Driving the future

Transcription

Driving the future

Driving the future
2012
Robotic Camera Control Systems
Contents
04 Why Automate
06 About Vinten Radamec
08 Fusion Technology
and Innovation
10
11
12
13
14
15
16
17
18
19
20
02
Pan and Tilt Heads
Features & Benefits
Radamec 431
Autocam HS-102P
Autocam HS-105P
Autocam & Radamec NLD
Fusion FHR-100
Fusion FH-100
Fusion FHR-120
Radamec 435H
Autocam HS-2010 MED
Contents
22 Pedestals
23 Features & Benefits
24 Fusion FP-188
26
27
28
29
30
Height Drives
Features & Benefits
Fusion FBH-175
Fusion FPH-188
Autocam SE-500
32
33
34
35
36
38
39
40
41
Control Systems
Features & Benefits
Vinten Radamec HDVRC
Fusion FCS-16
Vinten Radamec LCS
CCU Control
Radamec BCP
Radamec SCP
Autocam Multicontroller II
42
43
44
45
46
47
48
49
50
52
Virtual Tracking
Features & Benefits
Vision 250E
Vector 430i
Vector 750i
Vector 950i
VRI Box
Vinten Radamec Quattro SE
Free-D
Virtual Reality Reference
Table
54 System Diagram
56 Virtual Reality System
Diagram
57 Fusion System Diagram
58 Service and Support
59 Index by Part Number
www.vintenradamec.com
Unrivalled expertise and versatility
in the broadcast market
Vinten Radamec is a leading provider of robotic camera
support systems with an extensive range including robotic
heads, pedestals and control systems suitable for a variety
of applications including studio, outside broadcast and
legislative broadcasts.
By combining continuous innovation and investment in R&D
with high precision manufacturing, Vinten Radamec has
become globally recognised as an industry leader and has
completed over 700 installations worldwide.
03
Why Automate?
Broadcast robotics are already providing cost effective solutions
in a wide range of applications from simple one or two camera studios
to complex networks utilising total robotic solutions for everything
from news broadcasts to live sports action.
The increased capabilities and creative
advantages of broadcast robotics
are ensuring its rising dominance
in studio camera support. More and
more broadcasters are taking the
decision to move into robotics to reap
the obvious benefits:
“We need to maximise our resources while
minimising manual operation of the
equipment – but at the same time, we insist
on providing our viewers with top quality
and exciting programming. Vinten Radamec
is helping us to achieve just that, especially
in the case of live sports broadcasts, which
demand fast and reliable operation. We have
found that Vinten Radamec Fusion robotic
systems are the best fit for all aspects of our
operation – from payload and effective
remote control to general ease of operation.”
Dominic Leung, Managing Director of
Television & Content, PCCW
04
Why Automate?
High quality, repeatable on-air
movement
Ability to position cameras
in inaccessible areas
Each shot is stored and executed precisely,
so directors and stations can maintain a
unique look for each show, preserving the
station or programme identity.
The camera can be placed in
inaccessible or remote locations to
provide interesting and unusual shots.
This provides access to areas of high
security or scenes where an operator
would otherwise disturb the subject.
“The Vinten [Radamec] solution is a
completely integrated package. We’ve been
waiting for this type of package for years.”
Paul Lacombe, President,
Brainstorm America
Dramatic reduction of production costs
Reduced complexity and increased
flexibility
The use of broadcast robotics guarantees
highly repeatable performance which
dramatically reduces production costs.
Automating camera positioning and
control releases operators to undertake
more creative and fulfilling work without
compromising production quality.
Overhead reductions are typically as
much as 50%, achieving payback on the
investment within three years or less.
The user interface is easy to use, and
operators are able to learn the necessary
skills within a few hours and can then
concentrate on achieving perfect framing
on every shot.
“We had no robotic experience; The operators
picked it up, and in a day and a half of training
they were using them. The control console is
very simple, easy to learn.”
Dusty Granberry, Director of Broadcast
Operations and Engineering, KEYE TV
05
About Vinten Radamec
Vinten Radamec is an industry authority and global market leader
in its field, creating broadcast robotics solutions which are equally
applicable to studio, outside broadcast and legislative environments with
a wide range including fixed heads and tracking pedestals and the flexibility
to control virtual reality productions and remote locations.
The Home of Industry Leading Brands
Autocam and Radamec
Fusion
Today
Vinten pioneered the use of broadcast
robotics with the development of
Microswift, the first four camera
robotics system designed for the
BBC in 1980. Then, with the acquisition
of US manufacturer TSM (Autocam) in
1993 and the well-respected company
Radamec Broadcast Robotics in 2003,
the Vinten Radamec brand was born.
