CP10G18 Aluminum Cold Plate with 4-Pass Copper tube, straight fittings

The INX 760 Probe Microscope by Viavi is a next-generation fiber inspection solution engineered for high-speed, high-density optical networks. Designed to meet the evolving demands of AI, hyperscale data centers, and telecom infrastructure, the INX 760 delivers fully automated inspection for single, duplex, and multifiber connectors. With its intuitive operation, rugged design, and Test Process Automation (TPA) capabilities, it ensures consistent, repeatable results in seconds—minimizing human error and maximizing operational efficiency.This field-optimized microscope is built to simplify complex inspection workflows while maintaining compliance with IEC 61300-3-35 standards. Whether you're deploying ultra-high fiber count (UHFC) networks or maintaining legacy infrastructure, the INX 760 provides the speed, accuracy, and reliability required for modern optical environments.Key FeaturesTrue Automated InspectionThe INX 760 automates every step of the inspection process—from test setup and tip configuration to image panning, focusing, and end-face analysis. This dramatically reduces inspection time and eliminates variability caused by manual operation.PanOptic Imaging EngineViavi’s proprietary PanOptic Imaging Engine delivers edge-to-edge clarity without compromising magnification or resolution. This ensures that even the smallest defects are detected across the entire field of view.AutoID Inspection TipsEliminate configuration errors with AutoID-enabled tips that automatically identify connector types and adjust settings accordingly. This feature enhances accuracy and speeds up connector changes in the field.TPA-Enabled Workflow IntegrationThe INX 760 is fully compatible with Viavi’s Test Process Automation (TPA) framework, enabling seamless integration into automated test environments. This ensures alignment, repeatability, and traceability across inspection tasks.Rugged and Field-ReadyEngineered for durability, the INX 760 is optimized for field use with a robust design that withstands harsh environments while delivering lab-grade performance.ApplicationsThe INX 760 is ideal for:AI and hyperscale data centers: Supports rapid deployment and maintenance of ultra-high fiber count (UHFC) networks.Telecommunications infrastructure: Ensures clean, compliant connections in high-bandwidth environments.Field service and installation: Reduces inspection time and training requirements for technicians in the field.Manufacturing and QA: Enables automated, repeatable inspection processes for connector production lines.

Glass Molded Aspheric Lens; Wavelength 405-1550 nm; Connector Receptacle Options FC/PC, FC/APC, SMA GH Optics' series of receptacle style fiber collimators consist of the manufacturer's precision molded aspheric lenses assembled into a stainless steel housing that provides a fiber connector interface for easy and quick connection to an optical fiber. In addition, these receptacle style fiber collimators feature M11 or M12 threads for easy mounting to your optical device or an optical bench. Within the series, standard assemblies are available with a total of 42 lenses from the manufacturer's catalogue. Users can choose from six different focal lengths, for each of which lenses are available coated for seven different design wavelengths. These 42 assemblies are available with a choice of receptacles for FC/PC, FC/APC or SMA fiber optic connectors. You can’t find a suitable collimator in our standard portfolio? On request, any collimating lens in our portfolio can be mounted into a custom assembly specified by the customer. For large-volume applications we recommend to contact your regional AMS Technologies office, so that we can tailor a receptacle style collimator solution based on your technical needs. Collimator Code* Lens Effective Focal Length (EFL) Lens Numerical Aperture (NA) Design Wavelength (DW) Divergence Waist Beam Thread FE4560x0405 4.50 mm 0.55 405 nm 0.73 mrad 0.70 mm M11X0.5-6g FE4560x0532 532 nm 0.78 mrad 0.87 mm FE4560x0633 633 nm 0.89 mrad 0.91 mm FE4560x0780 780 nm 1.04 mrad 0.95 mm FE4560x1064 1064 nm 1.38 mrad 0.98 mm FE4560x1310 1310 nm 2.04 mrad 0.82 mm FE4560x1550 1550 nm 2.31 mrad 0.85 mm FE6240x0405 6.20 mm 0.40 405 nm 0.53 mrad 0.97 mm M11X0.5-6g FE6240x0532 532 nm 0.56 mrad 1.20 mm FE6240x0633 633 nm 0.65 mrad 1.25 mm FE6240x0780 780 nm 0.76 mrad 1.31 mm FE6240x1064 1064 nm 1.00 mrad 1.35 mm FE6240x1310 1310 nm 1.48 mrad 1.12 mm FE6240x1550 1550 nm 1.68 mrad 1.18 mm FD8050x0405 8.00 mm 0.50 405 nm 0.41 mrad 1.25 mm M12X0.5-6g FD8050x0532 532 nm 0.44 mrad 1.55 mm FD8050x0633 633 nm 0.50 mrad 1.61 mm FD8050x0780 780 nm 0.59 mrad 1.69 mm FD8050x1064 1064 nm 0.77 mrad 1.75 mm FD8050x1310 1310 nm 1.15 mrad 1.45 mm FD8050x1550 1550 nm 1.30 mrad 1.52 mm FDA130x0405 11.00 mm 0.25 405 nm 0.30 mrad 1.72 mm M11X0.5-6g FDA130x0532 532 nm 0.32 mrad 2.13 mm FDA130x0633 633 nm 0.36 mrad 2.22 mm FDA130x0780 780 nm 0.43 mrad 2.32 mm FDA130x1064 1064 nm 0.56 mrad 2.40 mm FDA130x1310 1310 nm 0.84 mrad 1.99 mm FDA130x1550 1550 nm 0.95 mrad 2.09 mm FDA520x0405 15.30 mm 0.16 405 nm 0.22 mrad 2.39 mm M11X0.5-6g FDA520x0532 532 nm 0.23 mrad 2.96 mm FDA520x0633 633 nm 0.26 mrad 3.08 mm FDA520x0780 780 nm 0.31 mrad 3.23 mm FDA520x1064 1064 nm 0.41 mrad 3.34 mm FDA520x1310 1310 nm 0.60 mrad 2.77 mm FDA520x1550 1550 nm 0.68 mrad 2.90 mm FDA820x0405 18.40 mm 0.15 405 nm 0.18 mrad 2.88 mm M11X0.5-6g FDA820x0532 532 nm 0.19 mrad 3.56 mm FDA820x0633 633 nm 0.22 mrad 3.71 mm FDA820x0780 780 nm 0.26 mrad 3.89 mm FDA820x1064 1064 nm 0.34 mrad 4.02 mm FDA820x1310 1310 nm 0.50 mrad 3.34 mm FDA820x1550 1550 nm 0.57 mrad 3.49 mm * x = 1 for FC/APC, x = 2 for FC/PC, x = 3 for SMA         Key Features: Glass Molded Aspheric Lens Transferring Divergent Light into Collimated Beam Available Connector Receptacles: FC/PC, FC/APC, SMA Available Design Wavelengths: 405 nm to 1550 nm Lens Effective Focal Length (EFL): 4.50 mm to 18.40 mm Lens Numerical Aperture (NA): 0.15 to 0.55 Divergence: 0.18 mrad to 2.31 mrad Waist Beam: 0.70 mm to 4.02 mm Thread: M11/M12 x 0.5-6g Applications: Collimating Diverging Light Exiting an Optical Fiber Connected to an FC/PC, FC/APC or SMA Connector into a Parallel Beam

