Bosch DINION capture 5000 VER-L2R3-1 User Manual
Product codes
VER-L2R3-1
The highly accurate 20-bit digital signal is
automatically processed to reveal every detail of the
image in both the high- and low-light areas of the
scene simultaneously.
automatically processed to reveal every detail of the
image in both the high- and low-light areas of the
scene simultaneously.
IP Cameras
The DINION capture 5000 IP features a CCD with
progressive scan technology. These models can quad-
stream video simultaneously — on two H.264 streams,
an I-frame recording stream, and an M-JPEG stream.
Equipped with a 20-bit DSP the signal is automatically
processed to reveal every detail of the image in both
the high- and low-light areas of the scene
simultaneously.
The DINION capture 5000 IP uses H.264 (Main Profile)
compression, bandwidth throttling, and multicasting
capabilities to manage bandwidth and storage
requirements efficiently, while delivering high image
quality and resolution.
Three power options, PoE+ (Power-over-Ethernet+),
11–30 VDC, and 24 VAC are available. Using PoE+
makes installation easier and more cost-effective, as
cameras do not require a local power source. To
increase system reliability, the camera can be
simultaneously connected to both PoE+ and 11–30
VDC/24 VAC supplies.
The camera conforms to the ONVIF (Open Network
Video Interface Forum) specification which guarantees
interoperability between network video products
regardless of manufacturer. ONVIF conformant devices
are able to exchange live video, audio, metadata and
control information. They are automatically discovered
and connected to network applications such as video
management systems.
progressive scan technology. These models can quad-
stream video simultaneously — on two H.264 streams,
an I-frame recording stream, and an M-JPEG stream.
Equipped with a 20-bit DSP the signal is automatically
processed to reveal every detail of the image in both
the high- and low-light areas of the scene
simultaneously.
The DINION capture 5000 IP uses H.264 (Main Profile)
compression, bandwidth throttling, and multicasting
capabilities to manage bandwidth and storage
requirements efficiently, while delivering high image
quality and resolution.
Three power options, PoE+ (Power-over-Ethernet+),
11–30 VDC, and 24 VAC are available. Using PoE+
makes installation easier and more cost-effective, as
cameras do not require a local power source. To
increase system reliability, the camera can be
simultaneously connected to both PoE+ and 11–30
VDC/24 VAC supplies.
The camera conforms to the ONVIF (Open Network
Video Interface Forum) specification which guarantees
interoperability between network video products
regardless of manufacturer. ONVIF conformant devices
are able to exchange live video, audio, metadata and
control information. They are automatically discovered
and connected to network applications such as video
management systems.
Functions
Night Capture Imaging System
Capturing usable images of vehicle license plates is
one of the most challenging problems in video
surveillance, particularly at night. Typically there is not
enough light on scene to properly expose the plate
image and vehicle headlights only reduce the exposure
making the plate image even dimmer. The DINION
capture 5000 overcomes these problems by using the
Night Capture Imaging System.
The Night Capture Imaging system illuminates a
license plate with a burst of infrared light and
simultaneously filters out visible light ensuring clear
license plate images 24-hours a day.
one of the most challenging problems in video
surveillance, particularly at night. Typically there is not
enough light on scene to properly expose the plate
image and vehicle headlights only reduce the exposure
making the plate image even dimmer. The DINION
capture 5000 overcomes these problems by using the
Night Capture Imaging System.
The Night Capture Imaging system illuminates a
license plate with a burst of infrared light and
simultaneously filters out visible light ensuring clear
license plate images 24-hours a day.
Advanced Ambient Compensation
The DINION capture 5000 uses Advanced Ambient
Compensation to decrease overexposure, unreadable
plate images, and false ALPR readings. Advanced
Ambient Compensation combines high-intensity pulsed
infrared illumination, and ultra-fast shutter, and
automatic mode switching to deliver a clear,
consistent license plate image, day or night.
Compensation to decrease overexposure, unreadable
plate images, and false ALPR readings. Advanced
Ambient Compensation combines high-intensity pulsed
infrared illumination, and ultra-fast shutter, and
automatic mode switching to deliver a clear,
consistent license plate image, day or night.
Certifications and approvals
Electromagnetic
Compatibility
• Emission
EN 55022 Class A
FCC Part 15, Class A
• Immunity
EN 50130-4
Safety
EN 60065
UL 60065
CAN/CSA E60065
Vibration
EN 60068-2-6, EN 60068-2-64
Shock
EN 60068-2-27
Installation/configuration notes
Camera Selection Tables
Ranges based on capturing:
520 x 115 mm (approximate) license plates on PAL
units (xER-L2Ry-1)
12 x 6 in. (approximate) license plates on NTSC units
(xER-L2Ry-2)
Field of View at Optimal Capture Distance:
2.8 x 2.1 m (PAL units)
6 ft 6 in. x 4 ft 11 in. (NTSC units)
Note: x = V (Analog) or N (IP)
520 x 115 mm (approximate) license plates on PAL
units (xER-L2Ry-1)
12 x 6 in. (approximate) license plates on NTSC units
(xER-L2Ry-2)
Field of View at Optimal Capture Distance:
2.8 x 2.1 m (PAL units)
6 ft 6 in. x 4 ft 11 in. (NTSC units)
Note: x = V (Analog) or N (IP)
Model
Capture Range
Optimal
Distance
HFOV
VFOV
xER-L2R1-1
3.8–6.4 m
(12.5–21.0 ft)
4.9 m
(16.0 ft)
31.9°
24.2°
xER-L2R1-2
23.0°
17.3°
xER-L2R2-1
5.5–9.1 m
(18–30 ft)
7.1 m
(23.1 ft)
22.3°
16.8°
xER-L2R2-2
16.0°
12.0°
xER-L2R3-1
7.9–13.7 m
(26–45 ft)
10.2 m
(33.5 ft)
15.6°
11.8°
xER-L2R3-2
11.1°
8.3°
xER-L2R4-1
11.3–19.5 m
(37–64 ft)
14.8 m
(48.4 ft)
10.8°
8.1°
xER-L2R4-2
7.7°
5.8°
xER-L2R5-1
16.5–28.0 m
(54–92 ft)
21.3 m
(70.0 ft)
7.5°
5.6°
xER-L2R5-2
5.3°
4.0°
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