Retroreflectometer
TBTRMR-1J Road Marking Retroreflectometer is a portable on-site measuring instrument that is used for measuring the retroreflection characteristic of road marking, the weight is 5kg.
The purpose of this road marking instrument is to simulate the brightness of road markings that can be seen by drivers under the illumination of motor vehicles at night, and the measured parameter is the coefficient of retrorefection brightness at night in daytime, namely, RL & QD value.
Measurement items | Retroreflective coefficient ( mcd.m-2.lx-1 ) |
Measurement range | 0---2000 |
Observation angle | 1.05° |
Angle of incidence | 88.76°, Complementary angle is 1.24° |
Light source color temperature | 2856±50K |
Error of repeatable measurement | ≤2% |
Continuous working time of battery | >30h |
Data storage space | More than 100,000 data |
Built-in battery capacity: | 12V / 5.2Ah |
Charger | DC 15V |
Ambient temperature | -15℃~ 60℃ |
Ambient humidity | <98%, no frost |
Measurement | Around 700mm x 140mm x 140mm |
Weight | Around 5KG |
TBTRMR-1 marking retroreflectometer is a portable on-site measuring instrument, used for measuring the retroreflection characteristic of road marking.TBTRMR-1 instrument is to simulate the brightness of road marking that can be seen by the driver under the illumination of motor vehicles at night, and the measured parameter is the coefficient of retrorefection brightness at night, namely, RL value.
- Measurement item :Retroreflective coefficient (mcd.m-2.lx-1)
- Measurement range :0~4000
- Observation angle :1.05°
- Angle of incidence :88.76° (Complementary angle is 1.24°)
- Light source color temperature :2856±50K
- Measuring aperture area :340mmx95mm
- Error of repeatable measurement :≤3%
- Continuous working time of battery :>72h
- Data storage space :8GB
- Built-in battery capacity :13Ah
- Charger :DC 8.4V
- Ambient temperature :-15℃~ 60℃
- Ambient humidity :<98%, no frost
- Instrument dimension :700mmx135mmx115mm
TBTRMR-2J road marking retroreflectometer is an open-optical-path designed small size portable on-site measuring instrument, the weight is 3.5kg.
Main use is to measure the in-night brightness of road marking made of retroreflective material simulating under illumination from the headlights of vehicles driving on road, i.e, the in-night brightness observed by the driver in vehicle. The measured parameter is the nighttime retroreflective brightness coefficient, namely RL value.
This instrument test result accurate and repeatable, simple to operate, can be used in laboratory or field.
Conforms to Standards:
GB/T 26377-2010, GB/T16311-2009, JJG 059-2004, JTG F80-1-2017
Open-optical-path design. Suitable for measuring under 3 conditions:
dry RL, Wet and continuous Rainfall.
Fast measurement (measuring retroreflective brightness coefficient in 2 seconds).
Automatic calculating the average of results of multiple measurements.
Calibration system in line with international standards, only calibrate white color.
Long standby and fast recharging.
5-inch daylight screen.
Data storage more than 100,000 pcs.
GPS accurate positioning.
USB data interface, test report is exported to computer as database.
Measurement data real-time voice broadcast.
The Bluetooth printer prints the test results on spot.
Touching keyboard to edit.
Display temperature and humidity real time.
Measurement items: | retroreflective coefficient ( mcd.m-2.lx-1 ) |
Measurement range: | 0~4000 |
Observation angle: | 1.05° |
Angle of incidence: | 88.76°, Complementary angle is 1.24° |
Light source color temperature: | 2856±50K |
Measuring aperture area: | 200mm x 95mm |
Error of repeatable measurement: | 2% |
Continuous working time of battery: | >30h |
Data storage space: | 8GB |
Built-in battery capacity: | 12V, 5.2Ah |
Charger: | DC 15V |
Working temperature & humidity: | -15℃~60℃, <98%, no frost |
Size: | 360mm x 135mm x 125mm |
Road marking’s visibility, the retroreflectivity is correlated with roadway safety, it directly presented as the night visibility (RL) of pavement markings. The TBTRMR-VM vehicle-mounted marking retroreflectometer allows a constant and efficient assessment of the state of road markings while maintaining traffic flow. The detection accuracy is consistent with the handheld retroreflective readings.
