SURVEILLANCE BUSINESS DEPARTMENT - EG … · SURVEILLANCE BUSINESS DEPARTMENT Product ... Our unique image processing technology reduces ... effects of wind on high CCTV masts creates

SURVEILLANCE BUSINESS DEPARTMENTProduct Catalog 2016

PAIR ZOOM LENSES

MOTORIZED ZOOM LENSES

MANUALZOOM LENSES

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Corporate ProfileOur CCTV security lenses protect and support the public whilst they go about their daily lives in and around

airports, stations, public buildings, financial institutions, shops and on highways. As the needs of society

change, so too will the requirements of CCTV in sectors such as information technology, conservation and

health & safety.

Since its entry to the CCTV lens market in 1961, RICOH's Surveillance Buisiness Department (founded as

PENTAX) has produced lenses with a focus on quality, performance and durability for manufacturers and

customers around the world. Our continuous product development has enabled us to maintain a high level

of trust and customer satisfaction throughout the past and into the future.

The most important quality factor of a lens is its ability to capture clear images through a combination of

resolving power and contrast. RICOH CCTV Lenses are designed and built using modern technologies and

precision manufacturing techniques. They produce high resolution images with superb contrast trusted by

clients from all over the industry.

RICOH produces a series of high power PAIR zoom lenses with electronic image stabilisation, designed

to reduce airborne atmospheric interference in the surveillance field and controlled by RS-interfaces.

All this, incorporated inside the lens housing!

In addition to the extensive zoom lens range, RICOH offers enhanced binoculars also with PAIR Functions,

electronic image stabilisation, engineered to produce high quality images in dense fog or after dark.

Advanced PENTAX performance continues to win domestic and global renown by solving the needs of the

times. RICOH Technology for helping people.

...vision... far beyond imagination.

We would like to point out that we also offer many other lenses for Factory Automation in our Machine Vision

catalogue. If interested, please call us on+49-(0)40-532 01-33 66 or download the catalogue from our

website www.ricoh-mv-security.eu

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1961 Cosmicar CCTV Lenses are distributed worldwide for the first time

1967 Cosmicar brand name for the CCTV fixed-focus lens adopted

1975 The industry's first video signal auto iris lens introduced

1985 ER series − the industry's first remote-controllable auto iris lens introduced

1990 HS6ZME − the world's smallest CCTV motorized zoom lens introduced

1993 PENTAX branding first used

1995 1/3" CS mount Varifocal lens introduced

1997 The industry's first 1/4" integrated Varifocal lens series introduced

ISO14001 certification obtained

1998 The industry's first 1/4" CS mount lens series introduced

2001 TS2V314BED − the industry's first 1/3" CS mount Day/Night Varifocal lens introduced

Line Scan Lens series introduced

M series − the industry's first Megapixel Machine Vision lenses introduced

2002 H55ZME − the world's longest focal length 55X zoom lens introduced

2005 QD3ZMED − the industry's first pan-focus zoom lens introduced

2009 TS3VP213ED−M − the industry's first Varifocal plus lens introduced

Winner of the “Best in OEM” category at ISC West 2009 in the USA

5M series − the ultra high-definition 5 megapixel lens series introduced

2010 H55ZAME-F-PR01 incorporating PAIR (PENTAX Atmospheric Interference Reduction)

technology introduced. Wins the “Best in Video Device” category at ISC West 2010 in the USA

2011 Introduces H55ZAME-F-PR02. Wins the “Best in Public Safety Solutions” category at

ISC West 2011 in the USA

Foundation of PENTAX RICOH IMAGING COMPANY, LTD. as a member of the Ricoh Group

2012 Introduction of H55ZBME-F Series. This Series is equipped with HD optics and available as

both standard and PAIR lens.

2013 Renaming of the Group from PENTAX RICOH IMAGING to RICOH IMAGING. The brand name

PENTAX is still used for surveillance products, such as our long range zoom lenses.

Company History

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Ultra-Telephoto Motorized Zoom Lens incorporating PAIR technology (PENTAX Atmospheric Interference Reduction)

PAIR Zoom Lenses

Features

� Effective not only for fog and rain, but also airborne particles of sand, smoke and snow.

� Re-introduces colour from degraded images in real time.

