LED Strip Lights
Besenled Constant Current LED Strip Series
When should a Besenled constant-current LED strip be specified?
Besenled constant-current strip pages list IC-control variants across 3528, 2835, 3014 and 5050 families, commonly 24V, with CCT ranges such as 2000K-6500K or 2200K-7000K depending on package family.
- Protection
- Confirm for selected configuration
Final specifications, certificates, control compatibility, MOQ and delivery terms are confirmed against the selected configuration and destination market.
Decision summary
What buyers should know
- Use this page as an RFQ-ready product-family page; select exact SKU by voltage, LED density, PCB width, CCT/CRI, IP process and run length.
- Catalogue values are treated as Besenled source facts; peer references are not used as Besenled test evidence.
- Items marked needs_confirmation require final datasheet, certificate or sales confirmation before public final publication.
Buyer fit
Where this product fits—and where it does not
Use these boundaries before comparing detailed models. Project drawings and the selected SKU remain the final specification basis.
Best for
- Projects concerned about current stability Catalogue lists IC-control current variants.
- Longer linear runs after engineering review Current-control designs can help selected runs, but limits must be confirmed.
- Spec comparisons across 3528/2835/3014/5050 Catalogue groups constant-current variants across multiple LED packages.
Confirm another option when
- Final purchasing without datasheet confirmation Some values depend on exact SKU, batch, IP process and LED bin.
- Outdoor exposed installation without IP process Bare strip applications need profile, coating, silicone or neon protection as required.
Technical selection
Specifications and available variants
Select the family or model first, then confirm drawings, photometric files, driver and market-specific compliance before order.
Mechanical
- Dimensions
- 8mm / 10mm / 12mm PCB by model
- Materials
- white flexible PCB with IC/current-control components
- IP rating
- Confirm for selected configuration
- Mounting
- profile, adhesive or project-specific mounting
- Installation notes
- Confirm max run, injection point, thermal path and voltage drop despite current-control design.
Model and variant matrix
| Model / Variant | Power | Dimension | CCT | CRI | Efficacy | Lifespan |
|---|---|---|---|---|---|---|
| 3528-60-24V-8MM | 4.2W/m rated; 4.8W/m max | 8mm PCB | 2000K-6500K | Ra80+/Ra90+ | 390-450 lm/m typical flux | Confirm for selected configuration |
| 3528-168-24V-8MM | 12W/m rated; 13.4W/m max | 8mm PCB | 2000K-6500K | Ra80+/Ra90+ | 1130-1280 lm/m typical flux | Confirm for selected configuration |
| 2835-120-24V-10MM | 16.8W/m rated; 28.8W/m max | 10mm PCB | 2200K-7000K | Ra80+/Ra90+ | 1750-2100 lm/m typical flux | Confirm for selected configuration |
| 3014-140-24V-10MM | 13W/m rated; 14.4W/m max | 10mm PCB | 2200K-6500K | Ra80+/Ra90+ | 1450-1700 lm/m typical flux | Confirm for selected configuration |
Detailed specification reference
| Parameter | Value | Condition / Evidence |
|---|---|---|
| Current control type | IC control current | catalog pages 20-23 |
| Input voltage | 12V DC or 24V DC | by model; 24V common catalog pages 20-23 |
| LED families | 3528, 2835, 3014, 5050 | listed catalogue families catalog pages 20-23 |
| PCB width | 8mm, 10mm or 12mm | by model catalog pages 20-23 |
| CCT | 2000K-7000K | by LED family/model catalog pages 20-23 |
| Typical flux | 390-2800 lm/m | by listed model and CCT catalog pages 20-23 |
Smart and project integration
Control compatibility
Control support is configuration-dependent. Driver, protocol, gateway, wiring, voltage and certification market must be reviewed together.
Compatible driver/controller depends on voltage, color type and dimming/control requirement.
Evidence and documents
Compliance, catalogues and specification evidence
Certificate applicability and document revision must match the ordered configuration and destination market.
Evidence notes
- Product family and listed variants are extracted from Besenled catalogue source pages. catalogue
- Peer reference is used only for market taxonomy and missing generic assumptions, not as product proof. Peer Reference
B2B procurement
Prepare a quote-ready request
Besenled confirms commercial terms after the product configuration, quantity, project schedule and target market are defined.
Customization scope
- MOQ
- Project-dependent; confirm by selected model and customization scope.
- Sample policy
- Samples can be quoted after confirming voltage, color/CCT, PCB width, waterproof/IP process and accessories.
- Warranty
- Product-dependent; confirm on quotation and final datasheet.
- Quote basis
- Rfq Required
Information needed for RFQ
- 1 Voltage and color/CCT/CRI requirementNeeded to select the correct strip variant and compatible driver/controller.
- 2 LED density, PCB width and length per runNeeded for power calculation, voltage drop, aluminum profile matching and accessory selection.
- 3 Installation environment and IP requirementNeeded to choose bare strip, coating, silicone sleeve, neon flex or profile protection.
- 4 Quantity, packaging and destination marketNeeded for MOQ, lead time and certificate coverage check.
Buyer questions
FAQ and source notes
- Last fact checked
- July 29, 2026
Should this product be selected by exact SKU or by project requirement?
Select by project requirement first: voltage, color/CCT, density, PCB width, IP/process, run length, profile and control method. Then confirm the exact SKU and datasheet.
Are peer-reference values final Besenled specifications?
No. Peer references are used only to classify common market options and missing generic context. Final specs need Besenled datasheet or sample confirmation.
What information is needed for an RFQ?
Voltage, CCT/color type, length, quantity, IP rating, profile/accessory requirement, controller/dimming method, certificate market and packaging requirement.
Next procurement step
Request a configuration review and quotation
Send the application, model or required performance, quantity, voltage, controls, destination market and target schedule.