The launch of the highly acclaimed
Fusion range in 2006 combined
innovative design with engineering
excellence to create state of the art
robotic heads, pedestals and control
systems, compatible with both the
Autocam and Radamec ranges.
By combining the team’s wealth
of expertise Vinten Radamec has
produced a solution that offers
backwards compatibility with future
proof technology – offering an ideal
solution for every broadcaster.
With a truly global customer support
network and distribution infrastructure,
and one of the most far-reaching
development programmes in the industry,
Vinten Radamec continues to grow
the number of broadcast robotics users
around the world and has over 700
installations worldwide.
“The Vinten Radamec robotics system
has been a great asset for our local
productions. The quality of service and
product are unmatched. ”
KSMQ president and CEO Marianne Potter
06
About Vinten Radamec
Industry Partnerships
Vinten Radamec is proud to have
formed strong partnerships with
leading manufacturers in its field
to ensure every customer receives
a comprehensive system that meets
the creative and business challenges
of the broadcast industry today.
Automation Playout Systems
Vinten Radamec systems can be
interfaced to any automated production
environment including news and virtual
studios, conference centres, parliaments
and legislative buildings. The Vinten
Radamec HDVRC control system
provides a highly responsive solution
through a single point of control which
interfaces with all the popular
automation systems including:
+ Grass Valley™ Ignite™
+ Ross Video OverDrive
+ Sony’s ELC
+ Snell-Kahuna
+ Pebblebeach
As it provides manual as well as
robotic control the HDVRC ensures
uninterrupted and continuous
performance should the automation fail.
This allows each studio to maintain
a single point of control for multiple
devices.
Unique Interfaces and Camera Control
Virtual Studio and Graphics Providers
Vinten Radamec’s Fusion pan and tilt
heads provide:
To ensure the delivery of complete
and fully functional VR solutions,
Vinten Radamec works closely with all
the leading VR providers including:
+ Direct drive of all broadcast quality
full servo digital lenses from Fujinon
and Canon.
The Vinten Radamec HDVRC Control
System also includes interfaces for
device such as the:
+
+
+
+
+
Brainstorm
Crystal Vision
Orad
rtSoftware
VizRT
+ Canon BU-45H and BU-50H
weatherproof heads
+ Telemetrics PT-LWP-S3 pan
and tilt camera
+ Telemetrics TeleGlide camera
track system
+ Innovision
07
Fusion Technology and Innovation
Vinten Radamec continually strives to advance the possibilities of
broadcast robotics.The combination of our unique design features
provides an excellence in both camera support and control, delivering
smooth and precise motion.
Targeting
Floor and Height Movement
Pan, Tilt, Zoom and Focus
+ Precise reference positioning across
a wide range of floor finishes - ensures
repeatability of movement
+ Robotic and manual capability flexibility for multi-purpose studios
+ Serial control of the lens drive operational flexibility, and automatic
configuration for direct drive of all
broadcast quality full servo digital
lenses from Fujinon and Canon
(a feature unique to Vinten Radamec)
+ Compact and unobtrusive L shaped
floor target - ideal for 360° set designs
where targets are clearly visible, or sets
where floor space is limited
+ Vinten Perfect Balance - smooth and
controllable camera balance
+ Differential wheel truck system maximises floor traction and
ensures unrivalled shot stability when
in motion
+ Vinten drag system – complete camera
control at any level of movement
+ Adjustable bumper sensitivity and
collision avoidance protection - safe
operation in busy studios
08
Fusion Technology and Innovation
Virtual Tracking
Control
+ Precision head processing module
and state-of-the-art encoders counting
one million positions per full revolution
– provide tracking and control of all
movements to ensure perfect image
synchronisation between real and
virtual elements
+ Touchscreen display – quick and
precise selection of shots, which can
be incorporated into timelines
simplifying complex programmes
All Vinten Radamec systems
are designed and manufactured
at the company’s state-of-the-art
facility in the UK, which is part of
The Vitec Group plc.
+ Multi site control - one operator and
multi-facility control of pedestals, heads
and elevation units
+ SD/HDI signals and graphics capture consistent with HD signals on other
broadcast equipment
09
Pan and Tilt Heads
11
12
13
14
15
16
17
18
19
20
10
Features & Benefits
Radamec 431
Autocam HS-102P
Autocam HS-105P
Autocam and Radamec NLD
Fusion FHR-100
Fusion FH-100
Fusion FHR-120
Radamec 435H
Autocam HS-2010 MED
Pan and Tilt Heads
Pan and Tilt Heads
The Vinten Radamec range of robotic and manual heads
has been designed to provide camera support solutions
for a variety of applications including studios, OB and
legislative broadcasts.
