Brochure PDF(FA Camera Lens)

2014 –2015
FA Camera & Lens
Catalogue
Keen eyes for manufacturing.
The new RICOH FV Series and RICOH FL Series.
On the production floor, companies continue to seek ever greater safety, security, and product quality.
RICOH’s latest “keen eyes” were created to support such advances in reliable manufacturing.
These new series of high-quality factory automation (FA) cameras and lenses bring together all the camera
knowhow and optical technology that RICOH has developed over many years.
Introducing a new lineup of products including a 3D vision sensor Industrial Stereo Camera that is ideal
for robot vision and a 2D color analyzer for display inspection.
Moving forward, we will support even higher production-line efficiency and reliability by continuing to develop
the best high quality lenses optimized for FA cameras and by combining an extensive range of cameras and lenses
in a way that ensures a dependable image solution.
An extensive line-up, in which it is possible to select camera and lens combinations.
You can choose the optimum lens for the FA camera based on your requirements.
Cameras – RICOH FV Series
Camera Link™
GigE Vision™
5 Mega-Pixel
Lenses – RICOH FL Series
short
focal length
NEW
9 Mega-Pixel
＞P10
long
1" format
1" format
1" format
1" format
25 mm
35 mm
50 mm
75 mm
5 Mega-Pixel
2/3" format
2/3" format
2/3" format
2/3" format
2/3" format
Monochrome CCD
8 mm
16 mm
25 mm
50 mm
1/2" format
2/3" format
1/2" format
＞P11
2 Mega-Pixel
＞P13
1/1.8" format
1/1.8" format
Monochrome CCD
Monochrome CCD
＞P12
1/3" format
VGA
Monochrome CCD
NEW
2 Mega-Pixel
Monochrome CCD
2/3" format
＞P17
＞P18〜P20
2/3" format
2/3" format
75 mm
5 mm
6 mm
12 mm
16 mm
35 mm
1/2" format
2/3" format
2/3" format
2/3" format
2/3" format
6 mm
8 mm
12 mm
25 mm
50 mm
1/2" format
1/2" format
1/2" format
2/3" format
1" format
50 mm
＞P14
1/3" format
＞P15〜P16
VGA
＞P21〜P22
1/2" format
4.2 mm
6 mm
12 mm
16 mm
2/3" format
2/3" format
1" format
1" format
2/3" format
4.8 mm
8.5 mm
12.5 mm
25 mm
12.5～75 mm
Line-Scan Lens
3D vision sensor Industrial
Stereo Camera ＞P02～P04
GigE Vision™（1.3 mega-pixels）
2D Color Analyzer for Display
NEW
＞P05〜P06
Inspection
1" format
8～48 mm
＞P23
45 mm Image circle
45 mm Image circle
35 mm
50 mm
UV Lens
＞P24
1" format
25 mm
78 mm
GigE Vision™
RICOH Extended Depth of
＞P07〜P08
Field Camera
GigE Vision™
2 Mega-Pixel
short
＞P07
focal length
long
＞P08
1/1.8" format
1/1.8" format
1/1.8" format
Color CCD
Monochrome CCD
12 mm
35 mm
VGA
Monochrome CCD
＞P07
1/3" format
8.5 mm
＞P08
2 Mega-Pixel
1/1.8" format
1/3" format
01
RICOH Extended Depth of Field Camera Lens
VGA
＞P08
3D vision sensor Industrial Stereo Camera
NEW
Realizing fast, highly accurate 3D measurement
The parallax information of two side by side cameras is used to accurately recognize the position of objects and
obtain 3D data. It can be used for reliable robot picking or monitoring and control of a device environment.
RICOH SV-M-S1
1.3
megapixels
NEW
GigE
Vision
Passive method enabling real-time 3D
measurement uses (stereo triangulation mapping)
This system differs from the active method (light cutting, phase shift, etc.) and provides
continuous high-speed 3D measurement, enabling use in a wide range of applications.
High speed, high accuracy, highly versatile 3D
measurement camera
Used for robot vision, monitoring, object identification, and various other applications.
■ Achieves a high accuracy of ±1 mm at measurements of 1 m by using
the RICOH calibration system*1
■ Camera calibration is completed before shipping, eliminating the need
for tedious initial adjustment and ensuring easier setup
■ Provides a measurement visual field of 500×400 mm and a working distance of
between 800 to 1200 mm to handle various highly demanding scenes.
*1 Reference values according to specified RICOH conditions. This changes depending on the measurement
environment and subject.
■ Achieves a high frame rate of 30 fps by performing capture, image processing, and parallax calculation inside the camera
Image processing are performed internally in the camera, thereby enabling high
speed output of highly accurate 3D data in real-time. The RICOH SV-M-S1 will
simultaneously output both the parallax image and a brightness image allowing it to
be used not only for 3D matching but also 2D matching utilizing brightness information
and other applications. (Separate recognition software is required.)
OS
CPU
Memory
LAN
Windows® 7 Professional
（32/64 bit）
Intel® Core™ i5 processor or faster
4 GB or more
Gigabit Ethernet 1 port
LED1
*Indicates the operation status of the
product.
140
135.5
232
14
42.5
52
75
RICOH SV-M-S1 Download software recommended operating conditions
*Equipped with VESA standard mounting hole
in addition to camera tripod mounting hole
14
*1 Reference values from RICOH specified conditions. Subject to change based on the measuring environment and subject.
*2 Exclusive of projections
*3 Downloadable at RICOH’s website
Imaging part
Dimensions
6.1
Triangulation
（stereo matching）
Method
1/3" CMOS
Imaging device
Pixel size
1280×960（effective pixels: 1280×956）
(effective image output pixels)
800 mm to 1200 mm
Working distance
400 mm×500 mm
Measuring field of view
（measuring field of view lateral angular: Approx. 28 deg）
(vertical × horizontal)
Approximately ±1 mm（for measurements at 1 m）
Distance measuring precision*1
30 fps
Frame rate
Rolling shutter
Shutter type
Gigabit Ethernet
Interface
Luminance image: 8 bit Parallax image: 32 bit float Range image: 32 bit float
Image output
12/24 V ±10%
Power supply voltage
0°C to +45°C
Operating temperature range
2
×40（H）×140（D）
232（W）
mm
External dimensions*
1140 g
Weight
Setting and display tools, SDK
PC software*3
Image processor
Imaging part
2×M2
Depth 4
LED2
*Indicates the operation status of the
product.
40
RICOH SV-M-S1 Product specifications
To controller
Parallax calculator
75
Hirose power connector
Power supply input connector
Use a product equivalent to
HR10A-10P-12S on the cable side.
RJ45 connector
*This product is not a PoE type.
＋0.05
φ4.1　Depth
4
0
*Positioning round hole
（main）
4×M4 Depth 5.5
1/4-20UNC
（JIS B7103）Screw depth 5
＋0.05
φ4.1　Depth
4
0
*Positioning long hole
（sub）
Unit: mm
02
High illumination LED Lighting Projector
RICOH SL-M-LE
High illumination LED lighting projector for stereo
camera to support high speed, highly accurate 3D
measurement
NEW
This dedicated lighting enhances the performance of the RICOH SV-M-S1
stereo camera for high speed recognition. It ensures high-accuracy 3D
measurement even in environments with disturbance light.
■ Provides high output illumination to support even low reflection work
■ Light source uses LEDs for long life
■ RS-232C and digital I/O communication methods enable external control
■ Unit is separate from the camera to enable ideal installation of lighting
with respect to the subject
A cable for connecting the light-emitting part to the power supply is provided as an attachment.
Choose from the following three types according to the system installation conditions.
RICOH SL-M-LE models
Product name
Model
High illumination LED Lighting Projector
（includes 1-m connection cable）
SL-M-LE-01
High illumination LED Lighting Projector
（includes 10-m connection cable）
SL-M-LE-10
High illumination LED Lighting Projector
（includes 5-m connection cable）
SL-M-LE-05
*Different length cables are sold separately. See p. 4.
■ Illuminate the subject with the optimal random pattern to obtain surface data of the subject
The stereo camera calculates the 3D data from the brightness information of the subject. Illuminating the subject with a random pattern of
light enables highly accurate 3D data of the subject surface to be obtained. With the highly accurate 3D data, the matching accuracy, such as
recognition processing, can be improved.
Without light
With light
800 mm
Parallax image
1200 mm
RICOH SL-M-LE Product specifications
Brightness*1
3 W（WIDE）, 2 W（TELE）
Input voltage
Operating temperature range
Power consumption
Frequency
Cooling
External dimensions*3
Weight
Interface
71.3
100
60
10
8
80%
Steady luminescence
214.3 20.56
（198.3） 8
123.5
（Bottom panel）
（VESA compatible）
4-M4 Depth 10
Projection lens
φ58
75
Volume dimming（manual）
8 bit data 0 to 255
（external）
Tripod screw: Depth 10
1/4-20UNC
High temperature in luminescing section
70.5（Center of tripod）
75
AC 100 to 240 V
0°C to +45°C
70 VA
3
60
450 mm×550 mm
Unit: mm
φ4 hole for heat radiation
Power supply
50/60 Hz
8
230
90
Forced air cooling
Luminescence section: 170
（W）×100（H）×214.3（D） mm
Power section: 230
（W）×248（H）×136（D） mm
LED luminescence section: Approx. 3.3 kg
Power section: Approx. 4.0 kg
RS-232C, digital IO
*1 Reference values at ambient temperature 25°C, working distance 800 mm (WIDE) x 1200 mm (TELE) with a
projection size of 450 mm x 550 mm. (When projected on a solid color. )
*2 With a working distance of 800 mm (WIDE)
*3 Exclusive of projections
03
φ4 hole for heat radiation
22.25 170
（136）
8
120
68
27
Error detection
2-color LED
248
Light control
800 mm to 1200 mm
8
Luminescence method
*Equipped with VESA standard mounting hole in
addition to camera tripod mounting hole
75
68
Uniformity*1
Light-emitting part
50
Blue LED（450 nm）
Projection size
(vertical × horizontal)*2
1200 mm
Parallax image
Dimensions
Light source
Working distance
Brightness image
68
Brightness image
800 mm
4-M4
Depth 10
75
180
Tripod screw
1/4-20UNC Depth 10
Unit: mm
Application examples
Combining a 3D vision sensor industrial stereo camera with high illumination LED lighting
projector for 3D measurement to support reliable operation of various systems
Usage scene 1: Robotic pick & place system
The use of a highly accurate stereo camera enables correct
recognition of the position of parts for a reliable robotic pick &
place system.
System configuration
Usage scene 2: Equipment control monitoring system
The use of a stereo camera enables 3D data to be obtained for real-time
monitoring and control of the equipment environment. For example, this
can be used in an application to determine the load from the height of
supplied materials and automatically control the belt conveyor and stage.
The camera, lighting, and robot can all be controlled from computer software.
Measurement settings can be configured according to the purpose and environment
RICOH stereo vision system
High illumination
LED Lighting
Projector
RICOH products
3D vision sensor
Industrial
Stereo Camera
Control part
Picking robot
Monitor
Teach pendant
Can be connected to products
from major robot manufacturers
Optional parts
Optional 3D measurement parts
Calibration board
Light source connection cable for lighting
The calibration board is provided as an attachment with the stereo
camera unit, but can also be ordered separately.
SCP-­300
The cable for connecting the power supply and light source of the LED lighting
projector (RICOH SL-M-LE) is provided as an attachment (one size), but can also be
ordered separately. Choose from the following three types based on cable length.
FP-CALE1-01
FP-CALE1-05
FP-CALE1-10
Supported optional cable models
Product name
Model
Light source connection cable 1 m
FP-CALE1-01
Light source connection cable 10 m
FP-CALE1-10
Light source connection cable 5 m
FP-CALE1-05
04
2D Color Analyzer for Display Inspection
NEW
Fast, high precision color measurements
Single shot, high-precision display measurements.
Compact, lightweight design is ideal for field use and in-line inspections.
System Configuration Example
Power supply
GigE Vision™
RICOH CV-10A Main Unit
Computer by Ethernet
RICOH CV-10A
Bundled software
RICOH CV-10A
■ Key Advantages & Applications
Application
example
1
Installation and maintenance of
digital signage
Application
example
2
● Fast, low cost adjustments
● Improved safety
Adjusted value
RICOH CV-10A
Software
Adjustment
software
In-line inspection
of large
displays
● Ensures enhanced product quality
● Reduces adjustment costs
RICOH CV-10A
RICOH CV-10A
Adjusted value
RICOH CV-10A
Software
Adjustment software
Adjusted value
RICOH CV-10A
Software
Adjustment software
■ RICOH CV-10A Bundled software for high-efficiency color measurement
Dedicated software is bundled with the camera. In addition to configuring the advanced camera settings, you can also easily configure
RICOH
CV-10A the color display, partial display, and color distribution data.
settings to obtain a variety of measurement results,
including
❶ Measure Setting
View Setting
Camera exposure time,
number of imaging pixels,
distance to subject, and
other settings
❷Select the image display
mode and set the scale
range and display color
range
Adjusted value
❹ Data View
Display the pixel data of the
display with the x, y, and Y
values. Output the obtained
data in CSV format
05
RICOH CV-10A
Software
Adjustment software
❸xy points, x:y histogram
(distribution diagram) display
❺ ROI
Specify part of the image
and display only that part
with the x, y and Y values.
RICOH CV-10A
GigE
Vision
NEW
■ Single shot, high precision display measurements
■ Highly accurate color measurement with less unevenness
By using high precision in-plane color measurement rather than point
measurements, RICOH has made it possible to measure a color area of 120 x
90 points in a single shot. This allows you to decrease the “take time” and
reduce the work involved in the visual inspection of the production line.
Additionally, these small, lightweight devices are ideal for use in a wide
range of applications, such as color uniformity tests needed in the field.
Featuring the international standard CIE* XYZ color measurement system
One shot in 2 seconds*
(Color measurement of 120 x 90 points)
*The International Commission on Illumination (CIE) is an independent
international standards body for measuring light, illumination, color, vision and
imaging technology, which developed the CIE XYZ colorimetric system.
Five shots in 10 seconds*
(1 point in 2 seconds × 5 points)
*Based on RICOH data, as of November 2014.
CV-10A Product specifications
Number of measurement points
Exposure time
Measurement brightness range
Brightness linearity*1
Brightness repeatability
characteristics*1
Color precision*
1
Peripheral error in
chromaticity*2
Color repeatability
characteristics*1
Camera
Peripheral error in the color
area
repeatability characteristics*2
± 0.5%（2 σ）
⊿x ± 0.002, ⊿y ± 0.002
Power source
Consumption power
12 VDC 2 A
5.3 W
Usage conditions
Temperature: 0℃ to 40℃,
Humidity : 85%RH or less
（no condensation）
Storage conditions
Temperature: -30℃ to 65℃,
Humidity : 85%RH or less
（no condensation）
External dimensions
Weight
Power source
AC
adapter
GigE Vision™
Rated output
Operations temperature
External dimensions
Weight
46×46×125 mm（W×H×D）
Approx. 314 g
AC 100 V to 240 V（50/60 Hz）
12 V 2 A
0℃ to 40℃
43.8×28.5×95.9 mm（W×H×D）
Approx. 160 g
*1 Evaluation made using the average values for around 50% of the range at the center of the image.
*2 Error in the periphery for the average values for around 50% of the range at the center of the image.
sRGB
RGB Filter
580
Y
0.4
0.3
600
620
490
700
0.2
0.1
480
0.0
0.0
470
460
0.1
380
0.2
0.3
0.4
X
0.5
0.6
0.7
0.8
2-M3 Depth 5
（Both Sides）
1 cd/㎡ to 10000 cd/㎡
⊿x ± 0.003, ⊿y ± 0.003
500
0.5
（46）
（124.5）
± 5%（Operating temperature 25℃）
Brightness: ± 5%, Chromaticity: ± 0.01
Temperature characteristic
(Operation temperature range) （Rates are based on the operating temperature 25℃）
Interface
（39.4）
2 µ sec. to 64 sec.
