G13-style DC tube
A familiar two-pin tube form for a suitable DC fixture. Specify the input contacts and label the lamp clearly to prevent substitution with a mains lamp.
Request This Configuration DC-powered integration
12 volt LED tube light for your DC lighting system
Begin with your DC power source, then select the lamp form that suits the installation.
- Nominal 12V DC configuration discussion
- Operating voltage range checked separately
- Lamp interface and polarity assessment
- Custom connection and label support
DC lighting integration
Match the lamp to the source you actually use
A 12 volt LED tube light is designed for a nominal 12V DC supply. Charging, load, and cable length can change the voltage it receives.
Check the power source as well as the length of a 12V LED tube light. A regulated adapter, battery circuit, and equipment output can operate differently despite sharing a 12V label. VST’s published DC tube program supports discussing these lamps; its current T5/T8 AC listings do not establish a DC operating range. As your DC LED tube supplier, VST can check source and lamp-connection details before specifying a sample. Send the lowest and highest expected input voltages.
Define the supply window
Record the voltage at the lamp during operation and charging, where applicable. Use those values for the design instead of assuming a battery behaves like a regulated adapter.
Set the connection identity
Specify polarity, connector type, and cable exit. Identify the DC lamp clearly so its resemblance to a mains tube does not lead to the wrong electrical connection.
Allocate the available power
Work out the useful light and operating time the host system needs. Include the lamp load alongside all other connected equipment in the system’s power budget.
Low-voltage engineering
Develop the DC configuration around your host system
VST can help specify the 12 volt LED tube light your installation needs, starting with its power source and lamp connection.
Electrical input discussion
Send the source type and operating limits. Our engineers can assess the DC requirement separately from the ratings published for the AC lamps.
Mechanical integration
As a low-voltage LED tube manufacturer, VST can discuss mounting space and connection positions so the lamp can fit the host product without unnecessary redesign.
Sample development
Try the proposed lamp with a representative source and connection. The trial can reveal installation or electrical issues that an appearance check would miss.
Clear technical communication
State which requirements belong to the lamp and which belong to the host system, including cable protection and battery management. That makes the engineering discussion more specific.
Nominal voltage boundary
What defines a 12 volt LED tube light
Specify the full operating conditions as well as nominal DC voltage.
A 12 volt DC LED tube light has an LED source and a drive arrangement suited to the specified DC input. It differs from a mains lamp or a fluorescent fixture with a low-voltage ballast. Check the input range, polarity, controls, and protection of the chosen design. A 12V label alone does not prove tolerance of charging voltage, vehicle transients, or reverse connection. VST supports custom LED tube supply for these applications. The body and cap determine physical fit; electrical ratings need separate confirmation.
DC configuration routes
Choose a form for the low-voltage installation
Discuss these 12 volt LED tube light forms with VST, then agree the complete DC design before ordering.
Rotating-cap DC tube
Consider the published rotating-cap form if the emitting surface needs adjustment. Check the DC connection and mechanical locking along with the cap orientation.
Request This Configuration DC design controls
Specify the electrical boundary
Match your 12 volt LED tube light to the electrical system it will use.
Polarity identification
Identify the intended connection and keep incompatible supplies distinguishable. A DC tube that fits a holder is not automatically suitable for that holder’s mains circuit.
Source requirements
Give your 12V LED tube vendor the expected operating voltage range. A source specification provides the electrical details that a nominal battery label leaves out.
Lighting-task evaluation
Check color and useful light in the host application. For battery operation, choose output that meets the task rather than taking a catalog number as the target.
Integration protection
Choose packing that protects the cap and cable exit. Cable-fed tubes or lamps whose orientation matters may need different support from a basic tube.
DC tube architecture
Parts to assess in the DC lamp assembly
The 12 volt LED tube light needs an electrical design suited to its supply and physical form.
Light source
LED source package
The emitter produces the light, while the electrical design controls its operation. Check color and output across the specified DC supply conditions; a measurement at one voltage may not represent the rest of the range. The component image shows a source arrangement, not the final DC circuit or chip identity. Set the required optical result for the proposed lamp before changing its source package or output target.
Structural detail
Tube housing
The housing supports the tube and provides part of its heat path. It needs to fit the host installation and allow the lamp to operate under the declared conditions. Check the available space, attachment points, and access for servicing. An aluminum-backed form can be discussed, but the material alone does not establish vibration resistance, outdoor suitability, or the completed DC lamp’s allowed input range.
Contact interface
Contact end cap
The contact end cap holds the tube and carries the intended input. Specify its DC contact arrangement and distinguish the lamp from similar-looking AC products. Check engagement and orientation in the actual holder. A rotating cap also needs suitable locking and electrical connections. Its ability to turn does not establish that it can carry the required current through a compatible connection.
Company and cooperation
Evaluate the partner for your DC development
Learn about VST through these videos before discussing your 12 volt LED tube light.
Company background
Watch VST’s company introduction before starting a DC lamp project. Explain the host system, source details, and available mounting space to the relevant team so they can understand the electrical connection and installation you need.
Cooperation experience
Watch the customer video, then discuss how you would exchange sample questions and design changes with VST. Keep the accepted DC requirements clear throughout the work so the proposed lamp can be evaluated against the same requirements.
DC application assessment
Where a defined DC lamp can be evaluated
Consider a 12 volt LED tube light where you can specify the source and the full installation.
