Lighting & Photometry
LSRF-2 Lamp Start-up, Run-up Time and Flicker Measurement System
Model: LSRF-2
Comprehensive test system for lamp start-up, run-up time and flicker measurements compliant with IEC 60969 and EU ErP requirements. Designed for laboratory validation and quality control applications.
LM-79 Moving Detector Goniophotometer (Mirror Type C)
Model: LSG-6000
LSG-6000 Moving Detector Goniophotometer (Mirror Type C) for comprehensive LED photometric testing compliant with LM-79-19, EN13032-1, CIE-121, and CIE S025 standards.
Goniophotometer with Rotating Mirror
Model: LSG-2000
LM-79-19 compliant goniophotometer with rotating mirror for precise photometric measurements including luminous intensity distribution, UGR, EEI, and IES file generation.
LM-79-19 Compliant Goniophotometer with Rotating Mirror
Model: LSG-2000
LSG-2000 system measures LED light, offering test distances from 5m to 30m.
LSG-1950S Goniophotometer for Traffic Signal Lamps
Model: LSG-1950S
LSG-1950S goniophotometer meets ECE-R65, FMVSS108, GB 25991 standards for luminous intensity distribution testing of traffic signal lamps and automotive lighting.
CIE A-α Goniophotometer for Automotive and Signal Lamps
Model: LSG-1950
LSG-1950 CIE A-α goniophotometer measures luminous intensity and illuminance of automotive lamps per ECE-R65, FMVSS108, GB 25991 standards with 0.01° angle accuracy.
Near Field Moving Detector Goniophotometer
Model: LSG-1900B
LSG-1900B Near Field Type C Goniophotometer for IEC 60598-1, IES LM-79 & GB/T 9468 compliance. Measures luminous intensity distribution for small luminaires.
Automated Goniophotometric Spectroradiometer System
Model: LSG-1890BCCD
Automated goniophotometric spectroradiometer system performs luminous intensity distribution and spatial CCT measurements compliant with LM-79-19 and EN13032-1 standards. Suitable for laboratory photometric testing of LED, HID, and fluorescent luminaires.
High Precision Rotation Luminaire Goniophotometer
Model: LSG-1890B
IEC 13032-1 & LM-79-19 compliant goniophotometer for precise luminous intensity distribution measurements with ±0.1° angle accuracy. For laboratory photometric testing.