⊿x ± 0.005, ⊿y ± 0.005
0.6
Dimensional Outline Illustration
120×90
⊿x ± 0.01, ⊿y ± 0.01
（Operating temperature 25℃）
Adobe RGB
560
Based on a combination of RICOH’s unique algorithm, optics and
image processing technology the RICOH CV-10A is able to achieve
highly accurate color measurements.
Approx. 29 degrees
（horizontal）
,
Approx. 22 degrees
（vertical）
Field angle
0.7
XYZ Filter
RICOH’s unique optical design and image processing technology
Fixed（7.0 equivalent）
Aperture
540
（28）
Lens
area
25 mm
Focal distance
520
0.8
（46）
Pseudo-color
display of
measurement
results on
software
Point Color Mesurement
XYZ Colorimetric Chromaticity Diagram
0.9
（φ29.4）
RICOH CV-10A Surface Color Measurement
The XYZ colorimetric system is the basis of
all color measurement systems that attempt
to match human vision. Compared to the
R G B f i l t e r, t h e X Y Z f i l t e r c a n m o r e
accurately measure a wider color range. It
covers the color range of high-luminance
displays using Adobe® RGB and is ideal for
accurate color measurements.
2-M3 Depth 5
（4 Directions）
（59.6）
Unit: mm
（56.6）
RICOH CV-10A Bundled Software Main Functions
Preview Display
Color Measurement
Pseudo-color Display
Color Judgment Display
Color
Measurement
Results
Display
Histogram
Chromaticity Diagram
Numerical Display
Regional Information
Display
Colorimetric Results
—
—
Displays colorimetric value in 65,536 gradations
Displays within or beyond the specified color
range through images, color specified in x and y
（maximum of six decimal places）
Displays the reading on the horizontal axis, and
the frequency on the vertical axis
（no. of intervals: 1000）
Displays color measurement results on an xy
chromaticity diagram
Displays color measurement results of each
coordinate as numerical values
（maximum of six decimal places）
Displays the average value and standard deviation
of the reading of a specified range
（maximum of six decimal places）
Saved in CSV format
RICOH CV-10A Bundled Software System Requirements
OS
CPU
Memory
HDD
LAN Port
Display
Windows® 7 Professional
（32/64 bit）Windows® 8（32/64 bit）
Intel® Core™ i5 2.8 GHz or faster processor
4 GB or more
1 GB or more available disk space
1 Gigabit Ethernet port
16.77 million colors（32 bit）with 1280 × 800 pixel resolution or higher
06
RICOH Extended Depth of Field Cameras
EV-G200C1
2mega-
GigE
Vision
EV-G030B1
300,000
GigE
Vision
pixels
GigE
Vision
Spectral sensitivity
characteristics
Spectral sensitivity
characteristics
Spectral sensitivity
characteristics
Relative Response［a.u.］
pixels
Relative Response［a.u.］
pixels
EV-G200B1
Relative Response［a.u.］
2mega-
color progressive CCD
1.0
0.8
B
G
0.6
R
IR cut filter
0.4
0.2
0.0
400
500
600
Wave Length［nm］
700
1.0
0.8
0.6
0.4
0.2
0.0
400 500 600 700 800 900 1000
Wave Length［nm］
Industrial cameras that use a new algorithm
so you never need to readjust the focus.
A fusion of RICOH’s optical design and
image-processing technology has resulted in
a depth of field roughly three to five times
that of previous models.
1.0
0.8
0.6
0.4
0.2
0.0
0 500 600 700 800 900 1000
400
Wave Length［nm］
Comparison of depth of field and F number
MTF *
Lower limit of
MTF tolerance
MTF of conventional
optical system
(When compared using the same height. The extended depth of field effect varies
depending on the subject pattern. For reference only. )
MTF of RICOH
Extended Depth of
Field Camera
Depth of field
■ Foreground and background subjects are in focus, so there is
no need to readjust the focus or the subject and camera positions.
■ Each product in the series comprises of a special lens and
GigE Vision™ camera with a special algorithm.
■ Select from VGA (90 fps) and 2MP (15 fps)
■ FPGA (Field Programmable Gate Array) enables image processing
tailored to your imaging needs.
Focus position
Working distance
* Modulation Transfer Function
Both the foreground and background are in focus,
so there is no need to readjust the focus.
Image captured with conventional
camera
Image captured with RICOH Extended
Depth of Field Camera
Foreground QR code is unreadable.
Both foreground and background QR
codes are readable.
■ Area of Interest (AOI*) Scan Mode enables efficient scanning for
enhanced inspection speed and quality.
*Area of Interest: In this mode, only the area required for inspection is scanned and transferred, thereby reducing the
data reading and transfer time. See p. 13 for details.
■ With a RICOH Extended Depth of Field Camera, shooting is easy!
Application
example
1
Even angled parts and subjects of varying heights can
be captured with one shot when performing optical
character recognition (OCR) and circuit board inspection.
Conventional camera
The camera focus is only on the center,
so multiple shots are required for the
foreground and background. Stitching of
multiple images is also required.
Reduced
number of
shots
No postprocessing
required
RICOH Extended Depth of
Field Camera
The entire area for inspection is in
focus, so one shot is enough.
Application
example
2
The camera focus and position do not need to be
adjusted even when capturing subjects of varying height,
such as in processes with stacked printed paper.
Conventional camera
The camera height must be adjusted
either by robotic arm or manually.
The camera position is
adjusted to match the
height of the subject.
07
No equipment
or manual work
required
to reposition
the camera
Lower
total
cost
RICOH Extended Depth of Field Camera
The camera can focus on subjects with
different heights without having to be
manually adjusted.
The camera position
remains fixed
regardless of the
height of the subject.
Main specifications
EV-G200C1
EV-G200B1
1/1.8" interline UXGA monochrome progressive CCD
VGA：648（H）× 494（V）
7.4（H）× 7.4（V）µm
89.91172 Hz（at full resolution）
0.72028 to 360.33325 Hz adjustable via communication
（max. frame rate depends on AOI setting）
15.31668 Hz（at full resolution）
0.29261 to 61.26674 Hz adjustable via communication（max. frame rate depends on AOI setting）
Max. frame rate of camera（61.26674 Hz）is when vertical resolution is 230.
Vertical frequency
(Frame rate)
47.2028 kHz
36.818175 MHz
7.27 lux at F1.2, 15.31668 Hz
0.16 lux at F1.2, 15.31668 Hz
0.58 lux at F1.2, 89.91172 Hz
Internal sync
Digital 8-, 10- or 12-bit Raw data or RGB 8-bit
Digital 8-, 10- or 12-bit Raw data
Preset continuous mode: 10 to 16,777,216 µs Preset trigger mode: 10 to 16,777,216 µs Pulse-width trigger mode: 10 µs to unlimited
0 to 20.4 dB
Gamma 1.0 or uploadable to gamma table（selectable via communication）
+10.8 to +26.4 VDC（power/signal connector or Power Over Ethernet）
（automatic priority to power supply from power/signal connector）
6.8 W or less
6.5 W or less
50（W）× 50（H）× 53.5（D）mm（not including connector）
C-mount
Approx. 170 g
-5℃～40℃
Camera housing temperature should not exceed 70°C.
Ambient temperature -30 to 65°C
Lenses compatible with RICOH Extended Depth of Field Camera
RICOH Extended Depth of Field Camera dimensions and
rear connector specifications
Unit: mm
40
Camera
model
(Screw for Tripod)
Depth 5
50
53.4
7.5
Note
1. DC Iris lens connector
Note: Not functional on
this product
50
EL-CC0817B-VG
EL-CC0833B-VG
EL-CC0866B-VG
1 9
2 10 8
3 11 12 7
6
4
5
12
EL-HC1228-2M
EL-HC1255-2M
Minimum object distance
Horizontal When mounted on EV-G030B1
When mounted on EV-G200B1
angle of
view
When mounted on EV-G200C1
Dimensions
IN/OUT
Specification
GND
+10.8 to +26.4 Vdc
Opt. Isolated
Opt. Isolated
Opt. Isolated
Opt. Isolated
Opt. Isolated
Opt. Isolated
Opt. Isolated
Opt. Isolated
—
—
Trigger action status signal output
Exposure time signal output
Open
Open
Open
TRG input
Open
Open
—
IO VCC +3 to +26.4 Vdc
—
—
IO GND
—
φ16.5
φ28.5
φ29.5
Scale 75：100
4
8.5 mm
1.7（EL-CC0817B-VG）
3.3（EL-CC0833B-VG）
6.6（EL-CC0866B-VG）
0.2 m
30.1°
—
—
φ42×40 mm
Factory setting
—
—
OUT
OUT
OUT
OUT
OUT
IN
IN
IN
Dimensions
28.5
Unit: mm
EL-CC0817B-VG/EL-CC0833B-VG
EL-CC0866B-VG Product specifications
F number (fixed)
Lens model name
ELELELELELCC3543- CC3586- CC0817B- CC0833B- CC0866B2M
2M
VG
VG
VG
○
○
×
×
×
○
○
×
×
×
○
○
○
○
○
EL-CC3521-2M
EL-CC3543-2M
EL-CC3586-2M
φ27, P=0.5
φ42
φ40.5, P=0.5
φ18
7
3.5
ELCC35212M
○
○
○
Scale 75：100
Dimensions
Focal length
GND
Power input
Output 1
Output 2
Output 3
Output 4
Output 5
Input 1
Input 2
Input 3
Power input for
I/O signal
GND for I/O signal
11
Scale 75：100
40
Signal name
1
2
3
4
5
6
7
8
9
10
φ32
3. Input/output signal connector
Hirose-made HR10A-10R-12PB
equivalent
This connector is for power supply
input and input/output signal.
Use Hirose-made HR 10A-10P-12S
equivalent on cable side.
1”- 32UNF
（C-mount screw）
ELHC12552M
○
○
○
The special algorithm of the camera varies depending on the 8 lenses. You will be provided a set configured
to the algorithm according to the ordered lens, so make sure to use with the fixed set.
Pin No.
2. RJ45 connector
Note: PoE type interface
φ49
ELHC12282M
EV-G200C1
○
EV-G200B1
○
EV-G030B1
○
7.2
Focal length
F number (fixed)
Minimum object distance
Horizontal When mounted on EV-G030B1
When mounted on EV-G200B1
angle of
view
When mounted on EV-G200C1
Dimensions
35.4
Unit: mm
EL-HC1228-2M/EL-HC1255-2M
Product specifications
φ19.5
4-M4 Depth 4
（4 Directions）
φ28.5
12 22.5
φ29.5
18
Max. frame rate of camera（360.33325 Hz）is
when vertical resolution is 104.
19.176 kHz
φ27, P=0.5
Horizontal frequency
Pixel frequency
Minimum scene illumination
Sync System
Video output format
Exposure time
Gain
Gamma
Input voltage
Power
supply
Consumption
Dimensions
Lens mount
Weight
Operational Minimum
temperature Maximum
Storage temperature
Dimensions
EV-G030B1
1/1.8" interline UXGA color progressive CCD
1/1.8" interline UXGA monochrome progressive CCD
UXGA：1624（H）× 1236（V）
4.4（H）× 4.4（V）µm
Imager
Active picture elements
Cell size
4
6
Unit: mm
EL-CC3521-2M/EL-CC3543-2M/EL-CC3586-2M
Product specifications
12 mm
2.8
（EL-HC1228-2M）
5.5
（EL-HC1255-2M）
0.25 m
21.6°
32.6°
32.4°
φ29.5×28.5 mm
Focal length
F number (fixed)
Minimum object distance
Horizontal When mounted on EV-G030B1
When mounted on EV-G200B1
angle of
view
When mounted on EV-G200C1
Dimensions
35 mm
2.1（EL-CC3521-2M）
4.3（EL-CC3543-2M）
8.6（EL-CC3586-2M）
0.4 m
7.5°
11.4°
11.4°
φ29.5×35.4 mm
(For the options of RICOH extended field of view cameras, see p. 25. )
08
FA Camera Line Up
Industrial cameras: RICOH FV Series
FA cameras satisfying a diverse range of inspection needs.
The RICOH FV Series is a line of both Camera Link and GigE Vision
cameras matched to your resolution requirements.
In combination with our quality FL series lenses, these cameras support
high-precision manufacturing.
09
《 Camera Link ™ 》　5 Mega-Pixel Camera
FV-L500B1
5megapixels
Camera
Link
5MP Camera Link with sturdy construction and
compact design
Used for the inspection of displays, solder defects and high precision flaw
detection of semiconductors, liquid crystal and plasma flat panel displays,
circuit boards, etc.
PoCL
■ 35 mm × 35 mm compact design
■ Uses PoCL (Power over Camera Link), which has a strong track record
as a high-resolution digital camera interface
■ High-speed Frame rate of 5MP: 16 fps
■ Various trigger modes (pulse width, edge preset trigger) as standard
features
■ In addition to camera tripod screw holes, M4 screw holes are
located on four all sides
■ For increased mounting precision, mounting holes are arranged based
on the CCD’s optical axis
■ [Exposure-interval signal output]
emits the camera exposure interval enabling efficient inspection
Spectral sensitivity
characteristics
[Supported cameras] FV-L500B1, FV-L200B1, FV-L030B1, FV-G200B1, FV-G030B1
Relative Response［a.u.］
■ Dual power alternatives, either PoCL or an external supply possible
Exposure-interval signal output—which
can start the next exposure during the
transfer of the previous image—makes
it possible to achieve high-speed work
inspection*, thereby raising inspection
efficiency. In addition, since the camera
exposure interval is output externally, it
can be used for various purposes.
* Limited to cases where the next exposure does not end
Standard
cameras
Trigger signal
CCD exposure
Camera image output
Trigger signal
Cameras
supporting
exposure-interval CCD exposure
signal output
1.0
0.8
0.6
0.4
0.2
0.0
350 450 550 650 750 850 950
Wave Length［nm］
Camera image output
Exposure starts during image transfer.
The CCD exposure start marked with the ○ is speeded up, thereby making high-speed work detection possible
before the completion of image transfer.
FV-L500B1 Product specifications
2/3" interline 5.0 Mega pixels monochrome progressive CCD
Active picture elements
15.5 ±0.05
14.5 ±0.05
2448（H）× 2058（V）
33.264 kHz
64 MHz
Minimum scene illumination
Sync System
4-R3
0.24 lux at F1.2
Internal
Video output format
Exposure time
35
（R1）
1/4”
20UNC
（Screw for Tripod）
Depth 5
Digital 8, 10 or 12 bit Raw Data (Base configuration)
10.5
0
φ36－0.05
35
Pixel frequency
22.7
4－M４ Depth4
（4 Directions）
φ2.0 Depth2.5 H7 ＋0.010
（4 Directions）
0
40.7
B
A
φ30
Horizontal frequency
16 Hz
16.8±0.05
15 ±0.02
Vertical frequency (Frame rate)
2.0 Depth 2.5 H7 ＋0.010
（4 Directions）
0
25 ±0.05
3.45（H）× 3.45（V）µm
Cell size
U1
（C Mount Screw）
OFF, 1/8 to 1/209,000 sec. (Variable at every H and clock)
0 to 18.309 dB
Gain
Gamma
Power supply
17.69 ±0.02
2.3
Imager
Dimensions and rear connector specifications
1.0
Input voltage
DC 12 Vdc ± 10%
Consumption
Less than 4.0 W
Dimensions
35 (W) × 35 (H) × 40.7 (D) mm (NOT Including the connector)
Lens mount
C mount
Weight
Operational
Environmental temperature
Specifications Storage
temperature
Approximately 80 g
-5 to 40 deg. C
-30 to 65 deg. C
Unit: mm
A
B
Camera Link connector 3M-made SDR equivalent
Note If the frame grabber board does not support PoCL,
please supply power (12 Vdc) from a power and input/output signal connector.
Input/output signal connector Hirose-made HR10A-7R-6PB equivalent
Trigger signal input can be done in accordance with the camera setting.
Optional connector RICOH FP-CN6PB is supported.
1
Signal
name
GND
2
I/O-1
IN/OUT
3
4
5
6
I/O-2
I/O-3
I/O-4
+12 Vdc
OUT
OUT
OUT
IN
Pin No.