300x88.9x12.7 mm; Aluminum; Copper Tubes; 4 -PassLCP ET 88,9x12,7x300/4Pass_Cu is an aluminum cold plate combined with 4-pass copper tubes. The exclusive section shape, pressed in the base plates without glues or resins, maximizes adhesion and minimizes any thermal impedance between the tube coil and the plate, both on the straight and curved parts of the design.We can design embedded tube cold plates to be fully customized for the individual needs of each specific design, regardless of the application for which the plate is designed. Get in touch with our thermal experts to discuss your specific requirements.

Press-Lock Technology; Thermal Performance 0.004 to 0.059 °C/W; Max. Pressure 10 bar; Max. Flow Rate 4, 8 l/min; Straight Fittings Lytron’s CP10/CP12/CP15 series of standard tubed cold plates provide cost-effective thermal solutions for component cooling applications where the heat load is low-to-moderate. These tubed cold plates consist of copper or stainless steel tubes pressed into a channeled aluminum extrusion. The CP10/CP12/CP15 series of tubed cold plates is manufactured using Lytron’s proprietary Press-Lock technology, which mechanically locks the tubes into the aluminum plate. Press-Lock technology eliminates the need for performance-limiting epoxy between the tube and the plate, resulting in superior thermal performance. Compared to similar tubed cold plates, the CP12 cold plate offers 30% better performance and the CP15 offers 40% to 50% better performance. Copper tubes are compatible with water and most other common coolants, while stainless steel tubes (CP10 only) can be used with deionized water or corrosive fluids. Each tubed cold plate has a single tube with no joint, ensuring leak-free operation. The tubes of the CP12 and CP15 cold plates are coplanar with the plate to allow for dual-sided mounting. The cold plate's tube side offers higher performance as the copper tubes are in direct contact with the component being cooled. CP10 models are available with 9.5 mm copper and stainless steel tubes in 2-pass or 4-pass configuration for single-sided mounting. CP12 models are available with 9.5 mm copper tubes in 4-pass configuration for dual-sided mounting. CP15 models are available with 6.4 mm copper tubes in 6-pass configuration for dual-sided mounting. If you can’t find a tubed cold plate that meets your requirements, please get in touch with the AMS Technologies thermal technology experts to discuss your customized solution! Key Features: Thermal Performance: 0.004 to 0.059 °C/W @ 7.6 l/min (3.8 l/min for CP15) Fluid Compatibility: Water, Common Coolants (Copper Tubes); Deionized Water, Corrosive Fluids (Stainless Steel Tubes) Configuration: 2-pass (CP 10), 4-pass (CP10, CP12), 6-pass (CP15) Mounting Surface: Single Sided (CP 10), Double Sided (CP12, CP15) Tube Diameter: 9.5 mm (CP10, CP12), 6.4 mm (CP15) Fitting: Straight Plate Material: Aluminium Maximum Pressure: 10 bar Maximum Flow Rate: 8 l/min, 4 l/min (CP 15) Applications: Component Cooling Where the Heat Load is Low-to-moderate