� Autofocus function improves the ultra-telephoto zoom lens operation.

� Contained within the lens, the system is suitable for any camera.

� Instantly renders clear images when switching from one image to the next in joint surveillance systems.

Fog reduction

� Our unique image processing technology reduces both liquid microparticles (fog, rain etc) and solid microparticles (smoke, sand etc).

� Unlike systems using optical filters that filter the visible light wavelengths leaving a b&w image. PAIR maintains a color image thus aiding target identification.

� Systems filtering visible light suffer from a lack of intensity and brightness.

� PAIR not only allows adjustment of image brightness but also backlight compensation and enhancement of images at night.

� PAIR used in conjunction with the autofocus improves focusing accuracy.

Image stabiliser

� Image stabilisation is essential for viewing long distance objects.

� An especially useful function for super telephoto lenses, which can become blurred easily with only minor vibration. The effects of wind on high CCTV masts creates excessive vibra-tion to images.

� The electronic image stabilisation is more reliable than optical systems. The stabiliser parameters are optimized for the specific lens characteristics.

Vision blurred by sandstorm PAIR

Whitened scenery in snowfall PAIR

Early morning backlight subject PAIR

Before Image stabilisation PAIR

Winner of “Best in Video Device" category at ISC West 2010!

Winner of “Best in Public Safety Solutions" category at ISC West 2011!

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PAIR system controls and configuration

Quality of recognition (DRI)

Detection Recognition IdentificationIdentification of a human face, car license plate or boat crew in comparison.

H55ZC-ME-F-HD-PR01 with 1/2"-VGA Camera

Human: 1.7m

Vehicle: 2.3m

Boat: 6.0m

(Distance in km)

0.5

0.3

0.3

10.0

8.0

3.0

15.0

13.0

8.0

0.0 10.0 20.0 30.0 40.0

1.0

0.6

0.6

20.0

16.0

6.0

30.0

26.0

16.0

0.0 10.0 20.0 30.0 40.0

1.5

0.9

0.9

29.6

23.7

8.9

40.0

38.5

23.7

0.0 10.0 20.0 30.0 40.0

2.2

1.3

1.3

40.0

35.5

13.3

40.0

40.0

40.0

0.0 10.0 20.0 30.0 40.0

H55ZC-ME-F-HD-PR01 with 1/2"-HD Camera

Human: 1.7m

Vehicle: 2.3m

Boat: 6.0m

(Distance in km)

0.5

0.3

0.3

10.0

8.0

3.0

15.0

13.0

8.0

0.0 10.0 20.0 30.0 40.0

1.0

0.6

0.6

20.0

16.0

6.0

30.0

26.0

16.0

0.0 10.0 20.0 30.0 40.0

1.5

0.9

0.9

29.6

23.7

8.9

40.0

38.5

23.7

0.0 10.0 20.0 30.0 40.0

2.2

1.3

1.3

40.0

35.5

13.3

40.0

40.0

40.0

0.0 10.0 20.0 30.0 40.0

Zoom, focus, autofocus, and the PAIR system are controllable by computer via an RS-232C, 422 or 485

interface. The on-board algorithm reduces all image interferences, for capturing a clearer, more natural picture.

All PAIR functions are controlled remotely from a PC. Instant switching between pre-processed and post-

processed images is possible at the click of a button.

(1) The zoom lens with built-in PAIR connects with a PC via an RS-232C, 422 or 485 interface.

(2) Images captured by the CCD camera are input back into the PAIR board integrated in the zoom lens.

(3) The Processed image is altered according to the parameters set by the software on the PC utilising the

camera's output video signal.Users can select any camera, because image processing responds to the

video signal produced by the selected camera.

(4) Outputs video images to a PC with a standard video capture device.

Monitor output

Video signal OUT (3)

(1) RS-232C, 422 or 485

� PAIR system control

� Zoom, focus, and AF control

� Iris remote control, etc.

