6v Indicator Light 8MM Metal LED Light Wire Lead IP65 Waterproof Certified | FILN
Product Specifications
-
- Model: FL1M-08FW-2
- Color: Multi-color options available (Customizable)
- Shape: Compact 8mm flat head form factor
- Material: Premium robust metal
- Finish Type: Industrial-grade metallic finish
- Light Source Type: High-reliability LED
- Email: inquiry@cnylin.com.cn
About this item
- High-Reliability Signaling: Engineered by premium manufacturer FILN to deliver stable performance and ultra-bright, clear status indication across an adjustable 3V to 250V range.
- Industrial-Grade Durability: Robust metal housing provides exceptional mechanical resistance, eliminating common failure points like cracked plastic housings and severe fluid ingress.
- Effortless Pre-Wired Installation: Features a compact 8mm mounting diameter and a convenient pre-wired 2-pin 20cm connection to significantly streamline wiring and assembly.
- Versatile Industrial Applications: Trustworthy solution for global engineers in harsh automation systems, marine equipment, power distribution panels, and heavy machinery.
- OEM & ODM Customization Support: Available for bulk and wholesale procurement with flexible factory-direct customization for voltages, custom colors, symbols, wiring, and functions.
The FILN FL1M-08FW-2 is an industrial-grade 6v indicator light engineered by premium manufacturer Yueqing Yulin Electronic for high-reliability signaling. Featuring a compact 8mm mounting diameter, flat head form factor, and pre-wired 2-pin 20cm connections, this robust metal indicator light delivers exceptional mechanical resistance compared to brittle plastic alternatives. Procured globally in bulk or wholesale quantities, it operates across an adjustable 3V to 250V range and carries global UL, CE, RoHS, and TUV certifications. Industrial engineers and OEM buyers trust FILN’s factory-direct solutions to solve common failure points like cracked housings and fluid ingress in harsh automation, marine, and power distribution systems.
Key Takeaways
- Heavy-Duty Shell Construction: Manufactured using high-strength copper alloy or black-anodized zinc-aluminum alloy to prevent crack failures.
- Pre-Wired 2-Pin Interface: Supplied with dual 20cm wire leads (40cm total length) to streamline field wiring and reduce assembly times.
- Flexible Voltage Adaptability: Rated optimally as a 6v indicator light while safely supporting customized operational matrices from 3V up to 250V AC/DC.
- Rigorous Ingress Protection: Certified to IP65 and IP67 sealing standards via an integrated silicone O-ring barrier against industrial fluids.
- Extended Optoelectronic Lifespan: High-luminosity embedded LED matrix delivers 50,000 to 100,000 continuous hours of operational life.
- Precision Panel Integration: Designed explicitly for standardized 8mm (0.31 inch) circular mounting holes using a reliable single-nut torque mechanism.
- Comprehensive Compliance Portfolio: Fully compliant with international regulatory frameworks including UL, CE, RoHS, REACH, TUV, and CB.
- Multi-Color Chromaticity: Available in independent Red, Green, Yellow, Blue, and White emissive wavelengths, alongside complex bi-color and tri-color configurations.
What is a 6v Indicator Light?
A 6v indicator light is a high-precision optoelectronic component engineered to communicate real-time operational status, fault codes, or system readiness within low-voltage electrical circuits. Unlike fragile commercial indicators, industrial-grade metal indicator lights utilize a rugged solid-state design. FILN offers diverse configurations across metal and plastic materials, spanning installation diameters from 6mm to 30mm. Wiring architectures feature standard solder pins or pre-terminated wire leads for secure circuit integration. The physical aesthetics of the metal shell can be selected from low-profile flat head, prominent convex head, or recessed concave head designs to align precisely with user-interface tactile profiles.
Product Overview
The FILN FL1M-08FW-2 6v indicator light operates on a solid-state electro-optical principle, transforming current directly into highly concentrated monochromatic or multi-color light. Mechanically, the unit features a threaded copper alloy housing that drops cleanly through an 8mm panel cutout, locking rigidly from behind using a heavy-duty hexagonal nut and an unyielding stainless steel plum blossom gasket. This physical structure isolates sensitive internals from extreme physical vibration.
Electrically, an internal current-limiting carbon film resistor regulates incoming voltage up to 250V to preserve the semiconductor junction of the LED chip. Primary applications encompass automated machinery cabinets, low-voltage control circuits, medical apparatus, and test benches. Encased in V-0 rated PA66 nylon and high-transmittance polycarbonate lenses, this component delivers excellent environmental durability backed by comprehensive UL and CE certifications.
