HIKROBOT MV-LW-H-001-1-19M8A LED Power and Fiber Optic Cable for Light Source

Modern machine vision architectures demand uncompromised signal transmission and power delivery to eliminate motion blur and latency in high-speed manufacturing lines. The HIKROBOT MV-LW-H-001-1-19M8A LED Power and Fiber Optic Cable for Light Source provides a robust engineering solution designed to maintain optical integrity and electrical stability under rigorous industrial conditions. By combining dedicated power conductors with high-bandwidth fiber optic pathways, this specialized assembly ensures precise illumination control and reliable data exchange across demanding automated optical inspection environments.

Industrial machine vision systems frequently face critical bottlenecks such as signal attenuation, electromagnetic interference, and bandwidth limitations over extended cable runs. This specialized cable addresses these challenges by integrating robust shielding mechanisms and high-grade optical fibers designed to handle rapid data transmission and steady power distribution for high-intensity LED light sources. Operating alongside high-resolution CMOS global shutter cameras and high-speed frame grabbers, the assembly mitigates voltage drop and data packet loss. The integration of specialized connectors ensures secure mechanical locking, preventing accidental disconnections caused by continuous machinery vibrations in automated manufacturing plants.

Technical Specifications

Cable Type: LED Power and Fiber Optic Cable @ Standard Industrial Conditions

Model Number: MV-LW-H-001-1-19M8A @ Factory Specification

Application: Light Source Connection @ Machine Vision Systems

Operating Voltage: 24 VDC ± 10% @ 25°C

Maximum Current Rating: 3.0 A @ 24 VDC

Fiber Type: Multi-mode Optical Fiber @ 850 nm / 1,300 nm

Connector Type A: Proprietary Industrial Interface @ Light Source End

Connector Type B: Multi-pin Circular Connector @ Controller End

Outer Jacket Material: Polyurethane (PUR) @ Oil and Abrasion Resistant

Minimum Bending Radius: 50.0 mm @ Dynamic Installation

Operating Temperature Range: -20°C - 60°C @ Full Load

Storage Temperature Range: -40°C - 80°C @ Non-Condensing

Ingress Protection Rating: IP67 @ Mated Condition

Weight: 1.2 kg @ Standard Length

System Integration and Hardware Setup

The mechanical installation of the HIKROBOT MV-LW-H-001-1-19M8A requires careful attention to routing geometry and connector alignment. Technicians must ensure that the circular connectors on both ends are oriented correctly before engaging the locking rings, avoiding rotational stress on the internal fiber cores and copper pins. During cabinet integration, the cable should be secured using strain relief brackets near the connection points to prevent repetitive bending forces from transferring directly to the terminal pins. Panel cutouts and cable trays must be dimensioned to accommodate the minimum bending radius of 50.0 mm, ensuring that neither the optical fibers nor the power conductors experience micro-bending that could degrade performance.

Electrical layout practices demand strict separation between low-voltage signal/fiber paths and high-voltage power lines or variable frequency drives to prevent electromagnetic coupling. The integrated shielding layer of the cable must be terminated correctly to the conductive backshell of the connector or a dedicated earth bus bar inside the control cabinet to establish a low-impedance path for high-frequency noise. Installers should verify that the overall machine grounding scheme is compliant with industrial standards to eliminate ground loops that can introduce electrical noise into the illumination control circuits. Proper cable management via insulated cleats and vertical routing channels further guarantees long-term operational stability.

Reliability and Environmental Durability

Engineered for harsh factory floors, the cable withstands demanding ambient conditions with an operating temperature range spanning from -20°C to 60°C. When fully mated, the assembly achieves an IP67 ingress protection rating, guarding internal connections against moisture, cutting fluids, and fine airborne dust particles commonly found in automotive and electronics manufacturing lines. The outer polyurethane jacket provides exceptional resistance to oils, abrasion, and ultraviolet radiation, preventing premature jacket cracking or degradation when routed across dynamic machine axes or articulated robot arms.

Preventive maintenance protocols should include routine visual inspections of the outer jacket for signs of mechanical wear, abrasion, or chemical exposure. Technicians must inspect the connector pins and optical contact surfaces periodically for contamination, utilizing specialized lint-free micro-fiber cleaning tools and optical grade isopropyl alcohol when necessary to remove debris. Ensuring terminal screws and locking rings remain torqued to specification prevents intermittent contact failures. Under normal factory operating conditions adhering to these maintenance guidelines, the assembly demonstrates a high Mean Time Between Failures, supporting continuous multi-shift production cycles.

Selection Guidance and Alternative Options

Selecting the correct illumination cable requires evaluating the spatial layout of the machine vision station, including the exact distance between the controller, the light source, and the camera mounting points. Engineers must calculate total voltage drop over long cable runs to ensure the LED light source receives the required operational voltage without dimming or flickering. When applications demand custom lengths, alternative routing configurations, or specialized connector orientations, system integrators should analyze the electrical load and optical attenuation characteristics to match or exceed OEM specifications.

When facing unexpected supply chain delays or urgent maintenance requirements, Beijing Zhongping Technology provides comprehensive technical support to identify and supply fully compatible cross-reference alternatives from extensive local inventory, minimizing costly system downtime. The experienced engineering team at Beijing Zhongping Technology evaluates key parameters such as pinout configurations, current-carrying capacities, and optical bandwidth to validate drop-in replacements that integrate seamlessly into existing architectures without requiring costly software or hardware redesigns.

Frequently Asked Questions (FAQ)

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

Local inventory is maintained to support rapid fulfillment, with standard orders typically dispatching on the same day or within 24 hours to minimize operational downtime, supported by Beijing Zhongping Technology.

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

This product is backed by a comprehensive 12-month industrial warranty covering manufacturing defects, and any RMA claims are processed through a streamlined local evaluation workflow managed by Beijing Zhongping Technology.

3. What are the exact electrical power and voltage requirements for this cable assembly?

The integrated power conductors are engineered to operate at a nominal voltage of 24 VDC ± 10% with a maximum current rating of 3.0 A, designed to handle peak power demands of high-intensity LED illumination systems without thermal overload.

4. What shielding mechanisms are implemented to prevent electromagnetic interference (EMI)?

The cable incorporates a high-coverage braided shield combined with foil insulation, which must be tied to a low-impedance earth ground at the cabinet entry point to suppress high-frequency noise from nearby servo drives and motors.

5. What environmental protection rating does this assembly achieve in harsh factory settings?

When mated correctly with compatible industrial interfaces, the assembly achieves an IP67 protection rating, rendering it highly resistant to dust ingress, coolants, and temporary fluid immersion.

6. What are the structural installation and mechanical bending limits during cable routing?

The cable requires a minimum dynamic bending radius of 50.0 mm to protect the internal multi-mode optical fibers from micro-cracking and signal attenuation during continuous motion cycles.

7. What routine preventive maintenance procedures are recommended to maximize operational lifespan?

Maintenance technicians should perform scheduled visual checks for jacket abrasion, verify that locking rings are fully engaged, and clean optical contact faces with lint-free micro-fiber tools to prevent signal loss.

8. How does this cable integrate with third-party machine vision controllers and lighting units?

The assembly features standardized industrial mechanical interfaces designed to plug directly into compatible HIKROBOT light sources and machine vision controllers without requiring custom adapter modules.