Monthly Archives: January 2026

Key Takeaways for Engineers and Procurement Managers

• Product Identity: The led indicator lamp 22mm (FL1M-22CW-1) is a professional-grade panel-mount signal light featuring a concave head design for enhanced visual clarity from wide angles.
• Mounting Standard: Engineered for a standard 22mm panel cutout, utilizing a single single-nut threaded locking mechanism for secure mechanical retention.
• Electrical Versatility: Supports a wide operational voltage range from 3V to 480V DC/AC with customized internal resistor configurations tailored to exact application requirements.
• Ingress Protection: Achieves IP65 to IP67 waterproof and dustproof ratings when installed correctly with the supplied silicone O-ring and stainless steel lock washer.
• Wiring Configuration: Built with direct 2PIN wire leads, eliminating the risk of loose terminal pins under continuous industrial vibration.
• Material Engineering: Constructed with a durable copper alloy or zinc-aluminum alloy shell, PA66 lamp holder, and polycarbonate (PC) lens.
• Optical Performance: High-brightness LED luminescent source delivering stable illumination with an operational lifespan rated between 50,000 and 100,000 hours.
• Manufacturer Direct Supply: Produced by FILN in a 10,000 square meter manufacturing facility with strict ISO9001 quality control and global export capabilities.
• Customization Support: Full OEM and ODM capabilities including custom wire harnesses, lead lengths, laser marking, and specialized housing platings.
• Procurement Efficiency: Direct factory communication channels available for engineering drawings, technical datasheets, and bulk wholesale inquiries via inquiry@cnylin.com.cn.

What Is the LED Indicator Lamp 22mm?

An industrial led indicator lamp 22mm is an electromechanical signaling device mounted onto control panels, switchboards, and machine chassis to visually communicate operational states, power status, warnings, or fault conditions. FILN manufactures a comprehensive range of indicator lights across multiple dimensional tiers spanning from 6mm to 30mm, offering both plastic and metal housing constructions. Metal indicators are engineered into flat head, protruding head, and concave head geometries to suit specific aesthetic and functional requirements. Terminal configurations include traditional solder pin terminals and direct pre-wired cable assemblies.

The concave head design of model FL1M-22CW-1 recesses the optical lens slightly below the bezel rim, protecting the emitting surface from accidental mechanical impacts while focusing light distribution for clear visibility across wide viewing angles in bright industrial environments.

Product Overview and Engineering Principles

The FILN led indicator lamp 22mm operates by converting electrical energy into optical photon emission via a solid-state high-brightness LED chip integrated with a precise current-limiting carbon film resistor. Electrically, the internal diode requires proper forward bias, while the mechanical assembly utilizes single-hole threaded mounting to clamp firmly against control panel plates.

Industrial advantages include superior resistance to mechanical shock, vibration isolation provided by the integrated 2PIN wire lead configuration, and reliable thermal dissipation through the solid metal housing. These design characteristics prevent premature lamp failure commonly observed in cheaper plastic alternatives exposed to constant workshop vibration.

Explore our complete catalog of metal indicator light solutions or view direct purchase options for the 22mm concave head led indicator.

Quick Technical Specifications

Performance Parameters and Electrical Ratings

Component Materials and Engineering Selection

Every material utilized in the led indicator lamp 22mm is selected to withstand harsh industrial environments, mechanical stress, and corrosive operational conditions.

Environmental Performance Specifications

The metal indicator light series is engineered to perform reliably under rigorous environmental conditions, verified through rigorous testing standards.

LED Technical and Electro-Optical Specifications

Absolute maximum ratings and electro-optical characteristics of the embedded LED semiconductor chip utilized within the led indicator lamp 22mm:

Standard Test Conditions and Calibration

Unless otherwise specified, all electrical and optical parameters are measured under standard atmospheric conditions:

• Ambient Temperature: 5°C to 35°C
• Relative Humidity: 45% to 85%
• Air Pressure: 86 to 106 kPa (860 to 1060 mbar)

Note: Luminous intensity and dominant wavelength are calibrated in accordance with CIE international standards. Measurement tolerances are ±15% for luminous intensity and ±0.1V for operating voltage.

Applications by Industry

Metal indicator lights utilize high-strength copper alloy or stainless steel metal housings, offering exceptional impact resistance and IP67 waterproof protection. While plastic indicators degrade, crack, and warp under continuous thermal exposure, metal indicators excel in harsh industrial environments.

1. Industrial Automation and Machinery Manufacturing

CNC machine control panels use red, yellow, and green metal indicators to display running status, standby warnings, and emergency stop conditions while resisting cutting fluids and metallic debris. Large PLC control cabinets utilize 22mm indicators for main power status visualization.

2. Renewable Energy and Outdoor Power Distribution

Outdoor EV charging stations and photovoltaic combiner boxes deploy flat-head metal status lights to indicate charging progression and fault conditions, withstanding severe weather and UV exposure across temperatures from -40°C to 80°C.

3. Transportation, Heavy Vehicles, and Marine Equipment

Excavators, cranes, and marine control consoles utilize metal indicator lamps to resist continuous vibration and high salinity salt spray environments.

LED Indicator Color Meanings and Application Guide

Indicator colors convey critical operational states. FILN offers single-color, dual-color, and tri-color configurations. Below is a practical guide for standard industrial color conventions:

Installation Guide

Proper installation ensures structural stability and IP65/IP67 ingress protection. Follow these technical steps:

1. Panel Preparation: Drill a precise 22mm circular mounting hole into the control panel surface using appropriate tooling. Ensure burrs are removed.
2. O-Ring Placement: Slide the silicone waterproof O-ring onto the threaded body of the indicator lamp.
3. Insertion: Insert the indicator lamp body from the front side of the control panel.
4. Securing: Thread the M22 mounting nut onto the rear housing and tighten securely using a standard socket wrench. Do not overtighten to avoid thread stripping.
5. Gasket Installation: Position the stainless steel plum blossom lock washer behind the nut for vibration resistance.
6. Electrical Connection: Proceed with wiring as detailed in the wiring section below, ensuring power is disconnected prior to installation.

Wiring Guide and Terminal Comparison

The led indicator lamp 22mm utilizes a direct 2PIN wire lead configuration. Pre-wired lead indicators can be connected securely using quick-link wire connectors, soldered joints, or insulated terminal blocks. Always ensure main power is cut off before servicing electrical connections.

When designing control panels, engineers often weigh the benefits of pin terminals versus wire lead models:

For modular pin terminal options, consider the 19mm pin terminal concave indicator FL1M-19CJ-1.

Industry Knowledge Center

Understanding indicator light engineering principles helps prevent common field failures. Phantom illumination (faint glowing in 12V LED indicators when switched off) is typically caused by residual leakage current from solid-state PLC outputs or long parallel wiring runs acting as capacitive couplings. Adding a suitable bleeder resistor across the input terminals resolves this issue.

Selecting the correct IP rating ensures longevity in washdown environments, protecting internal LED diodes from moisture ingress and chemical degradation.

Buyer Decision Guide and RFQ Checklist

Choosing the right material variant is crucial for performance. FILN provides brass nickel-plated, stainless steel, and zinc-aluminum alloy housings:

RFQ Checklist for Procurement Managers

When requesting a quotation for the led indicator lamp 22mm, please provide the following details to ensure accurate processing by FILN engineering:

• Product Model: FL1M-22CW-1
• Mounting Hole Size: 22mm
• Operating Voltage and Type (DC/AC)
• LED Color (Red, Green, Yellow, Blue, White)
• Wiring Requirement & Lead Wire Length
• Required Quantity & Target Delivery Date
• OEM / Custom Marking Requirements

Providing these specifications helps our sales team confirm compatibility quickly. Contact inquiry@cnylin.com.cn for prompt support.

FILN Manufacturing and Engineering Capabilities

Yueqing Yulin Electronic Co., Ltd. (brand name FILN), located in Wenzhou, Zhejiang, was established in 2006 as a professional electrical switch manufacturer integrating R&D, production, and sales. FILN operates a modern 10,000 m² facility with 20+ advanced production lines and an independent testing laboratory. Driven by rigorous ISO9001 quality systems, FILN products are sold in over 100 countries.

Our production capabilities encompass indicator lights, push button switches, rocker switches, toggle switches, and custom electrical assemblies. FILN products hold international certifications including CE, VDE, RoHS, SGS, UL, CCC, and IP65/IP67 ratings.

Official Website: www.filn.com | Direct Inquiry Email: inquiry@cnylin.com.cn

Frequently Asked Questions

1. How to prevent phantom illumination (faint glowing) in 12V LED indicators?

Phantom illumination in 12V LED indicators is typically caused by residual leakage current from solid-state controller outputs or capacitive coupling in long parallel wire runs. Installing a suitable bleeder resistor in parallel across the indicator input terminals will bypass the leakage current and eliminate faint glowing when switched off.

2. Can this IP67 indicator light be washed down with caustic chemicals?

Yes, when selecting the stainless steel housing variant with proper silicone O-ring compression, the indicator withstands regular washdown procedures. However, specific chemical compatibility should be verified with FILN engineering for extreme industrial solvents.

3. What is the standard panel cutout required for the led indicator lamp 22mm?

The required panel cutout diameter is exactly 22mm, fitting standard industrial push button and pilot light knockout dimensions across electrical control panels.

4. Can FILN customize the wire lead length for pre-wired indicator lights?

Yes, FILN supports fully customized wire lengths, pre-stripped ends, and specialized connector attachments tailored to your wiring harness requirements.

5. What operating voltages are available for model FL1M-22CW-1?

The indicator supports a wide flexible voltage range from 3V to 480V DC/AC, with internal resistors custom-matched to your specified operating voltage.

6. Are waterproof sealing rings included with the indicator lamp?

Yes, every package includes the indicator lamp, a silicone waterproof O-ring, a stainless steel lock washer, and a copper alloy M22 mounting nut.

7. What is the expected operational lifespan of the LED luminescent source?

The embedded high-brightness LED features an expected operational lifespan rated between 50,000 and 100,000 hours under normal operating conditions.

8. How does a concave head indicator differ from a flat head indicator?

The concave head design recesses the lens slightly below the metal bezel rim, offering protection against physical impact while focusing light diffusion for clear side-angle visibility.

9. What certifications do FILN metal indicator lights hold?

FILN indicators hold international quality and safety certifications including CE, VDE, RoHS, SGS, UL, CCC, and IP65/IP67 ratings depending on the specific model configuration.

10. How can I request bulk wholesale pricing or custom samples?

Procurement managers and engineers can contact FILN directly via email at inquiry@cnylin.com.cn to discuss bulk orders, custom specifications, and sample requests.

11. What is the advantage of a copper alloy shell over plastic?

Copper alloy shells provide superior impact resistance, thermal dissipation, and structural rigidity compared to plastic housings, preventing cracking and UV degradation in demanding environments.

12. Is AC/DC universal operation supported?

Yes, internal rectification or multi-voltage resistor options can be configured for universal AC/DC operation upon request during the RFQ process.

13. What is the typical lead time for custom manufactured orders?

Lead times vary depending on order volume and custom requirements. Please contact FILN engineering directly at inquiry@cnylin.com.cn for accurate scheduling.

14. Can these indicators be used in marine and high-salt environments?

Yes, our stainless steel and nickel-plated brass variants paired with silicone O-rings provide excellent resistance against salt spray corrosion in marine applications.

15. What wire gauge is utilized for the standard pre-wired leads?

Standard lead wires utilize high-conductivity stranded copper wiring insulated with flexible PVC, optimized for secure crimping or terminal block insertion.

16. Does FILN provide 3D CAD models for engineering design?

Yes, 3D step files and technical drawings are available upon request for control panel integration and enclosure design.

17. What is the maximum panel thickness supported by the mounting hardware?

The standard M22 threaded body accommodates control panel thicknesses ranging from 1mm up to 6mm securely.

18. How does vibration affect wire lead indicators versus pin terminals?

Wire lead indicators eliminate plug-on terminal looseness caused by continuous machine vibration, as the direct wire connection can be securely harnessed and routed away from high-vibration sources.

19. Are dual-color indicators available in the 22mm size?

Yes, dual-color and tri-color LED configurations (such as Red/Green switching) are available as custom OEM options.

20. How do I initiate an OEM/ODM customization project with FILN?

You can initiate an OEM/ODM project by sending your technical drawings, voltage specifications, and volume estimates directly to our engineering team at inquiry@cnylin.com.cn.

Executive Summary

The FILN FL1M-22FW-1 represents a heavy-duty, industrial-grade 22mm LED indicator lights solution engineered for electrical control panels, automation machinery, power distribution systems, and OEM equipment. Designed by an established electrical component manufacturer, this flat head metal pilot lamp features a robust copper alloy or black-plated zinc-aluminum alloy housing combined with an IP67 waterproof ingress rating, ensuring exceptional durability and reliable status signaling in harsh operating environments. It supports a versatile voltage range from 3V to 480V AC/DC with integrated non-polar LED chips and pre-wired 20cm lead wires for secure electrical connections.

Targeting B2B procurement managers, electrical engineers, control panel builders, and equipment manufacturers worldwide, FILN provides robust bulk supply capabilities, custom wire harnesses, flexible voltage configurations, and comprehensive OEM/ODM manufacturing support. B2B buyers seeking factory-direct pricing, stable batch production, and strict ISO9001 quality assurance can request sample evaluations, detailed technical datasheets, or 3D CAD models directly from our engineering team.

Key Takeaways for B2B Buyers & Engineers

• Product Identity: Industrial-grade 22mm LED indicator lights (Model: FL1M-22FW-1) featuring a durable flat head metal housing for robust panel mounting.
• Electrical Versatility: Configurable operating voltages ranging from 3V to 480V AC/DC with non-polar LED chips preventing reverse-polarity wiring errors.
• Material & Construction: Premium copper alloy shell with black-plated zinc-aluminum options, PA66 lamp holders, and PC lenses built for extreme industrial environments.
• Environmental Protection: IP65/IP67 ingress protection supported by high-grade silicone O-rings ensuring resistance against dust, moisture, and mild chemical washdowns.
• Wiring Configuration: Factory-equipped with 2-pin 20cm wire leads, offering superior anti-vibration reliability compared to standard pin terminals.
• Illumination Options: High-brightness LED color variants available in Red, Green, Yellow, Blue, and White with calibrated CEE wavelength standards.
• Mounting Simplicity: Single-hole 22mm threaded mounting design with included locking nut, spring washer, and waterproof sealing gasket for fast assembly.
• Industrial Applications: Widely deployed across CNC machine tools, electrical distribution cabinets, renewable energy systems, EV charging stations, and marine consoles.
• Manufacturing Compliance: Produced under strict ISO9001 factory management systems with international certifications including CE, VDE, RoHS, and CCC.
• Customization & Support: Direct manufacturer support from FILN for OEM/ODM requirements, custom wire lengths, voltage modifications, and bulk wholesale procurement.

What is 22mm LED Indicator Lights?

Industrial 22mm LED indicator lights are specialized panel-mounted signaling devices engineered to communicate electrical equipment operating status, system modes, and fault warnings to operators. The 22mm LED indicator lights utilize advanced solid-state LED luminescent sources housed within rugged metallic enclosures to deliver high-visibility status notification across complex automation architectures. FILN manufactures these devices with precision-machined copper alloy shells, polycarbonate lenses, and integrated internal current-limiting resistors, ensuring dependable electrical isolation and long operational lifespans in demanding industrial environments.

FILN provides an extensive range of indicator light configurations to match diverse engineering requirements. Indicator lights are available in both metal and plastic housing categories, spanning standardized mounting diameters from 6mm to 30mm. Regarding electrical termination, buyers can select between pin-terminal models and direct wire-lead variants. Specifically, metal indicator lights feature three distinct head profiles—flat head, prominent head, and recessed head—allowing control panel builders to tailor aesthetics and physical clearance to specific operational demands.