Quick Specifications
| Technical Parameter | Specification Metric & Execution Quality |
|---|---|
| Description (品名) | 金属带线指示灯 / Metal indicator light with wires |
| Model Identifier | FL1M-08FW-2 |
| Mounting Hole Cutout | 8mm / 0.315 Inches |
| Operating Voltage | 6V Base (Scalable from 3V to 250V AC/DC Custom Configuration) |
| LED Color Matrix | Red, Green, Yellow, Blue, White (RGYBW) / Dual-Color / Tri-Color Options |
| Waterproof Rating | IP65 / IP67 Ingress Sealing Protected |
| Wiring Architecture | 2-PIN Direct Wire Lead Type (20cm single wire length, 40cm total, customizable) |
| Head Profile | Flat or standard round head |
| Surface Quality | Smooth, flash-free, non-oxidized, defect-free |
| Assembly Precision | No rotation, detachment, skewing, or deformation |
Performance Parameters
| Operational Metric | Technical Standard Value |
|---|---|
| Rated Voltage Matrix | 3V–240V DC/AC (Scalable tailored parameters via client demand) |
| AC Current Frequency | 50 Hz to 60 Hz Universal Tolerance |
| Rated Electrical Current | ≤20 mA Lower Limit Efficiency Threshold |
| Power Dissipation | Approximately 0.2 W Nominal Rating |
| Insulation Resistance | ≥100 MΩ (Executed between primary conductor wire and structural shell under DC 500V testing) |
| Dielectric Strength | 1500V to 1800V AC; zero dielectric breakdown, zero spark flashover anomalies |
| Working Service Lifespan | 50,000 Hours to 100,000 Hours continuous emission performance |
| Ingress Sealing Grade | IP67 High-Performance Submersion Ingress Sealing Certificate Standard |
Component Materials (材质说明)
| Accessory Part Name | Material Composition | Engineering Justification & Advantage |
|---|---|---|
| Protective Shell | Copper alloy / Zinc-aluminum alloy electroplated black finish | Provides premium structural armor against severe tools strikes and caustic chemicals. |
| Internal Lamp Holder | PA66 Reinforced Engineering Nylon | High thermal ceiling and insulation performance preventing heat deformation. |
| Optic Lampshade | Polycarbonate (PC) Plastic | Superior impact toughness combined with excellent anti-UV degradation properties. |
| Luminescent Source | High-Luminosity Solid State LED Chip Matrix | Delivers sharp lux visibility across expansive angles at low current consumption. |
| Resistor Element | Carbon Film Resistance Structure | Maintains excellent current-limiting precision under volatile input power. |
| Conductor Wireway | Polyvinyl Chloride (PVC) Insulated Solid Core Copper | Highly flexible, oil-resistant wiring insulation optimized for rapid stripping. |
| Hexagonal Nut | Machined Copper Alloy | Ensures high mechanical torque retention preventing loosening under load. |
| Sealing O-Ring | High-Grade Silica Gel (Silicone) | Forms an airtight, compressible mechanical barrier against high-pressure moisture. |
| Plum Blossom Gasket | Stainless Steel Alloy | Multi-tooth lock design prevents vibration-induced loosening on equipment. |
Environmental Performance Specs
| Environmental Test Profile | Stress Testing Parameter & Operational Conditions |
|---|---|
| Scope of Application | General application parameters for the Indicator Light series Metal indicator light. |
| Component Part Name | Metal indicator light (FL1M-08FW-2 Configuration Matrix) |
| Operational & Storage Thermal Range | -40°C to +80°C Industrial Extremes Resilience Range |
| Operating Relative Atmospheric Humidity | ≤85% Relative Humidity measured at baseline environment of +40°C |
| High Temperature Endurance Test | Sustained operations over 96 continuous hours at fixed thermal stress of 80±2°C |
| Low Temperature Endurance Test | Sustained operations over 96 continuous hours at cryogenic stress of -40±2°C |
| Constant Temperature & Humidity Stress | 96 continuous hours executed at 40±2°C inside a dense 90% to 95% RH matrix |
| Thermal Shock Temperature Cycling | Alternate cycling between -40°C (30min) and 85°C (30min) for 5 complete loops |
Optoelectronic Semiconductor Specifications
1. Absolute Maximum Ratings
| LED Absolute Critical Boundary Profile | Safety Engineering Threshold Value Limit |
|---|---|
| Maximum Forward Current (IFP) | 20 mA Maximum Drive Baseline |
| Maximum Reverse Voltage Limit (VR) | 5 V Maximum Leakage Safeguard |
