Global Lighting Connectors Market Outlook, 2031

The global lighting connectors market is defined less by current-carrying capacity in isolation than by the certification and code-compliance framework that determines whether a connector can be used inside a luminaire, at a luminaire disconnect point, or in a field-wiring terminal block application. IEC 61984 is the foundational safety standard for connectors, applying to plug connectors for rated voltages from 50 to 1,000 volts and rated currents up to 500 amperes per contact, and it imposes specific constraints that shape lighting product design: an unenclosed connector configuration must have protection against electric shock provided by the installation method, contact inserts must not be coupled or decoupled under electrical load, and contact inserts must not be powered up in the unmated condition. The North American luminaire disconnect regime operates on a different logic. UL 2459 and CSA C22.2 No. 2459 cover insulated multi-pole splicing wire connectors intended for field and factory wiring, and the standard explicitly extends to luminaire disconnects used internal to luminaires to facilitate replacement of the ballast or LED driver, or for LED retrofit applications where connected on the line side of the LED driver, while prohibiting these disconnects from being directly attached to branch circuit conductors for the purpose of making and breaking the circuit. The National Electrical Code reinforces this with Section 410.71, which requires fluorescent or LED luminaires using double-ended lamps and containing ballasts or LED drivers that can be serviced in place to have a disconnecting means either internal or external to each luminaire, with line-side terminals guarded and the disconnect accessible to qualified persons before servicing.

The competitive field for lighting connectors is stratified by approval-file breadth across IEC 61984, UL 2459, IEC 60998, IEC 60335-1, and national schemes, by the connector architecture that determines which applications a product can serve, and by the field-installation labour economics that push-in and lever-type terminations are designed to address. TE Connectivity’s LUMAWISE Endurance N dimming receptacles illustrate the approval-portfolio approach: the product carries EN 61984 and BS 5972 compliance alongside a 12-ampere maximum current rating at 480 volts AC/DC for power contacts, a 1.5-ampere rating at 30 volts AC/DC for the signal contacts, and a glass-filled PBT housing with a 19-millimetre height above the luminaire, which positions it for the dimming and control interface on outdoor and industrial luminaires where the connector must survive environmental exposure and field servicing. WAGO’s position rests on the push-in termination architecture, with the 294 series meeting IEC/EN 60998-1, IEC/EN 60998-2-2, and IEC/EN 60335-1, and the 770-203 pluggable terminal block meeting IEC/EN 60664-1 while being RoHS compliant and suitable for general mains applications, lighting fixtures, and PCB connections. WAGO’s luminaire disconnect connector, marketed as LUMI-NUTS, is designed to NEC 410.130(G), CEC 30-308(4), UL/CSA 2459, CSA C22.2 No. 182.3, and ANSI/NFPA-70, and it carries a locking latch for automatic locking on mating, copper rather than brass contacts, a UL94 V-0 housing, and a touch-proof unmated position, which indicates that the competitive frontier at the disconnect layer is as much about installation labour reduction and mis-mating prevention as about electrical ratings. The competitive set also includes Amphenol ICC, Molex, Phoenix Contact, Wurth Elektronik, Hirose Electric, JST, Kyocera AVX, and Adels-Contact, with TE Connectivity, WAGO, and Phoenix Contact occupying the leading positions in the solid-state lighting connector segment and WAGO’s SMD terminal blocks and Phoenix Contact’s Pico-MAX and modular IoT gateway lines representing the product directions that align with the connected-luminaire specification trend.

Market Dynamics Driver: Code-mandated disconnecting means and connector safety standards creating non-discretionary demand The NEC’s disconnecting-means requirement and the UL 2459 luminaire disconnect standard have created a code-mandated demand pool for a specific connector category, and the requirement applies to every fluorescent or LED luminaire using double-ended lamps with a ballast or driver that can be serviced in place. NEC 410.71 requires the disconnecting means to be either internal or external to each luminaire, with line-side terminals guarded and the disconnect accessible to qualified persons before servicing, and for cord-and-plug-connected luminaires an accessible separable connector or plug and receptacle is permitted to serve as the disconnecting means. The UL 2459 standard extends the requirement to LED retrofit applications where the disconnect is connected on the line side of the LED driver, which brings retrofit kits within the same connector specification regime as new luminaires. This is a regulatory demand driver rather than a discretionary purchasing decision, because the connector is the component through which the code requirement is satisfied, and the alternative of a permanently wired luminaire is not compliant where the driver or ballast is serviceable in place.