Product Overview & Engineering Principles

The Model FL1M-22FW-1 22mm LED indicator lights operate on solid-state optoelectronic principles, converting electrical energy directly into visible monochromatic light through semiconductor p-n junction electroluminescence. Mechanically, the unit is constructed with an outer metallic body that serves as a robust structural chassis and electromagnetic shield, protecting internal circuitry from physical shock, mechanical stress, and radiated electrical noise typical of heavy industrial switchgear.

Electrical performance is stabilized via an internal carbon film resistor matched to the specified operating voltage (ranging from 3V to 480V), regulating current flow to protect the high-brightness LED chip against transient voltage spikes. Main applications encompass heavy machinery status panels, electrical distribution switchboards, marine instrumentation, and automated production control desks. Industrial advantages include superior thermal dissipation, excellent mechanical impact resistance, and compliance with international electrical safety standards.

Quick Specifications

Performance Parameters

Component Materials & Engineering Selection

Every component in the FILN 22mm LED indicator lights is engineered from carefully selected industrial-grade materials to guarantee maximum durability, electrical safety, and environmental resilience. The table below outlines each accessory part, its material composition, and its specific functional advantage.

Environmental Performance & Durability

The Indicator Light series metal indicator light is engineered to perform reliably across extreme operating conditions. Rigorous environmental testing ensures structural integrity and functional stability in harsh industrial, outdoor, and maritime applications.

LED Technical Specifications

The internal LED components are manufactured to strict electro-optical parameters, ensuring optimal luminous intensity, color uniformity, and electrical longevity.

Absolute Maximum Ratings (Ta = 25°C)

• Maximum Forward Current (IFP): 20 mA
• Reverse Voltage (VR): 5 V
• Power Dissipation (PD): 60 mW
• Operating Temperature (TOPR): -40°C ~ +80°C
• Storage Temperature (TSTG): -40°C ~ +100°C
• Lead-Free Soldering Temperature (TSOL): Max. 260°C for 3 sec. Max.

Electro-Optical Characteristics (Ta = 25°C)

Standard Test Conditions & Calibration

Unless otherwise specified, all electrical and optical parameters are measured under controlled standard atmospheric conditions to ensure repeatability and accuracy.

• Ambient Temperature: 5℃ ~ 35℃
• Relative Humidity: 45% ~ 85%
• Air Pressure: 86 ~ 106 kPa (860 ~ 1060 mbar)

Measurement Notes: Luminous intensity and dominant wavelength are calibrated in accordance with CIE international standards for the human eye response curve. Tolerances: luminous intensity measurement tolerance is ±15%; voltage measurement tolerance is ±0.1V.

Applications by Industry

Metal indicator lights utilize high-strength copper alloy or stainless steel metallic housings, delivering exceptional impact resistance and an ingress protection rating up to IP67 waterproof and dustproof. They are widely deployed across demanding industrial and high-end commercial environments. While conventional plastic indicators are prone to aging, cracking, and high-temperature deformation over prolonged use, metal indicator lights excel in severe operating conditions characterized by mechanical stress and high reliability requirements.

1. Industrial Automation & Machinery Manufacturing

This sector represents the primary application domain for metal indicator lights, where workshops experience continuous mechanical vibration, oil splashes, and debris impact.

• CNC Machine Tools & Machining Centers: Control panels incorporate red, yellow, and green metal indicator lights where green signifies normal operation, yellow indicates standby/warning, and red denotes emergency stop or equipment fault. Metal housings resist cutting fluids and metallic chip erosion.
• Automation Production Line Control Cabinets: Large power distribution and PLC control cabinets utilize 22mm metal indicators compatible with AC220V and DC24V to provide real-time status indication for power circuits.
• Hydraulic & Pneumatic Equipment: Deployed for oil pump start/stop cycles and over-pressure warnings. Integrated wire-lead metal indicators secure internal LEDs and resistors against severe vibration, preventing wire breakage common in pin-terminal alternatives.

2. Outdoor Electrical & Renewable Energy Distribution Systems

Outdoor equipment is subjected to year-round solar radiation, precipitation, and wide temperature swings, demanding rigorous weathering and waterproof capabilities.

• New Energy Charging Piles: Outdoor DC and AC charging stations feature flat head metal status indicators where flashing blue/green indicates active charging, steady light indicates completion, and flashing red warns of leakage or grounding faults. IP67 waterproof construction withstands public vandalism and high-frequency usage.
• Outdoor Distribution Boxes & Solar Combiner Boxes: Photovoltaic power stations and municipal outdoor distribution boxes utilize indicators to display high-voltage closing and inverter operating status across temperature ranges from -40℃ to +80℃.

3. Rail Transit, Commercial Vehicles & Marine Equipment

Vehicular and marine deployments experience severe shock and vibration alongside aggressive salt-spray corrosion in maritime environments.

• Commercial & Engineering Vehicles: Operator consoles in excavators, cranes, and bulldozers feature indicators for oil pressure, water temperature, lighting status, and braking faults, engineered for heavy shock and dust exposure.
• Marine & Port Control Equipment: Shipboard instrumentation and deck control boxes use stainless steel-plated metal indicator lights to resist maritime salt-spray corrosion, paired with silicone O-ring seals to prevent saltwater ingress.

4. Commercial Self-Service Devices & Public Security Facilities

Public equipment is vulnerable to physical impact and tampering, where plastic luminaires easily fracture.

• Vending Machines & Ticketing Kiosks: Paired with vandal-resistant metal switches to indicate coin insertion, dispensing, and change status.
• Fuel Dispenser Panels: Hazardous fuel zones require strict electrical isolation and robust metal shells to enhance operational safety.
• Residential Access Control & Video Intercoms: Stainless steel access panels feature red and green indicator lights to signal door lock status.

5. Medical Equipment & Food Processing Machinery

These industries require frequent washdowns and chemical sterilization, demanding high standards of cleanliness and ingress protection.

• Food Filling & Packaging Machinery: Subjected to daily high-pressure hot water and chemical washdowns. IP67 metal indicator lights withstand high-pressure jets without internal component corrosion.
• Medical Sterilization Equipment: High-temperature and high-pressure autoclave equipment utilizes indicator lights to delineate heating, sterilization, and exhaust cycles.

Application Summary: Standard plastic indicators suffer from ultraviolet yellowing and embrittlement during outdoor exposure, workshop oils corrode weak housings, and continuous vibration causes loose pin contacts. FILN metal indicator lights utilize copper alloy shells, silicone waterproof O-rings, and rear integrated wire-lead structures to eliminate these vulnerabilities, making them the preferred component for industrial equipment reliability.

LED Indicator Color Meanings & Application Guide

Indicator light colors play a critical role in human-machine interface (HMI) design, providing immediate visual feedback regarding equipment states. Below is the comprehensive color convention guide for industrial installations:

• Red: Denotes danger, emergency stop, fault conditions, or mandatory prohibition. Typically wired into emergency stop loops or trip indicators.
• Green: Signifies normal operation, safe conditions, system ready status, or power ON indication.
• Yellow / Amber: Indicates caution, abnormal operating conditions, pre-warning states, or standby modes.
• Blue: Used for specific operational instructions, coolant activation, or general status confirmation.
• White: Serves as a neutral power indication, general illumination status, or auxiliary function confirmation.

Note: Indicator color conventions can vary by equipment manufacturer, internal control-system schematics, regional industry standards, and specific application requirements. FILN offers single-color, dual-color, and tri-color indicator configurations to suit custom panel designs.

Installation Guide

Proper mechanical and electrical installation ensures the 22mm LED indicator lights achieve their rated IP67 protection and operational longevity. Follow these systematic instructions:

1. Prepare Tools: Gather a calibrated hole punch or drill, deburring tool, wire strippers, and insulated screwdrivers.
2. Panel Drilling: Drill a precise 22mm (0.866 inch) circular mounting hole in the control panel sheet metal. Ensure the edge is deburred to prevent damage to the O-ring seal.
3. Insert Indicator: Remove the rear locking nut and plum blossom gasket from the indicator body. Insert the metal indicator light from the front of the panel, ensuring the silicone waterproof O-ring sits flush between the bezel and the panel surface.
4. Secure Nut: From the rear of the panel, thread the stainless steel lock washer and copper alloy locking nut onto the threaded body. Tighten securely to compress the O-ring and prevent rotation.
5. Verify Alignment: Check the front bezel alignment and ensure the head assembly is firmly seated without tilt or looseness.
6. Electrical Wiring: Connect the 20cm wire leads to the power source following standard electrical safety protocols. (Note: Utilizing non-polar LED chips means polarity alignment is non-critical).
7. Insulation & Protection: Secure wire connections using quick-link terminals, soldering, or insulating tape to ensure stability in vibrating environments.
8. Post-Installation Inspection: Energize the circuit to verify illumination intensity and confirm correct operational status.

Wiring Guide & Termination Methods

Understanding proper electrical termination is vital for reliable control panel assembly. Pin-terminal indicators require slide-on receptacle connectors or direct soldering to connect circuit wires, whereas direct wire-lead indicators (such as the FL1M-22FW-1) come pre-equipped with 20cm PVC insulated copper wires. These pre-wired leads can be connected directly to control circuits using quick-link terminal blocks, professional soldering, or insulated electrical tape to ensure secure, vibration-resistant electrical continuity.

Safety Warning: Always cut off power and verify zero energy state before performing any electrical wiring or maintenance.

Industry Knowledge Center

Industrial indicator lights are essential human-machine interface (HMI) components governed by rigorous electrical standards (IEC, UL, CE). Selecting high-quality metal indicators prevents premature failure caused by voltage spikes, thermal fatigue, and environmental corrosion. Regular maintenance involves inspecting terminal connections and verifying gasket integrity in washdown environments.

Buyer Decision & Material Selection Guide

Selecting the correct metal indicator light requires evaluating operating voltage, mounting dimensions, environmental exposure, and shell material. FILN offers three primary metal shell materials tailored to distinct operational environments:

Specification-to-Decision Framework

• Mounting Hole (22mm): Determines physical panel compatibility; standard size for heavy industrial pushbuttons and indicators.
• Voltage (3V-480V): Determines electrical compatibility; ensure matching voltage specification to prevent dim illumination or LED burnout.
• IP Rating (IP67): Determines environmental suitability against dust and water immersion.
• Wiring Method (2-Pin Wire Lead): Provides vibration resistance and pre-wired convenience during assembly.

RFQ (Request for Quotation) Checklist

When submitting an inquiry to FILN, please provide the following details to ensure accurate quotation and engineering validation:

• Product Model (e.g., FL1M-22FW-1)
• Mounting Hole Size (22mm)
• Operating Voltage & Current Type (AC/DC)
• LED Color (Red, Green, Yellow, Blue, White)
• Wire Length and Terminal Requirements
• Required Certifications & Quantity

FILN Manufacturing & Engineering Capabilities

FILN operates as a premier direct manufacturer with extensive R&D capabilities, offering comprehensive OEM, ODM, and custom engineering support. From custom wire harnesses and specialized operating voltages to private-label packaging and small-batch sample production, FILN’s experienced engineering team collaborates directly with industrial buyers to solve complex application challenges.

Factory Direct Supply & Global Export

Factory Introduction: Yueqing Yulin Electronic Co., Ltd., brand name FILN, located in Wenzhou, Zhejiang, was established in 2006 as a professional electrical switch manufacturer integrating R&D, production, and sales. Its premium FILN brand products are sold in over 100 countries. FILN operates a modern 10,000 m² facility with 20+ advanced production lines and an independent testing lab. Driven by scientific processes and the ISO9001 quality system, FILN ensures industry-leading innovation and electrical performance. Certified products (UL, CE, RoHS, REACH, TUV, CB) are widely deployed in kitchen appliances, energy storage, EV charging, automotive, marine, and security systems.

• Production Capabilities: Indicator lights, pushbutton switches, rocker switches, toggle switches, and other small electrical components with complete custom manufacturing capabilities.
• Quality System: Certified under ISO9001, CE, VDE, RoHS, SGS, UL, IP65, and TUV standards.
• Export Markets: Global distribution spanning North America, Europe, Asia, and South America.
• Manufacturing Advantages: Direct professional engineering consultation specializing in custom technical solutions.
• Website Link: www.filn.com
• Email Link: inquiry@cnylin.com.cn

Frequently Asked Questions

Related FILN Indicator Light Products & Resources

Explore our comprehensive catalog of industrial indicator lights and pilot lamps:

• Browse All Metal Indicator Light Products
• Purchase FL1M-22FW-1 22mm Indicator Light Online
• More 22mm LED Indicator Light Options
• Small 8mm Flat Head Wire Indicator (FL1M-08FW-1)
• 10mm Flat Head Wire Indicator (FL1M-10FW-1)
• 12mm Flat Head Wire Indicator (FL1M-12FW-1)
• 14mm Flat Head Wire Indicator (FL1M-14FW-1)
• 16mm Flat Head Wire Indicator (FL1M-16FW-1)
• 19mm Pin-Terminal Flat Head Indicator (FL1M-19FJ-1)

Key Takeaways & Purchasing Highlights

• Product Identity: Industrial-grade 22mm high head metal led indicator light 220v 22mm (Model: FL1M-22SW-1) featuring a protruding lens for enhanced 180-degree visibility.
• Mounting Specification: Standard 22mm mounting hole designed for secure single-nut panel installation with an included locking nut and metal gasket.
• Electrical Versatility: Standard 220V configuration with custom operating voltage ranges from 3V to 480V AC/DC available upon factory request.
• Protection Rating: IP65 waterproof and dustproof performance achieved via an integrated silicone O-ring sealing mechanism.
• Wiring Configuration: 2PIN pre-wired lead design ensuring secure electrical connectivity and faster assembly times inside control cabinets.
• Durable Construction: Heavy-duty copper alloy shell and high-brightness LED source designed to withstand continuous industrial vibration and thermal stress.
• Color Options: Available in red, green, yellow, blue, and white high-intensity LED configurations for precise equipment status indication.
• Certifications: Manufactured under ISO9001 quality management systems with compliance standards including CE, VDE, RoHS, and CCC.
• Manufacturer Support: Direct factory supply from FILN offering OEM, ODM, custom wire harnessing, and bulk wholesale purchasing capabilities.
• Application Scope: Widely deployed in CNC machinery, power distribution cabinets, new energy charging piles, marine control desks, and automation systems.

What Is a Metal LED Indicator Light?

An industrial indicator light is an essential visual signaling device used on control panels, switchgear, and machinery to communicate operational statuses, power conditions, and alarm warnings to operators. FILN manufactures a comprehensive selection of indicator lights available in both metal and plastic housing variants, covering mounting sizes from 6mm to 30mm. Electrical termination options include pin terminals and direct pre-wired lead configurations to suit diverse wiring environments.

Metal indicator lights are specifically engineered with flat, standard round, or protruding high head designs depending on optical and aesthetic requirements. The protruding head variant offers wide-angle visibility, ensuring operators can monitor equipment status clearly from multiple angles across industrial plant floors.

FILN manufactures robust metal indicator solutions designed to replace fragile plastic alternatives in demanding settings. Explore our complete collection of metal LED indicator lights or view specific dimensional options in our 22mm metal LED indicator light catalog. For immediate project evaluation, view product details on the 22mm high head indicator page.

Product Overview & Engineering Principle

The FL1M-22SW-1 led indicator light 220v 22mm operates on standard electromechanical and solid-state illumination principles designed for continuous industrial duty. When energized with an AC or DC voltage source, current flows through an internal dropping resistor and illuminates a high-efficiency solid-state LED chip securely housed within a molded PC lamp holder.

The mechanical structure utilizes a precision-machined copper alloy shell that provides superior structural rigidity and thermal dissipation compared to standard polymer enclosures. The protruding high head lens maximizes light dispersion, projecting a bright, uniform signal across a 60-degree viewing angle.

Mainly applied in electrical control panels, CNC machinery, and power distribution systems, this indicator delivers exceptional reliability against mechanical shock and vibration. Certified to international quality benchmarks, it ensures stable, long-term operation in demanding factory automation environments.