IN/OUT
IN
IN
OUT
OUT
OUT
OUT
Voltage
Low voltage
High voltage
0V
0 to +0.99V
+2.3 to +3.3V
0V
+3.3V
0V
+3.3V
0V
+3.3V
0V
+3.3V
+12 Vdc
10
《 Camera Link ™ 》　2 Mega-Pixel Camera
FV-L200B1
2megapixels
Camera
Link
2MP Camera Link with pre-processing functions
Handles a wide range of inspection uses, such as positioning prior to liquid
crystal glass processing, circuit board mounted component checks and
mounting inspection, automotive component flaw detection, medicine tablet
inspection, etc.
PoCL
■ High-speed Frame rate of 2MP: 15 fps
■ Ultra-compact 28 mm × 28 mm CCD camera among the smallest in
the industry
■ Uses PoCL (Power over Camera Link), which has a strong track record
as a high-resolution digital camera interface
■ Camera contains automatic control functions for gain and shutter
■ Various trigger modes (pulse width, edge preset trigger) as standard
features
■ Image processing with an on-board lookup table possible in the camera
■ M4 screw holes are located on four sides
Sturdy construction for increased mounting precision
■ Dual power alternatives, either PoCL or an external supply possible
Spectral sensitivity
characteristics
■ [Strobe signal output] enables user adjustment of exposure and the timing of light emission
Incorporating a strobe signal output
(LVCMOS level) function for light
emission use. With this function, it is
possible for the user to adjust the
camera exposure timing (delay, time)
and light emission timing (delay, time)
in accordance with the trigger input
signal received by the camera.
Before strobe
signal output
setting
Trigger signal
After strobe
signal output
setting
Trigger signal
Strobe
CCD exposure
Electronic shutter
20
12
3-M2 Depth 3.5
2-M4 Depth 4.5
28
0.1 lux at F1.2
U1
（C Mount Screw）
3-M2 Depth 3.5
（Both Sides）
Internal
0 to 27 dB
Input voltage
DC 12 Vdc ± 10%
Consumption
Less than 3.0 W
Lens mount
Weight
Operational
Environmental temperature
specifications Storage
temperature
2-M4 Depth 4.5
（Both Sides）
28 (W) × 28 (H) × 40 (D) mm (NOT Including the connector)
C mount
Approximately 43 g
-5 to 50 deg. C
-30 to 65 deg. C
5.4
29.5
14.5
B
A
3-M2 Depth 3.5
4-M4 Depth 4.5
A
B
23
22
20
13
12
Digital 8 , 10 or 12 bit Raw Data (Base configuration)
OFF, 1 to 1/30,000 sec. (Variable at every H and clock) (3.8fps)
OFF, 1/2 to 1/60,000 sec. (Variable at every H and clock) (7.6fps)
OFF, 1/4 to 1/120,000 sec.(Variable at every H and clock) (15.3fps)
Dimensions
10.5
47.3
40
14.5 22
5.4
9.2045（3.8fps）/ 18.4091（7.6fps）/ 36.8181（15.3fps）MHz
Gain
11
22
6.1
Pixel frequency
Exposure time
Wave Length［nm］
20
12
4.794（3.8fps）/ 9.588（7.6fps）/ 19.176（15.3fps）kHz
Power supply
14.5
28
Horizontal frequency
Video output format
0.0
350 450 550 650 750 850 950
Strobe and exposure timing adjustment possible
UXGA: 1620（H）× 1236（V）
3.8599（3.8fps）/ 7.7198（7.6fps）/ 15.4397（15.3fps）Hz
in partial full scanning（default scanning mode）
Sync System
0.2
Dimensions and rear connector specifications
Vertical frequency
(Frame rate)
Minimum scene illumination
0.6
0.4
Electronic shutter
Strobe emission timing
4.4（H）× 4.4（V）µm
Cell size
0.8
CCD exposure
1/1.8" interline UXGA monochrome progressive CCD
Active picture elements
1.0
Strobe
FV-L200B1 Product specifications
Imager
Relative Response［a.u.］
[Supported cameras] FV-L200B1, FV-L030B1, FV-G200B1, FV-G030B1
Unit: mm
Camera Link connector 3M-made SDR equivalent
Note If the frame grabber board does not support PoCL,
please supply power (12 Vdc) from a power and input/output signal connector.
Input/output signal connector Hirose-made HR10A-7R-6PB equivalent
Trigger signal input can be done in accordance with the camera setting.
Optional connector RICOH FP-CN6PB is supported.
Pin No.
Signal name
IN/OUT
1
GND
IN
2
I/O-1
IN/OUT
3
4
5
6
I/O-2
I/O-3
I/O-4
+12 Vdc
OUT
OUT
OUT
IN
IN
OUT
OUT
OUT
OUT
Voltage
Low voltage
High voltage
0V
0 to +0.5V
+2.5 to +5.0V
0V
+3.3V
0V
+3.3V
0V
+3.3V
0V
+3.3V
+12 Vdc
《 Camera Link ™ 》　VGA Camera
FV-L030B1
300,000
pixels
Camera
Link
VGA Camera Link with pre-processing functions
Suitable for uses such as component alignment, positioning, simple direction
determination before component processing, taping and mounted device part
presence/absence confirmation, etc.
PoCL
■ High-speed Frame rate of VGA： 90 fps
■ Ultra-compact 28 mm × 28 mm CCD camera among the smallest in
the industry
■ Uses PoCL (Power over Camera Link), which has a strong track record
as a high-resolution digital camera interface
■ Camera contains automatic control functions for gain and shutter
■ Various trigger modes (pulse width, edge preset trigger) as standard
features
■ Image processing with an on-board lookup table possible in the camera
■ M4 screw holes are located on four sides
Sturdy construction for increased mounting precision
■ [Lookup table (gamma curve)] enables luminance settings
at all gradients for creation of finely detailed images
Spectral sensitivity
characteristics
[Supported cameras] FV-L200B1, FV-L030B1, FV-G200B1, FV-G030B1
Relative Response［a.u.］
■ Dual power alternatives, either PoCL or an external supply possible
On a camera with pre-processing
functions, it is possible to correct
luminance at all gradients using an onboard lookup table prepared by the
user based on subject characteristics
and inspection objectives. This also
reduces the burden on the PC’s CPU
and increases processing speed. In
addition, the lookup table can be
prepared as a CSV file and uploaded.
User can set luminance at all gradients
Output
luminance
Two values
Output
luminance
Three values
Output
luminance
Input
luminance
Input
luminance
Emphasize low luminance
Emphasize high luminance
Output
luminance
Input
luminance
Emphasize medium luminance
1.0
0.8
0.6
0.4
0.2
0.0
350 450 550 650 750 850 950
Wave Length［nm］
Input
luminance
Emphasize a specific luminance
(For pre-processing functions, see p. 14.)
Dimensions and rear connector specifications
Active picture elements
VGA: 648（H）× 494（V）
22
3-M2 Depth 3.5
7.4（H）× 7.4（V）µm
31.47 (30fps) / 62.94 (60fps) / 94.784 (90fps) Hz
in partial full scanning（default scanning mode）
Horizontal frequency
15.7343 (30fps) / 31.4685 (60fps) / 47.2028 (90fps) kHz
28
12.2727 (30fps) / 24.5454 (60fps) / 36.8181 (90fps) MHz
Minimum scene illumination
0.4 lux at F1.2
U1
（C Mount Screw）
3-M2 Depth 3.5
（Both Sides）
Internal
Video output format
Exposure time
0 to 27 dB
Gain
Input voltage
DC 12 Vdc ± 10%
Consumption
Less than 2.7 W
Dimensions
Lens mount
Weight
Operational
Environmental temperature
specifications Storage
temperature
2-M4 Depth 4.5
（Both Sides）
Digital 8 , 10 or 12 bit Raw Data (Base configuration)
OFF, 1/3 to 1/40,000 sec. (Variable at every H and clock) (30fps)
OFF, 1/7 to 1/80,000 sec. (Variable at every H and clock) (60fps)
OFF, 1/11 to 1/120,000 sec.( Variable at every H and clock) (90fps)
28 (W) × 28 (H) × 40 (D) mm (NOT Including the connector)
C mount
Approximately 43 g
-5 to 50 deg. C
-30 to 65 deg. C
5.4
29.5
14.5
B
A
3-M2 Depth 3.5
4-M4 Depth 4.5
A
B
23
22
20
13
12
Sync System
10.5
28
Pixel frequency
2-M4 Depth 4.5
47.3
40
14.5 22
5.4
Vertical frequency
(Frame rate)
20
12
Cell size
Power supply
14.5
1/3" interline VGA monochrome progressive CCD
20
12
Imager
6.1
FV-L030B1 Product specifications
Unit: mm
Camera Link connector 3M-made SDR equivalent
Note If the frame grabber board does not support PoCL,
please supply power (12 Vdc) from a power and input/output signal connector.
Input/output signal connector Hirose-made HR10A-7R-6PB equivalent
Trigger signal input can be done in accordance with the camera setting.
Optional connector RICOH FP-CN6PB is supported.
Pin No.
Signal name
IN/OUT
1
GND
IN
2
I/O-1
IN/OUT
3
4
5
6
I/O-2
I/O-3
I/O-4
+12 Vdc
OUT
OUT
OUT
IN
IN
OUT
OUT
OUT
OUT
Voltage
Low voltage
High voltage
0V
0 to +0.5V
+2.5 to +5.0V
0V
+3.3V
0V
+3.3V
0V
+3.3V
0V
+3.3V
+12 Vdc
12
《 GigE Vision ™ 》　2 Mega-Pixel Camera
FV-G200B1
2megapixels
Pre-processing functions and 2MP GigE Vision
for a wide range of uses
Suitable for diverse inspection uses, including positioning before each process
in screen printing, circuit board mounted device part checks, automotive
component flaw detection, etc. Also excellent for outdoor monitoring uses.
GigE
Vision
■ High-speed Frame rate of 2MP: 15 fps
■ High image quality with a CCD global shutter
■ Camera contains automatic control functions for gain and shutter
■ Various scan modes (full, AOI) as standard features
■ Various trigger modes (pulse width, edge preset trigger) as
standard features
■ Supports DC iris lens so also excellent for outdoor monitoring uses
■ Excellent for industrial uses as it handles a wide voltage range (10.8 - 26.4 V)
■ Supports updating of camera firmware via Ethernet
■ In addition to camera tripod screw holes, M4 screw holes are located on
two sides (top and bottom)
Sturdy construction for increased mounting precision
Spectral sensitivity
characteristics
■ [AOI* scan mode] raises inspection quality and speed with efficient scanning
Image sensor image data
▲
▲
AOI scan mode handles high-speed
inspection. The user can freely define the
start line and width of the image data. By
scanning images of only the necessary
portions, it is possible to transfer only the
Images required. This, in turn, makes it
possible to do speedy inspections by
shortening the time required for reading
and transferring data.
Relative Response［a.u.］
[Supported cameras] FV-G200B1, FV-G030B1
②Eliminate additional unnecessary areas
1.0
0.8
0.6
0.4
0.2
0.0
350 450 550 650 750 850 950
Wave Length［nm］
Transfer time
reduced by
sending only
areas necessary
for inspection
①Eliminate hatched areas
* Area of Interest
Dimensions and rear connector specifications
FV-G200B1 Product specifications
Active picture elements
Horizontal frequency
Maximum Frame rate (61.26674 Hz) is when vertical resolution AOI setting is 232.
Sync System
0.16 lux at F1.2, 15.31668 Hz
Internal
Video output format
Gamma 1.0 (Factory default) or uploadable gamma table
B
Input voltage
+ 10.8 to 26.4 Vdc
C
Consumption
Less than 5.0 W
Dimensions
35 (W) × 35 (H) × 50.8 (D) mm (NOT Including the connector)
Lens mount
C mount
Weight
Approximately 120 g
Minimum
Environmental temperature -5 deg. C
Maximum
Camera housing temperature (top plate) shall not exceed 65℃
(This corresponds to an environmental temperature of approximately 35℃)
Storage temperature
C
Unit: mm
A
Gamma
A
U1
（C Mount Screw）
0 to 20.4 dB
Gain
B
Digital 8 , 10 or 12 bit Raw Data
Preset continuous mode: 1 μsecond to 16,777,215 μseconds
Preset trigger mode: 1 μsecond to 16,777,215 μseconds
Pulse width mode: 1 μsecond to Unlimited
Exposure time
10.5
35
（55.3）
50.8
0
φ36－0.05
36.8181 MHz
Minimum scene illumination
Operational
temperature
4-R3
19.1761 kHz
35
Pixel frequency
1/4”
20UNC
（Screw for Tripod）
Depth 4.5
15.31668 Hz at full resolution
0.29261 to 61.26674 Hz adjustable via the communication
(Frame rate depends on the AOI setting)
φ31
Vertical frequency
(Frame rate)
13
UXGA: 1624（H）× 1236（V）
4.4（H）× 4.4（V）µm
Cell size
Power supply
4-M4 Depth 4
1/1.8" interline UXGA monochrome progressive CCD
25 ±0.05
16.8±0.05
Imager
15.5±0.05
14.5±0.05
30.2
Environmental temperature -30 to 65 deg. C
RJ45 connector
Note Not PoE type. Power provided separately from
C
.
DC iris lens connector M1951 (EMUDEN-made) equivalent
Note For details, see product specifications.
Input/output signal connector Hirose-made HR10A-7R-6PB equivalent
Power input and input/output signal input can be done.
Optional connector RICOH FP-CN6PB is supported.
Pin No.
1
2
3
Signal name
GND
I/O-1
I/O-2
IN/OUT
IN
OUT
OUT
4
TRIGGER_In-
IN
5
TRIGGER_In+
IN
6
POWER IN
IN
Voltage
0V
+3.3V LVTTL
+3.3V LVTTL
Low: Smaller than +1.0V (Opt. Isolated -)
High: +3.0 to 26.4V (Opt. Isolated +)
Note: potential difference between
TRG_In- and TRG_In+
+10.8 to +26.4 Vdc
《 GigE Vision ™ 》　VGA Camera
FV-G030B1
300,000
pixels
Pre-processing functions and VGA GigE Vision
for a wide range of uses
Handles a wide range of inspections, including monochrome image
measurement, defect checking, etc. Suitable for applications involving
installation in various types of devices that make up a machine vision system.
GigE
Vision
■ High-speed Frame rate of VGA: 90 fps
■ High image quality with a CCD global shutter
■ Camera contains automatic control functions for gain and shutter
■ Various scan modes (full, AOI) as standard features
■ Various trigger modes (pulse width, edge preset trigger) as
standard features
■ Supports DC iris lens so also excellent for outdoor monitoring uses
■ Excellent for industrial uses as it handles a wide voltage range (10.8 - 26.4 V)
■ Supports updating of camera firmware via Ethernet
■ In addition to camera tripod screw holes, M4 screw holes are located on
two sides (top and bottom)
Sturdy construction for increased mounting precision
■ [Pre-processing functions] reduce PC processing burden and
increase image processing performance
Spectral sensitivity
characteristics
Camera with pre-processing functions
Standard cameras
PC
Lens
PC
Lens
Camera
Camera
All image
processing done
by PC
Low CPU burden
▲
Some image
processing done
by camera
▲
On models with pre-processing functions, the
camera incorporates the various image
processing functions as shown below. Compared
to cameras where there is an intervening board,
it is possible to reduce the PC’s CPU burden
and increase the transfer speed.
Relative Response［a.u.］
[Supported cameras] FV-L200B1, FV-L030B1, FV-G200B1, FV-G030B1
1.0
0.8
0.6
0.4
0.2
0.0
350 450 550 650 750 850 950
Wave Length［nm］
High CPU burden
● [Lookup table] enables finely detailed image creation. (See p. 12.)