Challenge: Standards fragmentation across IEC, UL, CCC, and BIS regimes constraining single-platform global products
The principal constraint on lighting connector market access is that the same physical connector must be qualified under different standards for different markets, and the approval files are not interchangeable. IEC 61984 governs the connector itself for European and international markets, but a luminaire disconnect sold in North America must also meet UL 2459 and CSA C22.2 No. 2459, and a field-wiring terminal block intended for lighting must additionally demonstrate compliance with IEC/EN 60998-1 and 60998-2-2 and, where the luminaire is an unattended household-type appliance, IEC/EN 60335-1. China’s CCC framework covers electrical wires and cables, switches for circuits and installation protective and connection devices, and lighting products, which means that a connector or terminal block designed into a Chinese-market luminaire must be evaluated within a certification system that treats connection devices and lighting apparatus as separate product categories. India operates two parallel BIS schemes, with the ISI Mark scheme covering cables, sockets, and lighting fixtures through factory inspection and sample testing, and the Compulsory Registration Scheme covering electronic and IT products through testing in India and BIS registration, and the scheme assignment is determined by Quality Control Orders and ministry notifications rather than by the product’s function, which adds a classification risk to product planning. A connector manufacturer serving Europe, North America, China, and India must therefore maintain four distinct approval files for the same physical product, and the administrative cost falls disproportionately on suppliers without dedicated regulatory affairs teams.

Trend: Push-in and lever-type terminations displacing twist-on connectors in lighting installation
Push-in and lever-type connectors are taking share from traditional twist-on wire nuts in lighting installation, and the trajectory is visible in the same regulatory and labour-economics forces that drive the disconnect requirement. Poland’s wire connectors pack market is projected to see push-in and lever-type connectors reach 40–45 percent of unit share by 2035, displacing twist-on wire nuts to 35–40 percent, and lighting installation is the second-largest application segment for push-in-wire connectors at approximately 18 to 27 percent of the market depending on the measurement scope, behind building installation wiring at 32 percent. WAGO’s LUMI-NUTS product illustrates the design logic behind this shift, with a push-in termination, an integrated locking latch for automatic locking on mating, a touch-proof unmated position, and a housing rated UL94 V-0, all of which reduce installation time and mis-wiring risk relative to twist-on connections. The trend aligns with the NEC 410.71 disconnect requirement because a push-in disconnect satisfies both the code obligation and the labour-cost constraint that electrical contractors face on high-fixture-count commercial projects.



Segmentation Analysis By Connector Type
• Wire-to-board connectors constitute the largest product-type segment because they provide the interface between the LED board or driver PCB and the field wiring, and the architecture is the default for the internal connections within luminaires and for the pluggable terminal blocks that allow field wiring to terminate on a PCB-mounted header, with wire-to-board holding a 38.4 percent share of the lighting connector market in 2025.
• Wire-to-wire connectors serve the splicing and extension applications where two field wires must be joined without an intervening PCB, and they are the architecture used in luminaire disconnect products such as the WAGO LUMI-NUTS, which mates two wire halves to provide the NEC 410.130(G) disconnecting means.
• Board-to-board connectors address the internal stacking and mezzanine connections within drivers and control modules, and their lighting-specific volume is smaller because the driver-to-LED-module interface is more commonly a wire-to-board connection than a direct board-to-board stack.
• Terminal blocks constitute a distinct category because they are governed by IEC/EN 60998-1 and 60998-2-2 and, where applicable, IEC/EN 60335-1, and they serve field-wiring termination in luminaires and in the broader building electrical installation, with WAGO’s 294 series snap-in power supply connectors and 770-203 pluggable terminal blocks representing the product classes that span lighting and non-lighting applications from a single approval platform.

By Connection Type
• Plug-in connectors are the fastest-advancing connection type because they satisfy the disconnecting-means requirement without requiring a tool, and the NEC explicitly permits an accessible separable connector or plug and receptacle to serve as the disconnecting means for cord-and-plug-connected luminaires.
• Screw connectors retain a position in applications where a mechanically robust and vibration-resistant termination is required, and they are the historical default in terminal blocks and in industrial luminaires, but their share is declining as push-in terminations prove reliable in field conditions.
• Push-in connectors are gaining share because the termination requires no tool, reduces installation time, and provides a touch-proof unmated condition that screw terminals do not inherently offer, and the WAGO LUMI-NUTS and 294 series products illustrate the architecture’s commercial positioning in lighting installation.

By Mounting Type
• PCB-mounted connectors constitute the largest mounting category because the LED board and driver PCB are the two points where field wiring terminates inside a luminaire, and the wire-to-board architecture that dominates the product-type segmentation is by definition PCB-mounted on one side.
• Cable-mounted connectors serve the field-wiring side of the interface, and they are the format used in luminaire disconnects and in pluggable terminal blocks that terminate a cable or conduit run.
• Panel-mounted connectors address the through-enclosure and bulkhead applications where the connector must maintain ingress protection across a luminaire housing wall, and the TE LUMAWISE Endurance N receptacle’s 19-millimetre height above the luminaire and glass-filled PBT housing illustrate the environmental and dimensional constraints that panel-mounted lighting connectors must satisfy.

