Fiber Optic Fusion Splicers

VPro K3S 6-Motor Touchscreen Core-Alignment Fusion Splicer The VPro K3S is a compact, six-motor core-alignment fusion splicer designed for fast, repeatable single-fiber splicing in FTTH, campus, security, industrial and data-center applications. A bright 5-inch capacitive touchscreen, intelligent alignment, and integrated utility functions make it easy for new and experienced technicians to achieve low-loss results in the field. Tri-Tek Electronics is an authorized distributor and ensures full manufacturer warranty coverage, best pricing, and factory support. Key Features Six-motor, core-alignment engine for consistently low splice loss Fast cycles: typical splice ~8 s; heat ~18 s for common sleeves 5-inch capacitive touchscreen with clear fiber imaging and intuitive GUI Built-in utilities (K3S): Optical Power Meter and Visual Fault Locator available in the unit for quick checks and documentation High-capacity battery (K3S): approx. 7800 mAh; up to ~240 splice+heat cycles per charge Smart protection heating: presets for 20/30/40/50/60 mm sleeves; adjustable temperature/time Job memory: stores splice records and images for closeout packages Rugged, field-ready chassis; rapid electrode replacement with on-device calibration What’s Included (Typical Kit) K3S fusion splicer main unit with 5-inch touchscreen High-capacity Li-ion battery, AC adapter/charger Precision fiber holders / clamps Integrated heater with sleeve tray Precision fiber cleaver, Miller clamp/strippers, alcohol bottle, brush Calibration fiber, spare electrode rods (as supplied), shoulder straps Hard carrying case, user manual, warranty card Specifications Alignment method: Core alignment (also supports cladding alignment) Motors / Focus: K3S six-motor autofocus Typical splice time: ~8 s (SMF) Typical heat time: ~18 s (sleeve-dependent, adjustable 0–60 s) Supported fibers: SM (G.652), MM (G.651), DSF (G.653), NZDSF (G.655) Fiber diameters: Cladding 80–150 μm; Coating 0.1–3 mm Pull test: 1.96–2.25 N Display / magnification: 5-inch touch LCD; up to 300× (X/Y) Sleeve sizes: 20 / 30 / 40 / 50 / 60 mm OPM (K3S): –70 to +6 dBm; wavelengths 850–1625 nm; dBm/dB/μW units; REF function; user offset calibration VFL (K3S): ≥10 mW, continuous or flash with timer Electrode life: ~3000 arcs; on-device electrode correction Interfaces / updates: USB for upgrades; 5 V/500 mA USB out Battery (K3S): ~7800 mAh; charge time ≤3.5 h; DC 11.1 V input Operating conditions: –15 to +50 °C; ≤95% RH (non-condensing); altitude 0–5000 m; wind ≤15 m/s Storage: –40 to +80 °C (battery –20 to +30 °C) Size / weight: approx. 191 × 141 × 119 mm; ~1.62 kg (K3S) How Installers Use It (Quick Workflow) Prep: Strip, clean, and cleave both fibers; verify clean end-faces. Load & align: Place fibers in the V-grooves; the K3S auto-focuses and core-aligns. Splice & protect: Start splice (~8 s), then heat the sleeve (~18 s). Verify: Use the built-in VFL for continuity and the OPM (with a stabilized light source) to confirm levels or set a reference. Document: Save splice images/records for job closeout. Installer Tips For patch panels, splice factory-polished pigtails (LC/SC) to your field fiber for fast, consistent terminations. Always set a reference when performing OPM loss tests (use a known-good short patch with a stabilized light source). Use a launch cable with an OTDR to see the first connector; add a receive tail to see the last connector without moving to the far end. Keep V-grooves, lenses, and electrodes clean; perform electrode correction if environment or altitude changes cause higher loss. Example Use Case A Phoenix contractor turns up new singlemode drops between buildings. After prepping and cleaving, they run automatic core-alignment splices on the K3S, apply 40 mm sleeves, and tray the splices. They confirm continuity with the VFL, establish an insertion-loss reference with OPM + light source, and finish with an OTDR test using a launch cable at the near end. Splice data and images from the K3S are stored for the closeout report. Tri-Tek Electronics supports professional installers, hobbyists, and technicians across Phoenix, Mesa, Chandler, Tempe, Gilbert, Scottsdale, and Glendale. Visit our Mesa, AZ retail counter for hands-on demos, local stock, and factory-backed support.