● [AGC (auto gain control)] enables automatic gain adjustment in camera
● [Auto electronic shutter control] automatically controls the shutter in response to changes in subject light intensity
Dimensions and rear connector specifications
FV-G030B1 Product specifications
Imager
Active picture elements
VGA : 648（H）× 494（V）
89.91172 Hz at full resolution
0.72028 to 360.33325 Hz adjustable via the communication
(Frame rate depends on the AOI setting)
47.2028 kHz
Pixel frequency
36.8181 MHz
Sync System
10.5
35
0.58 lux at F1.2, 89.91172 Hz
Digital 8, 10 or 12 bit Raw data
0 to 20.4 dB
Gain
Gamma
Gamma 1.0 (Factory default) or uploadable gamma table
Input voltage
+ 10.8 to 26.4 Vdc
Consumption
Less than 5.0 W
Dimensions
35 (W) × 35 (H) × 50.8 (D) mm (NOT Including the connector)
Lens mount
C mount
Weight
Approximately 120 g
Minimum
Maximum
Storage temperature
Environmental temperature -5 deg. C
Camera housing temperature (top plate) shall not exceed 65℃
(This corresponds to an environmental temperature of approximately 35℃)
Environmental temperature -30 to 65 deg. C
A
C
U1
（C Mount Screw）
Preset continuous mode: 10 μseconds to 16,777,215 μseconds
Preset trigger mode: 10 μseconds to 16,777,215 μseconds
Pulse width mode: 10 μseconds to Unlimited
Exposure time
B
0
φ36－0.05
Internal
Video output format
Operational
temperature
4-R3
（55.3）
50.8
φ31
Horizontal frequency
Minimum scene illumination
1/4”
20UNC
（Screw for Tripod）
Depth 4.5
Maximum Frame rate (360.33325 Hz) is when vertical resolution AOI setting is 104.
35
Vertical frequency
(Frame rate)
4-M4 Depth 4
25 ±0.05
16.8±0.05
7.4（H）× 7.4（V）µm
Cell size
Power supply
15.5±0.05
14.5±0.05
30.2
1/3" interline VGA monochrome progressive CCD
A
B
C
RJ45 connector
Note Not PoE type. Power provided separately from
Unit: mm
C
.
DC iris lens connector M1951 (EMUDEN-made) equivalent
Note For details, see product specifications.
Input/output signal connector Hirose-made HR10A-7R-6PB equivalent
Power input and input/output signal input can be done.
Optional connector RICOH FP-CN6PB is supported.
Pin No.
1
2
3
Signal name IN/OUT
GND
IN
I/O-1
OUT
I/O-2
OUT
4
TRIGGER_In-
IN
5
TRIGGER_In+
IN
6
POWER IN
IN
Voltage
0V
+3.3V LVTTL
+3.3V LVTTL
Low: +1.0V 以下 (Opt. lsolated-）
High: +3.0V to +26.4V (Opt. lsolated+)
Note: potential difference between
TRG_In- and TRG_In+
+10.8 to +26.4 Vdc
14
FA Lens Line Up
Lenses for Machine Vision – RICOH FL Series
For each resolution level (9MP, 5MP, 2MP, and VGA), the RICOH FL Series provides
an extensive line of high-performance lenses with different focal lengths and sensor sizes.
Knowhow developed in our camera operations has been put to good use in creating high-quality products
with an extremely low level of variation among individual lenses.
9 Mega-Pixel Lens　(Manual Iris Lens, compatible with up to 9 mega-pixel cameras)
FA lenses for use with up to 9 mega-pixel
resolution and image processing. This lens is
optimized for a wide range of applications
including electronic substrates.
FL-BC2518-9M
NEW
Manual iris lenses compatible with 1" format cameras up to 9 megapixels.
These lenses will exhibit excellent performance in capturing precision
machining products such as electronic substrates and wafers, which require
high resolution lenses.
■ High resolution and high contrast at 9 megapixels
These lenses are compatible with 3.69 μm pixel pitch, 1" format industrial cameras with
resolution of up to 9 megapixels. From the center to the periphery, the lenses have a high
resolution of 135 lp/mm. Due to minimal degradation of resolution up to the periphery, they
produce sharp, high contrast images.
■ φ42mm compact design
To fit in a 44 mm housing used for most 9 megapixel cameras, these lenses have a φ42 mm
compact design. Ideal for installation in high performance equipment.
■ Low distortion
Troublesome lens distortions for image measurement or recognition have been reduced. TV
distortion is reduced to less than 0.1%, with very little image distortion, making it ideal for
image measurement.
■ Floating mechanism design
Scale 80：100
φ22.4
φ42
A newly developed optic design has enabled a reduction in the minimum object distance
from a maximum of 0.45 m (compared to RICOH products) to 0.1 to 0.25 m for image capture
at even closer distances.
4
5.9
57.5
FL-BC2518-9M Product specifications
Supported pixels
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
1/2" format
Horizontal
angle of
1/1.8" format
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
15
1-32UN-2A
Dimensions
■ Reduced minimum object distance
φ40.5、P=0.5
Designed with a floating mechanism to control aberration across the entire focus range from
the minimum object distance (0.1 to 0.25 m) to infinity. This reduces image degradation due
to a loss of resolution or contrast as a result of changes to the working distance (distance to
the subject), and it enables a variety of applications from near distance to infinity.
17.526
Unit: mm
4MP, 6MP, 9MP
1" format
25 mm
1：1.8
1.8～16
C
11.0°
14.6°
16.4°
20.0°
28.8°
0.1 m
14.1 mm
40.5 P=0.5 mm
φ42×57.5 mm
149 g
Focus & Iris lock screws
FL-BC3518-9M
FL-BC5024-9M
NEW
FL-BC7528-9M
NEW
NEW
Scale 80：100
Scale 80：100
Scale 80：100
17.526
FL-BC3518-9M Product specifications
Supported pixels
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
1/1.8" format
angle of
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
69
Unit: mm
4MP, 6MP, 9MP
1" format
35 mm
1：1.8
1.8～22
C
7.8°
10.4°
11.7°
14.3°
20.7°
0.15 m
16.8 mm
40.5 P=0.5 mm
φ42×60.5 mm
150 g
Focus & Iris lock screws
17.526
FL-BC5024-9M Product specifications
Supported pixels
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
1/1.8" format
angle of
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
1-32UN-2A
φ42
4
4
4
60.5
φ40.5、P=0.5
1-32UN-2A
φ42
Dimensions
φ40.5、P=0.5
1-32UN-2A
φ42
Dimensions
φ40.5、P=0.5
Dimensions
81
Unit: mm
4MP, 6MP, 9MP
1" format
50 mm
1：2.4
2.4～22
C
5.5°
7.3°
8.2°
10.1°
14.6°
0.2 m
18.8 mm
40.5 P=0.5 mm
φ42×69 mm
166 g
Focus & Iris lock screws
17.526
Unit: mm
FL-BC7528-9M Product specifications
Supported pixels
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
1/1.8" format
angle of
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
4MP, 6MP, 9MP
1" format
75 mm
1：2.8
2.8～32
C
3.7°
4.9°
5.5°
6.7°
9.8°
0.25 m
21.3 mm
40.5 P=0.5 mm
φ42×81 mm
189 g
Focus & Iris lock screws
16
5 Mega-Pixel Lens　（Manual Iris Lens, compatible with 5 mega-pixel cameras）
FL-CC0814-5M
FA lenses for use with 5 mega-pixel resolution and
image processing. There are five types, beginning
with an 8 mm focal length wide viewing angle lens.
FL-CC1614-5M
These manual iris lenses support 5 mega-pixels (2/3" format). They are
perfect for inspection, pattern matching, and alignment uses in which images
with high definition from edge to edge definition are needed for large subjects
such as wafers, chip mounters, board mounting, etc.
■Sharp, high resolution and high contrast images from the center to
periphery
Scale 40：100
■φ43 mm compact design ideal for installation on devices
Scale 40：100
Dimensions
■Minimize optical distortion
Dimensions
φ22
1-32UN-2A
φ43
φ40.5､ P=0.5
φ22
1-32UN-2A
φ43
φ60.8
■Lens design minimizes peripheral illumination
φ58､ P=0.75
4
4
7
7.5
17.526
64
47
17.526
Unit: mm
Unit: mm
FL-CC0814-5M Product specifications
Peripheral light intensity comparison
Peripheral light intensity (%)
WD=250 mm
FL-CC1614-2M
peripheral light intensity
With peripheral-lightintensity falloff held to an
absolute minimum, it is
possible to obtain bright
and high-resolution images.
100
In past mega-pixel lenses,
a certain amount of lightintensity falloff can be
seen at the periphery.
FL-CC1614-5M
peripheral light intensity
50
In these lenses for 5 megapixel use, we worked to
further raise peripheral
light intensity.
FL-CC1614-5M
FL-CC1614-2M
0
0.0
FL-CC2514-5M
2.5
5.0
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
Image height (mm)
2/3" format
8 mm
1 : 1.4
1.4〜16
C
32.9°
43.2°
48.2°
57.8°
0.1 m
11.5 mm
58 P=0.75 mm
φ60.8×64 mm
260 g
Focus & Iris lock
screws
FL-CC5028A-5M02
FL-CC1614-5M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
16 mm
1 : 1.4
1.4〜16
C
17.1°
22.7°
25.4°
30.8°
0.1 m
11.5 mm
40.5 P=0.5 mm
φ43×47 mm
140 g
Focus & Iris lock
screws
FL-CC5028A-5M035
Scale 40：100
φ30
φ63.2
φ52, P=0.75
φ60
φ59.5
Scale 40：100
Dimensions
φ55
φ30
φ63.2
φ59.5
φ60
φ55
4
φ52, P=0.75
φ22
1-32UN-2A
φ43
Scale 40：100
Dimensions
φ40.5､ P=0.5
Dimensions
7
44
17.526
Unit: mm
92.6
（Min.）
99.4
（Max.）
FL-CC2514-5M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
17
2/3" format
25 mm
1 : 1.4
1.4〜16
C
11.0°
14.6°
16.4°
19.9°
0.1 m
12.3 mm
40.5 P=0.5 mm
φ43×44 mm
130 g
Focus & Iris lock screws
25.8
4
99.3
（Min.）
17.526
106.1
（Max.）
Unit: mm
30.6
4
17.526
Unit: mm
FL-CC5028A-5M02 Product specifications
FL-CC5028A-5M035 Product specifications
Remarks
Remarks
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
Min.~Max. Magnification
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Working distance
Back focal length
Filter size
Dimensions
Weight
2/3" format
50 mm
1 : 2.8
2.8〜22
C
0.15〜0.23×
32〜21 mm
43〜28 mm
48〜31 mm
59〜38 mm
361〜242 mm
30.43〜34.54 mm
52 P=0.75 mm
φ63.2×92.6 mm
560 g
Focus & Iris lock screws.
5 mega pixel (2/3"format) /
4 mega pixel (1.1"format)
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
Min.~Max. Magnification
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Working distance
Back focal length
Filter size
Dimensions
Weight
2/3" format
50 mm
1 : 2.8
2.8〜22
C
0.28〜0.4×
17〜12 mm
23〜16 mm
26〜18 mm
31〜22 mm
201〜146 mm
37.16〜43.29 mm
52 P=0.75 mm
φ63.2×99.3 mm
580 g
Focus & Iris lock screws.
5 mega pixel (2/3"format) /
4 mega pixel (1.1"format)
2 Mega-Pixel Lens　（Manual Iris Lens, compatible with 2 mega-pixel cameras）
FL-HC0514-2M
A wide line-up of 2/3"-format lenses for use with
2MP cameras for a variety of applications.
Choose the optimal lens for your requirements.
These manual-iris lenses are your best choice for image processing data
capture at 2 mega-pixels. With their compact size and high performance,
they deliver great results for high-precision manufacturing inspection
(chip mounters, wafers, electronic substrates, etc. ).
Dimensions
■ Sharp high resolution, high contrast images, that limit
resolution loss from the center to periphery
φ20
φ32
φ44.5
■ High-performance lenses for close-up imaging with 2 mega-pixel
CCD and CMOS sensors
■ With compact size, light weight, and durability, these are
excellent lenses for FA and machine vision use
(IN AIR)
Unit: mm
■ They greatly reduce distortion that causes problems in image
measurement and recognition
Scale 80：100
■ Built to handle environments with vibration, etc.
Easy to use, reliable focus and iris locking mechanisms
as standard features
FL-HC0514 -2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
FL-HC0614-2M
3
4
17.526
45.5
FL-HC1214-2M
1/2" format
5 mm
1 : 1.4
1.4 ～ 16
C
51.4°
65.5°
—
—
0.1 m
10.8 mm
43 P=0.75 mm
φ44.5×45.5 mm
102 g
Focus & Iris lock screws
FL-CC0614A-2M
Scale 80：100
Scale 80：100
Scale 80：100
37.5
28.5
7.2
1/2" format
6 mm
1 : 1.4
1.4〜16
C
44.5°
57.4°
—
—
0.1 ｍ
12.32 ｍｍ
—
φ32×37.5 ｍｍ
58 g
Focus & Iris lock screws
φ40
4
Unit: mm
Unit: mm
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
φ22.2
4
4 1.9
17.526
FL-HC0614-2M Product specifications
φ48
φ16.5
φ28.5
φ29.5
φ32
6.5
Dimensions
φ27, P=0.5
Dimensions
φ22
1-32UN
φ29
Dimensions
FL-HC1214-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
1/2" format
12 mm
1 : 1.4
1.4〜16
C
21.9°
28.9°
—
—
0.25 m
11.50 mm
27 P=0.5 mm
φ29.5×28.5 mm
55 g
Focus & Iris lock screws
59.9
7.1
Unit: mm
FL-CC0614A-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
6 mm
1 : 1.4
1.4 ～ 16
C
42.6°
55.1°
60.8°
71.2°
0.1 m
10.9 mm
—
φ48×59.9 mm
149 g
Focus & Iris lock screws
18
2 Mega-Pixel Lens　（Manual Iris Lens, compatible with 2 mega-pixel cameras）
FL-CC0814A-2M
FL-CC0814-2M
FL-CC1214A-2M
Scale 80：100
Scale 80：100
4
2/3" format
8 mm
1 : 1.4
1.4 ～ 16
C
32.6°
42.7°
47.4°
56.3°
0.1 m
11.1 mm
40.5 P=0.5 mm
φ42×36.7 mm
76 g
Focus & Iris lock screws
FL-CC1214-2M
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
8 mm
1 : 1.4
1.4 ～ 16
C
32.4°
42.5°
47.3°
56.3°
0.1 m
13.1 mm
30.5 P=0.5 mm
φ33.5×28.2 mm
63 g
Focus & Iris lock screws
FL-CC1614A-2M
19
FL-CC1214A-2M Product specifications
FL-CC1614-2M
Scale 80：100
φ19.7
Dimensions
33.2
4
7.6
Unit: mm
2/3" format
12 mm
1 : 1.4
1.4〜16
C
22.7°
30.0°
33.5°
40.4°
0.15 m
13.1 mm
30.5 P=0.5 mm
φ33.5×28.2 mm
62 g
Focus & Iris lock screws
Unit: mm
FL-CC1614A-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
Unit: mm
2/3" format
12 mm
1 : 1.4
1.4 ～ 16
C
22.1°
29.2°
32.7°
39.4°
0.1 m
10.7 mm
—
φ29.5×45.7 mm
72 g
Focus & Iris lock screws
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
4
32.2
FL-CC1214 -2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
φ29.5
0.8
17.526
(IN AIR)
8
Scale 80：100
φ27 P=0.5
φ18
φ32
φ33.5
φ32
4
Unit: mm
FL-CC0814 -2M Product specifications
Dimensions
28.2
45.7
(IN AIR)
Scale 80：100
Dimensions
4
0.6
4
17.526
φ27, P=0.5
Unit: mm
FL-CC0814A-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
φ18
φ32
28.2
7.3
φ29.5
φ28.5
36.7
φ19.7
Dimensions
φ33.5
φ32
φ35
φ22.2
φ42
Dimensions
φ40.5 P=0.5
Dimensions
φ29.5
Scale 80：100
2/3" format
16 mm
1 : 1.4
1.4 ～ 16
C
17.1°
22.6°
25.3°
30.7°
0.1 m
10.7 mm
27 P=0.5 mm
φ29.5×32.2 mm
54 g
Focus & Iris lock screws
Unit: mm
FL-CC1614 -2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
16 mm
1 : 1.4
1.4〜16
C
17.1°
22.7°
25.5°
31.0°
0.25 m
14.61 mm
27 P=0.5 mm
φ29.5×33.2 mm
63 g
Focus & Iris lock screws
2 Mega-Pixel Lens　（Manual Iris Lens, compatible with 2 mega-pixel cameras）
FL-CC2514-2M
FL-CC3516-2M
Scale 80：100
32
6.9
Unit: mm
FL-CC2514A-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
25 mm
1 : 1.4
1.4 ～ 16
C
10.7°
14.2°
16.0°
19.5°
0.1 m
12.1 mm
30.5 P=0.5 mm
φ32×38 mm
63 g
Focus & Iris lock screws
FL-CC5024A-2M
4
6.9
FL-CC2514-2M Product specifications
35.4
Unit: mm
2/3" format
25 mm
1 : 1.4
1.4〜16
C
11.0°
14.6°
16.4°
20.0°
0.25 m
11.50 mm
27 P=0.5 mm
φ29.5×32 mm
55 g
Focus & Iris lock screws
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
φ28.5
φ29.5
φ16.5
φ29.5
φ28.5
4
38
Dimensions
φ27, P=0.5
φ19.5
φ32
Dimensions
φ30.5 P=0.5
Dimensions
Scale 80：100
φ19.5
Scale 80：100
φ27, P=0.5
FL-CC2514A-2M
FL-CC5028-2M
4
6
FL-CC3516-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
Unit: mm
2/3" format
35 mm
1 : 1.6
1.6〜16
C
8.1°
10.8°
12.1°
14.8°
0.4 m
11.85 mm
27 P=0.5 mm
φ29.5×35.4 mm
64 g
Focus & Iris lock screws
FL-CC7528-2M
Scale 80：100
Scale 80：100
Scale 80：100
φ34
φ32
34
46.5
4
FL-CC5024A-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
4
Unit: mm
2/3" format
50 mm
1 : 2.4
2.4 ～ 22
C
5.6°
7.5°
8.4°
10.3°
0.3 m
22.3 mm
30.5 P=0.5 mm
φ32×46.5 mm
66 g
Focus & Iris lock screws
φ30.5, P=0.5
φ27, P=0.5
Dimensions
φ29.5
φ28.5
φ32
Dimensions
φ30.5 P=0.5
Dimensions
59.6
Unit: mm
FL-CC5028-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
50 mm
1 : 2.8
2.8〜22
C
5.5°
7.3°
8.2°
10.0°
0.9 m
21.03 mm
27 P=0.5 mm
φ29.5×34 mm
55 g
Focus & Iris lock screws
4
Unit: mm
FL-CC7528-2M Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
75 mm
1 : 2.8
2.8〜32
C
3.8°
5.0°
5.7°
6.9°
0.7 m
30.94 mm
30.5 P=0.5 mm
φ34×59.6 mm
125 g
Focus & Iris lock screws
20
VGA Lens　（Manual Iris Lens）
An extensive line of general-use lenses boasting
high-performance lens technology
Featuring vibration-control measures, these
lenses are a superior choice for installation in
machine vision systems.