Video signal IN

Image capture device (4)

CCD camera

(2)

Built-in PAIR board

φ10

6.5

φ10

9.5

φ10

5,P=

1

15.5321.5

40

17.526355

177.6

17.8

4

1–32UN–2A

φ30

A

A

Tripod Seat1/4-20 UNC

Name Plate

H55ZAME-F-PR01.ai

SD

HD

7

Unit: mm

Article Code C156391

Model Code H55ZC-ME-F-HD-PR01

Format Size 1/2" format

Focal Length 12 - 660 mm (30.5 - 1,680 mm)

Max. Aperture Ratio 1:4.0 (f = 12 mm) ~ 18.2 (f = 1,680 mm)

Iris Range F4.0 ~ F360 (F8.0 to F/720), continuous

Mount C-Mount

HorizontalAngle of View

1/3"format 23.2 ~ 0.4° (9.0 ~ 0.2°)

1/2"format 31.6 ~ 0.6° (12.1 ~ 0.2°)

Min. Object Distance 7.0 m

Back Focal Length 80.933 mm (46.908 mm)

Filter size 105 P = 1.0 mm

Dimensions 155 × 138 × 355 mm

Weight 6,000 g

Image Enhancing HD Processing

RemarksInternal 2,5x-Extender, Anit-Fog, Anti-Particle,

Autofocus, Image Stabiliser, HD-Optics, RS232/422/485 Control

*Figures in ( ) are with 2.5X extender.

H55ZC-ME-F-HD-PR01

Built-in 2.5X extender

Fog reduction

Image stabiliser

HD-optics

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Distance 15,000 m

Optical 55X Zoom

55X Zoom + 2.5X Extender

� Compatible with any HD-SDI and VGA camera

� Large Focal Range 12 - 1,680mm

� 140X Zoom with build-in 2.5X Extender

� Compact despite wide focal range

� HD Resolution, High Quality Optics

� Highest Contrast

� Large Range of Features

� Presets

� Remote Iris Control

� HD: 4 times greater than a standard video signal

Feature Highlights

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Main uses

Wide field and long-range surveillance

at national borders, ports, airports, etc.

This series is available in a multitude of variations, from

compact low-power zooms to advanced ultrahigh-power

varieties. Suitable for multiple applications, from internal

surveillance at stations and factories to large area

surveillance at ports and national borders.

The rugged durability and time tested reliability of our lenses

compliment an extensive range of surveillance systems.

The lens's zoom range is 12 to 660 mm,

and when the internal 2.5X extender is

switched in, the focal length increases to

24 to 1,680 mm. With 1,680 mm focal

length at 1,000m distance, the field of

view is 3.8 m by 2.8 m. The extremely

high magnification in combination with

HD resolution means a person can be

identified at distances in excess of 600 m.

Therefore, this lens is ideal for video

surveillance in city centers, air ports,

harbours, as well as for border control,

intersections, city streets and highways

Features of the motorized zoom lens (H55ZME)

� Ultra-Telephoto lens for long range subject recognition.

� Presets for advanced surveillance systems.

� Super-high resolution suitable for C-Mount 3CCD cameras.

� Built-in 2.5X extender increases zoom range to 140X (included as standard).

� HD Resolution, High Quality Optics

� Large Focal Range 12 - 1,680 mm

� Megapixel

� Highest Contrast

� Remote Iris Control

� For the latest generation of Analogue and Network Cameras

MotorizedZoom Lenses

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φ10

5, P

=1

φ10

9.5

φ10

6.5

355 4

40 177.6321.5 17.815.5

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Type Full specification (Preset, Auto-Iris with Manual Override)

Article Code C61258ST

Model Code H55ZB-ME-F-HD (ST)


Focal Length 12 ~ 660 mm (30.5 ~ 1,680 mm)

Max. Aperture Ratio 1 : 4.0 (f = 12mm) ~ 18.2 (f = 1,680 mm)

Iris Range F4.0 ~ F360 (F8.0 ~ F/720), continuous

Mount C-Mount


1/3"format 23.2 ~ 0.4° (9.0 ~ 0.2°)

1/2"format 31.6 ~ 0.6° (12.1 ~ 0.2°)


Back Focal Length 80.933 mm� (46.908 mm�)



Iris Operation Auto-Iris with Manual Override

Weight 5,400 g

Remarks Internal 2.5x-Extender, Presets, D/A converter, HD-Optics

*Figures in ( ) are with 2.5X extender.

