Automatic Headlamp Tester

The test procedure comes first. Confirm vehicle class, procedure and result units, then match the FLG-800A range, error, response and interfaces line by line.

Compare the data that directly affects the test result first: Luminous intensity 0–125,000 cd, Vertical deviation Up 25 to down 50 cm/dam, Horizontal deviation Left/right 50 cm/dam, Lamp-height range From 350 mm. Then review communications, environmental limits, accessories and maintenance.

Use the standard configuration when it completes the required measurement and interfaces correctly. Add options only for a defined test, data or installation need. Available items include Travel rail and installation kit by project configuration, Host-system communication configuration.

It depends on the task. The FLG-800A is used for Inspection-station headlamp lane, Vehicle end-of-line inspection, Workshop headlamp alignment; station integration also requires confirmation of Power supply: AC 220 V ±22 V; 50 Hz ±1 Hz, Communication: RS-232; TCP/IP by configuration and host-system data fields.

Compare main-unit version, measured items or ranges, sensors, sampling and installation parts, communications, documents, training, warranty and spares; model name and total price alone are not enough.

No. Local suitability also depends on the prescribed procedure, permissible error, approval route, software workflow, calibration and authority acceptance.

An available port does not guarantee plug-and-play integration. Current interfaces are Power supply: AC 220 V ±22 V; 50 Hz ±1 Hz, Communication: RS-232; TCP/IP by configuration; confirm protocol, baud rate, fields, units, equipment identity, calibration status and error recovery.

Use it within the manual's operating limits, currently recorded as the site conditions confirmed with the order. Humidity, dust, condensation or large temperature changes may require ventilation, protection and stable warm-up confirmed with the order.

Check serial number, packing list, manual, factory inspection records, calibration or verification requirements, software version and interface test records. The contract and local acceptance procedure define the final list.

Provide vehicle class, test procedure, required items, result units, daily throughput, station dimensions, power, system interface and destination-country requirements before quotation, then record them in the technical confirmation.

Automatically tracks the lamp center and measures luminous intensity and high-/low-beam alignment. Typical applications include Inspection-station headlamp lane, Vehicle end-of-line inspection, Workshop headlamp alignment. Final configuration still depends on vehicle fuel, test procedure and result interface.

It can serve the matching test task, but an inspection-station project must also confirm the local statutory method, equipment approval, calibration interval, data connection and site acceptance.

Yes when the post-repair check matches the FLG-800A measurement capability. Workshops should also review operating speed, consumables, fault indication, result storage and repeatability.

Mobile use depends on weight, power, warm-up or mounting requirements and environmental stability. Also confirm transport protection, sampling or installation space and data return.

It depends on the workflow. Common combinations involve RPM, oil temperature, environmental data, sampling accessories, a host computer or other station equipment. Map the test steps before fixing the list.

The current standard-supply record includes Headlamp tester main unit, Connection cable and power cable, User manual. Quantities, lengths and inclusion are governed by the final packing list.

Installation wiring, initial setup, operating workflow and routine checks can be supported. On-site or remote format, language, schedule and cost should be stated in the order.

Provide model, serial number, software version, alarm details, site photos or video, operating steps and measurement records so support can decide on remote action, repair return or parts replacement.

Build the list from usage rate, environment and maintenance interval, recording specifications and suggested quantities for filters, sensors, probes, cables, seals and other wear parts.

Provide destination country, end-user type, vehicle scope, test procedure, required parameters, quantity, options, interfaces, document language, delivery point and target date. Accurate scope follows complete information.