Service-van work areas
A dry service van can use DC lighting above shelves and work areas. Check the voltage during charging, the mounting position, and vehicle-related electrical requirements before choosing the lamp. VST can discuss the tube form and input design, then use a sample with a representative host system to evaluate the installation.
Dry boat cabins
DC lamps can light tables and storage inside a dry boat cabin without a mains lamp circuit. Check the onboard voltage range, condensation exposure, and how the connection will be identified. Our team can assess the cabin lamp; deck suitability and resistance to marine corrosion require separate evidence for the proposed assembly.
Battery-powered site cabins
A battery-powered site cabin needs useful task lighting within its available energy budget. Specify source regulation, operating duty, and access to connections before choosing the lamp load. VST can discuss the DC design and required light output so you can evaluate the lamp with the actual power system in the cabin.
Equipment service compartments
A service compartment can use local lighting if the equipment provides a suitable DC output. Check mounting space, ambient conditions, and a cable route clear of moving parts. Engineering support can address lamp fit and connection design, with the sample specification based on the supply declared for that machine.
Mobile display trailers
A mobile display trailer needs consistent light on merchandise from its onboard circuit. Specify the colors on display, switching, and the input conditions during use. VST can help assess the source and cover choices for that task and discuss lamp identification that will remain clear in the trailer installation.
Define the DC requirement
Start with your power source and installation
Send the source type, expected voltage range, and lighting task. As your 12 volt LED tube light manufacturer, VST can assess input and connection requirements before specifying a sample for that design.
DC program scope
Requirements for a low-voltage tube configuration
This table outlines the DC configuration to be discussed. The model-specific input range, power, dimensions and connection details remain to be confirmed.
| Nominal supply | 12V DC configuration |
|---|---|
| Supply route | DC-powered tube program |
| Mechanical form | G13-style or rotating-cap inquiry route |
| Input window | Defined by the selected DC design |
| Connection | Specified contact arrangement and polarity |
As a custom DC LED tube manufacturer, VST can assess the input range, connection and protection requirements for the proposed lamp. Cap or connector, cable exit, mounting space, CCT, labels and packaging are also part of the design. Vehicle transients, reverse polarity, dimming and protective functions need evidence for the selected lamp.
Identify the accepted DC electrical assembly and use it for production checks, along with source assembly, housing inspection, and packing. A similar-looking AC assembly must not replace the agreed DC drive arrangement. A general factory process does not qualify a particular DC product.
Isolate the DC source before connecting the lamp. Follow the design’s polarity and input limits, and use the protection specified by the electrical designer. Check cable routing and mounting. Never connect the tube directly to mains or use a fluorescent ballast unless that arrangement is expressly supported.
Development feedback
Cooperation on integration requirements
A defined integration task benefits from close technical exchanges.
DC development terms
Planning a DC tube development order
Agree development and order details once the electrical requirements are clear.
Yes. Start with source details, the host system, and the space for mounting the tube. A simple sketch or photograph can help us begin. Resolve any missing electrical limits before finalizing the sample design or order.
For a standard lower-power lamp, 100 pieces may be a starting point for discussion. Changes to the DC design, cap, or packing can affect the minimum. The quotation for the proposed lamp establishes the order quantity.
You can agree a later credit for sample charges. Electrical or structural work may add development costs, and extensive changes may require tooling. Record the work included, its charge, and any agreed bulk-order credit before proceeding.
Typical production for regular products is 2 to 3 weeks. Allow 3 to 4 weeks for light customization, or 4 to 6 weeks for extensive changes. The work required affects these estimates. Transit and a separate development-sample schedule are not included.
Custom labels can identify the ordered DC input and connection. Agree the technical text with the artwork to prevent mains substitution. Check destination-specific labeling requirements for the completed lamp as well.
Pay for samples in full before development by bank transfer, PayPal, or Western Union. Normal bulk terms are a 30% bank-transfer deposit and 70% before shipment. Agree tooling and other development charges separately.
Low-voltage questions
Questions before selecting the DC assembly
Check how the host source behaves when choosing a 12 volt LED tube light. Nominal voltage is only part of the requirement. Resolve the remaining electrical and installation questions before trying the proposed lamp.
Only if the design covers the vehicle’s actual supply conditions, including charging and other electrical demands. Send the required input range and protection requirements. A 12V DC LED tube light label alone does not establish suitability for that connection.
No. A DC installation still needs suitable overcurrent protection, cable routing, insulation, and mounting. Batteries can supply substantial fault current. The system designer should specify the protection for the application; the lamp’s nominal voltage alone does not establish installation safety.
| Regulated adapter | Output limits, current capacity, and control behavior. |
|---|---|
| Battery circuit | Voltage during discharge and charging, system protection. |
| Equipment output | Declared input window and switching conditions. |
Possibly, if the supply capacity, wiring, and protection suit the full load. Calculate using the selected lamps’ electrical requirements, cable losses, and switching behavior. A 12V LED tube has no universal maximum quantity per power supply.
Calculate from usable battery energy, the total connected load, and conversion losses. Battery condition and the permitted input range affect the result. VST can discuss the selected lamp’s load, but a runtime estimate needs the host system and operating duty to be defined.
Only if the control method works with the lamp’s drive arrangement. Mains dimmers and DC controls are not interchangeable. Specify the interface, relevant switching frequency, and required behavior, then assess that combination. Nominal lamp voltage does not establish dimming compatibility.
| Lamp identity | Durable DC input and connection information. |
|---|---|
| Stock code | Distinct configuration reference. |
| Fixture information | Matching replacement instruction. |