2 µm; Sensor Size 6.66x5.32 mm; B/W; 12-600 fps; Resolution 8, 10 bit; USB 2.0; No Glass Window; Unbuffered or Buffered; Progressive Scan; Dynamic Range 68 dB Windowless cameras are particularly useful for applications that are sensitive to multiple reflections due to the existence of the glass window in front of the CMOS sensor. One example of such an application is laser beam profiling. Mightex’s series of windowless monochrome (B/W) USB 2.0 CMOS cameras are designed for a wide variety of applications such as machine vision, digital microscopy and medical imaging, where quality, ease of use, and cost-effectiveness are crucial. With 1.3 MP, a high-speed USB2.0 interface and powerful PC software, these cameras deliver excellent quality images. Unbuffered 8 bit versions as well as buffered 10 bit versions are available. While unbuffered cameras (MCE-B013) feature frame rates up to 24 fps in full resolution (up to 600 fps using ROI mode) and optional built-in LED drivers, buffered cameras (BTE-B013) have built-in frame buffers, external trigger-in, strobe-out, a powerful camera engine that supports multiple cameras, and frame rates up to 12 fps in full resolution (up to 150 fps using ROI mode). A user-friendly GUI based application software and an SDK are provided for custom software development. DirectShow driver and a TWAIN driver are also provided in order to easily link the cameras with users’ applications, and for BTE-B013 buffered cameras a USB command set protocol is also provided for non-Windows based applications. Monochrome cameras often exhibit a 20% higher spatial resolution than their colour counterparts because no pixel interpolation is necessary. Without a Bayer colour filter on the sensor, monochrome cameras are also more sensitive than colour sensors, especially in near IR and UV regions. Key Features: No Glass Window in Front of the CMOS Sensor Ideal for Coherent Light Detection Black&White (B/W, Monochrome) Higher Resolution & Sensitivity (Especially in IR) Than Colour Sensors Unbuffered or Buffered with 32 MByte On-board Memory Built-in LED Drivers (MCE-B013 Unbuffered Cameras) Active Imaging Pixels: 1.3 MP (1280x1024) Pixel Size: 5.2 x 5.2 µm Sensor Size: 6.66 x 5.32 mm Dynamic Range: 68 dB Gray Level: 8 bit (MCE-B013 Unbuffered Cameras), 10 bit (BTE-B013 Buffered Cameras) Progressive Scanning System Frame Rate: 12 to 600 fps 4-pin GPIOs Simpler Data Processing Interface: High-speed USB 2.0 (480 Mbit/s), No Need for External Power Supply Digital Output, No Need for Frame Grabber Custom Programmable With SDK Provided DirectShow & TWAIN Drivers External and Software Trigger Strobe Output for External Flash ROI and Pixel Skipping/Binning OEM Versions Available (MCE-B013 Unbuffered Cameras) Applications: Laser Beam Profiling; Laser Interferometry; Digital Holography; Holographic Data Storage; Digital Microscopy; Machine Vision; Medical Imaging; Semiconductor Equipment; Test Instruments

