Description
Product Description
- Wavelength range from 365 nm to 1050 nm; white LED versions are also available.
- Optimized thermal performance for stable power output.
- Separate controller and light source with analog circuitry; equipped with short-circuit protection.
- Compatible with LEDOTB dimming controller for single-channel LED intensity adjustment.
- Supports two modes: constant current drive and pulsed current adjustment.
The LED module uses imported LED chips with stable performance and no drift during long-term operation. It emits a cold light source with almost no thermal radiation deformation to the workpiece, ensuring stable and reliable irradiation intensity.Applications: High-resolution optics, phosphor reflectance, medical applications, photocatalytic reactions, UV adhesive curing, special lighting, etc.
| LED-D1 Series LED Light Source | LED-D1 Series LED Light Source |
| Housing Dimensions | Ø30.5 × 60 mm |
| Output Voltage | DC 5 V |
| Output Current | 0.5 A Max. |
| Light Source Power | 2 W Max. |
| Light Source Wavelength | Visible spectrum range |
| LED Package | 3535 |
| Connector Type | M8 connector |
| Dimming Level | Stepless dimming (brightness adjusted via potentiometer) |
| Trigger Input | Positive trigger |
| Delay Time | < 80 µs |
| Trigger Frequency | < 1/T (determined by strobe duration; e.g., T = 1 ms, external trigger frequency ≈ 1 kHz) |
| Operating Temperature | 0–60 °C |
| Standby Power Consumption | < 0.2 W |
| Weight | 102.0 g |
| Model | Output Wavelength Range | Model | Output Wavelength Range |
| LED-D1-372 | 352–392 nm | LED-D1-598 | 578–618 nm |
| LED-D1-386 | 366–406 nm | LED-D1-620 | 595–645 nm |
| LED-D1-401 | 381–421 nm | LED-D1-643 | 618–668 nm |
| LED-D1-415 | 395–435 nm | LED-D1-660 | 635–685 nm |
| LED-D1-450 | 430–470 nm | LED-D1-862 | 842–882 nm |
| LED-D1-471 | 451–491 nm | LED-D1-940 | 920–960 nm |
| LED-D1-483 | 463–503 nm | LED-D1-980 | 960–1000 nm |
| LED-D1-505 | 485–525 nm | LED-D1-1045 | 1025–1065 nm |
| LED-D1-524 | 504–544 nm | LED-D1-4KMAX | White 4000–4500 K |
| LED-D1-565 | 545–585 nm | LED-D1-6KMAX | White 6000–6500 K |
| Power Supply Voltage and Current Requirements | |||
| Power Supply | Min. Voltage | Max. Voltage | Max. Rated Current |
| DC 12 V | +11.5 V | +12.5 V | 1 A |
| Model | LEDOTB-1000 |
| Output Power | 5 W |
| Rated / Peak Current | 1000 mA |
| Set / Operating Current | 390 mA |
| Housing Dimensions | 76.0 × 74.0 × 47.0 mm |
| Max. Strobe Frequency | 10 kHz |
| Min. Strobe Pulse Width | 50 µs |
| Strobe Switching Time | < 25 µs |
| Input Voltage | 12 V regulated DC |
| Operating Temperature | 0–40 °C |
| Storage Temperature | −40 to +70 °C |
| Weight | 175 g |
Technical Specifications
The LED light source features a 6-mm deep SM1 (1.035″-40) internal thread with the same outer diameter as SM1 lens barrels. It is compatible with SM1 threaded components (e.g., Ø1-inch lens barrels, cage plates) for easy integration into cage systems or lens barrel systems. It can also serve as a transmitted illumination source for microscopes in digital microscopy imaging systems.


The pre-mounted LEDs offer excellent thermal stability, eliminating light output power drop caused by LED temperature rise. Each LED has stripshaped heat dissipation grooves for improved heat dissipation, reducing temperature by 10%–15% for rapid cooling. Features include high reliability, high stability, strong anti-interference, good uniformity, and long service life.

Kit Contents: Single LED light source + LED dimming controller + power adapter.(Lenses are not included in the kit! Users may select lenses with suitable focal lengths according to actual experimental distances.)

The LEDOTB controller is a compact unit for intensity adjustment of collimated experimental LED light sources. It can drive LEDs at up to 1000 mA. Users can achieve stepless dimming via a single potentiometer knob with integrated power switch. The controller supports continuous wave (CW) constant current drive and pulse mode (PULSE, via SMA 5 V TTL input). LEDOTB provides stable and reliable light support for CCD camera exposure assistance and digital microscopy imaging systems.

Assembly

Application Examples

Engineering Drawings