| Total Power Dissipation (PD) | 60 mW Top Electrical Load |
| Operational Junction Ambient Thermal Range (TOPR) | -40°C to +80°C Industrial Execution Range |
| Storage Ambient Thermal Range (TSTG) | -40°C to +100°C Long-Term Integrity Range |
| Lead-Free Thermal Reflow Solder Profile (TSOL) | Maximum 260°C executing within a rigid 3-second absolute frame |
2. Electro-Optical Characteristics (Measured at Ambient Temperature Ta=25°C)
| Electro-Optical Characteristic Parameter | Testing Condition Matrix | Standard Value Range Parameters |
|---|---|---|
| Forward Voltage Configuration (VF) | IF = 20mA | 2.8V (Minimum Boundary) to 3.2V (Maximum Ceiling) |
| Reverse Current Leakage (IR) | VR = 5V | 5 μA Maximum Permissible Upper Limit |
| Spatial Viewing Angle (2θ1/2) | IF = 20mA | 60° Spatial Divergence Dispersion Typ |
| Luminous Flux Intensity Output | IF = 20mA | 500 mcd (Minimum Output) to 800 mcd (Maximum Output) |
| Recommended Operational Drive (IF) | Nominal Calibration | 20 mA Stable Drive Precision Nominal |
| Dominant Wavelength (Color Spectrum) | IF = 20mA | 520 nm to 525 nm Target (Green Metric Example Calibration) |
| Internal Junction Temperature (Tj) | IF = 20mA load | 125°C Critical Safety Internal Ceiling Limit |
| Thermal Resistance Coefficient (RJP) | IF = 20mA calibration | 8°C / W Component Dissipation Structural Efficiency Typ |
Standard Test Conditions
Except where explicitly designated via customized contractual specifications, all recorded electro-optical properties and structural insulation parameters are verified using the following standardized atmospheric reference conditions:
| Ambient Temperature Range | 5°C to 35°C Baseline Range |
| Relative Humidity Environment | 45% to 85% Absolute Humidity Atmospheric Matrix |
| Barometric Air Pressure | 86 kPa to 106 kPa (Equivalent to 860 mbar to 1060 mbar atmospheric standard) |
Note: Luminous intensity indexes and dominant optical color wavelengths are calibrated in absolute compliance with the CIE international standards representing human eye visual response curves. Luminous intensity measurements contain a baseline ±15% tolerance; voltage metrics carry a rigid ±0.1V testing resolution limit.
Applications Across Heavy Industries
Industrial metal indicator lights provide high-strength performance matrices that outperform conventional plastic signal lights. Brittle plastic alternatives face cracking, high-temperature warping, and premature yellowing under UV exposure. FILN’s copper alloy or black-anodized zinc-aluminum alloy structures ensure long-term physical integrity in demanding operating environments.
1. Industrial Automation & CNC Machine Tools
Widely deployed across CNC machining centers and automated manufacturing cells, these 8mm indicator lamps interface with PLC control panel boards. Red, green, and yellow arrays signal status vectors—such as line blockages, active cycles, or automated tool changes—while resisting corrosive cutting oils, metal shavings, and heavy physical shocks.
2. Outdoor Power Infrastructure & EV Charging Stations
Engineered for extreme environments, these lights operate reliably from -40°C to +80°C in solar combiner boxes, outdoor distribution panels, and commercial EV charging pillars. Their robust metal bodies protect against environmental damage and vandalism, while an integrated silicone seal ensures IP67 water and dust protection.
3. Marine Systems & Heavy Construction Equipment
Fitted directly into the dashboard consoles of excavators, cranes, and marine control cockpits, the pre-wired 2-pin connection eliminates wire termination failures caused by continuous physical vibration. Stainless steel or copper alloy structures also provide excellent protection against high-salinity marine environments.
4. Public Infrastructure & Food Processing Systems
Ideal for automated commercial kiosks and security access panels requiring robust, tamper-resistant components. In food processing and medical sterilization equipment, the IP67-rated housing withstands high-pressure washdowns and chemical sanitizers without internal degradation.
Explore Complete Product Lineup:
Access our full directory of certified, high-durability industrial metal signaling solutions designed for professional applications.
