RELIFE RL-014G Chip Jumper Mini Light

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RELIFE RL-014G Chip Jumper Mini Light

Reliable Lighting for Precision Repairs

The RELIFE RL-014G Chip Jumper Mini Light provides exceptional functionality for precision work. Designed to offer a convenient and efficient lighting solution, it caters perfectly to the intricate needs of repair professionals and DIY enthusiasts alike. RELIFE RL-014G Chip Jumper Mini Light

Compact Design and Outstanding Portability

This mini light is specifically engineered with a compact and lightweight design, allowing for effortless portability. Whether you’re working at a dedicated station or on-the-go, it ensures ease of use without compromising on performance. RELIFE RL-014G Chip Jumper Mini Light

Enhanced Visibility and Efficiency

Equipped with cutting-edge LED technology, the RELIFE RL-014G delivers bright and evenly distributed light, ideal for detailed tasks such as chip repairing and soldering. Its energy-efficient operation ensures consistent visibility while reducing power consumption. RELIFE RL-014G Chip Jumper Mini Light

The RELIFE RL-014G Chip Jumper Mini Light is a professional-grade, ultra-compact UV (Ultraviolet) curing lamp designed specifically for micro-soldering, PCB board repair, and smartphone hardware rework. Its primary function is to rapidly cure UV solder mask green oil, insulating resins, and optical adhesives used when securing jumper wires, reinforcing fragile trace repairs, or sealing delicate IC chips. RELIFE RL-014G Chip Jumper Mini Light

Below is the comprehensive technical specification breakdown for the RELIFE RL-014G, organized into detailed structural, electrical, and performance matrices. RELIFE RL-014G Chip Jumper Mini Light


1. Product Identity & Architecture

Specification Parameter Technical Detail & Descriptive Analysis
Brand / Manufacturer RELIFE (A subsidiary brand of Sunshine Tools)
Model Designation RL-014G
Product Classification Intelligent Mini UV Curing Light / Solder Mask Hardener
Core Functionality Emits targeted ultraviolet radiation to initiate rapid polymerization (curing) of photosensitive liquid resins and green insulating oils.
Primary Applications Micro-soldering jumper wire insulation, face ID flex cable repair, BGA chip underfill curing, motherboard trace repair reinforcement, and optical adhesive bonding.
Form Factor Ergonomic, pen-sized cylindrical mini-torch with integrated Type-C power input and dual-core optical output.

2. Optical & Radiation Performance

Optical Property Rated Value / Metric Engineering Significance for Rework
Light Source Architecture Dual-Core, High-Efficiency SMD UV LED Matrix Incorporates two high-intensity LED chips mounted side-by-side to deliver a concentrated, uniform light beam without dead zones or dark spots.
Dominant Wavelength $395\text{ nm}$ to $400\text{ nm}$ (Nanometers) Perfectly matches the photo-initiator absorption spectrum of industry-standard electronics repair UV resins, ensuring maximum curing efficiency.
Standard Curing Speed $3 \text{ to } 5\text{ seconds}$ (Effective depth penetration) Achieves instantaneous surface hardening, drastically minimizing the technician’s waiting time during complex multi-jumper operations.
Optical Lens Type High-Transmittance Convex Condenser Lens Focuses the scattered LED light into a tight, high-energy point beam, maximizing irradiance at the exact target area while protecting surrounding components from UV exposure.

3. Electrical Specifications & Power Delivery

Electrical Parameter Specification Rating Operational Mechanics & Safety
Input Interface Port USB Type-C Female Receptacle Eliminates the need for proprietary charging bricks; allows the tool to run directly off modern workbench power supplies, power banks, or computer ports.
Required Input Voltage $5.0\text{V DC}$ ($\pm 0.2\text{V}$ operating tolerance) Standardized low-voltage operation ensures safety at the workbench and compatibility with basic USB-A to USB-C or Type-C to Type-C cables.
Rated Operating Current $\ge 1.0\text{A}$ (Ampere) Ensures the dual LEDs receive stable, unthrottled current to maintain peak optical power without flickering.
Maximum Power Output Approximately $5\text{W}$ (Watts) at peak draw Delivers industrial-grade curing power in a micro-chassis without causing thermal stress to the underlying PCB substrates.
Power Source Dependency External Plug-and-Play (No Internal Battery) Designed without a lithium-ion battery to eliminate internal degradation, thermal runaway risks under hot-air guns, and the nuisance of a dead tool mid-repair.

4. Intelligent Control & Timing Matrix

Operational Feature Control Mechanism Functional Workflow Impact
Switch Interface Top-Mounted Mechanical Tactical Micro-Switch Provides a distinct, clicky tactile response when pressed, allowing blind operation while keeping eyes fixed under a repair microscope.
Curing Modes Dual-Mode Timing Logic Cycle Allows the technician to select the exact exposure time required based on the thickness of the applied UV green oil layer.
Mode 1: Short Cycle Single Click Selection $\rightarrow 30\text{ seconds}$ timed run Best suited for thin layers of UV solder mask or stabilizing lightweight 0.02mm copper jumper wires.
Mode 2: Extended Cycle Double Click Selection $\rightarrow 60\text{ seconds}$ timed run Optimized for deep BGA corner underfills, heavy resin potting, or thick structural reinforcement layers.
Manual Override Long Press (Anytime during a active cycle) Instantly cuts power to the UV LEDs, giving the technician precise manual control over partial-curing or positioning sequences.

5. Physical Dimensions, Material Science & Ergonomics

Physical Attribute Measured Value Material Advantages & Workbench Ergonomics
Housing Material Aviation-Grade Aluminum Alloy (6000 Series) Provides rugged drop resistance, extreme durability against everyday tool impact, and lightweight handling.
Surface Treatment Hard Anodized Scratch-Resistant Finish Resists chemical corrosion from flux cleaners, Isopropyl Alcohol (IPA), and high workbench ambient temperatures.
Net Device Weight $\approx 28\text{ grams}$ ($\pm 2\text{g}$ variance) Minimizes hand fatigue during long hours of micro-soldering and fits cleanly inside a tech’s shirt pocket.
Device Body Dimensions $50\text{ mm} \times 35\text{ mm} \times 35\text{ mm}$ (Main body envelope) Ultra-miniature footprint allows it to be placed directly underneath a stereo microscope lens column without blocking the optical workspace.
Heat Dissipation System Passive Aluminum Heat-Sink Body Profiling The entire aluminum metal shell acts as a heat sink, rapidly conducting thermal energy away from the LED cores to prolong their operational lifespan ($>10,000\text{ hours}$).

6. Environmental Resistance & Safety Configurations

Safety Vector Rated Standard / Behavior Precautionary Workbench Guidelines
Chemical Resistance Immune to Isopropyl Alcohol (IPA), Flux, and Rosin Can be safely wiped clean with standard PCB solvent cleaners without damaging the structural integrity or frosting the lens.
Thermal Protection Passive safety thermal limit up to $80^\circ\text{C}$ Should not be subjected to direct hot-air station blasts ($>300^\circ\text{C}$); remove the lamp from the immediate board zone during active desoldering.
Optical Safety Hazard Direct Eye Exposure Hazard (UV Light Group 2) Technician Safety: Never look directly into the active lens. Use UV-blocking safety glasses or rely on the microscope’s internal UV filters during operation.
Package Inclusions 1x RL-014G Mini Light, 1x Quality Certificate Power cables are typically sourced separately, giving technicians the flexibility to choose their preferred length of workbench Type-C cable.

RELIFE RL-014G Chip Jumper Mini Light

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