FL-HC0416X-VG
FL-HC0612A-VG
Built for a wide variety of uses, including pattern matching, component
positioning, missing-part inspection, board mounting,
and inspection of pharmaceuticals, produce, and grains.
■ Standard lenses for machine vision use
Scale 60：100
■ Compatible with VGA-class cameras
Dimensions
Dimensions
φ42
φ40.5, P=0.5
φ15
φ42
■ Lock screws as standard vibration-control measures
7.4
43.5
3.5
Unit: mm
FL-HC0416X-VG
Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
FL-CC0418DX-VG
Scale 60：100
Scale 60：100
φ16.5
3.8
3.5
Unit: mm
FL-HC1212B-VG
Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
21
1/2" format
12 mm
1 : 1.2
1.2〜22
C
22.6°
30.2°
—
—
0.2 m
13.87 mm
27 P=0.5 mm
φ30×35.5 mm
67 g
Focus &
Iris lock screws
40
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
4.8 mm
1 : 1.8
1.8〜Close
C
54.6°
71.6°
79.8°
95.4°
0.3 m
9.71 mm
—
φ40.5×35.5 mm
105 g
Iris lock screws,
Fixed focus
1/2" format
6 mm
1 : 1.2
1.2〜Close
C
43.4°
56.8°
—
—
0.2 m
14.31 mm
40.5 P=0.5 mm
φ42×46 mm
125 g
Focus &
Iris lock screws
FL-CC1614A-VG
Scale 60：100
33
7
3.5
Unit: mm
FL-CC0418DX-VG
Product specifications
4.5
3.8
Unit: mm
FL-CC0815B-VG
Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
Unit: mm
Dimensions
8.1
35.5
Remarks
φ30
φ27, P=0.5
Dimensions
φ40.5
35.5
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Scale 60：100
φ42
φ40.5, P=0.5
Dimensions
φ30
φ27, P=0.5
Dimensions
FL-CC0815B-VG
3.5
FL-HC0612A-VG
Product specifications
φ18
FL-HC1212B-VG
1/2" format
4.2 mm
1 : 1.6
1.6〜Close
C
64.0°
86.4°
—
—
0.2 m
10.42 mm
—
φ42×43.5 mm
120 g
Iris lock screws,
Fixed focus
46
φ20
■ Production line handling cameras from 1/2" to 1" formats
Scale 60：100
2/3" format
8.5 mm
1 : 1.5
1.5〜Close
C
31.9°
42.1°
47.0°
56.5°
0.2 m
10.88 mm
40.5 P=0.5 mm
φ42×40 mm
120 g
Focus &
Iris lock screws
Unit: mm
FL-CC1614A-VG
Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
16 mm
1 : 1.4
1.4〜22
C
16.9°
22.5°
25.2°
30.7°
0.3 m
13.22 mm
27 P=0.5 mm
φ30×33 mm
58 g
Focus &
Iris lock screws
VGA Lens　（Manual Iris Lens • Manual Zoom Lens）
FL-BC1218A-VG
Scale 60：100
FL-BC5014A-VG
Scale 60：100
Remarks
48
φ30
φ27, P=0.5
1" format
12.5 mm
1 : 1.8
1.8〜Close
C
22.0°
29.1°
32.6°
39.5°
55.4°
0.3 m
10.36 mm
40.5 P=0.5 mm
φ42×40 mm
95 g
Focus &
Iris lock screws
Unit: mm
Remarks
Focus &
Iris lock screws
Unit: mm
FL-BC2518-VG
Product specifications
1" format
25 mm
1 : 1.4
1.4〜22
C
11.0°
14.6°
16.4°
20.1°
28.9°
0.3 m
14.98 mm
27 P=0.5 mm
φ30×37.3 mm
76 g
Focus &
Iris lock screws
1" format
25 mm
1 : 1.8
1.8〜Close
C
10.9°
14.5°
16.3°
19.9°
28.2°
0.6 m
15.80 mm
40.5 P=0.5 mm
φ42×40 mm
87 g
Focus &
Iris lock screws
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
angle of
1/1.8" format
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
Scale 40：100
Dimensions
3.8
1" format
50 mm
1 : 1.4
1.4〜Close
C
5.5°
7.3°
8.2°
10.0°
14.4°
1.0 m
18.05 mm
46 P=0.75 mm
φ48×48 mm
180 g
3.5
FL-CC6Z1218-VG /
FL-CC6Z1218A-VG
3.5
FL-BC5014A-VG
Product specifications
40
Scale 40：100
77
Remarks
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
angle of
1/1.8" format
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Dimensions
FL-HC6Z0810-VG
Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
80.5
18
95
Unit: mm
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
angle of
1/1.8" format
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
3.8
FL-BC2514D-VG
Product specifications
FL-HC6Z0810-VG
φ57
φ48
φ46, P=0.75
Dimensions
37.3
Unit: mm
FL-BC1218A-VG
Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
angle of
1/1.8" format
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Dimensions
φ18.7
Remarks
1" format
12.5 mm
1 : 1.4
1.4〜Close
C
21.5°
28.5°
31.9°
38.6°
53.9°
0.3 m
14.40 mm
40.5 P=0.5 mm
φ42×50 mm
135 g
Focus &
Iris lock screws
7.7
3.5
40
φ55, P=0.75
FL-BC1214D-VG
Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
angle of
1/1.8" format
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
φ16
φ42
φ40.5, P=0.5
φ42
φ40.5, P=0.5
Unit: mm
3.5
Scale 60：100
φ42
φ40.5, P=0.5
Dimensions
Dimensions
50
FL-BC2518-VG
Scale 60：100
Scale 60：100
φ51
Dimensions
FL-BC2514D-VG
φ49, P=0.5
FL-BC1214D-VG
3.5
90
Unit: mm
9.5
3.5
Unit: mm
FL-CC6Z1218-VG/FL-CC6Z1218A-VG
Product specifications
1/2" format
8〜48 mm
1 : 1.0〜1.2
1.0〜22
C
33.0〜5.8°
43.3〜7.7°
—
—
0.75 m
13.65 mm
55 P=0.75 mm
φ57×95 mm
430 g
Manual Iris, Lock screws
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal
1/2" format
angle of
1/1.8" format
view
2/3" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
2/3" format
12.5〜75 mm
1 : 1.8
1.8 〜22
C
21.9〜3.6°
29.1〜4.8°
31.9〜5.5°
39.7〜6.6°
1.0 m
18.41 mm
49 P=0.75 mm
φ51×90 mm
320 g
Manual Iris: FL-CC6Z1218-VG
Manual Iris, Locking Screws
(zoom and focus only): FL-CC6Z1218A-VG
22
Line-Scan Lens
FL-YFL5028A-02
Even, high definition optical characteristics across
the entire image (including the periphery)
With a design optimized for FA close-up shooting,
this lens is suitable for sensors up to 45 mm
■ High resolution, high contrast
63.6
（Min.）
■ Suitable for sensors up to 45 mm
70.4
（Max.）
■ Abundant Light Distribution
φ35
φ33.5
φ55
φ60
Used for inspection of steel, pulp, fibre/textile, printing, film and other flat
materials and Web appearance testing equipment
φ52, P=0.75
Dimensions
17.43
（Max.）
Unit: mm
Scale 40：100
■ Minimal distortion
■ Available in F-mount and PENTAX K mount
FL-YFL5028A-02 Product specifications
■ Lockable focus & iris rings
FL-YFL3528/FL-YKL3528
Scale 40：100
10.7
（Max.）
FL-YFL5028A-035 Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
4,096×7 µm
Field of
7,450×4.7 µm
view
4,096×10 µm
Working distance
Back focal length
Filter size
Dimensions
Min.~Max. Magnification
Weight
Remarks
23
45 mm Image circle
50 mm
1 : 2.8
2.8〜22
F-mount（bayonet mount）
102〜72 mm
125〜88 mm
146〜102 mm
201〜146 mm
37.16〜43.29 mm
52 P=0.75 mm
φ60×70.4 mm
0.28〜0.4×
435 g
Focus & Iris lock screws.
Not for photographic cameras.
56.8
20
45 mm Image circle
35 mm
1 : 2.8
2.8〜22
F-mount（bayonet mount）FL-YFL3528
Mount
K-mount（PENTAX bayonet mount）FL-YKL3528
4,096×7 µm
57 mm（Magnification: 0.5×）
Field of
7,450×4.7 µm
70 mm（Magnification: 0.5×）
view
4,096×10 µm
81 mm（Magnification: 0.5×）
Minimum object distance
0.19 m（Magnification: 0.5×）
Back focal length
33.22 mm
Filter size
62 P=0.75 mm
φ72×56.8 mm（FL-YFL3528）
Dimensions
φ72×57.8 mm（FL-YKL3528）
Min.~Max. Magnification
∞〜0.5×
Weight
380 g
Focus: Lock Screw Iris:
Remarks
Click stop. Not for photographic cameras.
Format size
Focal length
Maximum aperture ratio
Iris range
56.8
Unit: mm
FL-YFL3528/FL-YKL3528 Product specifications
φ36
φ72
φ36
φ72
Unit: mm
Scale 40：100
Dimensions
φ62, P=0.75
φ35
φ33.5
φ55
70.4
（Min.）
77.2
（Max.）
FL-YFL5028/FL-YKL5028
Scale 40：100
Dimensions
φ52, P=0.75
φ60
Dimensions
45 mm Image circle
50 mm
1 : 2.8
2.8〜22
F-mount（bayonet mount）
191〜125 mm
234〜152 mm
273〜178 mm
361〜242 mm
30.43〜34.54 mm
52 P=0.75 mm
φ60×63.6 mm
0.15〜0.23×
425 g
Focus & Iris lock screws. Not for photographic cameras.
φ62, P=0.75
FL-YFL5028A-035
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
4,096×7 µm
Field of
7,450×4.7 µm
view
4,096×10 µm
Working distance
Back focal length
Filter size
Dimensions
Min.~Max. Magnification
Weight
Remarks
10.3
Unit: mm
FL-YFL5028/FL-YKL5028 Product specifications
45 mm Image circle
50 mm
1 : 2.8
2.8〜22
F-mount（bayonet mount）FL-YFL5028
Mount
K-mount（PENTAX bayonet mount）FL-YKL5028
4,096×7 µm
57 mm（Magnification: 0.5×）
Field of
7,450×4.7 µm
70 mm（Magnification: 0.5×）
view
4,096×10 µm
81 mm（Magnification: 0.5×）
Minimum object distance
0.25 m（Magnification: 0.5×）
Back focal length
36.99 mm
Filter size
62 P=0.75 mm
φ72×56.8 mm（FL-YFL5028）
Dimensions
φ72×57.8 mm（FL-YKL5028）
Min.~Max. Magnification
∞〜0.5×
Weight
370 g
Focus: Lock Screw Iris:
Remarks
Click stop. Not for photographic cameras.
Format size
Focal length
Maximum aperture ratio
Iris range
UV Lens
Used for detection of counterfeit banknotes; falsified documents and credit
cards, surface inspection of circuit boards for soldering defects
■ High performance quartz glass, enabling the capture of sharp
images in the near-ultraviolet region.
FL-BC2528-VGUV Spectral Transmittance characteristics
100
90
Transmittance [%T]
An optical system that employs optical-grade
quartz glass for imaging in the near-ultraviolet region
This lens is optimized for application in the
inspection of minute surfaces
60
50
40
30
20
0
200
250
300
Wave Length［nm］
350
400
FL-BC7838-VGUV Spectral Transmittance characteristics
100
90
Transmittance [%T]
■ Optimised for use with band pass filters and UV illumination to
provide falsified documents detection
70
10
■ Extended wavelength range (230 nm to 800 nm), with peak
performance at 365 nm.
■ Compact design, ideal for integration into machine vision
systems
80
80
70
60
50
40
30
20
10
0
200
UV Lens with near UV light. The
texture of material and unevenness
of ink can be recognized
250
300
Wave Length［nm］
Ordinary Lens with visible light
FL-BC2528-VGUV
350
400
FL-BC7838-VGUV
Scale 75：100
Dimensions
4
φ46
φ55
φ62.5
25.4
φ49, P=0.75
φ28
φ30
φ25.5, P=0.5
Dimensions
Unit: mm
71.9
37.4
109.3
4
Unit: mm
Scale 75：100
FL-BC2528-VGUV Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
angle of
1/1.8" format
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
1" format
25 mm
1 : 2.8
2.8〜16
C
11.1°
14.8°
16.6°
20.4°
29.7°
0.23 m
22.07 mm
25.5 P=0.5 mm
φ30×25.4 mm
33 g
Optimum wavelength 365 nm
FL-BC7838-VGUV Product specifications
Format size
Focal length
Maximum aperture ratio
Iris range
Mount
1/3" format
Horizontal 1/2" format
angle of
1/1.8" format
view
2/3" format
1" format
Minimum object distance
Back focal length
Filter size
Dimensions
Weight
Remarks
1" format
78 mm
1 : 3.8
3.8〜16
C
3.5°
4.7°
5.3°
6.5°
9.5°
0.44 m
71.31 mm
49 P=0.75 mm
φ62.5×109.3 mm
446 g
Optimum wavelength 365 nm
24
Camera & Lens Option
Camera Option　Camera accessories (RICOH FP series) that support RICOH FV series highly accurate performance
Cable
Tripod Bracket
FP-TPHCA
Connector cable compatible with Camera Link, GigE Vision, and RICOH Extended Depth of Field Cameras
FP-CAC03
FP-CAC05
Camera Link
Camera tripod bracket facilitates
high-precision sensing
Camera Link
Camera Link Cable: 3 m
Connector specs
(camera end: board end)
SDR: MDR Standard thin PoCL
[Supported cameras]
FV-L200B1, FV-L030B1
Camera Link Cable: 5 m
Connector specs
(camera end: board end)
SDR: MDR Standard thin PoCL
FP-CAG03
FP-CAG05
GigE Vision
GigE Vision
EDFC*
GigE Vision Cable: 3 m
Connector specs
(camera end: board end)
Horizontal straight: Latch type
Power supply and input/output connector
FP-CN6PB
EDFC*
A 6-pin connector for power supply
and input/output signal use
GigE Vision Cable: 5 m
Connector specs
(camera end: board end)
Horizontal straight: Latch type
[Supported cameras]
FV-L500B1, FV-L200B1,
FV-L030B1, FV-G200B1,
FV-G030B1
*Compatible with RICOH Extended Depth of Field Cameras
Lens Option
Lens accessories (RICOH FP series) that maximize the high-performance of RICOH FL series and provide a variety of uses
Extension Tube Set (Macro Rings)
Macro Focus Mount
【FP-RGST】6 Extensing tube ring sets
Macro focus mounts extend the flange back
length by 2 mm by replacing the original
C-Mount of lens.