Pedestals
Providing responsive control, precise repeatability and smooth
broadcast quality movement Vinten Radamec range of robotic
and manual heads are compatible with all robotic and manual
studio pedestals and height drives.
Height Drives
Control Systems
Virtual Tracking
Reference
11
Radamec 431
Remote Pan and Tilt Head
Up to 15 kg (33 lbs)
Technical Specification
Part Number
Head Dimensions:
Height
Width
Length
Weight
Maximum Payload
Pan Range
Maximum Speed
- Pan/Tilt
Minimum Speed
- Pan/Tilt
Repeatability
Fixing Details
431-No PSU
195 mm / 7.69 "
160 mm / 6.29 "
170 mm / 6.69 "
6 kg / 13.2 lbs
15 kg / 33 lbs
355˚
Configurable up to 60°/ sec
0.1° / second
3 mins of arc
4 x M6 equally spaced
on 84 mm diameter
on 3.3 " diameter
Available
Tripod Adaptor
Power Requirement +24 / 0 / -24 Volts DC / 200
Watts (from PSU)
600 shots / 99 Link sequences
Memory Capacity
Communications
4 ports, RS422 via PSU
32 pin connector, power and
Control Input
data signals
2 x 10 pin connectors to RBS
Lens Control
Outputs
zoom and focus drives or
the digital lens drive
The Radamec 431 pan and tilt
head supports camera and lens
packages up to 15 kg (33 lbs)
and is designed to give high
performance in situations where
the pan and tilt head should be
as unobtrusive as possible.
Agile performance and precise repeatability
are combined with the ability to perform slow,
smooth,movements during on-air conditions.
The head has been installed in many
parliaments, legislatures and television
studios around the world.
12
Pan and Tilt Heads
To simplify system installation the 431 head
contains an internal control unit which is
mounted on the inside of the head cover for
easy access. This interfaces to the control
panel through the power supply and controls
shot storage, movement profiling and power
for movements of pan, tilt, zoom and focus.
The head can be mounted on to standard
tripods or can be inverted for wall or
ceiling mounting.
Key Features and Benefits
+ 15 kg (33 lbs) payload
+ Compact size
+ Simple system configuration
+ Agile performance and precise
repeatability
+ Ceiling, wall or tripod mounting
+ Unobtrusive operation
+ Low noise during movement
+ Can be controlled by the Vinten
Radamec Control System
Autocam HS-102P
Technical Specification HS-102P
VR
Option
Pan and Tilt Heads
Up to 16 kg (35.3 lbs)
AM-HS-102P
AM-HS-102PE
AM-HS-102-IT
AM-HS-102-ITE
225 mm / 8.9 ”
371 mm / 14.6 ”
161.8 mm / 6.4 ”
7.7 kg / 17 lbs
16 kg / 35.3 lbs
359°
±179°
60 Arcseconds
180° / second
60° / second
Pedestals
Part Number
HS-102 PE
HS-102 IT
HS-102 ITE
Height
Width
Depth
Weight
Payload
Angular Range (pan)
Angular Range (tilt)
Accuracy
(Pan & Tilt)
Angular
Acceleration
Angular Velocity
(Max)
Angular Velocity
(Min)
Power Supply
Requirement
Power Supply
Consumption
(Peak)
0.01° / second
100-240 VAC / 50-60 Hz
150W
Height Drives
Autocam HS-102IT
For virtual studios there are factory fitted
solutions available, providing real time digital
electronic positioning of pan, tilt, zoom and
focus to external graphic computers in the
head described here.
+ Genuine broadcast quality movement,
reliability and durability
+ Inverted mounting for suspended
cameras
+ May be used with the native lens
drive for Autocam heads for direct
lens servo control
+ Can all be controlled by the Vinten
Virtual Tracking
The extremely rigid mechanical design and
high precision servo technology ensures the
head provides broadcast quality smooth
movement at all times, while still achieving
outstanding acceleration working seamlessly
with the Vinten Radamec Control System.
Autocam HS-102PE
The head is also available in a weatherproof
version, which will operate over an extended
temperature range of -4°F to 122°F / -20˚C
to +50˚C.
Control Systems
The Autocam HS-102P is a
small profile versatile remote
pan and tilt head that can be
wall mounted, hung from a
ceiling suspension bracket, or
used with a tripod or pedestal.
It delivers high speed and
accuracy in very tight spaces.