Output Current TEC ±2.2 A; PCB Mount; Supply Voltage 5-30 VDC; Temperature Stability 0.0009°C With its compact design, Wavelength Electronics’ WTC32ND series of component type TEC temperature controllers achieves 0.0009 °C temperature stability. Its award winning package can be integrated with a heatsink, thermal washer and fan for easy prototyping. The linear, PI control loop offers maximum stability, while the bipolar current source has been designed for higher efficiency. The WTC32ND series is the new version of the discontinued WTC3243 series of TEC temperature controllers. The WTC32ND series drives up to 2.2 A for either thermoelectrics (bipolar) or resistive heaters (unipolar). With the WTC32ND-HB, a model compatible with Li-ion batteries is available. The WTC32ND-EV evaluation board is available to quickly integrate the WTC32ND series into your system and can be optimized for sensor type. Use the adjustable trimpots to configure heat and cool current limits, proportional gain, and integrator time constant. Wavelength provides the free LabVIEW Virtual Instrument executable file for use with the WTC32ND-EV evaluation board. The source code for the LabVIEW Virtual Instrument module is available for free in case you wish to modify the program yourself. Alternately, Wavelength can customize the Virtual Instrument to suit your application – [InternalLink type="site" label="contact an AMS Technologies sales engineer" target="_blank" id="50" ] for assistance. The WTC32ND series of TEC temperature controllers is easily configured for any design. A circuit calculator tool speeds selection of external component values. Virtually any type of temperature sensor can be used with it and a built-in sensor bias current source simplifies use with resistive temperature sensors. The proportional gain (P) and (I) integrator time constants are set by external resistors and can be modified to optimize temperature overshoot and stability. Other features offer added flexibility. Independent heat and cool current limits are set by single resistors. An onboard reference voltage simplifies potentiometer control of the temperature setpoint. You can also choose to operate remotely with an external setpoint voltage. Monitor actual sensor voltage at pin 9. If you do not need all the features of the WTC32ND, the WHY56ND series of TEC drivers is a lower cost solution that does not incorporate remote voltage control and temperature monitor and requires external circuits to operate anything other than resistive sensors. Two or more WHY56NDs can be used together for more output current. NOTE: The WHY56ND and WTC32ND do NOT have the same pin configuration. Free, effective and responsive technical support is available to simplify integration of Wavelength products into your OEM design. Standard products can be easily modified to meet your application requirements. [InternalLink type="site" label="Get in touch with the AMS Technologies temperature controller experts" target="_blank" id="50" ] to discuss your customized solution! Key Features: Component Type, DIP PCB Mounting Operates With 3.6 V Lithium-Ion Battery (WTC32ND-HB) 14-pin DIP Size: 33 x 32 x 8 mm Drive ±2.2 A of TEC or Resistive Heater Current +5 V to +30 V Single Supply Operation Maximum Power Dissipation: 9 W Compatible With Multiple Sensors Linear PI Control Stability: 0.0009 °C Supports Thermistors, RTDs and IC Sensors PI Controller Minimizes Overshoot and Time to Temperature Adjustable Sensor Bias Current Optimizes Sensor Feedback Voltage Can Operate With Unipolar Current for Resistive Heaters Heat and Cool Current Limits Monitor Actual Temperature Quickly and Easily Integrated With WTC32ND-EV Evaluation Board Applications: Where Temperature is Scanned Across Ambient; Handheld Electro-optical Systems; Eye-safe Atmospheric Lidar; Airborne Instrumentation; Raman Spectrometers; Medical Diagnostic Equipment

Reel Cleaner - Two slot type

Pigtail or Removable Style; 400 to 2100 nm; Line Width 0.3 nm; Insertion Loss 0.6 dB; Fiber Type SM, MM, PM; Connector Type FC/PC, ST, SC, LC, MU, None OZ Optics’ FF series of fixed filters transmit or block specific wavelengths of light as they travel through the optical fiber. Light from the input fiber is first collimated and passed through the filter. The beam is then focused into the output fiber. Filter linewidths are normally defined in terms of full width at half maximum (FWHM). The standard filters used have a smooth, rounded transmission spectrum that is the result of a single Fabry Perot type cavity, simply made up of two reflectors separated by a fixed spacer of some thickness. Other filter designs are available. For instance, flat top bandpass filters are made by stacking multiple cavities together. By increasing the number of cavities one can increase the roll-off slope therefore improving the out-of-band rejection level. Please contact AMS Technologies for custom filter designs that meet your requirements. Fixed filters using single mode (SM), multi mode (MM) or 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. For tunable filters refer to OZ Optics’ TF-100 series of digital tunable filters, TF-100-11 series of motor driven tunable filters, TF-11 series of manually adjustable polarization insensitive tunable filters, BTF-11 series of manually adjustable variable bandwidth tunable filters or BTF-100 series of motorized adjustable variable bandwidth tunable filters. Key Features: Narrow Line Widths Rugged and Compact Size Removable Filter Holder Designs Wide Wavelength Range Single Mode (SM), Multi Mode (MM) and Polarization Maintaining (PM) Fiber Versions Expanded Beam Technology Applications: Dense Wavelength Division Multiplexing; CATV, LAN and Telecommunications Use; Test and Measurement