Industrial Wavelength Chromaticity Meanings
Industrial signaling standards mandate distinct visual definitions for emitted colors to prevent human operational errors. The Red indicator wavelength communicates critical status anomalies, emergency line trips, or imminent danger. The Green spectrum verifies an active, safe system path ready for high-voltage engagement. The Yellow or Amber array alerts personnel to boundary conditions, thermal limits, or pre-programmed maintenance cycles.
The Blue emitter indicates mandatory manual operations, external command inputs, or configuration mode confirmations. The White emission spectrum provides neutral line-ready confirmation, raw voltage presence, or localized illumination. For complex systems, FILN provides bi-color and tri-color LED combinations within a single 8mm housing, optimizing space on dense control interfaces.
Technical Field Installation Guide
Follow this step-by-step procedure to mount the FL1M-08FW-2 6v indicator light securely on a control panel interface:
- Drill Precision Cutout: Execute a clean circular hole using a high-precision 8mm punch tool or specialized machining bit. Remove all residual burs and metal shavings from the raw panel edge.
- Position Sealing Ring: Seat the premium high-grade silicone waterproof O-ring onto the threaded metal shank, flush against the underside of the flat head bezel assembly.
- Insert Housing: Guide the pre-wired 2-pin conductor leads through the panel cutout from the front side, gently pushing the threaded metal shank deep into the 8mm hole until the silicone ring seats firmly against the outer face.
- Secure Mechanical Lock: From the rear of the panel, slip the stainless steel plum blossom gasket over the wire leads onto the threads, followed by the machined copper alloy hexagonal locking nut.
- Torque Calibration: Tighten the hex nut using an appropriate hand tool to create a compressed, airtight fluid seal. Avoid over-torqueing to prevent gasket distortion.
Electrical Wiring Integration Guide
Industrial indicator lights are integrated into electrical circuits using either rigid solder pins or flexible pre-wired leads. The FL1M-08FW-2 configuration simplifies field wiring by utilizing dual pre-installed 20cm PVC wire leads (providing a 40cm total circuit path). This design eliminates the tedious bench-soldering required for traditional pin terminals.
Field technicians can connect the integrated wire leads using premium quick-connect terminal blocks, terminal crimps, or direct inline solder joints insulated with heavy-duty heat-shrink tubing. Ensure all electrical paths are completely de-energized before beginning installation to guarantee technician safety.
Industrial Knowledge Center
Preventing Phantom Illumination: Faint glowing or “phantom light” anomalies occur when stray induced currents travel along long parallel cable wire runs, leaking residual energy into low-current LED chips. FILN designs its metal indicator series with optimized parallel bypass current thresholds to absorb this stray voltage, keeping the semiconductor off until a true control signal is applied.
Maintenance Minimization Matrix: Traditional incandescent bulbs require regular replacement due to filament burnout caused by mechanical vibration. Upgrading to solid-state LED indicators eliminates this failure point, helping facilities minimize unexpected downtime and reduce ongoing maintenance costs.
B2B Buyer Technical Decision Matrix
When procuring high-volume indicator solutions for large engineering projects, procurement officers and OEM buyers must verify three core compliance metrics:
- Voltage Tolerance Matching: Verify operating limits match the system architecture (e.g., 6V DC battery banks, 24V DC PLC automation loops, or 110V/220V AC mains lines).
- Material Shield Verification: Select copper alloy or stainless steel housings for heavy industrial settings to provide protection against impact and environmental wear.
- Cable Length Customization: Order custom wire lead lengths directly from the manufacturer to eliminate on-site splicing and reduce installation labor costs.
Why Procurement Engineers Choose FILN
FILN balances agile manufacturing capabilities with stringent quality control standards. Operating factory-direct channels without distributor markup, we support global infrastructure projects with an efficient supply chain:
Direct From Factory
Flexible MOQ Frameworks
Rapid Prototyping Lead Times
Full OEM/ODM Engineering
Global B2B Shipping Infrastructure
Independent Lab Testing Validation
Yueqing Yulin Electronic Co., Ltd (FILN Brand)
Established in 2006 in Wenzhou, Zhejiang, Yueqing Yulin Electronic Co., Ltd (under the premium brand name FILN) integrates R&D, advanced manufacturing, and global B2B trade across more than 100 countries. Operating a modern 10,000 m² facility with over 20 advanced production lines, FILN maintains an independent engineering testing laboratory certified to ISO9001 quality management standards.