Procurement managers and engineers can contact inquiry@cnylin.com.cn for customized wire harnesses, specific voltage ratings, or bulk factory direct quotations.

Quick Technical Specifications

Performance Parameters & Electrical Ratings

Component Materials & Engineering Breakdown

Every component of the FL1M-22SW-1 indicator is selected for maximum durability, electrical safety, and environmental resistance in industrial applications.

Environmental Performance Testing

This specification covers the general operational limits and environmental endurance testing for FILN metal indicator light series.

LED Technical Specifications

Absolute Maximum Ratings (Ta = 25°C)

Electro-Optical Characteristics (Ta = 25°C)

Standard Test Conditions

Unless otherwise specified, all electrical and optical parameters are measured under controlled atmospheric testing conditions in accordance with factory quality assurance protocols:

Calibration & Measurement Notes:

• Luminous intensity and dominant wavelength are calibrated in accordance with CIE international standards for human eye response curves.
• Measurement tolerances: Luminous intensity tolerance is ±15%; voltage measurement tolerance is ±0.1V.

Industrial Applications & Use Cases

Metal indicator lights feature high-strength copper alloy or stainless steel metal enclosures, delivering exceptional impact resistance and IP67 waterproof/dustproof protection suitable for demanding industrial and commercial environments.

While plastic indicator lights are prone to aging, cracking, and high-temperature deformation over prolonged use, metal indicator lights reliably adapt to harsh operating conditions, frequent switching cycles, and high-reliability requirements across multiple industries:

1. Industrial Automation & Machinery Manufacturing

This sector represents the primary application area for metal indicators operating under constant mechanical vibration, oil splashes, and particulate exposure. CNC machine control panels utilize red, yellow, and green indicators where green indicates normal running status, yellow indicates standby or warning, and red signals emergency stop or fault conditions. The metal shell resists cutting fluid and metallic chip erosion.

2. Outdoor Power & Renewable Energy Distribution Systems

Outdoor equipment subject to solar radiation, heavy rain, and wide temperature swings demands superior weather resistance. Electric vehicle charging piles utilize flat and high head metal status indicators where flashing blue or green signifies active charging and flashing red alerts operators to ground faults. IP67 sealing ensures dependable performance in public charging stations and photovoltaic combiner boxes.

3. Rail Transit, Commercial Vehicles & Marine Equipment

Mobile and marine installations experience severe mechanical shock and high salt-fog corrosion. Excavators, cranes, and bulldozer dashboard consoles utilize heavy-duty metal pilot lights for oil pressure, water temperature, and braking fault alerts, while marine control panels employ electroplated stainless steel housings to prevent saltwater degradation.

4. Commercial Vending & Public Access Equipment

Public installations require vandal-resistant components. Automated ticketing kiosks, gas station pump panels, and outdoor access control intercoms deploy metal indicator lamps to withstand physical impact while clearly communicating operational status.

5. Medical Equipment & Food Processing Machinery

Food packaging and medical sterilization equipment undergo frequent high-pressure washdowns and chemical disinfection. IP65/IP67 metal indicator lights withstand spray cleaning without internal component corrosion or chemical degradation.

LED Indicator Color Meanings & Application Guide

Selecting the correct LED color is critical for effective operator communication and safety compliance on industrial control panels. Indicator color conventions generally follow standardized engineering practices, though specific meanings can vary by machine manufacturer and control system design.

FILN offers single-color, dual-color, and tri-color indicator configurations to accommodate complex system feedback requirements. For custom color specifications, contact our engineering team at inquiry@cnylin.com.cn.

Technical Installation Guide

Proper mechanical and electrical installation ensures optimal IP65 sealing performance and long-term operational reliability of the FL1M-22SW-1 metal indicator light.

1. Panel Preparation: Drill or punch a precise 22mm diameter hole in the mounting panel. Ensure the panel surface is clean, flat, and free of burrs or metal shavings.
2. Waterproof Seal Placement: Slide the provided silicone waterproof O-ring onto the threaded body of the indicator light before insertion.
3. Component Insertion: Insert the indicator light assembly from the front side of the control panel through the 22mm mounting hole.
4. Rear Fastening: Thread the stainless steel plum blossom lock washer and the copper alloy mounting nut onto the rear body from behind the panel.
5. Secure Tightening: Tighten the mounting nut firmly using appropriate hand tools to compress the silicone O-ring, ensuring a secure mechanical fit and IP65 waterproof seal. Avoid over-tightening to prevent thread stripping.
6. Electrical Wiring: Connect the integrated 2PIN pre-wired leads to the power source in accordance with your electrical schematic, observing proper polarity for DC circuits.
7. Post-Installation Inspection: Verify that the indicator is firmly seated without tilting or rotation, and test electrical continuity and illumination prior to full system commissioning.

Electrical Wiring & Termination Guide

Understanding proper wiring methods is essential for safe and reliable control panel assembly. Indicator lights are manufactured with either pin terminals or direct lead wires depending on the specific model configuration.

Pin-terminal indicators require female spade connectors or direct soldering onto contact pins, requiring careful heat shrink insulation to prevent short circuits. In contrast, pre-wired indicators like the FL1M-22SW-1 feature integrated flexible lead wires that streamline installation.

Directly pre-wired indicator leads can be connected to the main circuit using quick-link terminal blocks, soldered connections, or professional electrical insulating tape to guarantee connection stability under vibration.

Industry Knowledge & Maintenance Center

Metal indicator lights serve as vital visual interfaces in modern industrial systems. Maintaining optimal performance requires adherence to proper selection, installation, and inspection protocols.

Preventing Phantom Illumination: Low-current LED indicators operating on 12V or 220V circuits can occasionally exhibit faint glowing or phantom illumination caused by residual leakage currents from solid-state PLC output modules or long cable capacitance. Implementing an appropriate bleeder resistor or matching relay resolves this condition.

Routine Maintenance: Periodically inspect panel-mounted indicators for physical damage, secure nut tightness, and wiring integrity. For equipment operating in corrosive chemical washdown environments, verify that silicone sealing gaskets remain pliable and intact to maintain IP65 protection ratings.

Buyer Decision Guide & Material Selection

Choosing the right metal indicator light involves evaluating physical dimensions, electrical ratings, environmental exposure, and shell materials. FILN offers various shell materials tailored to specific operating environments:

Specification-to-Decision Framework:

• Mounting Hole Size (22mm): Determines physical panel compatibility. Ensure panel punch dimensions match standard industrial cutouts.
• Voltage (3V to 480V): Determines electrical compatibility. Confirm whether your circuit operates on AC or DC power.
• IP Rating (IP65/IP67): Determines environmental suitability against dust, water spray, and moisture ingress.

Request for Quotation (RFQ) Checklist:

When submitting an inquiry to FILN, providing complete specifications accelerates order processing and technical verification:

• Model Number & Quantity
• Mounting Hole Size & Head Type
• Operating Voltage & Current Type (AC/DC)
• LED Color & Wiring Lead Length
• Special Certifications or Custom Packaging Requirements

Contact our sales and engineering team at inquiry@cnylin.com.cn to request your customized quotation.

FILN Manufacturing & Engineering Capabilities

FILN operates as an established direct manufacturer specializing in indicator lights, push button switches, and electrical control components. Our engineering capabilities support global OEM and ODM buyers through rigorous quality control, custom tooling design, and responsive technical communication.

With dedicated R&D facilities, automated assembly lines, and in-house environmental testing laboratories, FILN provides customized electrical solutions, bespoke wire harnessing, and flexible small-batch or mass-production support for industrial clients worldwide.

Factory Direct Supply & Global Reach

Factory Introduction: Yueqing Yulin Electronic Co., Ltd., operating under the brand name FILN in Wenzhou, Zhejiang, China, was established in 2006 as a professional electrical switch and indicator manufacturer integrating research, development, production, and sales. FILN products are distributed across more than 100 countries.

FILN operates a modern 10,000 m² manufacturing facility equipped with over 20 advanced production lines and an independent testing laboratory. Driven by rigorous ISO9001 quality management systems, FILN delivers reliable electrical performance and certified components (UL, CE, RoHS, REACH, TUV, CB, CCC) deployed in kitchen appliances, energy storage systems, EV charging infrastructure, automotive engineering, marine consoles, and security equipment.

Production Capabilities: Specialized manufacturing of indicator lights, push button switches, rocker switches, toggle switches, and customized electrical assemblies.

Quality & Certifications: Certified under ISO9001, CE, VDE, RoHS, SGS, UL, CCC, and IP65 protection standards.

Export Markets: Global distribution across North America, Europe, South America, Asia, and Oceania.

Manufacturing Advantages: Direct engineer-to-client technical consultations, custom solution development, and prompt sample support.

Official Resources: Visit our official website at www.filn.com or contact our sales and engineering team directly via email at inquiry@cnylin.com.cn.

Frequently Asked Questions

1. How to prevent phantom illumination (faint glowing) in 12V and 220V LED indicators?

Faint glowing or residual illumination in LED indicators is typically caused by leakage currents from solid-state PLC outputs or induced voltages across long signal cables. Installing an appropriately rated bleeder resistor or matching relay across the indicator terminals absorbs the residual leakage current and ensures complete shutoff when power is disconnected.

2. Can this IP67 indicator light be washed down with caustic chemicals?

Yes, the metal shell and IP65/IP67 waterproof sealing design allow the indicator light to withstand standard industrial washdown procedures. However, prolonged exposure to highly concentrated caustic chemical agents should be tested against specific material compatibility guidelines provided by FILN engineering.

3. What is the difference between pin-terminal and pre-wired metal indicators?

Pin-terminal indicators require separate spade connectors or soldering during panel assembly, offering modular wiring flexibility. Pre-wired indicators feature factory-attached lead wires that simplify installation, reduce assembly time, and provide secure electrical connections inside vibration-prone control cabinets.

4. Are custom operating voltages available for the FL1M-22SW-1 model?

Yes, FILN offers custom voltage configurations ranging from 3V to 480V AC/DC to match your exact electrical control system requirements. Contact our factory team to specify your operating voltage.

5. How do I ensure proper waterproof sealing during panel installation?

Ensure that the mounting panel hole is cleanly punched to 22mm without burrs. Always place the supplied silicone O-ring between the indicator head and the front panel surface before tightening the rear locking nut securely.

6. What are the lead times for bulk wholesale orders from FILN?

Standard product lead times typically range from 5 to 10 business days depending on order volume and custom wiring specifications. Contact our sales team at inquiry@cnylin.com.cn for precise delivery estimates.

7. Does FILN provide OEM and ODM customization services?

Yes, FILN offers comprehensive OEM and ODM manufacturing services, including custom wire harnesses, specialized laser marking, custom shell plating, and tailored packaging for global brand partners.

8. How can I request product samples or 3D CAD models?

Engineering samples and 3D CAD models are available upon request. Please email your technical requirements directly to our engineering support team at inquiry@cnylin.com.cn.

Recommended Similar Products & Series

Explore alternative mounting sizes and terminal configurations within the FILN industrial indicator light family:

• 10mm Small Protruding Metal Pre-wired Indicator Light (FL1M-10SW-1)
• 12mm Protruding Metal Pre-wired Indicator Light (FL1M-12SW-1)
• 14mm Protruding Metal Pre-wired Indicator Light (FL1M-14SW-1)
• 16mm Protruding Metal Pre-wired Indicator Light (FL1M-16SW-1)
• 19mm Pin-Terminal Protruding Indicator Light (FL1M-19SJ-1)

Key Takeaways for Buyers and Engineers

• Product Identity: The FILN indicator light green model FL1M-22FJ-1 is a 22mm panel-mount flat head metal pilot light engineered for rigorous industrial environments.
• Robust Construction: Built with a copper alloy or zinc-aluminum shell, offering superior mechanical strength, impact resistance, and longevity compared to standard plastic indicators.
• Environmental Protection: Features an integrated silicone waterproof O-ring achieving an IP65/IP67 rating, protecting internal electronics from dust, moisture, and washdown chemicals.
• Electrical Versatility: Supports a wide operating voltage range from 3V to 480V AC/DC, accommodating diverse industrial power architectures and control circuits.
• Terminal Connection: Equipped with secure 2-pin terminals (6.3mm width) designed for stable electrical insertion and reliable signal transmission.
• Visual Clarity: The flat head design delivers bright, uniform green LED illumination for clear status identification on complex control panels.
• Easy Installation: Utilizes a standard single-nut mounting method for secure panel retention in a 22mm circular cutout.
• Certifications: Manufactured under ISO9001 quality management systems with CE, VDE, RoHS, and CCC compliance for global market deployment.
• Customization Support: FILN offers comprehensive OEM and ODM support, including custom wire leads, specific voltages, and laser marking for bulk orders.
• Procurement Advantage: Direct factory supply ensures stable lead times, rigorous quality control, and dedicated engineering assistance for B2B procurement managers.

What is Indicator Light Green?

An indicator light green component serves as a critical visual signaling device in industrial electrical systems, communicating normal operation, safe running status, or power-on conditions to operators. The FILM metal indicator light series is available in two primary material categories: metal indicators and plastic indicators, spanning mounting hole sizes from 6mm to 30mm. Regarding electrical termination, buyers can select between 2-pin terminal models and wire-lead configurations to suit specific assembly workflows. Metal indicator variants specifically offer three distinct outer head styles—flat head, protruding head, and recessed head—allowing engineers to tailor the panel aesthetics and tactile profile to exact operational requirements.

Engineered for longevity, this category provides robust resistance against mechanical shock and environmental wear. For comprehensive exploration of all available options, view the complete metal indicator light collection.

Product Overview

The FILN indicator light green model FL1M-22FJ-1 operates by converting electrical input into visible optical radiation via an integrated high-efficiency LED chipset and internal current-limiting resistor. Mechanically, the unit relies on a threaded cylindrical barrel secured by a heavy-duty hex nut behind the panel, pressing a silicone O-ring firmly against the panel surface to create an impenetrable waterproof seal. Electrically, current flows through 6.3mm wide 2-pin terminals, energizing the semiconductor emitter housed within a flame-retardant PA66 holder and protected by a durable polycarbonate lens.

Designed for industrial automation, switchgear cabinets, and machinery consoles, this model delivers exceptional resistance to vibration, thermal cycling, and electrical noise. Its standardized 22mm mounting dimension ensures seamless retrofit and integration into existing global industrial enclosures without requiring panel modification.

Quick Specifications

Performance Parameters

Component Materials

Every component within the FILN indicator light green assembly is selected to withstand severe industrial environments, ensuring mechanical rigidity, electrical safety, and long-term corrosion resistance.

Environmental Performance

This specification outlines the general operational envelope for the FILN metal indicator light series, ensuring reliable performance across extreme thermal and climatic conditions.

LED Specification & Characteristics

The integrated green LED component adheres to strict semiconductor standards to ensure optimal luminous efficiency, color purity, and operational lifespan within industrial circuits.

Standard Test Conditions

Unless otherwise specified, all electrical and optical parameters for the indicator light green model are measured under standardized atmospheric test conditions to guarantee absolute data accuracy:

• Ambient Temperature: 5°C to 35°C
• Relative Humidity: 45% to 85%
• Air Pressure: 86 to 106 kPa (860 to 1060 mbar)

Measurement Notes: Luminous intensity and dominant wavelength are calibrated in accordance with CIE international standards for the human eye response curve. Tolerance of luminous intensity measurement is ±15%, and voltage measurement tolerance is ±0.1V.

Applications by Industry

The FILN metal indicator light series utilizes high-strength copper alloy or stainless steel metal shells, delivering exceptional impact resistance and an IP67 waterproof and dustproof rating across industrial and high-end commercial sectors. While plastic indicators are prone to aging, cracking, and high-temperature deformation over time, metal indicator lights are specifically engineered for harsh operating environments, frequent operation, and high-reliability requirements.

1. Industrial Automation & Machinery Manufacturing

This sector represents the core application environment where control panels face continuous mechanical vibration, cutting fluids, and physical impacts.

