wenglor bar lights from the LBO series are suitable for both small and large working distances. The direct lights can create lighting effects like bright field, low angle of incidence, dark field and dome lighting. Some line scanning applications are also possible. The LBO bar lights can be operated in continuous mode with high intensity or synchronized with the machine vision camera in strobe mode with increased luminosity (overdrive). In combination with the ZBAG angle changers, the beam angle can be enlarged and designed flexibly.
Flexibility: expand the beam angle with an Angle Changer
No external control required
Overdrive
Create patented curve effect to reduce LED hot spots
Optical Data
Light Source
White Light
Color temperature
6,500 K
Beam angle
± 7 °
White light output
316,000 Lux
Measuring point distance
200 mm
Compatible with
Angle Changer
Environmental conditions
Temperature Range
-10 ... 40 °C
Storage temperature
-20 ... 60 °C
Atmospheric humidity
< 80%, non-condensing
Electrical Data
Supply Voltage
21.6 ... 26.4 V DC
Power
99.9 W
Peak power
432 W
Current Consumption Continuous Mode (Ub = 24 V)
4.2 A
Current consumption flash mode overdrive (operating voltage = 24 V)
18 A
Flash duration (max.)
2 ms
Duty cycle (max.)
5 %
Rise time
15 µs
Fall time
10 µs
Input signal
PNP/NPN
Short Circuit Protection
yes
Reverse Polarity Protection
yes
Overload Protection
yes
Protection Class
III
Dimming
0...10 V ≙ 100...30%
Overdrive
yes
Mechanical Data
Luminous Field Length (L)
1,125 mm
Luminous Field Width (W)
31.5 mm
Luminous Field
1,125 × 31.5 mm
Housing Material
Aluminum, anodisedPlastic, ABSPlastic, PC
Degree of Protection
IP65
UL Enclosure Type
1
Optic Cover
Plastic, PMMA
Connection
2 × M12; 5-pin, 1 × M12; 4-pin
Max. cable lenght
68 m
Weight
2,250 g
Function
Operating modes
Continuous, Strobe
Standards and certificates
Illumination methods
Connection Diagram
Ctrl. Panel
68 = Power LED9b = Strobe Mode Indicator
Dimensioned Picture
Dimensions specified in mm (1 mm = 0.03937")1 = Guide slot/slot nut2 = Mounting thread3 = Luminous field
