HIKROBOT MV-LCDS-18-18-W Professional Machine Vision Coaxial Light

The HIKROBOT MV-LCDS-18-18-W professional machine vision coaxial light delivers uniform, high-contrast illumination essential for defect detection on highly reflective metallic surfaces. Engineered to eliminate glare and shadows in precision industrial environments, this machine vision light optimizes image capture accuracy for high-speed automated optical inspection systems.

Advanced automated optical inspection demands stable illumination parameters to prevent measurement errors caused by ambient light fluctuations or surface irregularities. The integrated LED array within this coaxial light emits tightly controlled parallel light beams through a beam splitter, ensuring direct perpendicular illumination onto target objects. This configuration effectively highlights surface scratches, micro-cracks, and engraving details on specular components like polished steel, silicon wafers, and glass lenses. Integrating high-performance machine vision components prevents image degradation, reduces false rejection rates in automated sorting lines, and maintains continuous throughput without unexpected downtime.

Technical Specifications

Part Number: MV-LCDS-18-18-W @ Standard Operation

Illumination Type: Coaxial Light @ 520 nm Wavelength

Operating Voltage: 24 VDC ± 10% @ Max Load

Power Consumption: 8.5 W @ 24 VDC

Illumination Color: White @ Standard Output

Lifespan: 50,000 hours @ 25°C Ambient

Operating Temperature: 0°C - 50°C @ 20% - 80% RH

Storage Temperature: -20°C - 60°C @ 10% - 90% RH

Dimensions: 45 mm x 60 mm x 85 mm @ Standard Housing

Weight: 0.32 kg @ Unit Mass

Ingress Protection: IP40 @ Standard Installation

System Integration and Hardware Setup

Mechanical installation requires secure mounting via dedicated M4 threaded holes located on the housing base, ensuring alignment perpendicular to the optical axis of the machine vision lens. Users must couple the unit with compatible beam-splitter assemblies and C-mount lenses to maintain precise optical paths without mechanical vignetting or misalignment. Electrical connection relies on a standard multi-core industrial cable terminated with a secure M8 aviation connector, guaranteeing stable power input and trigger signal transmission.

Wiring management requires routing the low-voltage DC power lines away from high-voltage motor cables and frequency inverter outputs to minimize electromagnetic interference. Installers should use shielded twisted-pair cables with proper grounding terminated at the control cabinet's reference ground plate to eliminate ground loops. Furthermore, implementing strain relief clamps near the connector interface prevents mechanical fatigue and intermittent contact failures caused by continuous machine vibration.

Reliability and Environmental Durability

The unit operates reliably within an ambient temperature range of 0°C to 50°C and tolerates relative humidity levels between 20% and 80% without internal condensation. Designed with a robust anodized aluminum enclosure, the housing facilitates passive thermal dissipation, effectively channeling internal heat away from the LED array to sustain long-term luminous stability. An integrated optical filter mechanism minimizes the ingress of fine particulate matter, protecting the internal beam-splitter and emitter surfaces from contamination.

Preventive maintenance protocols dictate periodic inspection of the outer protective window using an antistatic microfiber cloth and optical-grade isopropyl alcohol to remove dust and oil smudges. Technicians must routinely check cable jacket integrity and verify that terminal screws remain securely tightened against vibration loosening. Under rated industrial operating conditions, the calculated mean time between failures exceeds 50,000 hours of continuous operation.

Selection Guidance and Alternative Options

Selecting the optimal machine vision light requires evaluating target material reflectivity, working distance, and camera field of view constraints to achieve maximum signal-to-noise ratios. For applications involving highly curved or diffuse surfaces, alternative ring lights or dome lights may prove more effective than coaxial illumination variants. When project specifications change or higher intensity outputs are required, engineers should evaluate derivative models within the same product family featuring adjusted emission angles or alternative color spectrums.

To address urgent supply chain requirements or unexpected component shortages, the technical team at Beijing Zhongping Technology provides comprehensive cross-reference selection services and immediate access to localized inventory options. Their application engineers analyze electrical and optical parameters to recommend fully compatible alternative configurations, ensuring project timelines remain uninterrupted without necessitating complete optical redesigns.

Frequently Asked Questions (FAQ)

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

A: Beijing Zhongping Technology maintains robust regional stock reserves for this machine vision coaxial light, enabling same-day dispatch and expedited delivery to minimize operational downtime.

2. Q: What warranty coverage and RMA support apply to this purchase?

A: Every unit supplied by Beijing Zhongping Technology includes a comprehensive 12-month warranty, backed by rigorous pre-shipment quality inspection and streamlined local RMA replacement services.

3. Q: What are the exact power supply requirements and electrical protection features?

A: The device operates on 24 VDC ± 10% with a maximum power consumption of 8.5 W, incorporating built-in reverse polarity protection and transient voltage suppression circuitry.

4. Q: Which communication interfaces and trigger protocols are supported by the unit?

A: Control is established via standard analog intensity adjustment or external PWM strobe triggering signals, allowing seamless synchronization with machine vision controllers.

5. Q: What environmental protection rating and thermal management design does the housing feature?

A: The assembly carries an IP40 protection rating and utilizes an extruded aluminum housing optimized for passive thermal convection under continuous load.

6. Q: What are the physical dimensions, weight, and mechanical mounting specifications?

A: The unit measures 45 mm x 60 mm x 85 mm, weighs 0.32 kg, and utilizes standard M4 threaded mounting points for secure integration into machine frames.

7. Q: What preventive maintenance procedures are recommended for sustained performance?

A: Routine maintenance involves cleaning the optical window with a microfiber cloth and inspecting M8 connector tightness to ensure continuous electrical continuity.

8. Q: How does this light integrate with third-party software development kits and cameras?

A: The unit functions independently as a hardware illumination source, compatible with any standard industrial camera and machine vision software environment through synchronized strobe control.