The Swift K11 Is An Advanced Core-to-core Alignment Splicer Ideal For Medium And Long Range Optical Circuit, Lan, Catv, Fttx. With A Compact, Light, Rugged Design And A Long Life Battery, The K11 Delivers High Precision Performance. Benefits And Feature. Wide 5.0-inch color LCD monitor with touch screen & bidirectional operation system Powerful lithium polymer battery with large capacity User friendly GUI Optical fiber recognition capability and LED lamp in heater Lowest splice loss ever in the industry Fiber Splicing Machine Specifications Category Description Fiber alignment IPAAS Core-to-Core Alignment (image pattern analysis alignment system) Applicable type of fibers 0.25mm, 0.9mm, 2.0mm, 3.0mm, 4.0mm, indoor cable Fiber count Single fiber Applicable fiber dimensions Cladding diameter: 80~150㎛, Coating diameter: 100㎛~4mm Fiber setting and cleaved length 0.28in ~ 0.63in Splicing modes Splice mode: 300, Heat mode: 100 Typical splice loss SM: 0.02dB, MM: 0.01dB, DS: 0.04dB, NZDS: 0.04dB Return loss > 60dB (typical) Splicing time Typical 6 sec. (quick mode) Sleeve heating time 9 sec (IS-45 Sleeve, IS-45 mode), 13 sec (IS-60 Sleeve, IS-60 mode) Applicable protection sleeve 1.5in, 2.4in, 1.3in or 1.1in for SOC Storage of splice result The last 10,000 results stored in internal memory (with images) Tension test 1.96N ~ 2.25N Operating condition Altitude: 5,000m, Temp: -14℉ to 122℉, Humidity: 0~95%, Wind: 15m/s, Dust/water/shock proof Storage condition Temp: -40℉ to 176℉, Humidity: 0~95% Dimensions 5.6(W) x 6.4(L) x 5.5(H) in (without bumper) Weight With battery: 5.0 lb Viewing method and display Two CMOS cameras and 5.0-inch color touch LCD Fiber view and magnification X/Y: 200X, Max: 400X Power supply DC Lithium polymer battery (14.8V, 4700/6000mAh option), 100~240V AC charger No. of splice cycles with battery Typical 250 cycles / More than 350 (K11-6000) Electrode life More than 3,500 times Terminals USB

A Grey 48 Core Fiber Distribution Box is a protective enclosure designed to manage and distribute up to 48 fiber optic connections in FTTH, FTTB, and FTTX networks. It ensures secure fiber splicing, termination, and distribution while protecting against environmental factors. Feature: 48 Core Capacity – Supports up to 48 fiber connections. Durable Material – Made from high-quality ABS/PC or metal. Weatherproof Design – IP65/IP66 rated for outdoor and indoor use. UV Resistant – Prevents degradation from sun exposure. Flexible Mounting – Supports wall or pole mounting. Secure Enclosure – Lockable for protection against unauthorized access. Easy Cable Management – Organized trays for fiber routing. Multiple Adapter Slots – Compatible with SC, LC, and other adapters. Splitter Support – Allows integration of PLC splitters. Multiple Cable Entry/Exit Ports – Ensures flexible connectivity. Pre-Installed Splice Trays – Enables quick fiber splicing. FTTH/FTTX Compatible – Suitable for various fiber optic networks.

Experience high-performance connectivity with our 12 Core FRP + Yarn Optical Fiber Cable. Designed for both durability and efficiency, this cable is ideal for various applications, including telecommunications, data centers, and high-speed internet installations. Key Features: 12 Core Configuration: Provides multiple channels for data transmission, ensuring optimal performance for high-demand environments. FRP (Fiber Reinforced Plastic) Strengthening: Offers enhanced protection against environmental factors, reducing the risk of damage during installation and operation. Yarn Reinforcement: Lightweight yet strong, the yarn layer adds flexibility and resilience, making it easier to handle while maintaining excellent tensile strength. High-Speed Transmission: Supports high-bandwidth applications, delivering fast and reliable data transfer for both short and long distances.

