HIKROBOT MV-LDSS-8-3-W High Precision Small Spot Machine Vision Light

The HIKROBOT MV-LDSS-8-3-W high precision small spot machine vision light delivers targeted illumination for micro-defect detection in high-speed manufacturing environments. Engineered with advanced LED optics, this compact light source provides intense, uniform spot lighting to eliminate motion blur and enhance contrast on reflective surfaces.

Industrial machine vision setups often encounter severe bottlenecks when inspecting miniature components due to insufficient illumination intensity and unstable thermal performance. High-speed production lines demand sub-millimeter precision where traditional diffuse lighting fails to reveal microscopic scratches, etching flaws, or pinholes on metallic and semiconductor targets. This specialized small spot machine vision light operates by projecting a concentrated, high-luminance beam capable of freezing high-speed motion when synchronized with global shutter CMOS sensors. Integrating such illumination requires careful consideration of working distance, focal depth, and triggering latency to prevent dropped frames or optical saturation during continuous automated inspection cycles.

Technical Specifications

Model: MV-LDSS-8-3-W @ Standard Factory Configuration

Light Source Color: White @ 6000K Color Temperature

Spot Diameter: 8.0 mm @ 50 mm Working Distance

Input Voltage: 24 VDC ± 10% @ Stable Power Supply

Power Consumption: 3.5 W @ 24 VDC Continuous Mode

Trigger Mode: External Strobe / Continuous Lighting @ Selectable Input

Response Time: 20.0 us @ Max Trigger Frequency

Operating Current: 145.8 mA @ 24 VDC Full Output

Casing Material: Anodized Aluminum Alloy @ IP50 Rating

Operating Temperature: 0°C - 50°C @ Ambient Condition

Storage Temperature: -20°C - 65°C @ Non-Condensing

Dimensions: 15.0 mm x 15.0 mm x 45.0 mm @ Tolerances ± 0.1 mm

Weight: 45.0 g @ Cable Excluded

Connector Type: M8 4-pin Male Screw Locking @ Panel Mount

System Integration and Hardware Setup

The mechanical installation of the MV-LDSS-8-3-W relies on its precision-machined M15 mounting threads and compatible miniature brackets, allowing seamless integration into restricted spatial envelopes of automated optical inspection machinery. Electrical interfacing is accomplished via an M8 4-pin male aviation connector, where Pin 1 supplies 24 VDC positive power, Pin 3 designates ground, Pin 2 handles external trigger signals, and Pin 4 serves as the trigger return or strobe enable line. Engineers must ensure that the mating cable utilizes shielded twisted-pair conductors to mitigate electromagnetic interference generated by adjacent high-frequency servo drives or inductive actuators.

Proper electrical cabinet layout dictates that control lines for machine vision lights be physically separated from high-voltage power conduits by a minimum distance of 200 mm to prevent crosstalk and voltage drops. The power supply should be regulated to deliver clean 24 VDC current without harmonic distortion, protecting internal diode arrays from thermal runaway. Additionally, secure the cabling using integrated strain relief clamps near the light housing to prevent continuous flexing fatigue from degrading the M8 connection terminals during multi-axis robotic arm deployment.

Reliability and Environmental Durability

Designed for continuous industrial operation, the MV-LDSS-8-3-W functions reliably within an ambient temperature range of 0°C to 50°C and a relative humidity limit of 20% to 80% non-condensing. The anodized aluminum housing acts as an efficient passive heat sink, dissipating internal thermal loads away from the LED junction to maintain luminous flux stability over extended operational cycles. While featuring an IP50 environmental protection rating, installations must avoid direct exposure to cutting fluids, heavy oil mists, or corrosive chemical vapors unless supplementary secondary enclosures are deployed.

Preventive maintenance protocols require routine inspection of the optical window using optical-grade microfiber cloths moistened with anhydrous isopropyl alcohol to remove dust particulate accumulation that could scatter light output. Technicians should verify the mechanical tightness of the M8 locking collar and check cable sheath integrity every 3 months to prevent intermittent connection failures. Under nominal factory operating conditions, this illumination unit exhibits an estimated Mean Time Between Failures exceeding 50,000 hours of continuous active service.

Selection Guidance and Alternative Options

Selecting the optimal machine vision light requires evaluating target material reflectivity, surface geometry, and the required field of view relative to camera lens optics. The MV-LDSS-8-3-W is specifically engineered for pinpoint inspections where high concentration over a small area is mandatory, whereas broader applications might necessitate bar lights, coaxial lights, or ring illuminators. When application parameters demand alternate wavelengths such as red, blue, or infrared to maximize contrast against specific background colors, engineers must cross-reference optical power density and current ratings to match existing controller specifications.

When supply chain constraints create urgent demands for deployment continuity, Beijing Zhongping Technology maintains a responsive local inventory of comparable machine vision components to support rapid turnaround. The technical team at Beijing Zhongping Technology can evaluate cross-reference parameters and optical specifications to supply fully compatible alternative spot lights, ensuring production lines resume operation without requiring mechanical redesign or software reconfiguration.

Frequently Asked Questions (FAQ)

1. What is the current stock availability and delivery lead time for this lighting unit?

Local inventory is maintained for rapid dispatch, typically ensuring same-day or next-business-day shipment to minimize operational downtime, and Beijing Zhongping Technology ensures streamlined delivery coordination.

2. What warranty coverage and RMA procedures apply to this component?

This product is backed by a standard 12-month manufacturer warranty covering material and workmanship defects, with local technical support and RMA processing handled through Beijing Zhongping Technology.

3. What are the exact electrical supply requirements and power consumption limits?

The unit requires a regulated 24 VDC power input with a tolerance of ± 10% and draws a maximum continuous power of 3.5 W.

4. Which communication protocols and trigger interfaces are supported by this device?

It utilizes hardware-level digital switching via an external trigger signal through an M8 4-pin interface, supporting both continuous illumination and strobe modes without complex protocol handshakes.

5. What environmental protection rating and thermal limits govern its deployment?

The assembly features an IP50 rating and operates within a temperature range of 0°C to 50°C, utilizing passive aluminum housing conduction for heat dissipation.

6. What mechanical mounting standards and physical dimensions should engineers accommodate?

The device features M15 mounting threads, compact dimensions of 15.0 mm x 15.0 mm x 45.0 mm, and a lightweight 45.0 g structure suited for tight spatial clearances.

7. What routine maintenance steps are recommended to ensure long-term operational stability?

Maintenance involves periodic cleaning of the optical lens surface using isopropyl alcohol and microfibers, alongside routine inspection of the M8 connector locking tightness.

8. How does this light integrate with third-party machine vision software and controller hardware?

Integration is managed entirely through standard machine vision strobe controllers or PLC digital output cards that supply timed 24 VDC switching pulses synchronized with camera exposure windows.