Dual-Point Light Source Simulating Automotive Headlights LS-PLS2
The CMS PLS dual-point light source is a high-precision light source device designed to simulate the photo-intensity properties of a car front light. The equipment consists of two separate point-based light sources that can accurately regulate the light strength in accordance with the strict requirements of international standards such as ISO 16505. The CMS PLS two-point light source is widely used in the testing and evaluation of electronic back-vision mirrors in cars and is an important tool for ensuring that the CMS system is in compliance with the relevant regulatory and standard requirements.
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Overview
The CMS PLS dual-point light source is a high-precision light source device designed to simulate the photo-intensity properties of a car front light. The equipment consists of two separate point-based light sources that can accurately regulate the light strength in accordance with the strict requirements of international standards such as ISO 16505. The CMS PLS two-point light source is widely used in the testing and evaluation of electronic back-vision mirrors in cars and is an important tool for ensuring that the CMS system is in compliance with the relevant regulatory and standard requirements.
Specifications
| Parameter | Value |
|---|---|
| Brightness range [Commonly used / ±25000 cd/m²] | Commonly used 275000±25000 cd/m² |
| Color Temperature [±1500K] | 6500K±1500K |
| Simulation of size 1-point light source aperture [±0.1mm] | φ0.9±0.1mm×2 |
| Simulated Size 1 - Spacing Between Two Point Light Sources [±0.2mm] | 13±0.2 mm |
| Simulation of size 2-point light source size [±0.2mm] | φ2.2±0.2mm×2 |
| Simulated Size 2 - Spacing Between Two Point Light Sources [±0.3mm] | 31±0.3 mm |
| Point light-source lifetime [From the factory to the radiance to 70% of the time.] | 10000 [h] (from plant exit to irradiation to 70% time) |
| Light Switch | Whip button (reduced left and increased right) |
| Communications interface | Support USB2.0 USB connectors |
| Operating Environment | Temperature 10°C ~ 30°C |
| Power Parameters | AC100~240V 50/60Hz 150W |
| Controller Dimensions [Except for the bumps.] | 225(L)×160(W)×180(H)mm (excluding protrusions) |
| Control mass | About 1.3 kg in body |
| Light Size [Except for the bumps.] | 127(L)×78(W)×81.2(H)mm (excluding protrusions) |
| Light Mass | Inner body approximately 1.4 kg |
| Control Method | Computer USB programr or backscreen, button, button control manual control |
Applications
Application scenario: CMS PLS dual-point light source is used mainly for the electronic mirror testing of vehicles, which meets the requirements of the relevant regulations and is widely used by the testing institutions.
Key Features
High luminance reaches 275000±25000 cd/m² for demanding tests. A broad color-temperature range of 6500±1500K is designed to ISO 16505 and other international standards. An OLED screen, buttons and knob provide intuitive fine brightness adjustment. Programmed control simplifies operation and integration and improves efficiency. Luminance: 275000±25000 cd/m². Color temperature: 6500K±1500K. Dual point-source design supports two simulated sizes. Control: USB programming or manual knob/buttons. Service life: 10000 hours with illuminance maintained at 70% or above.
Datasheet
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Supplier Information
Yanding, as a nationally recognized high-tech enterprise, has always been driven by technological innovation and deeply engaged in the fields of testing equipment and image quality.
The company is headquartered in Zhangjiang Qingpu Park, with its core office base located in Shanghai Zhangjiang Science City, an innovation highland. It has also established R&D and operation centers in Shenzhen, Beijing, and South Korea, building a global technology R&D and service network to efficiently respond to domestic and international customer needs.
For many years, Yanding has focused on technological breakthroughs in the field of image quality. Its main business covers the full-chain R&D, design, manufacturing, and sales of high-precision instruments, high-end mass production equipment, image analysis algorithms, and industrial software. Relying on more than ten years of deep accumulation in core technology fields such as ultra-complex hardware boards and platform-level industrial software, the company has formed full-stack self-research and delivery capabilities from high-precision optical instruments, image quality analysis and calibration algorithms, to motion control software, optical lenses, image acquisition boards, image test charts, and mass production testing equipment, providing customers with end-to-end solutions.
The founding team and core members bring together senior technical management talents from well-known domestic and overseas enterprises, with an average of over 20 years of frontline R&D and operation management experience, and a deep understanding of international cutting-edge technology paths and industry trends. The company has assembled an R&D team composed of talents from famous domestic and overseas universities, highly skilled and continuously pursuing innovation. As of the end of 2024, the company has more than 170 employees, with R&D and technical personnel accounting for over 60%, injecting strong momentum into continuous technological breakthroughs and global market expansion.
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