Introducing the K9 Fiber Optic Fusion Splicer, a top-notch, compact, and dependable machine crafted for professional fiber splicing tasks. Whether you're working indoors or outdoors, the K9 fusion splicer is designed to deliver quick splicing and heating times, user-friendly operation, and impressive durability. It's perfect for telecommunications, enterprise networks, or field maintenance, ensuring you get precision and efficiency every time you fuse fiber optics. This splicer comes with a high-resolution touch screen, automated fiber alignment, and a tough, shock-proof design, making it reliable even in challenging conditions. Plus, its portable and ergonomic design means you can easily take it wherever you need to work. Features: - Fast and precise core alignment technology - Auto-start splicing and heating to boost productivity - Touchscreen interface for simple menu navigation - Multi-language support for diverse users - Real-time battery status and splice results monitoring - Compact and lightweight design for easy transport

An LC Fiber Optic Adapter is a small passive device used to connect two LC fiber optic connectors, enabling seamless optical signal transmission. It ensures precise alignment and low insertion loss in fiber optic networks. Features : LC Connector Type – Designed for LC fiber optic connectors. Single-mode & Multi-mode Compatible – Works with both fiber types. Low Insertion Loss – Ensures minimal signal degradation. High Precision Alignment – Ceramic or phosphor bronze sleeves for accuracy. Durable Build – Made from high-quality plastic or metal. Compact Design – Small form factor for high-density applications. Flange & Flangeless Options – Available in different mounting styles. Simple Plug-and-Play – Easy installation without additional tools. Applications – Used in data centers, telecom networks, and FTTH systems.

Fiber optic pigtails are used to achieve accurate mounting for precision alignment of fiber optical components

A 48-core Multi-Loose Tube (MLT) Armored Optical Fiber Cable with 6 tubes typically consists of six loose tubes, each housing eight optical fibers, totaling 48 fibers. This design offers flexibility, protection, and suitability for various telecommunications applications. Key Features: Fiber Count: 48 optical fibers, organized as eight fibers per tube across six tubes. Construction: Stranded loose tube design with water-blocking materials to prevent moisture ingress. Armoring: Incorporates materials like corrugated steel tape (CST) for enhanced protection against mechanical stresses and rodent intrusion. Jacket Material: Typically features polyethylene (PE) for durability, with additional layers such as polyamide for termite protection. Environmental Resistance: Designed to withstand moisture, UV exposure, and temperature variations.

A 48-core Multi-Loose Tube (MLT) Armored Optical Fiber Cable with 4 tubes typically consists of four loose tubes, each housing 12 optical fibers, totaling 48 fibers. This design offers flexibility, protection, and suitability for various telecommunications applications. Key Features: Fiber Count: 48 optical fibers, organized as 12 fibers per tube across four tubes. Construction: Stranded loose tube design with water-blocking materials to prevent moisture ingress. Armoring: Incorporates materials like Corrugated Steel Tape (CST) for enhanced protection against mechanical stresses and rodent intrusion. BELDEN.COM Jacket Material: Typically features polyethylene (PE) for durability, with additional layers such as polyamide for termite protection. BELDEN.COM Environmental Resistance: Designed to withstand moisture, UV exposure, and temperature variations.

A 48-core Multi-Loose Tube (MLT) Optical Fiber Cable with 6 tubes typically consists of six loose tubes, each housing eight optical fibers, totaling 48 fibers. This design offers flexibility and protection, making it suitable for various telecommunications applications. Key Features: Fiber Count: 48 optical fibers, organized as eight fibers per tube across six tubes. Construction: Stranded loose tube design with water-blocking materials to prevent moisture ingress. Jacket Material: Often features materials like polyethylene (PE) for durability. Environmental Resistance: Designed to withstand moisture and UV exposure. Mechanical Properties: Offers specific tensile strength, compression resistance, and bend radius parameters.