Our manufacturing focus includes indicator lights, push-button switches, rocker switches, and toggle switches, along with specialized wiring harnesses. Backed by UL, CE, RoHS, REACH, TUV, and CB certifications, our products serve demanding sectors worldwide, including EV charging networks, energy storage systems, marine electronics, and commercial food equipment.
Corporate Portals: Official Site (www.filn.com) | Contact: Engineering Sales (inquiry@cnylin.com.cn)
Frequently Asked Questions
Q1: How to prevent phantom illumination (faint glowing) in 12v LED indicators?
A1: Faint glowing is prevented by designing parallel bleed paths inside the component or adding an external shunt resistor across the terminal line to isolate stray induced voltages below the semiconductor threshold.
Q2: Can this IP67 indicator light be washed down with caustic chemicals?
A2: Yes, the heavy-duty copper alloy or black zinc-aluminum alloy shell combined with a high-grade silicone sealing ring protects against industrial washdowns and common cleaning chemicals.
Q3: What is the exact panel cutout dimension required for the FL1M-08FW-2?
A3: The model requires a standard 8mm circular panel cutout hole, matching a tolerance diameter profile of approximately 0.315 inches.
Q4: Does the FL1M-08FW-2 6v indicator light support alternating current (AC) lines?
A4: Yes, internal electrical components can be factory-configured with specialized bidirectional resistors to support both AC and DC wiring configurations.
Q5: Can I request a custom length for the pre-wired leads?
A5: Yes, as a direct manufacturer, FILN can customize the standard 20cm pre-wired leads to match your specific assembly and routing requirements.
Q6: What is the estimated operational lifespan of the LED chip?
A6: Under standard operating conditions (≤20mA), the integrated high-luminosity solid-state LED chip delivers between 50,000 and 100,000 hours of service life.
Q7: What material options are available for the protective housing?
A7: FILN produces this model with either a bright chrome-plated copper alloy body or a black-anodized zinc-aluminum alloy shell.
Q8: What global safety and environmental certifications are provided?
A8: The series holds comprehensive international certifications, including UL, CE, RoHS, REACH, TUV, and CB regulatory compliance.
Q9: How does the metal indicator light handle heavy physical shock?
A9: The rigid metal housing combined with a multi-tooth stainless steel plum blossom lock gasket prevents the unit from loosening or fracturing under severe mechanical vibration.
Q10: What head styles are available for this 8mm pilot light series?
A10: Buyers can select from three different profiles based on their design requirements: low-profile flat head, convex prominent head, or concave recessed head.
Q11: What color emissions can be ordered for the 6v indicator light?
A11: Standard configurations include Red, Green, Yellow, Blue, and White (RGYBW). Custom multi-color bi-color and tri-color configurations are also available.
Q12: What is the maximum storage temperature the component can withstand?
A12: The component is rated to withstand long-term environmental storage temperatures ranging from -40°C to +100°C without material degradation.
Q13: Does the pre-wired configuration require soldering during field installation?
A13: No, the pre-installed 20cm wire leads eliminate the need for bench-soldering, allowing for direct connection via terminal blocks or inline crimps.
Q14: How does the silicone O-ring maintain a waterproof seal?
A14: When compressed against the panel by the locking nut, the high-elasticity silicone O-ring creates an airtight fluid barrier rated to IP67 standards.
Q15: What is the typical power consumption of the indicator light?
A15: The unit features an efficient solid-state design with a nominal power consumption of approximately 0.2 Watts at standard operating currents.
Q16: Can these indicator lights be used in high-humidity applications?
A16: Yes, the component is verified to maintain structural insulation integrity under constant environmental humidity conditions of ≤85% RH at +40°C.
Q17: Is there a minimum order quantity (MOQ) for custom lead configurations?
A17: No, FILN offers a flexible manufacturing framework with no strict MOQ limits, supporting both prototyping runs and high-volume wholesale orders.
Q18: What material is used for the internal lamp base insulation?
A18: The internal structural base is molded from premium PA66 reinforced nylon, providing reliable high-temperature insulation performance.
Q19: How do I order bulk wholesale quantities direct from the factory?
A19: B2B procurement managers can submit specifications directly to our engineering sales team via email at inquiry@cnylin.com.cn for factory pricing.
Q20: Does FILN provide engineering and design support for specialized projects?
A20: Yes, FILN provides complete OEM and ODM engineering support, including custom circuitry design, custom housing options, and integrated wire harness development.