H55ZB-ME-F-HD (ST)

2.5X extender

55X Zoom

HD optics

Visitors platform from 1 km with the H55ZB-ME-F-HD (ST)

1. Wide end (12mm) 2. Mid zoom range

3. Telephoto end (660 mm, 55X zoom) 4. Telephoto end with 2.5X extender (1,680mm, 140X zoom)

Unit: mm

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φ95

, P=

1φ

100

φ10

3.2

φ73

.5

223.5 4169.5 29.524.5

130.8φ36

10

H20ZA-ME Series

Unit: mm

For mega-pixel cameras

20X zoom

High speed motors available

Type Preset type

Article Code C61241MHK C61241MWQ C61241MWX C61243MWQ* C61243MWX*

Model Code H20ZA-ME-D-5P-M (HK) H20ZA-ME-5P-M (WQ) H20ZA-ME-5P-M (WX) H20ZA-ME-5PK-M (WQ) H20ZA-ME-5PK-M (WX)

Format Size 1/2"

Focal Length 12 ~ 240 mm

Max. Aperture Ratio 1 : 1.6 ~ 2.8Iris Range F1.6 ~ F720

Mount C-Mount


1/3" format 23.0 ~ 1.2°

1/2" format 30.8 ~ 1.6°


Back Focal Length 19.82 mm


Dimensions 116 × 135 × 223.5 mm

Iris Operation Auto-Iris (DC) Auto-Iris (Video)

Weight 2,630 g

Zoom Speed 4.5 s 2.0 s

Focus Speed 4.5 s 10 s 4.5 s 10 s 2.0 s

Remarks

Type Full specification (Preset, Auto-Iris with Manual Override)

Article Code C61240MST C61240MWQ C61240MWX C61242MWQ* C61242MWX*

Model Code H20ZA-ME-5F-M (ST) H20ZA-ME-5F-M (WQ) H20ZA-ME-5F-M (WX) H20ZA-ME-5FK-M (WQ) H20ZA-ME-5FK-M (WX)



Max. Aperture Ratio 1 : 1.6 ~ 2.8Iris Range F1.6 ~ F720

Mount C-Mount


1/3" format 23.0 ~ 1.2°

1/2" format 30.8 ~ 1.6°




Dimensions 116 × 135 × 223.5 mm

Iris Operation Auto-Iris (Video) with manual override

Weight 2,630 g

Zoom Speed 4.5 s 2.0 s

Focus Speed 4.5 s 10 s 4.5 s 10 s 2.0 s

Remarks D/A converter D/A converter

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* Delivery on request

1-32U

N-2A

φ65

φ32φ

54

118.8±1(∞)(122±1 MOD)

0.5(10.8)102.54.4

573.9±1.2Tripod Seat

1/4-20 UNC

φ21

φ49

, P=

0.75

φ57

φ70

94.5 3.582.5 9.52.5

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H16Z-ME Series

Industry's smallest 16X zoom

High speed motors

Unit: mm

Type Preset type Full specification (Preset, Auto-Iris with Manual Override)

Article Code C60728HK C60727WP

Model Code H16Z-ME-D-5P (HK) H16Z-ME-5F (ST)


Focal Length 7.5 ~ 120 mm

Max. Aperture Ratio 1 : 1.6 ~ 2.3

Iris Range F1.6 ~ F1000

Mount C-Mount


1/3"format 34.9 ~ 2.3°

1/2"format 45.8 ~ 3.1°


Back Focal Length 14 mm

Filter size –

Dimensions 77.6 × 85.6 × 118.8 mm

Iris Operation Auto-Iris (DC) Auto-Iris (Video) with manual override

Zoom Speed 2.5 s

Focus Speed 5.5 s

Weight 780 g 790 g

Remarks – D/A converter

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C6Z1218M3-5

Fully motorized

6X zoom

Unit: mm

Type Standard type

Article Code C31211

Model Code C6Z1218M3-5


Focal Length 12.5 ~ 75mm

Max. Aperture Ratio 1 : 1.8

Iris Range F1.8 ~ Close

Mount C-Mount


1/3"format 21.4 ~ 3.7°

1/2"format 28.4 ~ 4.9°

2/3"format 38.8 ~ 6.7°




Dimensions 101.5 × 92.2 × 94.5 mm

Iris Operation Motorized (DC motor)