• CNC Machine Tools & Machining Centers: Control panels feature red, yellow, and green metal indicator lights where green denotes normal operation, yellow indicates standby/warning, and red signals emergency stop or fault conditions. The metal shell resists cutting fluid and metal chip corrosion.
• Automation Production Line Control Cabinets: Large distribution cabinets and PLC panels utilize 6mm and 8mm metal indicators compatible with AC220V and DC24V power supplies to display power status clearly.
• Hydraulic & Pneumatic Equipment: Applied in oil pump start/stop and pressure overload warnings. Integrated terminal metal indicators maintain secure internal LED and resistor connections under heavy equipment vibration, preventing wire breakage compared to pin-socket types.

2. Outdoor Power & Renewable Energy Distribution Systems

Outdoor equipment experiences prolonged sun exposure, rain, and extreme thermal swings, demanding robust weather resistance.

• EV Charging Piles: Outdoor DC and AC charging stations utilize flat head metal status indicators where blinking blue/green signifies active charging, steady light indicates completion, and blinking red warns of leakage or ground faults. IP67 waterproof and vandal-resistant construction suits public high-frequency use.
• Outdoor Distribution Boxes & Solar Combiner Boxes: Photovoltaic stations and municipal outdoor cabinets display high-voltage closing and inverter operating status across an operating range of -40°C to +80°C.

3. Rail Transit, Engineering Vehicles & Marine Equipment

Vehicles and marine vessels endure severe vibrational shocks and high salt-fog corrosive atmospheres.

• Engineering Vehicle Dashboards: Excavators, cranes, and bulldozers utilize dashboard indicators for oil pressure, water temperature, lighting, and braking faults in dusty and high-shock environments.
• Marine & Port Control Equipment: Ship cabins and deck control boxes use plated stainless steel metal indicators to resist salt-fog corrosion, supported by silicone O-rings preventing seawater ingress.

4. Commercial Self-Service & Public Security Facilities

Public equipment requires high durability against physical impacts and tampering.

• Vending & Ticketing Machines: Paired with metal vandal-resistant push buttons to indicate coin insertion, dispensing, and change status.
• Gas Station Dispenser Panels: Hazardous explosive environments benefit from metal indicator shells that provide proper electrical grounding and safety isolation.
• Outdoor Access Control & Video Intercoms: Stainless steel intercom panels utilize red and green indicator lights to distinguish locked and unlocked door states.

5. Medical Equipment & Food Processing Machinery

Industries requiring frequent high-pressure washdown and chemical sterilization demand high hygiene and waterproof standards.

• Food Filling & Packaging Equipment: Daily high-pressure hot water and chemical cleaning is withstood by IP67 metal indicator lights without internal component corrosion.
• Medical Sterilizers & Lab Consoles: High-temperature autoclaves utilize indicator lights to differentiate heating, sterilization, and exhaust cycles.

LED Indicator Color Meanings and Application Guide

Indicator lights communicate operational states through standardized color conventions. Below is an overview of the five common industrial colors and their typical applications:

• Red: Typically denotes danger, emergency stop, fault, or alarm status. Used in emergency shutdown buttons and error warnings.
• Green (Indicator Light Green): Signifies normal operation, safe running condition, power-on status, or go-ahead signals in automation panels.
• Yellow / Amber: Indicates caution, standby mode, pre-warning, or abnormal temperature/pressure conditions before a fault occurs.
• Blue: Used for general information, specific manual intervention states, or active charging status in EV equipment.
• White: Denotes neutral system status, normal power supply indication, or general auxiliary functions.

Note: Indicator color conventions can vary by equipment manufacturer, control-system design, industry standard, and regional regulations. FILN offers single-color, dual-color, and tri-color indicator configurations upon request.

Installation Guide

Proper installation ensures secure mechanical mounting and maintains the IP65/IP67 waterproof integrity of the indicator light green model. Follow these step-by-step instructions:

1. Prepare Tools: Gather a precision drill, circular hole saw, Calipers, and a suitable wrench.
2. Panel Preparation: Measure and drill a precise 22mm circular mounting hole in the target equipment panel. Ensure the mounting surface is clean, flat, and free of burrs or oil.
3. Insert Indicator: Remove the rear mounting nut and spring washer from the indicator barrel. Insert the metal indicator light from the front side of the panel, ensuring the silicone waterproof O-ring is correctly seated between the bezel and the panel surface.
4. Secure Fastening: From the rear side of the panel, thread the stainless steel plum blossom lock washer and the copper alloy fastening nut onto the threaded barrel. Tighten firmly to compress the O-ring and achieve an IP65 seal.
5. Electrical Connection: Attach the circuit wires to the 2pin terminal pins (6.3mm width) using appropriate quick-disconnect receptacles, or solder securely with insulating heat-shrink tubing.
6. Post-Installation Inspection: Verify mechanical rigidity, check that the indicator does not rotate or tilt, and confirm electrical continuity and correct voltage polarity before energizing the system.

Wiring Guide

Understanding proper wiring techniques ensures long-term electrical reliability and prevents connection failures in industrial control panels.

• Terminal Pin Indicators: The FL1M-22FJ-1 features 2-pin terminals with a 6.3mm width. These are wired using standard insulated quick-disconnect female spade connectors, ensuring a firm mechanical grip and easy maintenance replacement. Alternatively, wires can be soldered directly to the pins, followed immediately by insulating heat-shrink tubing to prevent accidental short circuits.
• Wire-Lead Indicators: Direct wire-lead indicator models utilize pre-attached PVC wires that can be linked to the main control circuit using quick-connection terminal blocks, soldered joints, or wrapped securely with professional electrical tape to ensure connection stability.
• Safety Warning: Always disconnect main power and verify zero voltage using a multimeter before performing any electrical wiring or maintenance.

Industry Knowledge Center

Industrial indicator lights are fundamental human-machine interface (HMI) components. Selecting the correct device involves understanding electrical ratings, thermal limits, and environmental sealing standards. Metal indicators prevent the structural degradation common in plastic housings exposed to UV radiation and industrial solvents. Proper maintenance involves periodic inspection of terminal tightness and seal integrity, ensuring uninterrupted system feedback and compliance with international electrical safety directives.

Buyer Decision Guide & Material Selection

Choosing the appropriate metal indicator light requires evaluating environmental exposure, mechanical stress, and electrical requirements. FILN offers shells in nickel-plated brass, stainless steel, and zinc-aluminum alloy.

Recommended Similar Products

• Small-size 8mm flat head metal terminal indicator FL1M-08FJ-1
• 12mm flat head terminal metal indicator light FL1M-12FJ-1
• 14mm flat head terminal metal indicator light FL1M-14FJ-1
• 16mm flat head terminal metal indicator light FL1M-16FJ-1

RFQ Checklist for Procurement Managers

When requesting a quotation for indicator light green models, providing the following specifications ensures rapid and accurate quotation processing by FILN engineering:

• Product Type & Model (e.g., FL1M-22FJ-1)
• Mounting Hole Size (e.g., 22mm)
• Operating Voltage & Current Type (e.g., 24V DC or 220V AC)
• LED Color (e.g., Green)
• Head Type & Material (e.g., Flat head, Brass nickel-plated)
• Wiring Method (e.g., 2-Pin Terminal or Wire Lead)
• Waterproof & Certification Requirements (e.g., IP67, CE, RoHS)
• Order Quantity & Packaging Specifications

FILN Manufacturing and Engineering Capabilities

As an established electrical component manufacturer, FILN provides comprehensive R&D, custom engineering, OEM/ODM production, and rigorous quality testing. Our engineering team collaborates directly with global B2B clients to resolve complex application challenges, offering small-batch samples and scalable mass production backed by international certifications.

Factory Direct Supply – Yueqing Yulin Electronic Co., Ltd. (FILN)

Yueqing Yulin Electronic Co., Ltd. (brand name FILN), located in Wenzhou, Zhejiang, China, was established in 2006 as a professional electrical switch manufacturer integrating R&D, production, and sales. Premium FILN brand products are distributed across more than 100 countries worldwide. FILN operates a modern 10,000 m² manufacturing facility equipped with over 20 advanced production lines and an independent testing laboratory. Driven by strict ISO9001 quality management systems, FILN delivers exceptional industrial performance and reliability.

• Production Capabilities: Indicator lights, pushbutton switches, rocker switches, toggle switches, and customized small electrical components.
• Quality System & Certifications: ISO9001, CE, VDE, RoHS, SGS, UL, IP65/IP67, TUV, CCC.
• Global Export Markets: Supplied worldwide across North America, Europe, Asia, and South America.
• Manufacturing Advantages: Professional engineers available for custom project consultations and specialized technical solutions.

Official Website: www.filn.com | Direct Inquiry Email: inquiry@cnylin.com.cn

Frequently Asked Questions

1. How to prevent phantom illumination (faint glowing) in 12v LED indicators?

Phantom illumination or faint glowing in 12V LED indicators is typically caused by residual leakage current from solid-state PLC outputs, triacs, or long parallel wiring capacitance. To eliminate this issue, install an appropriately sized bleeder resistor or anti-ghosting resistor in parallel across the indicator terminals to bleed off stray leakage current.

2. Can this IP67 indicator light be washed down with caustic chemicals?

Yes, stainless steel models equipped with silicone O-ring seals withstand daily high-pressure washdowns and standard industrial chemical cleaning agents used in food processing and medical environments without compromising ingress protection.

3. What is the standard panel cutout size for model FL1M-22FJ-1?

The required panel mounting hole diameter is exactly 22mm (approximately 0.87 inches), making it fully compatible with standard industrial enclosures and control console punch patterns.

4. What operating voltage range is supported by this indicator light green model?

This model supports a versatile operating voltage range from 3V to 480V DC/AC, with internal resistors tailored to the specific voltage specified during order placement.

5. What is the difference between terminal pin and wire lead connection types?

Terminal pin models (such as the 2-pin 6.3mm width pins) allow quick push-on spade connector attachment and easy modular replacement. Wire lead models come with pre-attached PVC cables, saving installation time in tight spaces where soldering or connectors are less convenient.

6. Are custom wire lengths available for bulk OEM orders?

Yes, FILN offers full OEM/ODM customization services, allowing bulk buyers to specify custom wire lengths, specialized connector plugs, and custom wire harnesses.

7. What international certifications do FILN metal indicator lights carry?

FILN metal indicator lights are manufactured under ISO9001 quality systems and carry CE, VDE, RoHS, SGS, UL, and CCC certifications, ensuring compliance with global export standards.

8. How does the flat head design affect light distribution?

The flat head design provides a flush, low-profile panel aesthetic with a wide 60-degree viewing angle, ensuring bright and clear status visibility from multiple operator vantage points.

9. What materials are available for the indicator shell?

FILN offers nickel-plated brass, stainless steel, and black-plated zinc-aluminum alloy shells, catering to varying requirements for corrosion resistance and mechanical strength.

10. How is the waterproof seal achieved during installation?

Waterproofing is achieved by placing the included silicone O-ring between the indicator bezel and the front panel surface, then tightening the rear mounting nut to compress the seal and achieve an IP67 rating.

11. What is the typical lifespan of the LED luminescent source?

The high-brightness LED chipset is rated for an operational lifespan of 50,000 to 100,000 hours under standard electrical and environmental operating conditions.

12. Can FILN provide 3D CAD models for engineering integration?

Yes, engineers and procurement managers can request 3D CAD drawings and technical specification datasheets directly by emailing inquiry@cnylin.com.cn.

13. Is the indicator light compatible with both AC and DC power supplies?

Yes, internal configuration can be tailored for either AC or DC circuits, supporting frequencies of 50/60 Hz for alternating current applications.

14. What is the maximum panel thickness supported by the mounting hardware?

The standard threaded barrel accommodates panel thicknesses ranging from 1mm up to 6mm, with custom extended barrels available upon request for thicker enclosures.

15. How do metal indicators compare to plastic indicators in durability?

Metal indicators offer superior resistance to physical impact, UV degradation, high temperatures, and chemical exposure compared to standard plastic indicators which can become brittle or yellow over time.

16. What is the lead time for custom bulk orders?

Standard catalog items ship promptly from factory inventory, while custom voltage, wire length, or laser-marked OEM orders typically require standard manufacturing lead times confirmed during quotation.

17. Do you provide samples for testing before mass production?

Yes, FILN supports sample requests for engineering evaluation and prototype testing prior to committing to bulk wholesale production runs.

18. What is the purpose of the stainless steel plum blossom lock washer?

The plum blossom gasket bites into the mounting surface and nut threads, preventing the assembly from loosening under continuous machine vibration.

19. Can the indicator light be used in outdoor photovoltaic combiner boxes?

Yes, the wide operating temperature range (-40°C to +80°C) and IP67 weather resistance make it ideal for solar energy installations and outdoor combiner boxes.

20. How can I contact FILN sales and technical support?

You can reach FILN directly via email at inquiry@cnylin.com.cn or visit our official website at www.filn.com for immediate technical assistance and quotation requests.

Summary

The indicator light 22mm 24v model FL1M-22SJ-1 is a heavy-duty industrial pilot lamp engineered and manufactured by FILN. Designed for electrical engineers, control panel builders, and B2B industrial equipment manufacturers, this high head metal indicator light provides clear visual status signaling across machinery, automation switchboards, and power distribution units. Featuring a durable copper alloy shell, an IP65 waterproof rating, and a secure 2PIN plug terminal configuration, it ensures reliable operation in demanding environments. FILN supports comprehensive bulk wholesale, OEM, and ODM customization options, providing flexible voltage ratings from 3V to 480V AC/DC and multiple LED color choices. Industrial buyers should confirm operating voltage requirements, mounting specifications, and environmental conditions prior to placing bulk orders to ensure optimal compatibility.

Key Takeaways

• The indicator light 22mm 24v model FL1M-22SJ-1 features a high head design for enhanced 180-degree optical visibility on crowded control panels.
• Constructed with a robust copper alloy shell, offering superior mechanical strength and impact resistance compared to standard plastic indicators.
• Equipped with a dependable 2PIN plug terminal configuration for secure electrical connection and streamlined maintenance.
• Achieves an IP65 waterproof rating when installed with the included silicone sealing gasket and precision locking nut.
• Supports flexible operating voltages ranging from 3V to 480V AC/DC with customizable voltage specifications upon request.
• Available in standard LED illumination colors including Red, Green, Yellow, Blue, and White for distinct operational status signaling.
• Designed for single-hole panel mounting with a standardized 22mm diameter cutout, simplifying equipment assembly.
• Manufactured directly by FILN with stringent quality controls, catering to global B2B wholesale, OEM, and custom industrial projects.

What is indicator light 22mm 24v

The indicator light 22mm 24v is a specialized electrical pilot device designed to visually communicate equipment operating status, power conditions, and fault alerts in industrial machinery. Structurally, it consists of a robust metal housing, a high-brightness internal LED light source, a protective lens, terminal pins, and a threaded mounting collar. Its primary purpose is to provide operators and maintenance personnel with instant visual feedback regarding circuit conditions. Indicator lights are manufactured in two core material categories: metal indicator lights and plastic indicator lights, spanning physical mounting sizes from 6mm to 30mm. Regarding electrical termination, buyers can choose between 2PIN plug-in terminal models and pre-wired lead configurations. Metal indicator lights feature three distinct head profiles—flat head, high raised head, and recessed head—allowing engineers to select the optimal physical appearance and visibility profile for specific application requirements.

Product Overview

The indicator light 22mm 24v model FL1M-22SJ-1 operates on core electromechanical principles to convert electrical signals into clear optical status indications. Electrically, when voltage is applied across the 2PIN terminals, current flows through the internal current-limiting resistor and high-brightness LED chip, generating concentrated light emission directed through the molded polycarbonate lens. Mechanically, the precision-machined copper alloy shell secures the internal optical components while providing structural rigidity against physical shock, vibration, and environmental ingress. Main applications encompass industrial automation control boards, electrical power distribution cabinets, CNC machine tools, and heavy equipment dashboards. Key industrial advantages include long operational lifespan, minimal power consumption, excellent thermal dissipation, and resistance to physical wear. Certified to rigorous international standards including CE, VDE, and RoHS, this indicator light delivers dependable performance for OEM system integrators worldwide.

