HIKROBOT MV-LTDS-150-W High Brightness White Industrial Linear Light

The HIKROBOT MV-LTDS-150-W industrial linear light provides intense white illumination tailored for high-speed machine vision and surface inspection tasks. Engineered to eradicate motion blur in line-scan applications, this white linear light ensures optimal contrast and uniform photon delivery across fast-moving production lines.

Industrial machine vision deployments frequently encounter severe bandwidth bottlenecks and illumination inconsistencies when inspecting high-speed web materials or reflective metallic surfaces. Inadequate photon density at high line rates often forces engineers to increase camera gain, which introduces detrimental sensor noise and degrades defect detection accuracy. The HIKROBOT MV-LTDS-150-W resolves this challenge by delivering concentrated photon energy through an advanced optical condensing structure. Operating at a stable color temperature of 6000 K to 7000 K, this unit emits high-brightness white illumination designed to maximize signal-to-noise ratios on CMOS sensors utilizing global shutters and high-speed 10GigE interfaces. Its robust thermal and electrical architecture ensures steady photometric output during continuous multi-shift manufacturing cycles, preventing frame drops and luminance drift.

Technical Specifications

Model Name: MV-LTDS-150-W @ Standard Operation

Illumination Color: White @ 6000 K - 7000 K

Power Consumption: 23.0 W @ 24 VDC

Luminous Emitting Area: 150 mm x 17 mm

Physical Dimensions: 188 mm x 45 mm x 71 mm

Electrical Connector: 20M-4J Interface Type

Power Cable Length: 500 mm

LED Row Count: 1 Row

Operating Temperature Range: 0°C - 40°C

Storage Temperature Range: -20°C - 60°C

Operating Humidity Range: 20% - 85% RH (Non-Condensing)

System Integration and Hardware Setup

Mechanical mounting of the MV-LTDS-150-W requires utilizing the integrated multi-side nut slots built into the extruded aluminum chassis, allowing flexible bracket orientation across various gantry designs. Engineers must secure the unit using dedicated metric fasteners torqued to specified limits to withstand high-frequency mechanical vibrations inherent in automated assembly cells. Electrical connection is established via the proprietary 20M-4J interface type, linking the 500 mm flying lead directly to an industrial constant-voltage LED controller. Proper pinout verification between the controller channel and the luminaire input prevents reverse-polarity faults and protects internal solid-state diode arrays from overcurrent transients.

Control cabinet layout and cabling practices dictate overall system immunity against electromagnetic interference from neighboring servo drives and high-frequency inverters. Shielded twisted-pair cables must be deployed for all DC power delivery, ensuring that the braided shield contacts the metallic enclosure of the control cabinet through 360-degree EMC cable glands. Installers should incorporate mechanical strain relief brackets near the terminal blocks to isolate the 20M-4J interface from dynamic pulling forces during machine movement. Grounding continuity must be strictly maintained between the lighting chassis, the machine frame, and the centralized earth busbar to eliminate ground loops and prevent high-frequency common-mode noise from corrupting trigger synchronization signals.

Reliability and Environmental Durability

The unit operates reliably within a commercial temperature envelope of 0°C - 40°C, supported by efficient passive thermal conduction through its heavy-duty housing profile. Storage limits span from -20°C - 60°C, accommodating unheated warehouse environments during transit. Relative humidity tolerances range from 20% - 85% RH under non-condensing conditions, making it suitable for standard factory automation floors while requiring enclosure protection if deployed in washdown zones. The dense housing structure blocks external particulate infiltration, safeguarding internal LED junctions against premature thermal degradation.

Preventive maintenance protocols mandate scheduled inspections of the optical window and active light-emitting surface to preserve photometric performance. Technicians should gently wipe the transparent diffuser using an antistatic microfiber cloth moistened with optical-grade isopropyl alcohol to remove airborne dust, oil mist, or microscopic residue that scatters light output. Routine inspections must also verify the structural integrity of the 500 mm supply cable, checking for insulation chaffing or pin tightness at the 20M-4J connector. Operating well within rated electrical boundaries yields an estimated mean time between failures exceeding 50,000 hours of continuous service.

Selection Guidance and Alternative Options

Selecting the correct industrial linear light requires precise calculation of the working distance, field of view, and required lux levels relative to the target material's absorption coefficient. The MV-LTDS-150-W is optimized for narrow-profile inspection zones requiring a 150 mm active illumination length. For broader web inspection applications exceeding this footprint, engineers should scale up to larger variant models within the same product family, such as the MV-LTDS-300-W or extended versions designed for multi-meter wide material webs. Conversely, smaller compact units serve localized component inspection tasks where space constraints preclude standard fixtures.

When supply chain disruptions threaten project timelines, Beijing Zhongping Technology maintains a comprehensive local inventory of original HIKROBOT machine vision components to eliminate overseas transit delays. The technical team at Beijing Zhongping Technology performs rigorous cross-reference analysis on optical geometry, electrical current draws, and connector pinouts to deploy compatible alternative models from stock, ensuring seamless drop-in replacement without requiring optical redesigns.

Frequently Asked Questions (FAQ)

1. What is the current local stock status and typical delivery lead time for this model?

Beijing Zhongping Technology maintains active regional reserves of this unit, allowing same-day dispatch for urgent orders to bypass overseas shipping bottlenecks.

2. What warranty coverage and RMA return procedures apply to this industrial light source?

Each unit is backed by a standard 12-month manufacturer warranty supported by Beijing Zhongping Technology, featuring local diagnostic assistance and expedited hardware replacement processes.

3. What are the exact input voltage and power consumption specifications for operation?

The unit operates on a stabilized 24 VDC supply with a total power consumption rating of 23.0 W.

4. What type of electrical connector and cable configuration does the device utilize?

It relies on a specialized 20M-4J interface type connected to a 500 mm integrated power cable leading directly to an external LED controller.

5. What are the specified operating temperature and humidity limits for industrial deployment?

The device functions efficiently within an ambient temperature range of 0°C - 40°C and handles relative humidity levels between 20% - 85% RH under non-condensing conditions.

6. What mechanical dimensions and active emitting area characteristics define this hardware?

The physical housing measures 188 mm x 45 mm x 71 mm, featuring a dedicated linear active emission window measuring 150 mm x 17 mm.

7. What cleaning procedures are recommended to maintain optical transmission efficiency?

Maintenance personnel must utilize dry, lint-free microfiber optics cleaning tools alongside approved solvent formulas to eliminate surface dust and oil buildup without scratching the diffuser plate.

8. Is specialized software SDK integration required to control illumination intensity?

Photometric intensity is managed directly via compatible constant-voltage LED machine vision controllers rather than software-level device driver commands.