Extension tube set (Macro Rings) are inserted between the lens and
camera to shift the focus point further than the mechanical limit of the
lens, for close-up applications. Different length tubes can be used in
combination with each other.
FP-RGZ5
FP-RG10
31
Length: 10 mm
Maximum diameter:
31 mm
０．
５
１
５
FP-RG40
Length: 20 mm
Maximum diameter:
31 mm
RICOH FP-RG20
（２０ ｍｍ）
RICOH FP-RG10
（１０ ｍｍ）
φ３１
φ３１
φ３１
φ３１
RICOH FP-RGZ5 RICOH FP-RG01 RICOH FP-RG05
（５ ｍｍ）
（０．
５ ｍｍ）
（１ ｍｍ）
４．
１
FP-RG20
FL-BC2514D-VG
FL-CC1614A-VG
FL-HC1212B-VG
１０
４
９
１２．
９
Length: 40 mm
Maximum diameter:
31 mm
(for mega-pixel lens only)
(Original Lens length before use)
２０
４
FL-CC1614-2M
FL-CC2514-2M
FL-CC3516-2M
FL-CC5028-2M
FL-HC1214-2M
４
４０
２４
１４
４
Reverse Ring
Weight
Compatible lens
25
Shade Ring
51 g
C-mount
６．
４
１１．
６ ４
Unit: mm
５．
６
１－３２ＵＮ－２Ａ
φ２７，
Ｐ＝０．
５
１－３２ＵＮ－２Ｂ
2×
17.526 mm
Use this mount adapter to
mount a C-mount lens on a
CS-mount camera.
Reverse ring
φ２９．
４
φ１７
φ３０．
５
1)When the focal length is doubled, the angle of view halves and the F no. is doubled.
2)Resolution is lowered, contrast reduced and image sharpness reduced due to decreased
depth of field.
(There is no change in zoom ratio or minimum object distance. )
3)Range extender cannot be attached if the rear optic protrudes by
3.7 mm or more from the flange surface.
FP-EX2
【FP-MA】
To achieve magnification greater than 1:1,
use this accessory to reverse the lens.
Set comprises of a reverse ring and a
shade ring.
Characteristics
Unit: mm
１１．
８
Mount Adapter
【FP-RR27】
Attaches to the rear of C-Mount lenses to double the focal length.
FP-MU2M
６．
８５
Note Mount screw length is normally 3.5〜4 mm.
If the use of 2 mm of Extension Tube is required, the remaining
mount screw is insufficient to mount to the camera securely. Under
these circumstances use of this accessory is highly recommended.
４４
【FP-EX2】
Flange back length
２
RICOH FP-RG40
（4０ ｍｍ）
Extender
Focal length magnification
Unit: mm
【FP-MU2M】
Unit: mm
Specifications
FP-MUVG
７．
９ ５
φ２９
Dimensions
Length: 5 mm
Maximum diameter:
31 mm
２
３．
５
２．
５
Unit: mm
φ３１
Maximum
diameter (mm)
２
FP-RG05
Length: 1 mm
Maximum diameter:
31 mm
φ３０
Length
(mm)
0.5
1
5
10
20
40
(Original Lens length before use)
φ３１
FP-RGZ5
FP-RG01
FP-RG05
FP-RG10
FP-RG20
FP-RG40
FP-RG01
Length: 0.5 mm
Maximum diameter:
31 mm
φ３１
Model name
(for FL-BC2514D-VG, FL-CC1614A-VG,
FL-HC1212B-VG)
Extension Tubes are not suitable for zoom lenses. Lens will not track focus whilst zooming.
φ３０
Note
【FP-MUVG】
５ ４
９
Unit: mm
Reference Data
Lock Levers and Lock Screws
Model name
Iris
Focus
Accessories
Mount position
M1.4×2.2
M1.4×3.0
Thumb screws（×2）
Adjustable
9 Mega-Pixel Lens（Manual Iris Lens, compatible with 9 mega-pixel cameras）
FL-BC2518-9M
FL-BC3518-9M
FL-BC5024-9M
FL-BC7528-9M
5 Mega-Pixel Lens（Manual Iris Lens, compatible with 5 mega-pixel cameras）
FL-CC0814-5M
FL-CC1614-5M
FL-CC2514-5M
FL-CC5028A-5M02
FL-CC5028A-5M035
M1.4×2.2
M1.4×2.5
Thumb screws（×6）
Thumb screws（×2）
Adjustable
M2.5×6.0（×2）
2 Mega-Pixel Lens（Manual Iris Lens, compatible with 2 mega-pixel cameras）
FL-HC0514-2M
FL-HC0614-2M
FL-HC1214-2M
Thumb screws（M2×2.7）
FL-CC0614A-2M
FL-CC0814A-2M
FL-CC0814-2M
FL-CC1214A-2M
FL-CC1214-2M
FL-CC1614A-2M
FL-CC1614-2M
FL-CC2514A-2M
FL-CC2514-2M
FL-CC3516-2M
FL-CC5024A-2M
FL-CC5028-2M
FL-CC7528-2M
M1.4×3.0
M2.0×3.0
M2.0×5.0
Thumb screws（M2×2.7）
M1.4×2.2
M1.4×3.0
Thumb screws（M2×2.7）
FL-HC0416X-VG
FL-HC0612A-VG
FL-HC1212B-VG
M1.4×2.2
M1.4×3.0
M2.0×2.8
M2.0×5.0
FL-CC0418DX-VG
FL-CC0815B-VG
FL-CC1614A-VG
FL-YFL5028A-02
FL-YFL5028A-035
FL-YFL3528 / FL-YKL3528
FL-YFL5028 / FL-YKL5028
Thumb screws（×2）
Adjustable
M1.4×2.8
M1.4×3.5
M1.4×1.4
M1.4×2.8
M1.4×3.5
M1.4×4.0
M1.4×2.0
M1.4×1.4
M1.4×1.6
VGA Lens
（Manual Iris Lens 1" format）
Line Scan Lens
—
Adjustable
—
Thumb screws（×1）
M1.4×3.5
FL-BC1214D-VG
FL-BC1218A-VG
FL-BC2514D-VG
FL-BC2518-VG
FL-BC5014A-VG
—
Thumb screws（×2）
—
—
M1.4×1.4
M1.4×2.0
VGA Lens
（Manual Iris Lens 2/3" format）
Thumb screws（×2）
Click stop
Thumb screws（×2）
Thumb screws（×2）
Thumb screws（×2）
Adjustable
Adjustable
—
—
Fixing screws for Focusing ring (3 Positions)
FL-BC2518-9M、FL-BC3518-9M、FL-BC5024-9M、
FL-BC7528-9M、FL-CC0814-5M、FL-CC1614-5M、
FL-CC2514-5M、FL-HC0514-2M、FL-HC1214-2M、
FL-CC0614A-2M、FL-CC0814A-2M、FL-CC0814-2M、
FL-CC1214A-2M、FL-CC1214-2M、FL-CC1614A-2M、
FL-CC1614-2M、FL-CC2514A-2M、FL-CC2514-2M、
FL-CC3516-2M、FL-CC5024A-2M、FL-CC5028-2M、
FL-CC7528-2M
Note
—
—
—
—
Do not remove (-) screws in the iris ring.
Doing so may cause the iris blades to jam.
Fixing screws for Iris ring (3 Positions)
Fixing screws for Iris ring (3 Positions)
Focusing ring
Iris ring
Focusing ring
Adjustable
M2.5×6.0（×6）
Thumb screws
Fixing screws for Focusing ring (3 Positions)
Adjustable
Thumb screws（×1）
M1.4×2.8
—
Thumb screws（×2）
—
M1.4×1.4
M1.4×2.0
M1.4×3.5
Fixing screws for Iris ring (3 Positions)
—
M1.4×2.2
VGA Lens
（Manual Iris Lens 1/2" format）
Manual iris lenses (FL-HC0514-2M, FL-CC0814-2M,
FL-CC1214-2M) are supplied with 2 thumb screws.
Other lenses are supplied with 6 fixing screws. Remove
the 6 fixing screws and replace with the 2 supplied
thumb screws as required.
Fixing screws for Focusing ring (3 Positions)
Iris ring
Iris ring
Focusing ring
FL-HC0416X-VG（Iris ring only）
,
FL-HC0612A-VG, FL-CC0815B-VG,
FL-CC0418DX-VG（Iris ring only）
,
FL-BC1214D-VG, FL-BC1218A-VG,
FL-BC2518-VG, FL-BC5014A-VG
FL-HC1212B-VG,
FL-CC1614A-VG,
FL-BC2514D-VG
Mount Rotation Adjustment
The mount position of the lens can be adjusted to see the focus and iris scale as follows.
1. Loosen the mount fixing screws (3〜4 pieces) on the mount
2. Rotate the lens in the mount to see the scale indicator.
3. Tighten the mount fixing screws (3〜4 positions) at torque (8〜12 N・cm) uniformly.
Note Screw locking agent is not normally used for mount fixing screws. Excluding FL-HC0614-2M
Mount Frame Fixing Screw
26
Reference Data
Optical Calculations for Close-Up Applications
When viewing an object measuring 20 mm per side from a working distance (WD) of 100 mm with a 1/2" format camera
(6.4 × 4.8 mm, 1.5 mega pixels)
Object
d
First, calculate the magnification, M, by the following formula.
M= −B/A
f/M
M = −4.8／20=−0.24×
(The horizontal screen dimension is automatically decided when the vertical dimension is decided. Therefore, the
vertical screen dimension is used here). Obtain a rough idea of the focal length required for your application with
the object distance and magnification between the object size and image size by using the following formula:
f = −M・O
f
f
Sensor
lens
A
B
f =−
（（−0.24）
×100）=24 mm
According to the calculation a 24 mm lens is required. Then, select one of the closest RICOH lenses to
⊿H
O
24 mm: FL-BC2514D-VG, FL-BC2518-VG, FL-CC2514-2M. Since the camera is 1.5 mega pixel, substitute the
H2
H1
true focal length of FL-CC2514-2M into the following formula to calculate the overall distance L, by adding
I
up the figures indicated in the attached table.
L
L = −f／M＋f＋f＋⊿H−f・M
L = −
（25.00／（−0.24））
＋25.00＋25.00＋
（−10.51）
−
（25.00×
（−0.24））
L = 104.17＋25.00＋25.00−10.51＋6.00=149.66
Finally, you can get an exact objective distance, O by the following formula
(f・M is the length of the extension tube. )
O= L−d＋f・M
---f・M
O = 149.66−49.53+（25.00×
（−0.24））=94.13
Therefore, when viewing an object measuring 20 mm per side on a 1/2" format camera, use the FL-CC2514-
A
B
M
f
H1
H2
⊿H
d
I
f・M
O
2M and extension tube of 6 mm in length with a WD of 94.13 (about 94 mm). Use a lens with a longer f
(focal length) if you want a longer WD, or a lens with a shorter focal length if you want a shorter WD.
Object size (Vertical or Horizontal)
Imager format size (Vertical or Horizontal)
Magnification (B/A)
Focal length
Distance between 1st and 2nd principal point
1st principal position
2nd principal position
Distance between the front end of lens barrel and the focal point
Distance between the 1st lens element and the focal point
Length of the extension tube
Object distance
(Distance between the front end of lens barrel and the object)
*Note: The (+) sign denotes the Object → Imager direction.
Optical Data
Model name
Focal
length
(f)
1st
principal
positon
(H1)
Optical
path
length
(I)
Total
length
(d)
7.0
61.5
-13.1
71.2
2nd
Distance
principal between
positon H1 and H2
(⊿H)
(H2)
Entrance
pupil
position
Diameter
of
entrance
pupil
Exit
pupil
position
75.0
-42.5
13.5
-43.0
24.2
-0.5
86.5
-44.2
20.4
-58.4
24.4
-0.3
9 Mega-Pixel Lens（Manual Iris Lens, compatible with 5 mega-pixel cameras）
FL-BC2518-9M
25.0
-32.0
-25.0
FL-BC5024-9M
50.0
-36.9
-50.0
FL-BC3518-9M
FL-BC7528-9M
35.0
-29.2
75.0
-47.3
8.2
-49.9
-35.0
-5.8
-75.0
-27.7
-8.2
41.7
-25.0
-15.2
-51.1
19.0
57.9
82.6
77.5
98.5
5 Mega-Pixel Lens（Manual Iris Lens, compatible with 5 mega-pixel cameras）
FL-CC0814-5M
FL-CC1614-5M
FL-CC2514-5M
FL-CC5028A-5M02
FL-CC5028A-5M035
16.0
25.0
51.4
51.1
-29.6
-9.8
-69.7
-70.2
-16.0
-51.4
13.6
18.4
77.7
81.5
58.9
64.5
99.4
110.1
47.6
99.0
5.1
FL-HC1214-2M
12.4
FL-HC0614-2M
FL-CC0614A-2M
6.0
6.2
FL-CC0814A-2M
8.2
FL-CC1214A-2M
12.3
FL-CC0814-2M
FL-CC1214-2M
FL-CC1614A-2M
FL-CC1614-2M
FL-CC2514A-2M
FL-CC2514-2M
FL-CC3516-2M
8.3
12.0
16.0
-5.1
-17.8
-12.4
-30.3
-8.2
-32.4
-12.3
-16.2
-16.0
-35.2
-51.7
-24.4
-17.1
16.0
-18.0
25.0
-14.5
25.6
34.0
FL-CC5024A-2M
48.8
FL-CC7528-2M
72.8
FL-CC5028-2M
-41.1
50.0
-12.9
-10.9
-6.0
5.4
45.5
-8.3
16.1
-12.0
-16.0
-25.6
-25.0
22.0
20.1
5.1
-22.4
116.8
-67.8
-12.7
39.9
55.5
-17.0
2.0
-10.5
-15.4
FL-HC1212B-VG
12.2
-26.7
-12.2
14.5
4.9
-37.0
-4.9
16.2
-20.1
-16.2
FL-CC0815B-VG
FL-CC1614A-VG
8.5
-31.2
VGA Lens
（Manual Iris Lens　1" format）
FL-BC1214D-VG
12.7
-34.3
-8.5
-12.7
37.8
32.8
21.7
FL-YFL3528 / FL-YKL3528
36.3
FL-YFL5028 / FL-YKL5028
UV Lens
FL-BC2528-VGUV
FL-BC7838-VGUV
51.4
54.8
65.5
31.1
-69.7
-51.4
18.4
99.4
-61.8
-36.3
25.5
89.9
-54.8
25.0
-24.9
-77.6
-52.0
-25.0
-77.5
67.5
57.5
0.5
57.4
52.0
77.5
63.5
39.5
19.0
2.8
-0.2
0.1
57.5
110.1
-42.9
-31.8
-30.3
-15.6
1.7
-66.9
-72.6
-90.3
-68.0
-30.4
-31.4
-34.3
17.9
-26.5
19.9
25.2
2.7
11.6
-2.6
-51.1
17.5
-57.8
20.6
-30.5
-49.9
-70.2
17.9
50.5
-47.3
51.1
11.2
41.0
-2.9
51.4
8.4
11.2
3.9
-39.1
-34.5
-123.5
5.0
5.7
8.6
6.8
17.5
13.9
35.7
17.8
63.5
-0.5
40.1
67.3
-0.5
45.3
50.8
50.7
22.7
23.5
0.1
31.7
-2.0
44.3
-1.2
48.5
0.1
74.1
0.0
95.8
-1.1
49.0
-0.9
9.7
-0.1
27.7
-35.8
-322.6
289.7
-4.3
46.4
-54.9
31.8
-28.8
25.1
-45.7
34.9
-1.9
-1.7
-28.3
11.9
-36.2
12.8
-43.5
-111.4
-115.2
-39.5
-29.8
-30.8
-19.9
-25.2
-48.7
97.8
80.8
28.5
16.9
-26.1
-78.8
-4.2
-3.9
22.7
-2.8
19.3
0.9
11.4
1.4
17.1
-0.1
18.5
-0.5
9.3
-4.1
19.8
-51.0
-5.8
20.7
0.0
0.2
-0.2
62.6
79.8
39.8
43.0
W.D. =250 mm
W.D. =250 mm
22.8
M=-0.35
10.8
13.1
59.3
W.D. =500 mm*1
W.D. =250 mm
24.7
-0.7
49.1
-54.5
8.9
57.9
W.D. =250 mm*1
12.3
22.7
-0.1
18.6
20.4
96.5
-1.0
-57.1
-25.9
65.6
96.8
11.5
11.5
40.4
103.3
-78.8
72.0
60.6
21.3
10.9
71.1
42.9
72.3
32.5
17.1
126.8
W.D. =300 mm*1
-1.3
25.7
-48.8
96.8
18.8
92.4
17.6
34.9
64.2
12.4
-67.8
13.0
-0.7
W.D. =250 mm*1
16.8
54.6
116.9
-72.3
0.0
Remarks
14.1
-2.9
99.0
103.3
-0.5
Back
focus
length
(in air)
60.3
64.2
22.0
*1These models adopt a floating mechanism and are not covered by the calculation above. Please contact us for details.