Quick Specifications

Performance Parameters

Component Materials

The selection of high-grade engineering materials ensures the indicator light 22mm 24v maintains structural integrity and electrical reliability in corrosive or high-vibration industrial environments.

Environmental Performance

This specification defines the operational limits and environmental endurance standards for the indicator light series metal indicator light.

LED Specification

Absolute maximum ratings and electro-optical characteristics of the embedded LED chip utilized within the indicator light 22mm 24v.

Standard Test Conditions

Unless otherwise specified, all electrical and optical parameters are measured under standard atmospheric testing conditions:

• Ambient Temperature: 5℃ ~ 35℃
• Relative Humidity: 45% ~ 85%
• Air Pressure: 86 ~ 106 kPa (860 ~ 1060 mbar)

Notes: Luminous intensity and dominant wavelength are calibrated in accordance with CIE international standards for the human eye response curve. Measurement tolerances are ±15% for luminous intensity and ±0.1V for operating voltage.

Applications by Industry

Metal Indicator Light Application Guide: Metal indicator lights utilize high-strength copper alloy or stainless steel outer shells, offering exceptional impact resistance and an ingress protection rating of up to IP67 against dust and moisture, making them widely deployed across industrial and high-end commercial sectors. While conventional plastic indicator lights are prone to thermal aging, embrittlement, and high-temperature deformation over prolonged use, metal indicator lights are specifically engineered for harsh operating environments, frequent operation, and high-reliability requirements. Typical application sectors include:

1. Industrial Automation & Machinery Manufacturing

This sector represents the largest and most core application field for metal indicator lights, characterized by continuous mechanical vibration, oily environments, and debris impact.

• CNC Machine Tools & Machining Centers: Control panels utilize red, green, and yellow metal indicator lights where green denotes normal operation, yellow signifies standby/warning, and red indicates emergency stop or fault conditions. The metal shell withstands cutting fluids and metal shavings.
• Automation Production Line Control Cabinets: Large distribution and PLC control cabinets integrate 6mm, 8mm, and 22mm metal indicator lights supporting AC220V and DC24V to clearly display power circuit status.
• Hydraulic & Pneumatic Equipment: Applied to oil pump start/stop and pressure overload monitoring. Integrated wire-lead metal indicator lights feature robust internal LED and resistor connections that resist wire breakage under high-vibration conditions compared to pin-terminal variants.

2. Outdoor Power & Renewable Energy Distribution Systems

Outdoor equipment subjected to intense sunlight, precipitation, and extreme temperature fluctuations demands exceptional weather resistance.

• New Energy Charging Piles: Outdoor DC and AC charging stations are equipped with flat head metal status indicator lights. Flashing blue/green denotes active charging, solid light indicates completion, and flashing red warns of leakage or grounding faults. IP67 waterproof construction and vandal resistance ensure reliable public operation.
• Outdoor Distribution & Solar Combiner Boxes: Solar photovoltaic power plants and municipal outdoor distribution boxes utilize indicators to display high-voltage closing and inverter running status across a -40℃ to 80℃ temperature range.

3. Rail Transit, Engineering Vehicles & Marine Equipment

Vehicles and marine vessels experience severe mechanical shock, vibration, and saline maritime corrosion.

• Engineering Vehicle Dashboards: Excavator, crane, and bulldozer control panels employ indicators for oil pressure, water temperature, headlights, and braking fault alerts, withstanding heavy dust and vibration.
• Marine & Port Control Equipment: Cabin instrumentation and deck control boxes utilize electroplated stainless steel metal indicators to resist salt-fog corrosion, paired with silicone sealing rings to prevent saltwater ingress.

4. Commercial Vending & Public Security Facilities

Public-access equipment is vulnerable to physical impact and vandalism, where plastic components easily crack.

• Vending & Ticketing Machines: Paired with vandal-resistant metal push buttons to indicate coin insertion, dispensing, and change status.
• Gas Station Dispenser Panels: Hazardous explosive environments require robust electrical isolation, which metal housings achieve effectively.
• Outdoor Intercom & Access Control: Stainless steel intercom panels incorporate red and green indicators to display lock release status.

5. Medical Equipment & Food Processing Machinery

These industries require frequent chemical washing, sterilization, and strict cleanliness standards.

• Food Bottling & Packaging Equipment: Subjected daily to high-pressure hot water and chemical washdowns; IP67 metal indicators resist spray corrosion.
• Medical Sterilizers & Lab Benches: High-temperature autoclaves utilize indicator lights to distinguish heating, sterilization, and exhaust phases.

Summary: While standard plastic indicators degrade and yellow under ultraviolet exposure or crack from vibration, FILN metal indicator lights utilize copper alloy shells, silicone waterproof O-rings, and robust internal construction to provide an optimal, failure-resistant solution for industrial equipment.

LED Indicator Color Meanings and Application Guide

Indicator light colors convey critical operational states across industrial machinery. Below is an engineering guide to standard color conventions used with the indicator light 22mm 24v series.

Note: Indicator light color conventions can vary by equipment manufacturer, control system design, industry standard, and regional requirements. FILN offers single-color, dual-color, and tri-color configurations to match custom engineering specifications.

Recommended Similar Products

Depending on your panel cutout requirements, FILN manufactures a comprehensive range of metal indicator lights across multiple sizing tiers:

Installation Guide

Proper installation ensures reliable electrical contact and maintains the IP65 waterproof integrity of the indicator light 22mm 24v on equipment control panels.

1. Tools Preparation: Gather a punch tool, drill with a 22mm hole saw or step drill bit, wire stripper, crimping tool, and multimeter.
2. Panel Preparation: Measure and mark the precise mounting location on the control panel sheet metal.
3. Mounting Hole Execution: Drill a clean 22mm diameter hole through the panel, removing all burrs and metal shavings to ensure a flat seating surface.
4. Gasket Placement: Place the waterproof silicone sealing ring onto the threaded body of the indicator light from the front.
5. Product Insertion: Insert the indicator light body through the 22mm panel hole from the front side.
6. Secure Fastening: Thread the metal locking nut onto the rear housing barrel and tighten securely against the rear of the panel.
7. Electrical Wiring: Connect the 24V power supply leads to the 2PIN terminals using appropriate receptacle connectors or soldered joints.
8. Post-Installation Inspection: Verify circuit polarity, ensure mechanical rigidity, and test LED illumination before energizing the main system.

Wiring Guide & Terminal Comparison

Understanding terminal connection types is essential for efficient control panel assembly. Pin-terminal indicators require quick-disconnect receptacles or direct soldering, whereas pre-wired indicators feature integrated wire leads that can be connected using quick-link wire connectors, solder, or electrical insulation tape to guarantee joint stability. Note: Always disconnect main power supplies and verify zero energy state before performing electrical wiring.

Industry Knowledge Center

Industrial indicator lights are essential human-machine interface components. Understanding their operational principles, selection criteria, and maintenance guidelines ensures long-term system reliability. Engineers must evaluate electrical load parameters, operating voltage thresholds, and environmental sealing requirements. Common failure modes such as LED dimming or terminal oxidation are typically prevented by selecting high-grade copper alloy housings and adhering to strict ambient temperature limits.

Buyer Decision Guide & Material Selection

Selecting the correct metal indicator light requires evaluating environmental exposure, electrical compatibility, and mechanical mounting constraints. FILN provides metal indicator shells in Nickel-Plated Brass, Stainless Steel, and Zinc-Aluminum Alloy to suit diverse operating environments.

FILN Manufacturing and Engineering Capabilities

Yueqing Yulin Electronic Co., Ltd. (FILN) maintains advanced in-house manufacturing, R&D, and rigorous testing capabilities to support global B2B clients. FILN provides dedicated engineering communication, custom voltage configuration, OEM/ODM production support, and rigorous electrical testing for every batch produced. For procurement managers, this translates into reliable supply chain continuity, verified compliance standards, and custom technical support tailored to specific industrial applications.

Factory Direct Supply

Yueqing Yulin Electronic Co., Ltd., brand name FILN, located in Wenzhou, Zhejiang, was established in 2006 as a professional electrical switch manufacturer integrating R&D, production, and sales. Its premium FILN brand products are sold in over 100 countries. FILN operates a modern 10,000 m² facility with 20+ advanced production lines and an independent testing lab. Driven by scientific processes and the ISO9001 quality system, FILN ensures industry-leading innovation and electrical performance. Our certified products (UL, CE, RoHS, REACH, TUV, CB) are widely used in kitchen appliances, energy storage, EV charging, automotive, marine, and security systems.

• Production Capabilities: Indicator lights, pushbutton switches, rocker switches, toggle switches, and other small electrical components with full custom manufacturing support.
• Quality System: Certified under ISO9001, CE, VDE, RoHS, SGS, UL, IP65, and TUV standards.
• Export Markets: Global sales distribution across North America, Europe, Asia, and South America.
• Manufacturing Advantages: Professional engineering consultation and expert custom solution development for complex electrical challenges.
• Official Website: www.filn.com
• Inquiry Email: inquiry@cnylin.com.cn

Frequently Asked Questions

Summary

The FILN FL1M-19SJ-1 is a robust 19mm convex metal indicating light engineered for industrial control panels, automation machinery, and electrical equipment. Manufactured by Yueqing Yulin Electronic Co., Ltd, this heavy-duty pilot lamp features a durable copper alloy or black-plated zinc-aluminum alloy shell, offering superior mechanical strength and an IP65 waterproof rating via an integrated silicone sealing ring. Designed for B2B procurement managers, original equipment manufacturers, and control panel builders, it accommodates customizable operating voltages from 3V to 480V AC/DC with a standard 2-pin terminal connection. FILN provides comprehensive wholesale, OEM, and bulk custom manufacturing capabilities to support diverse industrial applications worldwide.

Key Takeaways for Buyers and Engineers

• Product Identity: FILN 19mm convex metal indicating lights (Model: FL1M-19SJ-1) built for professional industrial applications.
• Voltage Flexibility: Supports configurable operating voltages from 3V to 480V AC/DC to match diverse electrical control circuits.
• Durable Construction: Features a high-strength copper alloy or plated metal shell offering superior impact resistance compared to standard plastic alternatives.
• Ingress Protection: Achieves an IP65 waterproof and dustproof rating when installed correctly with the provided silicone O-ring.
• Mounting Specification: Requires a standard 19mm panel mounting hole, secured via a single rear metal locking nut.
• Electrical Termination: Equipped with secure 2PIN pin terminals for stable wiring and connection integrity.
• Optical Options: Available in Red, Green, Yellow, Blue, and White LED configurations with high brightness.
• Manufacturer Direct Supply: Backed by FILN factory-direct production, supporting bulk wholesale orders and custom configurations.
• Quality Compliance: Manufactured under rigorous ISO9001 standards with CE, VDE, RoHS, and CCC compliance certifications.
• Procurement Support: Direct access to engineering assistance, 3D modeling files, and prompt quotation processing via inquiry@cnylin.com.cn.

What is FL1M-19SJ-1 Indicating Lights

Indicating lights function as essential visual status indicators in electrical control systems, communicating operational states, power availability, or alarm conditions to machine operators. The FILN FL1M-19SJ-1 model is a specialized 19mm convex metal indicating light engineered to withstand harsh industrial environments. Its structural design incorporates a durable metal housing, an internal high-brightness LED luminescent source, a protective lens, and secure 2PIN pin terminals for electrical connection.

Indicator lights are manufactured in various structural configurations, including metal and plastic bodies, spanning mounting sizes from 6mm to 30mm. Electrical connection methods include standard pin terminals or direct wire leads. Metal indicating lights specifically offer flat head, protruding convex head, and recessed head variants to match specific aesthetic and functional requirements. Among these, the 19mm convex head design provides wide-angle visibility and high mechanical protection.

Product Overview

The FILN indicating lights series represents state-of-the-art visual signaling technology designed for industrial automation and electrical equipment. Operating on fundamental optoelectronic principles, these units convert electrical energy into clear optical illumination via internal solid-state LED chips and protective current-limiting resistors. When voltage is applied across the 2PIN terminals, the LED emits calibrated light through the colored convex lens, providing instantaneous feedback.

Mechanically, the unit relies on a single-hole threaded barrel mounting system secured by a heavy-duty locking nut and sealed with an O-ring gasket to prevent moisture ingress. Industrial advantages include vibration resistance, long operational lifespans exceeding 50,000 hours, and robust thermal performance. Certified to international standards including CE and RoHS, these indicating lights integrate seamlessly into heavy machinery, control panels, and distribution units.

Quick Specifications

Performance Parameters

Component Materials

Environmental Performance

LED Technical Specifications

The integrated LED chip within the indicating lights is engineered to meet strict electro-optical parameters, ensuring stable luminous performance across industrial lifecycles.

Standard Test Conditions

Unless otherwise specified, all electrical and optical parameters for indicating lights are measured under standard atmospheric conditions:

• Ambient Temperature: 5℃ ~ 35℃
• Relative Humidity: 45% ~ 85%
• Air Pressure: 86 ~ 106 Kpa (860 ~ 1060 mbar)

Note: Luminous intensity and dominant wavelength are calibrated in accordance with CIE international standards. Luminous intensity measurement tolerance is ±15%, and voltage measurement tolerance is ±0.1V.

Applications by Industry

Metal indicating lights utilize high-strength copper alloy or stainless steel metal housings, providing exceptional impact resistance and IP65/IP67 waterproof protection for industrial and commercial environments. While plastic indicators degrade, warp, or crack over time under harsh conditions, metal indicating lights adapt to rigorous duty cycles.

1. Industrial Automation & Machinery Manufacturing

CNC machine control panels incorporate red, green, and yellow metal indicating lights to denote operational status, standby, and emergency stop conditions while resisting cutting fluids and metal debris. Large distribution cabinets and PLC panels use 19mm units to display power status clearly.

2. Outdoor Power & New Energy Distribution Systems

Outdoor electric vehicle (EV) charging stations and photovoltaic combiner boxes utilize robust indicating lights to signal charging status and fault alerts, withstanding extreme thermal fluctuations from -40℃ to 80℃.

3. Rail Transit, Engineering Vehicles & Marine Equipment

Cranes, excavators, and marine control consoles employ corrosion-resistant metal indicating lights to withstand continuous heavy mechanical vibration and saline maritime environments.

4. Commercial Self-Service & Public Infrastructure

Ticketing kiosks, vending machines, and outdoor access control panels use anti-vandal metal indicating lights to prevent physical damage in public spaces.

Explore Alternative Sizes in the FILN Metal Series

FILN manufactures a complete spectrum of metal indicating lights across multiple mounting diameters to suit diverse panel layouts. Discover matching series options below:

8mm Convex Series

Compact design ideal for tight space instrument clusters.

View 8mm Model →

12mm Convex Series

Standard small-format panel status signaling.

View 12mm Model →

14mm Convex Series

Balanced size for general automation equipment.

View 14mm Model →

16mm Convex Series

Widely deployed in control desks and power boxes.

View 16mm Model →

LED Indicator Color Meanings and Application Guide

Indicating lights utilize standardized color coding to communicate machine states instantly. Red denotes emergency stops, faults, or danger; Green represents normal operation or safe running; Yellow/Amber indicates standby, warnings, or abnormal parameters; Blue specifies mandatory actions or specific operational modes; White signifies general power presence or auxiliary status.

Installation Guide

Proper installation ensures long-term mechanical stability and IP65 waterproof performance for your indicating lights.

1. Panel Preparation: Drill or punch a precise 19mm circular mounting hole into the control panel surface, ensuring the edge is clean and free of burrs.
2. Gasket Placement: Ensure the silicone waterproof O-ring is correctly seated on the threaded barrel of the indicating light just below the convex head flange.
3. Insertion: Insert the metal indicating light body from the front side of the control panel through the 19mm mounting hole.
4. Rear Securing: Thread the metal locking nut onto the barrel from the rear side of the panel and tighten securely to compress the sealing gasket.
5. Electrical Termination: Connect circuit wiring to the 2PIN pin terminals using appropriate receptacles, solder, or quick-link connectors while ensuring power is disconnected.