By Application
• Indoor lighting represents the largest application segment because commercial, residential, and institutional luminaires account for the highest fixture counts and therefore the highest connector volumes, and the NEC 410.71 disconnect requirement applies to indoor fluorescent and LED luminaires with serviceable drivers or ballasts.
• Outdoor lighting connectors must satisfy ingress-protection and environmental requirements in addition to the electrical and safety standards, and the dimming and control interface on outdoor luminaires is a growing connector application as networked lighting controls penetrate street and area lighting.
• Automotive lighting connectors operate under the AEC-Q102 and automotive-specific qualification regimes rather than the IEC 61984 and UL 2459 framework, and the connector must survive vibration, thermal cycling, and sealed-environment requirements that are not imposed on general-illumination connectors.
• Industrial lighting connectors address high-bay, hazardous-area, and process-area luminaires where the connector must withstand temperature extremes and, in hazardous locations, must not introduce an ignition risk, which places the connector within the same certification perimeter as the luminaire’s explosion-proof rating.

By End-user
• Residential end-users consume lighting connectors through the luminaires and replacement fixtures installed in homes, and the connector specification is mediated by the luminaire manufacturer rather than by the household, which means that the residential segment is driven by the same UL 2459 and NEC 410.71 requirements as the commercial segment where serviceable drivers are present.
• Commercial end-users constitute the largest specification-driven demand pool because office, retail, and institutional projects combine high fixture counts with code-mandated disconnecting means and with the labour-cost pressure that favours push-in terminations.
• Industrial end-users require connectors that satisfy the luminaire’s environmental and, where applicable, hazardous-area certification, and the connector becomes part of the luminaire’s overall approval file rather than a separately selected component.
• Automotive end-users operate outside the IEC 61984 and UL 2459 scope and are governed by automotive-specific reliability standards, which means that connector suppliers serving both general lighting and automotive must maintain separate qualification files for the same contact technology.

Regional Analysis • North America operates under the NEC 410.71 disconnecting-means requirement, which applies to fluorescent or LED luminaires using double-ended lamps with serviceable ballasts or drivers, and under UL 2459 and CSA C22.2 No. 2459 for insulated multi-pole splicing wire connectors and luminaire disconnects, with CSA C22.2 No. 182.3 providing the additional Canadian requirement for the disconnect product class.
• Europe applies IEC 61984 as the connector safety standard for plug connectors from 50 to 1,000 volts and up to 500 amperes per contact, with EN 61984 and DIN VDE 0627 as the harmonised and national versions, and IEC 61995-1:2025 as the DCL standard for household and similar luminaire connection devices rated at not more than 16 amperes. The EU Ecodesign and RoHS framework adds material requirements, with electrical cabling and components required to demonstrate PVC minimisation in insulation and sheathing, maximum feasible recycled content, and full RoHS compliance, and RoHS and REACH implications applying to the materials used in connector housings and contacts.
• China’s CCC certification scope includes electrical wires and cables, switches for circuits and installation protective and connection devices, and lighting products, with the lighting electrical appliance category referencing the GB/T 7000 series, GB/T 17743-2021, GB 17625.1-2022, and the GB/T 19510 series, and with CCC approval requiring factory inspection, sample testing, and five-year certificate validity with annual license fees and modification requirements for continued maintenance. India operates the BIS ISI Mark scheme for cables, sockets, and lighting fixtures through factory inspection and sample testing, and the Compulsory Registration Scheme for electronic and IT products including LED lighting chains, with the scheme assignment determined by Quality Control Orders and ministry notifications and with a significant portion of testing required to be conducted in Indian laboratories.
• Saudi Arabia’s SASO low-voltage electrical equipment regulation covers electrical and electronic switches, fuses, and connectors, and requires compliance with relevant international or Saudi-adopted IEC standards, which means that an IEC 61984 test report can support SASO approval without a separate Saudi-specific connector standard. Brazil’s INMETRO framework requires low-voltage electrical device components to individually meet the applicable INMETRO Portarias and CONMETRO Resolutions, and the lighting equipment certification is governed by Portaria INMETRO nº 144/2015 and Portaria nº 20/2017, with the component-level requirement meaning that a connector inside a certified luminaire must itself satisfy the applicable portaria rather than relying on the luminaire’s overall approval.
• Korea’s KS standard development for compatible-connection LED lighting represents a government-led standardisation effort that specifies component dimensions, fixing-hole positions, screw sizes, and the electrical interface parameters of LED modules and converters so that components can be individually replaced, which is a connector-interface standardisation approach that differs from the safety-certification approach taken in the IEC and North American regimes.

Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
• Global Lighting Connectors Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Connector Type
• Wire-to-Wire Connectors
• Wire-to-Board Connectors
• Board-to-Board Connectors
• Terminal Blocks

By Connection Type
• Plug-in Connectors
• Screw Connectors
• Push-in Connectors

By Mounting Type
• PCB-Mounted
• Cable-Mounted
• Panel-Mounted

By Application
• Indoor Lighting
• Outdoor Lighting
• Automotive Lighting
• Industrial Lighting

By End-user
• Residential
• Commercial
• Industrial
• Automotive