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VPro K5 TouchScreen 6-Motor Core-Alignment Fusion Splicer The VPro K5 is a professional, field-ready fusion splicer engineered for fast, low-loss splicing on single fibers. Its six-motor, intelligent core-alignment system, large capacitive touchscreen, and built-in test utilities (OPM and VFL) make it ideal for contractors deploying and maintaining FTTH, campus backbones, security and industrial fiber links. Tri-Tek Electronics is an authorized distributor of fiber equipment and ensures full manufacturer warranty coverage, best pricing, and direct factory support. Key Features Six-motor, intelligent core alignment for consistently low splice loss Fast cycle times: typical singlemode splice ~8 s; heat shrink ~18 s Large capacitive touchscreen (5.5-inch class) with clear GUI and enlarged fiber imaging for easy setup and review Integrated test tools: built-in Optical Power Meter (OPM) and Visual Fault Locator (VFL) for on-site verification and quick fault checks High-capacity battery (approx. 7800 mAh) for extended field use between charges Splice memory to store job records and facilitate close-out documentation Supports standard splice sleeves (20–60 mm); rugged chassis for job-site durability What’s Included (Typical Kit) VPro K5 fusion splicer main unit Battery, AC adapter/charger Fiber holders/clamps for bare fiber and common cable types Heater/oven with sleeve tray Carry case and basic accessories (varies by kit) Recommended Companion Tools (Available at Tri-Tek) Fiber prep kit with precision cleaver, strippers, wipes, and swabs Wireless end-face inspection scope for pass/fail checks OTDR (with launch cable) for link characterization and documentation LC/SC pigtails for fast, clean panel terminations by fusion splice How Installers Use It (Step-By-Step) Prep perfectly: strip buffer, clean, and cleave both fibers; inspect end-faces. Load & align: place fibers in the K5 holders; the splicer auto-focuses and core-aligns using six motors. Fuse & protect: run the splice program (typ. ~8 s) and heat-shrink the sleeve (typ. ~18 s). Verify on the spot: use the built-in VFL to check continuity or the built-in OPM (with a proper light source) to confirm power levels. Document: save the splice record and label the tray or enclosure. Practical Testing Notes for New Techs OPM + Light Source, together: your light source injects a stable test signal at telecom wavelengths (e.g., 1310/1550 nm). The OPM measures received power at the far end. The difference gives insertion loss. Most field meters rely on factory calibration; always set a reference/baseline using a short, known-good patch before testing real links. Can a VFL replace the light source? No. A VFL uses visible red light and is not stabilized. Use a stabilized light source (or an OTDR/handheld that includes an LS module) with your OPM for valid loss results. Fusion splicing to panels: for clean, repeatable terminations, splice factory-polished pigtails (LC or SC) to your field fiber, then land them on the patch panel—fast and reliable for new LIUs and upgrades. OTDR with launch cable—what connects to what? Connect OTDR → launch cable → cable under test (CUT). At the far end of the CUT, attach an optional receive tail. This lets you see the first and last connectors clearly on the trace and measure the entire link from one side. Specifications (Summary) Alignment: Core alignment, six-motor auto-focus Typical cycles: Splice ~8 s, heat ~18 s Display: Capacitive touchscreen, approx. 5.5 in; GUI interface Built-in tools: OPM and VFL (high-visibility red) Battery: approx. 7800 mAh rechargeable pack Data: Splice record storage for job documentation Size/Weight (approx.): 190 × 146 × 117 mm, ~1.74 kg Example Use Case A Phoenix-area contractor is turning up new singlemode drops between buildings. After prepping and cleaving, they core-align and splice with the K5, heat-shrink sleeves, and place splices in the tray. They then confirm continuity using the K5’s VFL, establish an insertion-loss reference with a stabilized light source plus OPM, and complete OTDR testing with a launch cable at the near end (and a receive tail when needed). Results are saved with the K5’s record function for close-out documentation. Tri-Tek Electronics supports professional installers, hobbyists, and technicians across Phoenix, Mesa, Chandler, Tempe, Gilbert, Scottsdale, and Glendale. Visit our Mesa, AZ retail counter for hands-on demos, local stock, and factory-backed support.

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