Wiring Guide: Pin Terminals vs. Wire Leads

Understanding wiring options is essential for optimal electrical integration. The FL1M-19SJ-1 features 2PIN pin terminals, which require crimp receptacles or direct soldering. Alternatively, wire-lead variants (such as the FL1M-19SW-1 model) come pre-attached with insulated PVC cables for fast plug-and-play installation.

Industry Knowledge Center

Selecting the correct indicating lights requires evaluating electrical load, mechanical protection, and environmental exposure. Industrial standards dictate that status indicators must remain clearly visible from wide viewing angles under ambient factory illumination. Proper maintenance involves periodic inspection of terminal tightness and seal integrity to prevent premature component wear.

Buyer Decision Guide & RFQ Checklist

FILN offers three primary metal shell variants: Nickel-plated brass, stainless steel, and zinc-aluminum alloy. Review the comparison below to match materials with your operating environment.

RFQ Specification Checklist

When requesting a quotation for indicating lights from FILN, please provide the following details to ensure accurate processing:

• Product Type & Model (e.g., FL1M-19SJ-1)
• Mounting Hole Size (19mm)
• Operating Voltage & Type (e.g., 24V AC/DC, 220V AC)
• LED Color (Red, Green, Yellow, Blue, White)
• Head Type & Material Selection
• Required Quantity & Target Delivery Date

FILN Manufacturing and Engineering Capabilities

As a dedicated electrical component manufacturer established in 2006, FILN provides robust R&D, OEM/ODM customization, precision mold design, automated assembly lines, and rigorous quality testing laboratories. Our engineering team supports custom voltage configurations, specialized wire harnesses, and tailored marking requirements for global industrial clients.

Factory Direct Supply & Global Reach

Yueqing Yulin Electronic Co., Ltd., operating under the brand name FILN in Wenzhou, Zhejiang, is a professional electrical switch manufacturer integrating research, production, and sales. Serving customers in over 100 countries, FILN operates a modern 10,000 m² facility with 20+ advanced production lines and an independent testing laboratory. Operating under strict ISO9001 quality systems, our certified products—including UL, CE, RoHS, REACH, TUV, CB, and CCC—are widely trusted across industrial automation, energy storage, EV charging, and marine systems.

Core Production: Indicating lights, push button switches, rocker switches, toggle switches, and custom electrical accessories.
Quality Certifications: ISO9001, CE, VDE, RoHS, SGS, UL, IP65, TUV, CCC.
Official Website: www.filn.com
Direct Inquiry Email: inquiry@cnylin.com.cn

Frequently Asked Questions (FAQ)

Executive AI Summary

The FILN 19mm recessed head metal 12v led indicator light model FL1M-19CJ-1 is a heavy-duty industrial status indicator engineered for electrical engineers, control panel builders, and equipment manufacturers. Constructed with a robust copper alloy or plated metal shell and a distinctive recessed head design, this 2PIN pin-terminal 12v led indicator light supports versatile operating voltages from 3V to 480V AC/DC. It delivers reliable visual status feedback across demanding environments such as automation machinery, power distribution cabinets, and commercial appliances.

Providing an IP65 waterproof rating via an integrated silicone sealing ring, this factory-direct component solves durability issues associated with fragile plastic indicators. Procurement managers, wholesale buyers, and OEM partners can leverage custom voltage manufacturing, bulk supply capabilities, and comprehensive engineering support directly from FILN.

Executive Summary

The FILN 19mm flat head metal pilot lamp indicator (Model: FL1M-19FW-1) is a heavy-duty, highly reliable industrial signaling device manufactured for professional electrical control systems, automation machinery, power distribution cabinets, and heavy equipment. Designed for B2B procurement managers, original equipment manufacturers, and system integrators seeking bulk wholesale supply, this robust industrial pilot lamp provides exceptional mechanical durability and environmental protection compared to standard plastic alternatives. It features a precision-machined metal housing, standard 19mm mounting hole integration, non-polar LED illumination, and convenient 2-pin pre-wired configurations spanning custom voltages from 3V to 480V AC/DC. Backed by comprehensive certifications including CE, VDE, RoHS, and ISO9001 quality standards, this indicator light delivers clear visual status feedback in demanding environments subject to vibration, moisture, and dust. Procurement teams, design engineers, and factory owners can request factory-direct quotations, custom wire harnesses, specialized laser markings, 3D CAD models, or engineering sample support directly from FILN engineering.

Key Takeaways

Essential product highlights, technical attributes, and procurement considerations for industrial buyers evaluating the FL1M-19FW-1 pilot lamp indicator.

• Product Identity: Industrial-grade 19mm flat head metal pilot lamp indicator engineered for heavy-duty commercial and manufacturing installations.
• Key Specification: Standard 19mm mounting diameter compatible with custom operating voltages ranging from 3V to 480V AC/DC.
• Material Composition: Durable copper alloy or zinc-aluminum alloy shell paired with a high-strength PA66 lamp holder and protective PC lens.
• Protection Rating: IP67 dustproof and waterproof rating achieved via precision O-ring sealing for harsh industrial environments.
• Mounting & Assembly: Single-nut threaded panel installation ensuring secure mechanical locking against shock and continuous operational vibration.
• Wiring Configuration: 2-pin pre-wired design with standard 20cm wire leads for rapid electrical connection and installation flexibility.
• LED Characteristics: Built-in non-polar LED light source supporting Red, Green, Yellow, Blue, and White illumination options.
• Industrial Applications: Widely deployed in CNC machining centers, power distribution cabinets, EV charging stations, marine control panels, and automation machinery.
• Customization & OEM: Comprehensive factory-direct custom wire length, connector attachments, and voltage configurations supported for OEM buyers.
• Certifications: Manufactured under strict ISO9001 quality management systems with CE, VDE, RoHS, and CCC compliance.
• Procurement Support: Bulk wholesale availability with dedicated engineering support, 3D models, and comprehensive technical documentation for procurement professionals.

What is a Pilot Lamp Indicator?

A pilot lamp indicator is an essential visual signaling device installed on industrial control panels, electrical distribution enclosures, and automated machinery to communicate operational statuses, warnings, and system modes to operators. The primary function of an industrial pilot lamp indicator is to provide immediate, unambiguous visual confirmation of electrical circuit states such as power ON, standby, running, or fault conditions. Structurally, industrial indicators consist of an outer mounting shell, an internal LED luminescent assembly, current-limiting resistance components, and termination leads or pins. FILN provides an extensive range of indicator lights categorized into metal and plastic housings, spanning installation sizes from 6mm to 30mm, with terminal connection choices including pin terminals and direct wire leads. Metal pilot lamp indicators are offered in flat head, prominent head, and recessed head exterior variations to match specific functional and aesthetic requirements. Specifically, the 19mm flat head metal pilot lamp indicator delivers a streamlined profile that prevents accidental physical impact while maximizing optical visibility across industrial control environments.

Product Overview

The FILN FL1M-19FW-1 pilot lamp indicator is engineered as a robust mechanical and electrical signaling component for professional B2B applications. Mechanically, it operates via a threaded cylindrical housing secured by a rear mounting nut, exerting clamping force against a silicone O-ring to form an impenetrable environmental seal. Electrically, the internal high-efficiency LED module operates in conjunction with an integrated carbon film resistor, converting electrical energy into stable optical output while managing forward current and voltage drops. The mechanical principle relies on precision metal lathe turning and compression assembly, ensuring zero internal component shift during high-vibration operation. Industrial advantages include superior impact resistance, excellent thermal dissipation, and corrosion-resistant metal finishes that outperform standard polymer indicators. Certified to rigorous international standards, this pilot lamp indicator integrates premium materials designed for continuous, long-term operation in demanding industrial sectors.

Explore our complete catalog of durable metal signaling solutions on the metal indicator light product page. For direct procurement and detailed purchasing specifications of this specific model, visit the 19mm metal indicator light product listing.

Quick Specifications

Key technical specifications and dimensional data for the FL1M-19FW-1 pilot lamp indicator.

Performance Parameters

Detailed electrical, mechanical, and environmental performance metrics governing the operation of the FL1M-19FW-1 indicator.

Component Materials

Detailed material breakdown of the FL1M-19FW-1 pilot lamp indicator, explaining engineering material selection for industrial durability.

Environmental Performance

Environmental tolerance specifications applicable to the FL1M-19FW-1 metal pilot lamp indicator series across rigorous operating conditions.

LED Technical Specifications

Comprehensive electrical and optical parameters governing the integrated LED luminescent source.

1. Absolute Maximum Ratings

Safety limits that must not be exceeded under operating conditions:

• Peak Forward Current (IFP): 20 mA
• Reverse Voltage (VR): 5 V
• Power Dissipation (PD): 60 mW
• Operating Temperature (TOPR): -40°C ~ +80°C
• Storage Temperature (TSTG): -40°C ~ +100°C
• Lead Soldering Temperature (TSOL): Max. 260°C for 3 sec Max.

2. Electro-Optical Characteristics

Tested under ambient temperature Ta = 25℃:

Standard Test Conditions

Unless otherwise specified, all electrical and optical parameters are measured under standard atmospheric conditions:

• Ambient Temperature: 5℃ ~ 35℃
• Relative Humidity: 45% ~ 85%
• Air Pressure: 86 ~ 106 kPa (860 ~ 1060 mbar)

Notes: Luminous intensity and dominant wavelength are calibrated in accordance with the CIE international standard of human eye response curve. Measurement tolerances: luminous intensity ±15%, voltage measurement ±0.1V.

Applications by Industry

Metal pilot lamp indicators utilize high-strength copper alloy or stainless steel metal shells, offering outstanding impact resistance and IP67 dustproof and waterproof ratings for industrial and high-end commercial deployment. While plastic indicators age, crack, and deform under high temperatures over time, metal indicator lights adapt seamlessly to harsh working conditions, frequent operation, and high-reliability environments.

1. Industrial Automation and Machinery Manufacturing

This sector represents the largest and most critical application domain for metal pilot lamps, operating in workshops characterized by continuous mechanical vibration, oil contamination, and physical impact.

• CNC Machine Tools & Machining Centers: Control panels feature red, yellow, and green metal pilot lamps where green signifies normal operation, yellow denotes standby/warning, and red indicates emergency stop or system fault. Metal housings resist cutting fluids and metallic debris corrosion.
• Automation Production Line Control Cabinets: Large power distribution and PLC control cabinets integrate 16mm and 19mm metal indicator lights compatible with AC220V and DC24V power supplies to display power circuit statuses clearly.
• Hydraulic & Pneumatic Equipment: Deployed for oil pump start/stop and pressure overload warnings. Under high-vibration amplitudes, integrated pre-wired metal indicators secure internal LED and resistor components firmly against wire breakage or loosening compared to pin-type fixtures.

2. Outdoor Power and Renewable Energy Distribution Systems

Outdoor equipment subjected to intense sunlight, precipitation, and extreme temperature differentials demands rigorous weather resistance.

• Electric Vehicle Charging Stations: Outdoor DC and AC charging piles are equipped with flat head metal status indicator lights. Flashing blue or green indicates charging in progress, steady illumination signifies completion, and flashing red alerts to ground faults. IP67 waterproof and vandalism-resistant construction withstands public high-frequency use.
• Outdoor Distribution Boxes & PV Combiner Boxes: Photovoltaic power stations and municipal outdoor distribution boxes utilize indicators to display high-voltage closing and inverter running states, operating reliably across -40℃ to 80℃ thermal extremes.

3. Rail Transit, Commercial Vehicles, and Marine Equipment

Vehicles and vessels experience severe jolting and vibration alongside high salinity maritime corrosive environments.

• Commercial Vehicle Control Consoles: Excavators, cranes, and bulldozers utilize instrument dashboard indicators for oil pressure, coolant temperature, headlights, and braking fault alerts, withstanding dust and heavy mechanical shock.
• Marine & Port Control Equipment: Ship cabin instruments and deck control boxes employ electroplated stainless steel metal indicators to resist saltwater corrosion, assisted by silicone sealing rings preventing seawater ingress.

4. Commercial Vending Devices and Public Security Infrastructure

Public equipment is prone to physical impact and vandalism, making plastic fixtures highly vulnerable to fracture.

• Vending & Ticketing Kiosks: Paired with vandal-resistant metal pushbuttons to indicate coin insertion, dispensing, and change statuses.
• Gas Station Dispenser Panels: Hazardous explosive atmospheres require electrical isolation, which metal indicator shells achieve effectively to enhance operational safety.
• Residential Access Control & Intercoms: Stainless steel access panels feature red and green indicator lamps to distinguish door lock open/closed states.

5. Medical Equipment and Food Processing Machinery

Industries requiring frequent washdowns and chemical disinfection demand stringent cleanliness and moisture resistance.

• Food Filling & Packaging Machinery: Subjected daily to high-pressure hot water and chemical washdowns. IP67 metal indicator lights withstand water spray jets without internal component degradation.
• Medical Sterilization Equipment & Test Benches: High-temperature and pressure sterilization units use indicator lamps to differentiate heating, sterilization, and exhaust phases.

LED Indicator Color Meanings and Application Guide

Standardized optical color selection is critical for intuitive operator response in industrial control systems. FILN offers single-color, dual-color, and tri-color indicator configurations.

Color Breakdown

• Red: Commonly signifies danger, emergency stop, fault condition, or abnormal pressure. Typical use: Emergency shutdown systems, over-temperature alarms.
• Green: Signifies normal operation, safe status, system running, or power ON confirmation. Typical use: Main power active, motor running.
• Yellow / Amber: Indicates caution, standby mode, warning state, or pre-operational checks. Typical use: Machine warming up, low fuel warning.
• Blue: Indicates mandatory action, specific machine state, or auxiliary power confirmation. Typical use: EV charging in progress, cooling cycle active.
• White: Serves as a neutral status indicator, general illumination confirmation, or system power active indicator. Typical use: Control cabinet main power supply.

Note: Indicator light color conventions can vary by equipment manufacturer, control system design, industry standard, and regional requirements. Confirm specifications prior to final assembly.

Installation Guide

Follow these technical instructions for proper mechanical mounting of the 19mm metal pilot lamp indicator.

1. Panel Preparation: Drill or punch a precise 19mm circular mounting hole into the control panel surface, ensuring the edges are deburred and clean.
2. Gasket Placement: Slide the silicone waterproof O-ring onto the indicator body to ensure environmental sealing against the panel face.
3. Insertion: Insert the metal indicator light assembly through the front of the panel opening.
4. Rear Securing: Thread the metal locking nut onto the rear housing barrel and tighten securely against the panel backside, incorporating the stainless steel plum blossom gasket to prevent vibrational loosening.
5. Electrical Connection: Connect the 20cm pre-wired leads to the control circuit using appropriate terminal blocks or insulated connectors.

Wiring Guide

Understanding proper electrical termination methods ensures long-term operational stability and safety in industrial control panels.

Pin Type vs. Wire Lead Type

Pin-type indicators feature exposed solder lugs or blade terminals requiring individual wire soldering or insulated receptacle slip-on connectors. Conversely, direct pre-wired indicator types (such as the FL1M-19FW-1 featuring 20cm attached leads) eliminate internal terminal strain and accelerate installation.

Wiring Best Practices

Directly wired indicator leads can be connected securely using quick-link terminal blocks, soldered joints enclosed in heat-shrink tubing, or professional electrical tape wrapping to guarantee connection stability. The integrated non-polar LED design allows flexible DC/AC connection without strict polarity matching. Important Safety Warning: Always disconnect main power sources and verify zero voltage using calibrated multimeters before performing any electrical wiring.

Industry Knowledge Center

Technical reference guides and engineering principles for selecting and maintaining industrial indicator lamps.