27
30.7
-86.9
2.8
57.5
-21.8
8.4
-41.5
53.6
0.0
127.6
53.0
-25.0
FL-YFL5028A-02
-46.1
-48.8
-171.7
51.6
22.6
-22.1
FL-YFL5028A-035
61.0
-50.2
5.7
32.1
25.0
-25.1
59.5
58.3
16.1
8.6
10.0
FL-BC2518-VG
49.9
77.1
-3.2
-4.2
17.1
103.0
-38.5
12.2
Line Scan Lens
72.8
51.5
-1.0
147.4
53.0
-12.4
FL-BC5014A-VG
64.0
-11.3
37.6
3.6
17.6
47.6
-24.6
-25.6
51.8
-19.6
52.9
-4.9
17.1
-44.9
12.4
25.1
49.5
-30.2
48.0
-48.7
17.5
63.5
FL-BC1218A-VG
FL-BC2514D-VG
50.7
39.5
46.5
-9.3
-4.3
FL-CC0418DX-VG
46.6
-2.6
-42.2
VGA Lens
（Manual Iris Lens　2/3" format）
-24.2
-0.1
17.8
5.8
-29.4
-64.2
0.1
20.3
40.5
-31.5
49.7
-57.6
27.0
-54.3
4.3
-25.8
-42.9
45.7
5.8
-47.9
11.2
-57.6
63.2
41.8
26.1
4.3
58.8
45.7
19.0
-39.5
-38.1
-50.0
-6.2
46.0
77.4
-46.4
54.2
47.1
-72.8
55.0
51.5
43.9
-23.0
-57.4
-39.0
73.9
63.0
-66.9
43.4
4.3
6.2
41.0
-57.1
-40.9
0.2
FL-HC0416X-VG
FL-HC0612A-VG
61.3
42.0
-34.0
-48.8
VGA Lens
（Manual Iris Lens　1/2" format）
29.2
-6.2
-39.5
-47.4
36.0
-24.7
61.5
2 Mega-Pixel Lens（Manual Iris Lens, compatible with 2 mega-pixel cameras）
FL-HC0514-2M
-38.6
Diameter
of Exit
Distortion* Vignetting*
pupil
position
11.5
11.1
10.7
13.1
M=-0.2
W.D. =Inf.
W.D. =225 mm
W.D. =250 mm
W.D. =250 mm
W.D. =250 mm
W.D. =Inf.
W.D. =250 mm
W.D. =Inf.
10.7
W.D. =250 mm
12.1
W.D. =250 mm
14.6
11.5
11.9
22.3
21.0
30.9
10.4
14.3
W.D. =250 mm
W.D. =250 mm
W.D. =250 mm
W.D. =300 mm
W.D. =250 mm
W.D. =250 mm
W.D. =Inf.
W.D. =Inf.
13.9
W.D. =Inf.
9.7
W.D. =Inf.
57.3
13.2
W.D. =Inf.
19.4
14.4
30.3
29.9
36.1
31.2
59.1
65.9
10.9
10.4
15.0
14.9
18.1
22.7
W.D. =Inf.
W.D. =Inf.
W.D. =Inf.
W.D. =Inf.
W.D. =Inf.
W.D. =Inf.
M=-0.2
70.3
22.8
M=-0.35
41.9
37.0
M=-0.2*1
34.3
87.7
98.4
33.2
12.8
71.3
M=-0.2*1
266 nm
250 nm
Units : mm,* : %
Reference Data
Format Size
1/3" format
6
1/2" format
3.6
8
1/1.8" format
4.8
2/3" format
9
5.4
1" format
11
6.6
9.6
16
4.8
6.4
7.2
8.8
12.8
Model name
1/3" format angle of view（° ） 1/2" format angle of view（° ）1/1.8" format angle of view（° ） 2/3" format angle of view（° ） 1" format angle of view（° ）
Diagonal Horizontal
Vertical
Diagonal Horizontal
Vertical
Diagonal Horizontal
Vertical
Diagonal Horizontal
Vertical
Diagonal Horizontal
Vertical
9 Mega-Pixel Lens（Manual Iris Lens, compatible with 5 mega-pixel cameras）
FL-BC2518-9M
13.7
11.0
8.2
18.2
14.6
11.0
20.5
16.4
12.3
24.9
20.0
15.1
35.5
28.8
21.8
FL-BC3518-9M
1"
format FL-BC5024-9M
9.8
7.8
5.9
13.0
10.4
7.8
14.6
11.7
8.8
17.9
14.3
10.8
25.7
20.7
15.6
6.9
5.5
4.1
9.1
7.3
5.5
10.3
8.2
6.2
12.6
10.1
7.6
18.2
14.6
11.0
FL-BC7528-9M
4.6
3.7
2.7
6.1
4.9
3.7
6.9
5.5
4.1
8.4
6.7
5.0
12.2
9.8
7.3
5 Mega-Pixel Lens（Manual Iris Lens, compatible with 5 mega-pixel cameras）
FL-CC0814-5M
40.7
32.9
24.8
53.1
43.2
32.9
58.9
48.2
36.8
69.4
57.8
44.5
—
—
—
FL-CC1614-5M
21.3
17.1
12.9
28.1
22.7
17.1
31.5
25.4
19.2
37.9
30.8
23.4
—
—
—
13.7
11.0
8.2
18.2
14.6
11.0
20.4
16.4
12.3
24.7
19.9
15.0
—
—
—
FL-CC5028A-5M02 0.2X
6.7
5.3
4.0
8.9
7.1
5.3
10.0
8.0
6.0
12.2
9.8
7.4
—
—
—
FL-CC5028A-5M0350.35X
6.7
5.4
4.0
8.9
7.2
5.4
10.1
8.1
6.0
12.3
9.8
7.4
—
—
—
2/3"
FL-CC2514-5M
format
2 Mega-Pixel Lens（Manual Iris Lens, compatible with 2 mega-pixel cameras）
FL-HC0514-2M
62.3
51.4
39.5
76.7
65.5
51.4
—
—
—
—
—
—
—
—
—
58.6
44.5
33.9
69.0
57.4
44.3
—
—
—
—
—
—
—
—
—
FL-HC1214-2M
27.2
21.9
16.5
35.7
28.9
21.9
—
—
—
—
—
—
—
—
—
FL-CC0614A-2M
52.1
42.6
32.5
66.2
55.1
42.6
72.4
60.8
47.4
83.0
71.2
56.5
—
—
—
FL-CC0814A-2M
40.2
32.6
24.7
52.0
42.7
32.6
57.3
47.4
36.4
66.7
56.3
43.9
—
—
—
FL-CC0814-2M
40.1
32.4
24.6
51.9
42.5
32.4
57.4
47.3
36.3
67.1
56.3
43.7
—
—
—
FL-CC1214A-2M
27.5
22.1
16.7
36.1
29.2
22.1
40.2
32.7
24.8
48.0
39.4
30.1
—
—
—
FL-CC1214-2M
28.2
22.7
17.1
37.0
30.0
22.7
41.2
33.5
25.4
49.2
40.4
30.8
—
—
—
FL-CC1614A-2M
21.2
17.1
12.8
28.0
22.6
17.1
31.3
25.3
19.2
37.7
30.7
23.3
—
—
—
21.3
17.1
12.9
28.2
22.7
17.1
31.6
25.5
19.2
38.3
31.0
23.4
—
—
—
FL-CC2514A-2M
13.4
10.7
8.0
17.7
14.2
10.7
19.9
16.0
12.0
24.2
19.5
14.7
—
—
—
FL-CC2514-2M
13.7
11.0
8.2
18.2
14.6
11.0
20.4
16.4
12.3
24.9
20.0
15.1
—
—
—
FL-CC3516-2M
10.1
8.1
6.1
13.4
10.8
8.1
15.1
12.1
9.1
18.4
14.8
11.1
—
—
—
1/2"
FL-HC0614-2M
format
2/3"
FL-CC1614-2M
format
FL-CC5024A-2M
7.0
5.6
4.2
9.4
7.5
5.6
10.5
8.4
6.3
12.8
10.3
7.7
—
—
—
FL-CC5028-2M
6.9
5.5
4.1
9.1
7.3
5.5
10.3
8.2
6.2
12.5
10.0
7.5
—
—
—
FL-CC7528-2M
4.7
3.8
2.8
6.3
5.0
3.8
7.1
5.7
4.2
8.6
6.9
5.2
—
—
—
81.1
64.3
47.9
110.2
86.8
64.3
—
—
—
—
—
—
—
—
—
53.7
43.5
33.0
68.9
56.9
43.5
—
—
—
—
—
—
—
—
—
FL-HC1212B-VG
28.3
22.6
16.9
37.8
30.2
22.6
—
—
—
—
—
—
—
—
—
FL-CC0418DX-VG
67.4
54.6
41.3
87.8
71.6
54.6
97.2
79.8
61.1
114.8
95.4
73.7
—
—
—
—
VGA Lens（Manual Iris Lens）
FL-HC0416X-VG
1/2"
FL-HC0612A-VG
format
2/3"
FL-CC0815B-VG
format
39.6
31.9
24.0
51.9
42.1
31.9
57.6
47.0
35.7
67.9
56.5
43.3
—
—
FL-CC1614A-VG
21.1
16.9
12.7
28.0
22.5
16.9
31.4
25.2
19.0
38.2
30.7
23.2
—
—
—
FL-BC1214D-VG
26.8
21.5
16.2
35.3
28.5
21.5
39.5
31.9
24.2
47.5
38.6
29.4
65.5
54.3
41.9
FL-BC1218A-VG
27.3
22.0
16.5
36.1
29.1
22.0
40.4
32.6
24.7
48.7
39.6
30.0
67.6
55.9
42.9
13.7
11.0
8.2
18.3
14.6
11.0
20.6
16.4
12.3
25.1
20.1
15.1
36.4
29.2
21.9
13.7
11.0
8.2
18.1
14.6
11.0
20.3
16.3
12.3
24.6
19.9
15.0
35.0
28.5
21.6
6.9
5.5
4.1
9.1
7.3
5.5
10.3
8.2
6.2
12.5
10.0
7.5
18.0
14.5
10.9
1"
FL-BC2514D-VG
format
FL-BC2518-VG
FL-BC5014A-VG
VGA Lens（Manual Zoom Lens）
1/2"
FL-HC6Z0810-VG
format
40.7-7.2
33.0-5.8
24.9-4.4
52.7-9.5
43.3-7.7
33.0-5.8
—
—
—
—
—
—
—
—
—
2/3" FL-CC6Z1218-VG/
format FL-CC6Z1218A-VG
27.3-4.5
21.9-3.6
16.4-2.7
36.2-6.0
29.1-4.8
21.9-3.6
39.6-6.8
31.9-5.5
24.0-4.1
49.1-8.2
39.7-6.6
30.0-5.0
—
—
—
13.9
11.1
8.3
18.9
14.8
11.1
20.8
16.6
12.5
25.5
20.4
15.3
36.8
29.3
21.9
4.4
3.5
2.7
5.9
4.7
3.5
6.6
5.3
4.0
8.1
6.5
4.9
11.8
9.4
7.1
UV Lens
1" FL-BC2528-VGUV
format FL-BC7838-VGUV
28
Reference Data
Focal Length
2nd principal point
Rays from infinitely distant objects are condensed internally in the lens at a
common point on the optical axis. The point at which the image sensor of the FA
camera is positioned is called the focal point. By virtue of design, lenses have 2
principal points, 1st principle point and a 2nd principle point. The distance
between the 2nd principle point and the focal point (image sensor) determines
to focal length of the lens.
1st principal point
Focal length
f
Focal point/Image sensor
Angle of View
The angle formed by the two lines from the 2nd principle point and the edges
of the sensor is called the angle of view. Therefore, the focal length of the
lens is fixed regardless of the image format size of the FA camera.
Conversely, the angle of view varies in accordance with the image size. The
focal lengths in the catalogue are nominal and the angles of view calculated
by the formula referring to the focal lengths are approximate.
2nd principal point
θ
B
2f
θ＝2×tan-1
B
Focal length
f
Image sensor
F Number
f
D
F number ＝
f ＝ Focal length
D ＝ effective diameter
(Diameter of entrance pupil)
The F number is the index for the amount of light that passes through a lens. The
smaller the number, the greater the amount of light. The F number is a ratio
between the focal length and the effective aperture as follows.
Close-up Application
There are two methods for imaging closer than the minimum object distance of a lens.
1) Extension Tube (Macro Ring) See Figure 1
Figure 1
Infinite rays
Infinite rays
Image sensor
Image sensor
Finite rays
Finite rays
χ
Image from
Imagerays
from
finite
finite rays
χ will be
The lens
The lensthis
willmuch
be
extended
extended this much
Figure 2
When the rays originate from a finite object distance, the rays are condensed at a point
further than the focal point, while the rays from infinite distance are condensed at the actual
focal point. The focus adjustment moves the lens barrel toward the object to shift the
focusing point at the image sensor. However, the amount of focusing adjustment is
mechanically limited as set by the minimum object distance. Extension Tube (Macro Ring)
is inserted in between the lens and the camera to shift
Note Do not use a extension tube with a zoom lens.
2) Close-Up Lens See Figure 2
The close-up lens has a positive meniscus lens as a supplementary lens. Generally,
3 types of close-up lenses are available, close-up lens No. 1, 2 and 3 have focal lengths of
1,000 mm (1000 mm/1), 500 mm (1,000 mm/2), and 333 mm (1,000 mm/3), respectively.
The exposure distance when the distance scale of the lens is infinity (distance from the
subject to the close-up lens) is the same as the focal length of the close-up lens. Focusing
(extending) on the lens side enables focusing to a closer distance than the minimum object
distance of the lens.
Focal length of
Focal length
close-up
lensof
close-up lens
Depth of Field
When an object is focused, it is typically observed that the area in front and behind the object is also in focus. The range in focus is called depth
of field. When the background is extended to infinity, the object distance (focusing distance) is called the hyper focal distance. Depth of field is
calculated by the following formula.