Zoom Speed 5 s

Focus Speed 5 s

Iris Speed 4 s

Weight 820 g

Remarks —

H6ZBE.ai

φ55 69φ57

φ55

, P=

0.75

95 3.5

12

H6ZB-E

Manual zoom & focus

6X zoom

Article Code C60811

Model Code H6ZB-E (WX)



Max. Aperture Ratio 1 : 1.0 ~ 1.2

Iris Range F1.0 ~ F720

Mount C-Mount


1/3"format 33.0 ~ 5.8°

1/2"format 43.2 ~ 7.7°





Iris Operation Auto-Iris (Video)

Weight 465 g

Remarks —

Unit: mm

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FOCAL LENGTH 2X EXTENDER

ADAPTOR

STAND ALONE ZOOM LENS CONTROLLER

Article Code FP-EX2

Description for C-Mount lenses, ø 30.5 mm

Remarks 2X Extender

Article Code FP-MA

Description C-CS-Mount Adaptor

Remarks 5 mm extension tube

Article Code C99003

Model Code STG-4

Description Control unit for motorised zoom lenses (12V, incl. 230V power supply unit)

Remarks —

Accessories

AC

CE

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For control of zoom, focus, aperture (zoom lenses with 2 or 3 motors), and iris override (for zoom lenses with D/A converter) and for switching a 2.5x extender (C61244). The speed of the zoom, focus and aperture motors can be adjusted using the variable speed control. The zoom lens controller can be powered by a standard 12V battery making it a truly mobile unit. (Please ensure you have the appropriate plug-type connector and polarity)

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Technical Information

This series of lenses are designed to be used with IR-sensitive colour cameras (day/night cameras). During the

day colour reproduction remains unaltered and at night these lenses, due to there optical arrangement, focus

IR and White Light at the same point creating no discernable focus shift. These lenses are also recommended

for b/w cameras which reproduce high IR-reflecting surfaces such as grass and foliage particularly well.

Day/night lenses (D/N lenses)

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 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

Image sensor

Focal length

f

θ B

θ＝2×tan-1B2f

Angle of View

The C and CS mount connection is a one inch thread

with a specification 1-32UN-2A or B or W 1 inch x 32TPI

(TPI = Thread per inch) and almost corresponds with the

metric thread M25.5 x 0.75 mm. The angle of light

projection for the one inch thread is 55°. However, the

metric thread is 60°. By using a FP-MA C/CS Mount

adapter, a C mount lenses can be used on CS mount

camera, but it’s not possible to use a CS mount lens on

a C mount camera.

C-, CS-Mount thread

Ø 31mm

1-32UN-2B

1-32UN-2A

4.1m

m

4mm

5mm9m

m

4.5

1/4"format 1/3"format 1/2"format 2/3"format 1"format

3.6

2.73.6

4.86.6

9.525(mm)

6

4.8

8

6.4

10.991

8.8

15.875

12.70

15

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H ＝ C × F

f2

T1＝ H ＋ LL（H＋f）

T2＝ H － LL（H－f）

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.

F = F No.

H = hyper focal distance

f = focal length

L = object distance

(measured from image sensor)

T1 = near limit

T2 = far limit

C = circle of least confusion

Depth of field increases when:

*Focal length is shorter

*F-number is larger

*Object distance is longer

Depth of Field

The following values are reference

values given a resolution that is

about the same as VGA.

1/1” format = 0.04 mm

2/3” format = 0.03 mm

1/2” format = 0.02 mm

1/3” format = 0.015 mm

1/4” format = 0.011 mm

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.

fD

＝＝

Focal length effective diameter (Diameter of entrance pupil)

F number ＝ Df

F Number

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

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.

2nd principal point

1st principal pointFocal length

Focal point/Image sensorf

Focal Length

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www.ricoh-mv-security.eu

Am Kaiserkai 1, 20457 Hamburg Office: +49 (0)40 532 01 33 66Sales: +49 (0)40 532 01 33 66Fax: +49 (0)40 532 01 33 39Email: [email protected]

RICOH IMAGING DEUTSCHLAND GmbH

Industrial Optical Systems Division

Documents

SURVEILLANCE BUSINESS DEPARTMENT - EG … · SURVEILLANCE BUSINESS DEPARTMENT Product ... Our unique image processing technology reduces ... effects of wind on high CCTV masts creates