Windshield secondary-image concerns should be translated into a defined measurement project before a production-line station is specified. The Online Secondary Image Separation Test System can be integrated into an automotive-windshield production line to measure windshield secondary-image separation angle. The system measures dedicated points on a sample at a designated installation angle according to the testing plan.
The practical value is project clarity: sample points, installation angle, measurement range, movement, sensor count, abnormal-value handling, and data retention can be discussed together. Sample size, installation-angle range, measurement range, and mechanical-system movement range are customized according to requirements, so the buyer should expect a technical configuration review rather than a one-size-fits-all station.
Online Secondary-Image System Facts That Shape Windshield Inspection
| Confirmed detail | Why it matters |
|---|---|
| Automotive-windshield production-line integration | The buyer can frame the instrument as part of a line measurement project, subject to layout and feasibility review. |
| Secondary-image separation angle measurement | The visible double-image concern is connected to a named optical measurement target. |
| Dedicated points at a designated installation angle | The testing plan must identify points and installation conditions before station design. |
| Custom sample size, installation-angle, measurement, and movement ranges | Windshield geometry and station mechanics become explicit RFQ inputs. |
| Abnormal-value alarm plus record, print, store, and export functions | The quality team can define how results enter review and retention workflows. |
| Multi-sensor integration according to measurement-performance requirements | Sensor count can be discussed as a project requirement rather than assumed from a catalog image. |
| Baseline installation-angle range of 15° to 75° | The planned installation angle should be compared with this captured baseline during technical review. |
| Darkroom requirement and customer-prepared large cover | The site must include the optical environment in the project plan. |
Configuration Reference for RFQ Planning
This public configuration reference reflects the Online Secondary Image Separation Test System page reviewed in August 2026. It covers line integration, dedicated-point angle measurement, customization of sample/angle/range/movement, alarm and result handling, multi-sensor options, a captured 15°–75° installation-angle baseline, and the darkroom requirement. Confirm the actual windshield, point map, station layout, cycle target, and data interface before quotation.
1. Turn the Symptom into a Measurement Plan
A driver or quality team may describe a double image, but a line project needs a measurable target. The Online Secondary Image Separation Test System measures windshield secondary-image separation angle at dedicated points and a designated installation angle. That gives the engineering team a place to start: identify the points, define the installation condition, and link the result to the inspection decision.
This separation matters because ghosting, optical wedge, angular deviation, and general image-quality concerns are not automatically the same measurement. Use the symptom to open the investigation, then define the property and points that the station must measure. The system’s fit should be discussed against the buyer’s testing plan.
2. Connect Points, Angles, and Abnormal Results
The system can alarm when a value is abnormal, and results can be recorded, printed, stored, and exported. For a windshield quality team, those functions support a conversation about what constitutes an abnormal value, who reviews it, which sample and point it belongs to, and what record must follow the part.
The captured baseline lists a sample-installation-angle range of 15° to 75°. Treat that as a starting reference for discussion, not a universal promise for every windshield or station. The buyer should provide the point map, installation angle, sample construction, and acceptance method before the alarm and record workflow is finalised.
3. Scope the Optical Environment and Mechanics Early
Sample size, installation-angle range, measurement range, and mechanical-system movement range are customized according to requirements. Multi-sensor systems can be integrated according to measurement-performance requirements. These facts make station scope an engineering question: sample support, sensor count, motion, points, cycle target, and line access all need to be described.
Testing needs to be performed in a darkroom, and the customer needs to prepare a large cover as the darkroom. Include that site condition, along with the support-bracket concept and data path, in the project discussion. Jeffoptics can evaluate a customized hardware, software, or system-integration route after receiving the layout and test requirements; feasibility and final performance require review.
When the Online System Is Worth Evaluating
The Online Secondary Image Separation Test System is a practical candidate for windshield programs that need dedicated-point secondary-image separation measurement within a production-line project. It offers a defined route for installation-angle planning, configurable mechanics, abnormal-value handling, and result records.
The right configuration depends on windshield geometry, points, angles, measurement range, motion, sensor needs, darkroom conditions, line access, and data requirements. Where a standard description is not enough, Jeffoptics can discuss a tailored project; price, schedule, integration scope, and production outcome must be established through technical and commercial review.
See the Online Secondary Image Separation Test System for the system anchor and the quality-control equipment category for related options.
Send These Inputs for a Windshield System Fit Review
- Windshield drawings, construction, dimensions, curvature, and dedicated-point map
- Installation angle, viewing condition, measurement range, and acceptance basis
- Sample frequency, cycle target, movement concept, sensor count, and line access
- Darkroom/large-cover plan, support bracket, alarm logic, records, export, and interfaces
- Destination, budget range, and project schedule
FAQ
What does the Online Secondary Image Separation Test System measure?
It measures windshield secondary-image separation angle at dedicated points on a sample at a designated installation angle according to the testing plan.
Can the system be integrated into a windshield production line?
The system can be integrated into an automotive-windshield production line. Actual station layout, mechanics, sensors, darkroom, cycle, and data requirements need project review.
Does the system provide records and abnormal-value alarms?
The system can alarm when a value is abnormal, and results can be recorded, printed, stored, and exported. The buyer must define limits, records, and acceptance ownership.
Post time: Sep-11-2026