T1 ＝
T2 ＝
H＝
（H × L－f2）
H ＋ L － 2f
（L
（H－2f）
＋f2）
（H － L）
f2
C × Fe
Fe ＝（1－
M0 ＝
29
M
M0
＋f
×F
）
Exit Pupil Diameter
Entrance Pupil Diameter
F ＝
f ＝
L ＝
T1 ＝
T2 ＝
C ＝
F No.
focal length
object distance（distance from the subject to the primary principle point）
near limit
far limit
circle of least confusion
1" format = 0.030 mm, 2/3" format = 0.020 mm, 1/1.8" format = 0.017 mm,
1/2" format = 0.015 mm, 1/3" format = 0.011 mm
Note The values given are reference values given a resolution that is about the same as VGA.
M0 ＝ pupil magnification
M ＝ magnification
Fe ＝ effective F number
Depth of field increases when: *Focal length is shorter *F-number is larger *Object distance is longer
Products Line Up
FA Camera
Camera Link
Model name
FV-L500B1
FV-L200B1
FV-L030B1
Effective pixel image output
（H×V）
2/3" interline 5.0 Mega pixels monochrome progressive CCD
2448×2058
1/1.8" interline UXGA monochrome progressive CCD
1620×1236
1/3" interline UXGA monochrome progressive CCD
648×494
Imager
GigE Vision
Model name
FV-G200B1
FV-G030B1
Imager
1/1.8" interline UXGA monochrome progressive CCD
1/3" interline UXGA monochrome progressive CCD
Effective pixel image output
（H×V）
1624×1236
648×494
Cell size
（H×V）
3.45×3.45
4.4×4.4
7.4×7.4
Frame rate
（fps）
16
15
90
External dimensions
（W×H×D）mm
35×35×40.7
28×28×40
28×28×40
Cell size
（H×V）
4.4×4.4
7.4×7.4
Frame rate
（fps）
15
90
External dimensions
（W×H×D）mm
35×35×50.8
35×35×50.8
Lens mount
C
C
C
Lens mount
C
C
Weight
（g）
Approx 80
Approx 43
Approx 43
Weight
（g）
Approx 120
Approx 120
Page
P10
P11
P12
Page
P13
P14
FA Lens
9 Mega-Pixel 1 inch Lens（Manual Iris Lens, compatible with 5 mega-pixel cameras）
Model name
⃝1" format
FL-BC2518-9M
FL-BC3518-9M
FL-BC5024-9M
FL-BC7528-9M
Focal length
Iris range
（mm）
25.0
35.0
50.0
75.0
Mount
1.8-16
1.8-22
2.4-22
2.8-32
C
C
C
C
1/3" format
Horizontal angle of view（° ）
1/2" format 1/1.8" format 2/3" format
11.0°
7.8°
5.5°
3.7°
14.6°
10.4°
7.3°
4.9°
16.4°
11.7°
8.2°
5.5°
20.0°
14.3°
10.1°
6.7°
1" format
28.8°
20.7°
14.6°
9.8°
5 Mega-Pixel Lens（Manual Iris Lens, compatible with 5 mega-pixel cameras）
Model name
⃝2/3" format
FL-CC0814-5M
FL-CC1614-5M
FL-CC2514-5M
Model name
⃝2/3" format
FL-CC5028A-5M02
FL-CC5028A-5M035
Focal length
Iris range
（mm）
8.0
16.0
25.0
1.4-16
1.4-16
1.4-16
Focal length
Iris range
（mm）
50.0
50.0
Mount
C
C
C
Mount
2.8-22
2.8-22
C
C
1/3" format
Horizontal angle of view（° ）
1/2" format 1/1.8" format 2/3" format
32.9
17.1
11.0
43.2
22.7
14.6
Optical
magnification 1/3" format
0.15-0.23
0.28-0.4
32-21
17-12
48.2
25.4
16.4
57.8
30.8
19.9
48-31
26-18
⃝1/2" format
FL-HC0514-2M
FL-HC0614-2M
FL-HC1214-2M
⃝2/3" format
FL-CC0614A-2M
FL-CC0814A-2M
FL-CC0814-2M
FL-CC1214A-2M
FL-CC1214-2M
FL-CC1614A-2M
FL-CC1614-2M
FL-CC2514A-2M
FL-CC2514-2M
FL-CC3516-2M
FL-CC5024A-2M
FL-CC5028-2M
FL-CC7528-2M
Focal length
Iris range
（mm）
Mount
1/3" format
Model name
Model name
FL-YFL5028A-02
FL-YFL5028A-035
FL-YFL3528 /
FL-YKL3528
FL-YFL5028 /
FL-YKL5028
UV Lens
Model name
&
&
&
&
Iris
Iris
Iris
Iris
lock
lock
lock
lock
screws
screws
screws
screws
P15
P16
P16
P16
Dimensions
（D×L）mm
Weight
（g）
Remarks
Page
—
—
—
58 P=0.75
40.5 P=0.5
40.5 P=0.5
φ60.8×64
φ43×47
φ43×44
260
140
130
Focus & Iris lock screws
Focus & Iris lock screws
Focus & Iris lock screws
P17
P17
P17
59-38
31-22
1" format
Filter size
（mm）
Dimensions
（D×L）mm
Weight
（g）
Remarks
Page
—
—
52 P=0.75
52 P=0.75
φ63.2×92.6
φ63.2×99.3
560
580
Focus & Iris lock screws
Focus & Iris lock screws
P17
P17
1" format
Filter size
（mm）
Dimensions
（D×L）mm
Weight
（g）
Remarks
Page
51.4
44.5
21.9
65.5
57.4
28.9
—
—
—
—
—
—
—
—
—
43 P=0.75
—
27 P=0.5
φ44.5×45.5
φ32×37.5
φ29.5×28.5
102
58
55
Focus & Iris lock screws
Focus & Iris lock screws
Focus & Iris lock screws
P18
P18
P18
6.0
8.0
8.0
12.0
12.0
16.0
16.0
25.0
25.0
35.0
50.0
50.0
75.0
1.4-16
1.4-16
1.4-16
1.4-16
1.4-16
1.4-16
1.4-16
1.4-16
1.4-16
1.6-16
2.4-22
2.8-22
2.8-32
C
C
C
C
C
C
C
C
C
C
C
C
C
42.6
32.6
32.4
22.1
22.7
17.1
17.1
10.7
11.0
8.1
5.6
5.5
3.8
55.1
42.7
42.5
29.2
30.0
22.6
22.7
14.2
14.6
10.8
7.5
7.3
5.0
60.8
47.4
47.3
32.7
33.5
25.3
25.5
16.0
16.4
12.1
8.4
8.2
5.7
71.2
56.3
56.3
39.4
40.4
30.7
31.0
19.5
20.0
14.8
10.3
10.0
6.9
—
—
—
—
—
—
—
—
—
—
—
—
—
—
40.5 P=0.5
30.5 P=0.5
—
43 P=0.75
27 P=0.5
27 P=0.5
30.5 P=0.5
27 P=0.5
27 P=0.5
30.5 P=0.5
27 P=0.5
30.5 P=0.5
φ48×59.9
φ42×36.7
φ33.5×28.2
φ29.5×45.7
φ 33.5×28.2
φ 29.5×32.2
φ29.5×33.2
φ32×38
φ 29.5×32
φ29.5×35.4
φ 32×46.5
φ29.5×34
φ 34×59.6
149
76
63
72
62
54
63
63
55
64
66
55
125
Focus
Focus
Focus
Focus
Focus
Focus
Focus
Focus
Focus
Focus
Focus
Focus
Focus
P18
P19
P19
P19
P19
P19
P19
P20
P20
P20
P20
P20
P20
1" format
Filter size
（mm）
Dimensions
（D×L）mm
Weight
（g）
Remarks
Page
Mount
1/3" format
Horizontal angle of view（° ）
1/2" format 1/1.8" format 2/3" format
&
&
&
&
&
&
&
&
&
&
&
&
&
Iris
Iris
Iris
Iris
Iris
Iris
Iris
Iris
Iris
Iris
Iris
Iris
Iris
lock
lock
lock
lock
lock
lock
lock
lock
lock
lock
lock
lock
lock
screws
screws
screws
screws
screws
screws
screws
screws
screws
screws
screws
screws
screws
4.2
6.0
12.0
1.6-C
1.2-C
1.2-22
C
C
C
64.0
43.4
22.6
86.4
56.8
30.2
—
—
—
—
—
—
—
—
—
—
40.5 P=0.5
27 P=0.5
φ42×43.5
φ42×46
φ30×35.5
120
125
67
Iris lock screws, Fixed focus
Focus & Iris lock screws
Focus & Iris lock screws
P21
P21
P21
4.8
8.5
16.0
1.8-C
1.5-C
1.4-22
C
C
C
54.6
31.9
16.9
71.6
42.1
22.5
79.8
47.0
25.2
95.4
56.5
30.7
—
—
—
—
40.5 P=0.5
27 P=0.5
φ40.5×35.5
φ42×40
φ30×33
105
120
58
Iris lock screws, Fixed focus
Focus & Iris lock screws
Focus & Iris lock screws
P21
P21
P21
12.5
12.5
25.0
25.0
50.0
1.4-C
1.8-C
1.4-22
1.8-C
1.4-C
C
C
C
C
C
21.5
22.0
11.0
10.9
5.5
28.5
29.1
14.6
14.5
7.3
31.9
32.6
16.4
16.3
8.2
38.6
39.5
20.1
19.9
10.0
53.9
55.4
28.9
28.2
14.4
40.5 P=0.5
40.5 P=0.5
27 P=0.5
40.5 P=0.5
46 P=0.75
φ42×50
φ42×40
φ30×37.3
φ42×40
φ48×48
135
95
76
87
180
1" format
Filter size
（mm）
Dimensions
（D×L）mm
Weight
（g）
Remarks
Page
P22
Focal length
Iris range
（mm）
Mount
1/3" format
Horizontal angle of view（° ）
1/2" format 1/1.8" format 2/3" format
&
&
&
&
&
Iris
Iris
Iris
Iris
Iris
lock
lock
lock
lock
lock
screws
screws
screws
screws
screws
8.0-48
1.0-22
C
33.0-5.8 43.3-7.7
—
—
55 P=0.75
φ57×95
430
Manual Iris, Lock screws
1.8-22
C
21.9-3.6 29.1-4.8 31.9-5.5
39.7-6.6
—
49 P=0.75
φ51×90
320
12.5-75
1.8-22
C
21.9-3.6 29.1-4.8 31.9-5.5
39.7-6.6
—
49 P=0.75
φ51×90
320
Manual Iris
Manual Iris, Locking Screws
（zoom and focus only）
Filter size
（mm）
Dimensions
（D×L）mm
Weight
（g）
Focal length
Iris range
（mm）
50.0
50.0
2.8-22
2.8-22
35.0
2.8-22
50.0
2.8-22
Focal length
Iris range
（mm）
Mount
F
F
F
K
F
K
Mount
Optical
magnification
0.15-0.23
0.28-0.4
∞-0.5
∞-0.5
1/3" format
—
Focus
Focus
Focus
Focus
Focus
12.5-75
Line Scan Lens
Model name
Focus
Focus
Focus
Focus
C
C
C
Focal length
Iris range
（mm）
FL-CC6Z1218A-VG
149
150
166
189
Page
1.4-16
1.4-16
1.4-16
VGA Lens（Manual Zoom Lens）
⃝1/2" format
FL-HC6Z0810-VG
⃝2/3" format
FL-CC6Z1218-VG
φ42×57.5
φ42×60.5
φ42×69
φ42×81
P=0.5
P=0.5
P=0.5
P=0.5
Remarks
5.0
6.0
12.0
VGA Lens（Manual Iris Lens）
⃝1/2" format
FL-HC0416X-VG
FL-HC0612A-VG
FL-HC1212B-VG
⃝2/3" format
FL-CC0418DX-VG
FL-CC0815B-VG
FL-CC1614A-VG
⃝1" format
FL-BC1214D-VG
FL-BC1218A-VG
FL-BC2514D-VG
FL-BC2518-VG
FL-BC5014A-VG
Horizontal angle of view（° ）
1/2" format 1/1.8" format 2/3" format
Weight
（g）
Filter size
（mm）
2 Mega-Pixel Lens（Manual Iris Lens, compatible with 2 mega-pixel cameras）
Model name
40.5
40.5
40.5
40.5
Dimensions
（D×L）mm
1" format
Horizontal angle of view（° ）
1/2" format 1/1.8" format 2/3" format
43-28
23-16
Filter size
（mm）
Field of view（mm）
4,096×7 µm 7,450×4.7 µm 4,096×10 µm
191-125
234-152
273-178
102-72
125-88
146-102
（57 Optical
(70 Optical
(81 Optical
magnification: 0.5×） magnification: 0.5×) magnification: 0.5×)
（57 Optical
(70 Optical
(81 Optical
magnification: 0.5×） magnification: 0.5×) magnification: 0.5×)
Horizontal angle of view（° ）
1/2" format 1/1.8" format 2/3" format
⃝1" format
FL-BC2528-VGUV
25.0
2.8-16
C
11.1
14.8
16.6
FL-BC7838-VGUV
78.0
3.8-16
C
3.5
4.7
5.3
（For specifications of the RICOH Extended Depth of Field Cameras, see p. 7 to p. 8. ）
20.4
6.5
52 P=0.75
52 P=0.75
62 P=0.75
62 P=0.75
φ60×63.6
φ60×70.4
φ72×56.8
φ72×57.8
φ72×56.8
φ72×57.8
425
435
380
370
P22
P22
P22
P22
P22
P22
P22
Remarks
Page
Focus & Iris lock screws. Not for photographic cameras.
Focus & Iris lock screws. Not for photographic cameras.
Focus: Lock Screw
Iris: Click stop. Not for photographic cameras
Focus: Lock Screw
Iris: Click stop. Not for photographic cameras
P23
P23
P23
P23
1" format
Filter size
（mm）
Dimensions
（D×L）mm
Weight
（g）
Remarks
Page
29.7
9.5
25.5 P=0.5
49 P=0.75
φ30×25.4
φ62.5×109.3
33
446
Optimum wavelength 365 nm
Optimum wavelength 365 nm
P24
P24
30
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T h e s a l e s n e t w o rk – Expanding acro s s the glo b e
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Head Quarters: Japan
RICOH INDUSTRIAL SOLUTIONS INC.
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India
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Americas
Headquarters： U.S.A
RICOH USA, INC.
Mexico
RICOH MEXICANA, S.A. DE C.V.
http://industry.ricoh.com/en/fa_camera_lens/
The following information is available in the Support section:
● Brochure PDF (FA Camera & Lens)
● Brochure PDF (2D Color Analyzer)
● Download Softwares
● User's Guide / Product Specifications
For further details on the above, check the RICOH homepage.
•The information contained herein is subject to change without notice. •The actual color of the product may vary from the pictures. •Adobe RGB is a trademark or registered trademark of Adobe Systems Incorporated in the United States
and/or other countries. •Camera Link and GigE Vision are trademarks of Automated Imaging Association (AIA). •QR Code is a registered trademark of Denso Wave Incorporated. •Windows is a registered trademark or trademark of
Microsoft Corporation in the United States and/or other countries. •Intel and Intel Core are trademarks of Intel Corporation in the United States and/or other countries. •Ethernet is a registered trademark of Fuji Xerox Co., Ltd. •Company
names and product names in this catalog are trademarks or registered trademarks of their respective owners. •For details and constraint conditions, see your dealer.
For safe product use
•Carefully read the user guide and use the product correctly. •Use the correct power supply and voltage as indicated. •Do not install or use the products in locations
with excessive water, humidity, steam, dust, smoke, etc. •Use a ground connection. In the event of a malfunction or short circuit, there is a danger of electric shock.
Industrial Partner Business Division, Industrial Module Business Center
http://industry.ricoh.com/en/fa_camera_lens/
For orders and inquiries:
For inquiries concerning the products in this catalog, please contact us as shown below.
This catalog was printed with the RICOH Pro C Series.
The information in this catalog is current as of June 2015.
1505ＰＨ-1506＜34181212＞2/Ｐ