How LED Indicator Technology Operates

Solid-state LED indicator lights utilize semiconductor diodes that emit incoherent narrow-spectrum light when forward-biased. Unlike traditional incandescent pilot lamps prone to filament rupture under mechanical shock, LEDs offer solid-state vibration resistance, lower power consumption (approx. 0.2W), and exceptional operational lifespans exceeding 50,000 hours.

Maintenance and Troubleshooting Guide

If an indicator lamp fails to illuminate, first verify input voltage across the wire leads using a multimeter. Ensure that control circuit leakage currents do not cause phantom illumination (faint glowing). For outdoor installations, inspect the silicone O-ring seal periodically to maintain IP67 moisture protection integrity.

Buyer Decision Guide & RFQ Checklist

Selecting the correct metal pilot lamp indicator involves evaluating physical dimensions, electrical ratings, and environmental exposure requirements.

Specification-to-Decision Framework

• Mounting Hole (19mm): Determines physical panel compatibility. Ensure panel punch dimensions match the required cutout.
• Voltage (3V–480V): Determines electrical compatibility. Select matching AC/DC voltage ratings to prevent under-illumination or component burnout.
• IP Rating (IP67): Determines environmental suitability against dust and water immersion.
• Material Selection: FILN offers nickel-plated brass, stainless steel, and zinc-aluminum alloy options suited for varying corrosion and structural requirements.

RFQ Checklist for Procurement Managers

Providing these specifications helps FILN engineering and sales teams confirm product compatibility and quotation requirements efficiently:

• Product Type & Model (FL1M-19FW-1)
• Mounting Hole Size (19mm)
• Operating Voltage & Type (AC/DC specification)
• LED Color (Red, Green, Yellow, Blue, White)
• Wiring Method & Wire Length (Standard 20cm or custom)
• Waterproof Requirement (IP67)
• Quantity & Target Delivery Date

Recommended Similar Products (Alternative Sizes)

• 8mm Flat Head Metal Pre-Wired Indicator (FL1M-08FW-1)
• 10mm Flat Head Metal Pre-Wired Indicator (FL1M-10FW-1)
• 12mm Flat Head Metal Pre-Wired Indicator (FL1M-12FW-1)
• 14mm Flat Head Metal Pre-Wired Indicator (FL1M-14FW-1)
• 16mm Flat Head Metal Pre-Wired Indicator (FL1M-16FW-1)

FILN Manufacturing and Engineering Capabilities

FILN provides comprehensive OEM and ODM manufacturing capabilities, supporting electrical engineers and B2B procurement managers with custom design, rapid prototyping, and rigorous quality control. Backed by dedicated R&D engineering teams, in-house electrical testing laboratories, and flexible small-batch or mass-production capacities, FILN ensures reliable component supply for global industrial markets.

Factory Direct Supply

Factory Introduction: Yueqing Yulin Electronic Co., Ltd, brand name FILN, located in Wenzhou, Zhejiang, was established in 2006 as a professional electrical switch manufacturer integrating R&D, production, and sales. Its premium FILN brand products are sold in over 100 countries. FILN operates a modern 10,000 m² facility with 20+ advanced production lines and an independent testing lab. Driven by scientific processes and the ISO9001 quality system, FILN ensures industry-leading innovation and electrical performance. Our certified products (UL, CE, RoHS, REACH, TUV, CB) are widely used in kitchen appliances, energy storage, EV charging, automotive, marine, and security systems.

Production Capabilities: Indicator lights, pushbutton switches, rocker switches, toggle switches, and other small electrical components with complete custom manufacturing support.

Quality System: Certified under ISO9001, CE, VDE, RoHS, SGS, UL, IP65/IP67, and TUV standards.

Export Markets: Global distribution across North America, Europe, Asia, and Oceania.

Manufacturing Advantages: Professional engineers providing tailored technical solutions to resolve complex application challenges.

Official Website: www.filn.com

Direct Inquiry Email: inquiry@cnylin.com.cn

Frequently Asked Questions

Summary: 120v indicator lamp Overview

The 120v indicator lamp model FL1M-19SW-1 is a heavy-duty industrial signal lamp engineered by FILN, a direct manufacturer specializing in electrical components. Designed for electrical engineers, panel builders, and OEM equipment manufacturers, this 19mm panel-mount device solves status indication challenges in high-vibration and harsh environments. It features a robust metal alloy shell, pre-wired 2-pin leads with a prominent head design for wide-angle visibility, and an IP65 waterproof rating when installed with the provided silicone gasket and M19 nut. Operating efficiently across voltages from 3V to 480V, this versatile 120v indicator lamp is widely integrated into CNC machinery, electrical distribution cabinets, renewable energy systems, and automotive control panels. FILN provides comprehensive OEM and ODM support, bulk wholesale options, and custom manufacturing capabilities to meet exact technical specifications. Buyers should confirm mounting hole dimensions, operating voltage, wire lead length, and color requirements (Red, Green, Yellow, Blue, White) before placing bulk orders.

Key Takeaways & Buyer Decision Guide

• Product Identity: The FL1M-19SW-1 is a professional-grade 19mm prominent head metal indicator lamp manufactured by FILN.
• Key Specification: Designed for standard 19mm panel cutouts with wide voltage adaptability ranging from 3V to 480V AC/DC.
• Material Composition: Constructed with a durable copper alloy or black-plated zinc-aluminum shell and an impact-resistant PC prominent lens.
• Protection Rating: Delivers IP65 waterproof and dustproof performance when paired with the included silicone O-ring.
• Mounting & Installation: Single-nut thread mounting allows secure panel fastening with high-visibility protrusion.
• Wiring Configuration: Equipped with 2-pin pre-wired leads utilizing polarity-free LED chips for simplified electrical connection.
• Target Applications: Ideal for industrial control cabinets, automation machinery, EV charging stations, and marine dashboards.
• Customization Support: FILN provides custom wire lengths, specialized voltages, and custom laser marking for OEM clients.
• Global Certifications: Manufactured under ISO9001 quality systems with CE, VDE, RoHS, CCC, and UL compliance.
• Procurement Considerations: Bulk wholesale options and direct factory technical support are available for industrial purchasers.

What Is a 120v indicator lamp?

A 120v indicator lamp is a panel-mounted electronic signaling device used to visually display equipment operating status, power supply conditions, or warning alerts within industrial control systems. Indicator lights are generally classified into metal indicator lights and plastic indicator lights, spanning mounting dimensions from 6mm to 30mm. Regarding electrical termination, they are available in pin-terminal variants and direct pre-wired configurations. Metal indicator lights typically offer prominent head, flat head, and recessed head exterior profiles, enabling engineers to select the optimal design based on mechanical protection and visual requirements.

As a specialized manufacturer, FILN offers robust 19mm solutions like the 120v indicator lamp to replace fragile plastic components in demanding industrial environments. The metal housing ensures superior mechanical strength, corrosion resistance, and long-term operational reliability across commercial and industrial machinery.

Product Overview & Engineering Principles

The FILN 120v indicator lamp operates on advanced solid-state semiconductor principles, converting electrical energy into clear, uniform optical illumination. Internally, a high-brightness LED chip is paired with a precision carbon film resistor to regulate voltage and current parameters, ensuring stable performance when connected to 120V AC or DC circuits.

Mechanically, the assembly utilizes a threaded metal barrel secured by an M19 locking nut and a high-grade silicone O-ring. This design creates a tight compression seal against control panels, preventing moisture, dust, and cutting fluids from breaching sensitive electrical enclosures. The integrated wire leads eliminate internal soldering failures often caused by heavy machine vibration, making this 120v indicator lamp an optimal choice for industrial automation and heavy-duty equipment panels.

Quick Technical Specifications

Performance Parameters & Electrical Ratings

Component Materials & Engineering Selection

Every material utilized in the construction of the FILN 120v indicator lamp is selected to guarantee structural integrity, environmental resistance, and electrical safety in industrial deployments.

Environmental Performance & Testing Standards

The following environmental test parameters govern the operational robustness of the FL1M-19SW-1 series metal indicator lamp across extreme working conditions:

LED Chip Technical Specifications

1. Absolute Maximum Ratings (Maximum safe operational limits for the LED chip, beyond which permanent damage may occur):

• Forward Current ($I_{FP}$): 20 mA
• Reverse Voltage ($V_R$): 5 V
• Power Dissipation ($P_D$): 60 mW
• Operating Temperature Range ($T_{OPR}$): -40°C to +80°C
• Storage Temperature Range ($T_{STG}$): -40°C to +100°C
• Lead-Free Soldering Temperature ($T_{SOL}$): 260°C Max. for 3 sec. Max.

2. Electro-Optical Characteristics (Test parameters measured at ambient temperature $T_a = 25^\circ\text{C}$):

Standard Test Conditions

Unless otherwise specified, all electrical and optical parameters for the 120v indicator lamp are measured under controlled standard atmospheric conditions:

• Ambient Temperature: 5°C ~ 35°C
• Relative Humidity: 45% ~ 85%
• Air Pressure: 86 ~ 106 Kpa (860 ~ 1060 mbar)

Notes: Luminous intensity and dominant wavelength are calibrated in accordance with the CIE international standard of human eye response curve. Tolerance of luminous intensity measurement: ±15%, tolerance of voltage measurement: ±0.1V.

Applications by Industry

Metal indicator lights utilize high-strength copper alloy or stainless steel metal housings, featuring outstanding impact resistance and IP67 waterproof/dustproof protection ratings, making them widely applied across industrial and premium commercial fields. While plastic indicator lights are prone to aging, cracking, and high-temperature deformation under long-term use, metal indicator lights adapt seamlessly to harsh working conditions, frequent operations, and high-reliability requirements. Below is an industry-by-industry breakdown of typical application scenarios:

1. Industrial Automation & Mechanical Manufacturing

This sector represents the core application field with the highest usage volume for metal indicator lights, characterized by continuous mechanical vibration, oil contamination, and hard-object impacts.

• CNC Machine Tools & Machining Centers: Control panels are installed with red, yellow, and green metal indicator lamps where green indicates normal operation, yellow signifies standby/pre-warning, and red denotes emergency stop or equipment faults. The metal shell effectively resists cutting fluids and metallic debris erosion.
• Automation Production Line Control Cabinets: Large distribution cabinets and PLC control enclosures incorporate 6mm and 8mm metal indicator lamps compatible with AC220V and DC24V power supplies to directly display power status across channels.
• Hydraulic & Pneumatic Equipment: Applied for oil pump start/stop and pressure over-limit alerts. Because equipment experiences severe vibration, integrated pre-wired metal indicator lamps feature securely fixed internal LEDs and resistors that resist wire breakage or loosening compared to pin-terminal variants.

2. Outdoor Power & New Energy Distribution Systems

Outdoor equipment is constantly exposed to weather elements and wide temperature swings, demanding stringent weatherability and temperature resistance.

• New Energy Charging Piles: Outdoor DC and AC charging stations are equipped with prominent metal status indicator lamps. Blue or green flashing lights indicate active charging, continuous glowing represents full charge, and flashing red alerts to ground faults or leakage. IP67 waterproof and vandal-resistant properties suit high-frequency public deployment.
• Outdoor Distribution Boxes & Solar Combiner Boxes: Photovoltaic stations and municipal outdoor distribution boxes utilize indicators to display high-voltage closing and inverter operating status across working temperature ranges from -40°C to 80°C.

3. Rail Transit, Engineering Vehicles & Marine Equipment

Vehicles and vessels encounter heavy shock and vibration during operation, while maritime environments present severe salt fog corrosion risks.

• Engineering Vehicle Cockpits: Instrument panels on excavators, cranes, and bulldozers utilize indicators for oil pressure, water temperature, headlight, and braking fault warnings, adapting perfectly to dusty and severe vibration environments.
• Marine & Port Control Equipment: Ship cabin instruments and deck control boxes employ electroplated stainless steel metal indicator lamps to resist salt fog corrosion, supplemented by silicone sealing rings preventing seawater ingress.

4. Commercial Self-Service Devices & Public Anti-Vandal Facilities

Equipment in public spaces is susceptible to physical impacts and vandalism, where standard plastic fixtures break easily.

• Vending & Ticketing Machines: Paired with metal anti-vandal pushbuttons to indicate coin insertion, dispensing, and change-return status.
• Gas Station Dispenser Panels: Hazardous fuel zones require explosion-safety considerations; metal lamp shells provide reliable electrical isolation and safety enhancement.
• Outdoor Access Control & Intercoms: Stainless steel intercom faceplates incorporate red and green indicator lamps to differentiate locked and unlocked door states.

5. Medical Equipment & Food Processing Machinery

These industries require frequent chemical washdowns and disinfection, demanding high waterproof and hygienic standards.

• Food Bottling & Packaging Equipment: Subjected to daily high-pressure hot water and chemical detergent washdowns; IP67 metal indicator lamps resist spray jets, protecting internal components from corrosion and contamination.
• Medical Sterilizers & Laboratory Benches: High-pressure sterilizing autoclaves utilize indicator lamps to differentiate heating, sterilizing, and exhaust operational cycles.

Application Summary: Standard plastic indicator lights yellow and become brittle under prolonged outdoor UV exposure, while workshop oils corrode plastic housings and continuous vibration loosens terminal pins. Metal indicator lamps utilize copper alloy housings, silicone waterproof O-rings, and tail pre-wired lead structures to resolve these issues, serving as the preferred high-reliability component for industrial equipment.

LED Indicator Color Meanings and Application Guide

Indicator color selection is critical for operator safety and ergonomic efficiency in control panel design. Color conventions may vary depending on equipment manufacturer specifications, industry standards, and regional regulations. FILN supplies single-color, dual-color, and tri-color configurations to match specific system requirements.

1. Red: Commonly signifies danger, emergency, or stop conditions. Typical status includes faults, emergency stop engaged, or over-pressure alerts. Recommended for alarm panels, trip warnings, and stop pushbuttons.

2. Green: Commonly signifies normal, safe, or operating conditions. Typical status includes main power ON and normal cycle running. Recommended for main power status and running indicators.

3. Yellow / Amber: Commonly signifies caution, warning, or standby modes. Typical status includes standby operation or approaching thermal thresholds. Recommended for pre-heating stages and pause states.

4. Blue: Commonly signifies mandatory action or informational feedback. Typical status includes active charging or cooling systems running. Recommended for EV chargers and pneumatic control modes.

5. White: Commonly signifies neutral or general operational status. Typical status includes control voltage active or cabinet doors open. Recommended for general illumination feedback and auxiliary power.

Installation Guide

Proper mechanical mounting ensures that the 120v indicator lamp maintains its IP65 waterproof rating and secure panel fit. Follow these sequential steps for installation:

1. Prepare Mounting Hole: Drill or punch a precise 19mm circular mounting hole in the equipment control panel. Ensure burrs and metal shavings are thoroughly cleaned from the edges.
2. Position Waterproof Gasket: Slide the provided silicone waterproof O-ring onto the threaded barrel of the indicator light from the rear of the mounting flange.
3. Insert Indicator Light: Insert the indicator light assembly from the front side of the control panel through the 19mm aperture.
4. Secure Locking Nut: Thread the M19 metal locking nut onto the barrel from the rear side of the panel. Tighten securely using a standard socket or wrench to compress the silicone gasket against the panel surface.
5. Connect Wiring: Connect the tail wire leads to the 120V circuit following standard electrical safety protocols.

Wiring Guide & Connection Methods

Pin-terminal indicator lights require soldering or specialized female spade connectors attached directly to terminal pins. In contrast, pre-wired indicator lights feature integrated tail wire leads. Directly pre-wired indicator leads can be connected to the circuit using quick-connection wire terminals, soldered securely, or wrapped with electrical tape to ensure connection stability.

Note: Always cut off power and ensure electrical safety before performing any wiring operations.

Industry Knowledge Center

Selecting high-reliability signaling components prevents unexpected control panel downtime. Industrial indicator lights bridge communication between complex PLC logic and human operators. When specifying a 120v indicator lamp, engineers must evaluate electrical transient protection, ambient operating temperatures, and ingress protection requirements. Proper maintenance involves periodic inspection of terminal connections and cleaning exterior lenses to maintain clear visibility in dusty industrial settings.

