HIKROBOT MV-LTFS-100-W Machine Vision Bar Light & Line Scan Light

Modern machine vision systems demand uniform, high-intensity illumination to eliminate motion blur and ensure sub-millimeter defect detection at high line rates. The HIKROBOT MV-LTFS-100-W machine vision bar light and line scan light delivers exceptional brightness and precise optical distribution for high-speed web inspection. Beijing Zhongping Technology ensures reliable local inventory and fast delivery for this advanced illumination solution.

Industrial inspection environments often suffer from severe bottlenecks caused by uneven lighting, low contrast on reflective surfaces, and thermal drift during continuous multi-shift operations. To overcome these challenges, the HIKROBOT MV-LTFS-100-W integrates advanced high-density LED arrays engineered to emit concentrated, flicker-free illumination optimized for high-speed CMOS sensors and line scan cameras. By projecting high-intensity light perpendicular or at controlled angles to the target material, this device maximizes signal-to-noise ratios and reveals micro-fractures, surface scratches, or dimensional deviations on moving webs like steel, glass, and textiles. Proper thermal management and stable electronic driving circuits prevent luminous decay over extended operational cycles, maintaining consistent grayscale values across the entire field of view.

Technical Specifications

Light Type: Bar Light & Line Scan Light @ Standard Operating Condition

Illumination Color: White @ 6,000 K

Emitter Type: High-Density SMD LED @ Maximum Drive Current

Input Voltage: 24 VDC ± 10% @ Rated Load

Power Consumption: 18.5 W @ 24 VDC

Control Interface: Trigger / Continuous Mode Switchable @ External Signal

Response Time: 15.0 µs @ Rising Edge

Illumination Intensity: 45,000 lx @ 100 mm Working Distance

Cooling Method: Passive Convection @ Ambient Temperature 25°C

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

Storage Temperature Range: -20°C - 60°C @ 10% - 95% RH

IP Protection Rating: IP54 @ Installed with Gasket

Body Material: Anodized Aluminum Alloy @ Structural Housing

Dimensions: 100.0 x 45.0 x 30.0 mm @ Overall Chassis

Weight: 320.0 g @ Without Cable

Cable Length: 2.0 m Flying Leads @ Shielded Configuration

MTBF: 50,000 hours @ 25°C Continuous Operation

Compliance: CE, RoHS, FCC @ International Standards

System Integration and Hardware Setup

Mechanical integration of the HIKROBOT MV-LTFS-100-W requires secure mounting to industrial machine frames using designated threaded M4 mounting holes located on the rear and side extrusion channels. Installers must use vibration-dampening washers to isolate the aluminum housing from heavy machinery resonance, ensuring stable optical alignment over prolonged operational cycles. The unit features an integrated multi-core shielded cable terminated with flying leads, requiring proper stripping to expose the conductor and overall braided shield for terminal block connection.

Electrical installation demands careful routing of the 24 VDC power supply lines away from high-voltage motor drives and variable frequency drives to prevent electromagnetic interference coupling. The dedicated trigger signal wire must be connected to the machine vision controller or PLC output using twisted-pair shielded cables, with the shield grounded strictly at the control cabinet end to eliminate ground loops. Installers must attach mechanical strain relief clamps near the cable exit point to protect internal solder joints from bending fatigue during dynamic gantry movements.

Reliability and Environmental Durability

The unit is rated for operation in ambient temperatures ranging from 0°C to 50°C and handles relative humidity levels up to 80% without internal condensation. Its anodized aluminum enclosure acts as an effective passive heatsink, dissipating thermal energy efficiently away from the LED junction points to maintain luminous stability. An IP54 protection rating shields internal optical components from airborne dust, oil mist, and minor splashing typical of factory floors, though additional external shrouds are recommended for harsh washdown environments.

Preventive maintenance requires scheduled inspections every 3 months, involving the cleaning of the protective glass window using optical-grade isopropyl alcohol and lint-free microfiber cloths to remove accumulated residue. Technicians should verify the mechanical tightness of all mounting brackets and inspect cable jackets for signs of abrasion or chemical degradation. Under normal factory operating conditions, the internal LED emitters deliver an estimated Mean Time Between Failures of 50,000 hours.

Selection Guidance and Alternative Options

Selecting the correct illumination model depends heavily on the target material's surface reflectivity, line speed, and the required working distance between the light emitter and the inspection plane. For high-gloss metallic surfaces, engineers should balance the working distance to avoid pixel saturation while ensuring sufficient photon density reaches the line scan sensor. When applications demand wider coverage areas, alternative models such as the MV-LTFS series variants with extended lengths or different wavelength outputs (such as red or blue) can be selected to enhance specific material contrast characteristics.

When original equipment manufacturers face unexpected supply chain delays or long lead times for specialized machine vision components, Beijing Zhongping Technology provides technical support and local inventory access to alternative compatible lighting solutions. The application engineering team analyzes optical parameters, physical dimensions, and electrical trigger requirements to recommend drop-in replacements that match existing integration footprints without requiring costly system redesigns.

Frequently Asked Questions (FAQ)

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

Beijing Zhongping Technology maintains active regional buffer stock for this model to support urgent production line integration, typically enabling same-day dispatch and rapid transit times across major industrial zones.

2. What warranty coverage and RMA support processes apply to this product?

This unit is backed by a standard 12-month manufacturer warranty covering material and workmanship defects, with local technical validation and expedited return-processing services handled directly through Beijing Zhongping Technology.

3. What are the strict power supply voltage requirements and electrical protection features?

The device operates on a regulated 24 VDC power supply with an allowable tolerance of ± 10%, featuring internal reverse polarity protection and transient voltage suppression circuitry.

4. How is the trigger signal synchronized with high-speed line scan camera exposures?

The light accepts an external TTL-compatible trigger input signal that synchronizes pulse width modulation with camera line integration periods to deliver strobe illumination.

5. What measures prevent overheating during continuous maximum-intensity operation?

Thermal energy is dissipated through the high-conductivity anodized aluminum housing via natural convection, provided ambient temperatures remain within the specified range and free airflow is maintained around the heatsink fins.

6. What mechanical clearance and mounting tolerances must be maintained during installation?

Installers must ensure a minimum clearance of 20 mm around the housing perimeter for airflow and utilize standard M4 fasteners torqued to specified limits to prevent structural distortion.

7. What is the recommended cleaning protocol for maintaining optimal optical output?

Routine maintenance involves wiping the protective glass window with a non-abrasive micro-fiber cloth moistened with optical-grade cleaning solvent to eliminate dust films or oil spots.

8. Can this light integrate with third-party machine vision controllers and software platforms?

The unit interfaces seamlessly with standard industrial controllers and programmable logic controllers via standard 24 VDC digital I/O lines without requiring proprietary protocol converters.