The major components of the system are the host, computer processing system, and DMI (distance measuring wheel). The host is consist of optical measurement system, control system, imaging driver assistance system, height / tilt compensation system and Beidou positioning antenna.
Simulated observation distance | 30m |
Measurement distance | 6m |
Measurement width | 1200mm |
Measurement range length | 500mm |
Light source | Infrared laser |
Measurement Rate | 300 pictures/s of a line |
Measuring interval | <100mm |
Entrance & Illumination angle | 88.76±0.01°(ASTM E1710) |
1.24°±0.01°(EN 1436) | |
Observation angle | 1.05±0.01°(ASTM E1710) |
2.29°±0.01°(EN 1436) | |
RL measuring range | 0~2000 mcd/(m2·lx) |
Data repeatability | <5% |
Indication error | <10% |
Light source life | >10000 hours |
Front camera | Yes |
Positioning system | BDS / GPS |
Host unit size | 570 x 164 x 209(mm) |
Weight | <10Kg |
Operating temperature | -20~55°C |
Operating humidity | non-condensing |
Distance measurement error | 1‰ |
Support vehicle speed | 0-120km/h |
Data export format | database |
Power supply | Built-in lithium battery |
System | Win 10 |
TBTTSR-1 retroreflectometer is designed for retroreflectivity measurements of retroreflective materials, including road traffic signs, high-visibility clothing, licence plates and reflective tapes.
- Test term: retro reflectance (cd/lx/m2)
- Test range: 0~1999
- Entrance angle: 4°, 5°
- Observation angle: 0.2°, 0.33°, 0.5°, 1°
- Illumination: standard illuminant A
- Test area: 32mm
- Indication error: ≦2%
- Standby time: >8h
- Built-in power capacity: 2000mA.h
- Data storage space: 8GB
- Charge voltage: DC 5V
- Operating temperature: -10℃~60℃
- Operating humidity: <95% relative humidity, non-condensing
- Dimension: 200×230×70mm (L×H×W)
- Weight: 1.5kg
Product description
TBTTSR-1M is a portable multi-angle detector for measuring night visible photometric properties (coefficient of retroreflection RA and R’) of retroreflective materials on spot. It is a convenient instrument used to test traffic signs for highway, railway, aviation or reflective markings on trucks, to ensure retroreflective markings meet the requirements of relevant standards.
The instrument is designed conforming to China's national standard GB / T 18833-2012, GB / T 26377-2010-2012 , GB / T 21861-2014 and JJG 059-2004".
- LED backlight, high definition true color digital screen display.
- Data storage: 4GB, display test data & time.
- 5 inch touch operation panel, Chinese & English switchable LCD color screen showing temperature & humidity simultaneously.
- With functions of parameters verification, auto zero, data storage, deletion and query.
- Available for Multiple incident angles and multiple observation angles.
- Observation angle (α): 0.2 °, 0.5 °, 1 ° (standard configuration)
- Illumination angle (β): -4 °, 15 °, 30 ° (standard configuration)
- Measuring sensor adaption: V(λ)
- Measuring area: Ø25mm
- Measuring range: 0~3000 cd·lx-1·m-2
- Repeatability: ±2%
- Reproducability: ±5%
- Measuring time: ≈ 3s
- Illumination: 2856K ± 50K (sensor system integrates human eye response and A light source requirements of of CIE).
- Detector: Silicon diode
- Imported photoelectric sensor
- Data storage: 4GB, >100,000 measurements
- Screen: 5-inch LCD touch screen
- Display test results of multiple observation angles at the same time
- Automatically determine test data qualified or not.
- Quick swift window, integrated portable, lightweight aluminum alloy housing.
- Power supply: lithium battery powered 14.4V / 6.5Ah chargeable 220V 50Hz, DC15A.
- Working temperature -15 ℃ ~ 50 ℃, humidity 95%, no condensation
- Warranty: 2 years
- Net weight is 1.9kg, packing weight: 10KG.
- Dimension: 108*216*328mm
Packing size: 560*270*510mm - Standard packing accessories:
3 calibration standards
2 front panel (15°, 30°)
1 Battery charger
1 USB cable