Buyer Decision Guide & RFQ Checklist

FILN provides multiple metal shell options to suit distinct operating environments. The following comparison outlines housing material characteristics:

RFQ Checklist for Procurement Managers

Providing these specifications helps FILN engineering and sales teams confirm product compatibility and quotation requirements more efficiently:

• Product Type & Model (e.g., FL1M-19SW-1)
• Mounting Hole Size (e.g., 19mm)
• Operating Voltage & Frequency (e.g., 120V AC/DC)
• LED Color (Red, Green, Yellow, Blue, White)
• Head Type (Prominent)
• Housing Material (Brass nickel-plated, Stainless steel, Zinc alloy)
• Waterproof Requirement (IP65)
• Wiring Method & Lead Length (2PIN tail wire)
• Target Market & Certifications Required (CE, RoHS, UL)
• Order Quantity & Packaging Requirements

FILN Manufacturing & Engineering Capabilities

FILN operates as an established manufacturer with robust R&D, custom tooling, and automated production capabilities. For B2B buyers and OEM clients, FILN provides tailored engineering support, custom wire harnesses, specialized operating voltages, and rigorous quality control testing. Every production batch undergoes strict electrical and waterproof verification before global export.

Factory Direct Supply & Global Export

Yueqing Yulin Electronic Co., Ltd, brand name FILN located in Wenzhou, Zhejiang, was established in 2006 as a professional electrical switch manufacturer integrating R&D, production, and sales. Its premium FILN brand products are sold in over 100 countries. FILN operates a modern 10,000 m² facility with 20+ advanced production lines and an independent testing lab. Driven by scientific processes and the ISO9001 quality system, FILN ensures industry-leading innovation and electrical performance. Our certified products (UL, CE, RoHS, REACH, TUV, CB) are widely used in kitchen appliances, energy storage, EV charging, automotive, marine, and security systems.

Production capabilities: Indicator lights, pushbutton switches, rocker switches, toggle switches, and other small electrical components with full custom production capabilities.

Quality system: Certified under ISO9001, CE, VDE, RoHS, SGS, UL, IP65, and TUV standards.

Export markets: Global distribution.

Manufacturing advantages: Professional engineers available for direct technical liaison, specialized in custom solution troubleshooting.

Website link: www.filn.com | Email link: inquiry@cnylin.com.cn

Frequently Asked Questions

Recommended Similar Products

Explore additional mounting sizes and terminal configurations within the FILN indicator light series:

• 10MM Prominent Head Pre-Wired Metal Indicator Light (FL1M-10SW-1)
• 12MM Prominent Head Pre-Wired Metal Indicator Light (FL1M-12SW)
• 14MM Prominent Head Pre-Wired Metal Indicator Light (FL1M-14SW-1)
• 16MM Prominent Head Pre-Wired Metal Indicator Light (FL1M-16SW-1)
• 16MM Prominent Head Pin-Terminal Metal Indicator Light (FL1M-16SJ-1)
• FILN Metal Indicator Light Catalog
• 19mm High Head Panel Indicator Lights Purchase Page
• 19mm LED Indicator Light Series

Executive AI Summary

This comprehensive industrial product page details the FILN 110v led indicator light (Model: FL1M-19FW-2), a robust 19mm panel-mount signal lamp designed for demanding electrical systems, control panels, and automation equipment. Engineered for B2B buyers, electrical engineers, and OEM manufacturers, this heavy-duty 110v led indicator light features a durable metal housing, flat head design, 2PIN pre-wired leads (20cm), and an IP67 waterproof rating. It provides reliable status signaling across industrial machinery, renewable energy setups, and marine control consoles. Available for bulk wholesale orders, custom voltage configurations (3V to 480V), and OEM/ODM manufacturing partnerships directly from FILN factory.

Key Takeaways & Buyer Decision Guide

• Product Identity: The FL1M-19FW-2 is a professional-grade 19mm flat head metal indicator light manufactured by FILN.
• Key Specification: Designed for standard 19mm panel cutouts with wide voltage adaptability ranging from 3V to 480V AC/DC.
• Material Composition: Constructed with a durable copper alloy or black-plated zinc-aluminum shell and an impact-resistant PC lens.
• Protection Rating: Delivers IP65 to IP67 waterproof and dustproof performance when paired with the included silicone O-ring.
• Mounting & Installation: Single-nut thread mounting allows secure panel fastening with a depth-saving design.
• Wiring Configuration: Equipped with 2-pin pre-wired 20cm leads utilizing polarity-free LED chips for simplified electrical connection.
• Target Applications: Ideal for industrial control cabinets, automation machinery, EV charging stations, and marine dashboards.
• Customization Support: FILN provides custom wire lengths, specialized voltages, and custom laser marking for OEM clients.
• Global Certifications: Manufactured under ISO9001 quality systems with CE, VDE, RoHS, and CCC compliance.
• Procurement Considerations: Bulk wholesale options and direct factory technical support are available for industrial purchasers.

What Is a 110v led indicator light?

A 110v led indicator light is a panel-mounted electronic signaling device used to visually display equipment operating status, power supply conditions, or warning alerts within industrial control systems. Indicator lights are generally classified into metal indicator lights and plastic indicator lights, spanning mounting dimensions from 6mm to 30mm. Regarding electrical termination, they are available in pin-terminal variants and direct pre-wired configurations. Metal indicator lights typically offer flat head, prominent head, and recessed head exterior profiles, enabling engineers to select the optimal design based on mechanical protection and visual requirements.

As a specialized manufacturer, FILN offers robust 19mm solutions like the 110v led indicator light to replace fragile plastic components in demanding industrial environments. The metal housing ensures superior mechanical strength, corrosion resistance, and long-term operational reliability across commercial and industrial machinery.

Product Overview & Engineering Principles

The FILN 110v led indicator light operates on advanced solid-state semiconductor principles, converting electrical energy into clear, uniform optical illumination. Internally, a high-brightness LED chip is paired with a precision carbon film resistor to regulate voltage and current parameters, ensuring stable performance when connected to 110V AC or DC circuits.

Mechanically, the assembly utilizes a threaded metal barrel secured by an M19 locking nut and a high-grade silicone O-ring. This design creates a tight compression seal against control panels, preventing moisture, dust, and cutting fluids from breaching sensitive electrical enclosures. The integrated 20cm wire leads eliminate internal soldering failures often caused by heavy machine vibration, making this 110v led indicator light an optimal choice for industrial automation and heavy-duty equipment panels.

Quick Technical Specifications

Performance Parameters & Electrical Ratings

Component Materials & Engineering Selection

Every material utilized in the construction of the FILN 110v led indicator light is selected to guarantee structural integrity, environmental resistance, and electrical safety in industrial deployments.

Environmental Performance & Testing Standards

The following environmental test parameters govern the operational robustness of the FL1M-19FW-2 series metal indicator light across extreme working conditions:

LED Chip Technical Specifications

1. Absolute Maximum Ratings (Maximum safe operational limits for the internal LED chip):

• Forward Current ($I_{FP}$): 20 mA
• Reverse Voltage ($V_R$): 5 V
• Power Dissipation ($P_D$): 60 mW
• Operating Temperature Range ($T_{OPR}$): -40°C to +80°C
• Storage Temperature Range ($T_{STG}$): -40°C to +100°C
• Lead-Free Soldering Temperature ($T_{SOL}$): 260°C Max. for 3 sec. Max.

2. Electro-Optical Characteristics (Measured at ambient temperature $T_a = 25^\circ\text{C}$):

Standard Test Conditions

Unless otherwise specified, all electrical and optical parameters for the 110v led indicator light are measured under controlled standard atmospheric conditions:

• Ambient Temperature: 5°C ~ 35°C
• Relative Humidity: 45% ~ 85%
• Air Pressure: 86 ~ 106 kPa (860 ~ 1060 mbar)

Notes: Luminous intensity and dominant wavelength are calibrated in accordance with CIE international standards for human eye response curves. Measurement tolerance for luminous intensity is ±15%, and voltage measurement tolerance is ±0.1V.

Applications by Industry

Metal indicator lights utilize high-strength copper alloy or stainless steel housings, offering exceptional impact resistance and IP67 waterproof protection suitable for demanding industrial and commercial environments. While plastic indicators are prone to aging, cracking, and thermal deformation over time, metal indicator lights adapt seamlessly to harsh working conditions, frequent operation, and high-reliability requirements.

1. Industrial Automation & Mechanical Manufacturing

This sector represents the primary application area for heavy-duty indicator lights exposed to continuous mechanical vibration, oil contamination, and physical impact.

• CNC Machine Tools & Machining Centers: Control panels utilize red, green, and yellow metal indicators where green indicates normal operation, yellow signifies standby/warning, and red denotes emergency stop or faults. The metal shell resists cutting fluids and metal debris.
• Automation Production Line Cabinets: Large distribution and PLC control cabinets integrate 19mm metal indicators operating on 110V AC or 24V DC to display power distribution status clearly.
• Hydraulic & Pneumatic Equipment: Applied in pump start/stop and pressure warning displays. Integrated pre-wired metal indicators secure internal LED and resistor assemblies against vibration-induced wire breakage.

2. Outdoor Power & Renewable Energy Distribution

Outdoor equipment experiences extreme seasonal temperature swings and direct weather exposure, demanding superior weatherability.

• EV Charging Stations: Outdoor DC and AC charging piles utilize flat head metal status indicators. Flashing blue/green lights indicate active charging, constant green indicates completion, and flashing red indicates ground faults. IP67 sealing prevents weather ingress and vandalism.
• Outdoor Distribution & Solar Combiner Boxes: Solar photovoltaic stations utilize indicators to display high-voltage closing and inverter status across operating ranges from -40°C to +80°C.

3. Rail Transit, Utility Vehicles & Marine Equipment

High-vibration transit systems and saline marine environments require corrosion-resistant components.

• Engineering Vehicle Dashboards: Excavators, cranes, and bulldozers use dashboard indicators for oil pressure and brake fault monitoring.
• Marine & Port Control Gear: Ship cabins and deck control boxes use plated metal indicators to resist salt fog corrosion, backed by silicone O-rings preventing water ingress.

4. Commercial Vending & Public Equipment

• Automated Vending & Ticketing Machines: Paired with vandal-resistant metal switches to indicate coin insertion and dispensing states.
• Access Control & Intercoms: Stainless steel intercom panels use dual-color indicators to display door lock statuses.

5. Medical & Food Processing Machinery

• Food Bottling & Packaging Equipment: Subjected to daily high-pressure washdowns with chemical cleaning agents; IP67 metal indicators resist corrosion and fluid penetration.
• Medical Sterilizers: High-pressure autoclaves use indicators to differentiate heating, sterilizing, and exhaust cycles.

LED Indicator Color Meanings & Application Guide

Indicator color selection is critical for operator safety and ergonomic efficiency in control panel design. Color conventions may vary depending on equipment manufacturer specifications, industry standards, and regional regulations. FILN supplies single-color, dual-color, and tri-color configurations to match specific system requirements.

Installation Guide

Proper mechanical mounting ensures that the 110v led indicator light maintains its IP67 waterproof rating and secure panel fit. Follow these sequential steps for installation:

1. Prepare Mounting Hole: Drill or punch a precise 19mm circular mounting hole in the equipment control panel. Ensure burrs and metal shavings are thoroughly cleaned from the edges.
2. Position Waterproof Gasket: Slide the provided silicone waterproof O-ring onto the threaded barrel of the indicator light from the rear of the mounting flange.
3. Insert Indicator Light: Insert the indicator light assembly from the front side of the control panel through the 19mm aperture.
4. Secure Locking Nut: Thread the M19 metal locking nut onto the barrel from the rear side of the panel. Tighten securely using a standard socket or wrench to compress the silicone gasket against the panel surface.
5. Connect Wiring: Connect the 20cm pre-wired leads to the 110V circuit following standard electrical safety protocols.

Wiring Guide & Connection Methods

Understanding the difference between pin-terminal and pre-wired indicators ensures reliable electrical integration. Pin-terminal indicators require soldering or specialized female spade connectors attached directly to terminal pins. In contrast, pre-wired indicators (such as the FL1M-19FW-2) arrive equipped with integrated 20cm wire leads.

Directly pre-wired indicator leads can be securely linked to the main circuit using quick-connection wire terminals, professional soldering, or insulated electrical tape wrapping to guarantee joint stability. Because FILN integrates polarity-free LED components into these units, installers do not need to distinguish between positive and negative polarity when connecting AC or DC circuits.

Safety Warning: Always cut off the main power supply and verify zero voltage using a calibrated multimeter before performing any electrical wiring or maintenance.

Industry Knowledge Center

Selecting high-reliability signaling components prevents unexpected control panel downtime. Industrial indicator lights bridge communication between complex PLC logic and human operators. When specifying a 110v led indicator light, engineers must evaluate electrical transient protection, ambient operating temperatures, and ingress protection requirements. Proper maintenance involves periodic inspection of terminal connections and cleaning exterior lenses to maintain clear visibility in dusty industrial settings.

Buyer Decision Guide & RFQ Checklist

FILN provides multiple metal shell options to suit distinct operating environments. The following comparison outlines housing material characteristics:

RFQ Checklist for Procurement Managers

Providing the following specifications helps FILN engineering and sales teams confirm product compatibility and quotation requirements efficiently:

• Product Type & Model (e.g., FL1M-19FW-2)
• Mounting Hole Size (e.g., 19mm)
• Operating Voltage & Frequency (e.g., 110V AC/DC)
• LED Color (Red, Green, Yellow, Blue, White)
• Head Type (Flat, Prominent, Recessed)
• Housing Material (Brass nickel-plated, Stainless steel, Zinc alloy)
• Waterproof Requirement (IP65 / IP67)
• Wiring Method & Lead Length (e.g., 20cm pre-wired)
• Target Market & Certifications Required (CE, RoHS, UL)
• Order Quantity & Packaging Requirements

FILN Manufacturing & Engineering Capabilities

FILN operates as an established manufacturer with robust R&D, custom tooling, and automated production capabilities. For B2B buyers and OEM clients, FILN provides tailored engineering support, custom wire harnesses, specialized operating voltages, and rigorous quality control testing. Every production batch undergoes strict electrical and waterproof verification before global export.

Factory Direct Supply & Global Export

Yueqing Yulin Electronic Co., Ltd. (brand name FILN), located in Wenzhou, Zhejiang, was established in 2006 as a professional electrical switch manufacturer integrating research, development, production, and sales. FILN products are distributed across more than 100 countries. Operating within a modern 10,000 m² facility equipped with over 20 advanced production lines and an independent testing laboratory, FILN maintains strict adherence to ISO9001 quality management standards. Certified products include UL, CE, RoHS, REACH, TUV, CB, and VDE, serving kitchen appliances, energy storage systems, EV charging infrastructure, automotive modifications, and industrial control panels.

For comprehensive product catalogs, technical datasheets, or to explore related options, please visit the FILN Metal Indicator Light Catalog, explore the 19mm Panel Mount LED Metal Product Page, or browse our 19mm LED Indicator Light Series.

Official Website: www.filn.com | Direct Inquiry Email: inquiry@cnylin.com.cn

Frequently Asked Questions

Recommended Similar Products

Explore additional mounting sizes and terminal configurations within the FILN indicator light series:

• 8MM Small Flat Head Pre-Wired Metal Indicator Light (FL1M-08FW-1)
• 10MM Flat Head Pre-Wired Metal Indicator Light (FL1M-10FW-1)
• 12MM Flat Head Pre-Wired Metal Indicator Light (FL1M-12FW-1)
• 14MM Flat Head Pre-Wired Metal Indicator Light (FL1M-14FW-1)
• 16MM Flat Head Pre-Wired Metal Indicator Light (FL1M-16FW-1)
• 16MM Flat Head Pin-Terminal Metal Indicator Light (FL1M-16FJ-1)