Reference
13
Autocam HS-105P
VR
Option
Part Number
HS-105 P
HS-105 PE
HS-105 IT
HS-105 ITE
Height
Width
Depth
Weight
Payload
Angular Range (pan)
Accuracy
(Pan & Tilt)
Angular
Acceleration
Angular Velocity
(Max)
Angular Velocity
(Min)
Power Supply
Requirement
Power Supply
Consumption
(Peak)
The Autocam HS-105P is
designed specifically for use
with ENG size camera and lens
configurations with a 34 kg
(75 lbs) capacity.
The fast acceleration and angular velocity of
the HS-105P lends itself to a variety of applications
outside the studio environment, including
parliamentary, or conference coverage.
14
Pan and Tilt Heads
AM-HS-105P
V4058-0001
AM-HS-105-IT
AM-HS-105-ITE
437 mm / 17.2 ”
367 mm / 14.4 ”
178 mm / 7 ”
17.2 kg / 38 lbs
34 kg / 75 lbs
359°
359° capable
±30° typical
90 Arcseconds
180° / second
180° / second
0.01° / second
100-240 VAC / 50-60 Hz
500W
Autocam HS-105PE
The head is also available in a weatherproof
version, which will operate over an extended
temperature range of -4°F to 122°F / -20˚C
to +50˚C.
Autocam HS-105IT
focus to external graphic computers in the
head described here.
+ Can be mounted or inverted for
+ Genuine broadcast quality movement,
reliability and durability
ceiling suspension
+ All may be used with the native lens
lens servo control
Compatible with full servo broadcast Canon and Fujinon lenses
Part Number
Depends on head/lens
configuration. Please contact
your local Vinten Radamec
team for details
Suitable for operation with current full servo
broadcast Canon and Fujinon lenses
Pan and Tilt Heads
Autocam and Radamec NLD
Native Lens Drives
Pedestals
Height Drives
+ Fitted without lens bracket or any
manual re-calibration
+ Easy to interchange lenses
+ Easy to maintain lenses
The Native Lens Drives communicate
intelligently with the lens software, and enable
operators to change lenses quickly and simply.
Lens calibration for zoom and focus control
starts automatically at power up and takes less
than a second for serial control or 40 seconds
for analogue control. No further manual
intervention is required.
Virtual Tracking
Native Lens Drive technology is incorporated into
the design of all new Fusion range heads. The
Vinten Radamec range of Native Lens Drives has
been designed to support existing customers
with Autocam and Radamec pan and tilt heads.
Incorporating A&C Ltd’s video lens control
system, the Autocam and Radamec NLDs
provide analogue and digital lens drive outputs
for the control of modern full servo Superbox
and ENG lenses through plug-in cables rather
than a fitted lens bracket. The cables can be
unplugged easily if the camera is required for
use elsewhere, and then reconnected in
seconds back in the studio.
Control Systems
Vinten Radamec Native Lens
Drives recognise different lenses
and communicate intelligently to
the lens software, which in turn
allows easy interchangeability
of lenses and provides much
greater freedom in the choice
of lens and location.
The Autocam Native Lens Drive (AM NLD) is
backwards compatible with all Autocam heads.
The two Radamec Native Lens Drives (431-ND
and mHCU NLD) are compatible with the
Radamec 431 and all Radamec heads with
mini head control unit.
Reference
15
Fusion FHR-100
Robotic only Head
Part Number
Height
Width
Length
Weight
Maximum Payload
Pan Range
Maximum Speed
- Pan/Tilt
Minimum Speed
- Pan/Tilt
Repeatability
Fixing Details
Tripod Adaptor
Integral Power
Supply Unit
Maximum Power
Peak
Power
Lens Control
Outputs
The Fusion FHR-100 Robotic
only head from Vinten Radamec
has been designed for use as
a standalone device or for
seamless integration with the
pedestal FP-188, integral height
drive FPH-188 and the Bolt on
Height Drive FBH-175, where
manual capability is not likely
to be required.
The head contains its own power supply unit,
allowing for mains to be taken into the head,
either from the pedestal, or directly from the
studio supply.
The head is compatible with the Vinten Radamec
Control System, and the Vinten Radamec Fusion
Pedestal FP-188, the Integral Height Drive and
the Fusion Bolt on Height Drive FBH-175.
V4088-0001
500 mm / 19.7 "
220 mm / 8.7 "
390 mm / 15.4 "
20 kg / 44 lbs
55 kg / 121 lbs
359˚
60°/ sec
0.1° / second
3 mins of arc
on 84 mm diameter
on 3.3 " diameter
Available
Autoranging 110-240V AC
50/60 Hz
200 Watts
EIC Type A connector
Direct to Canon or Fujinon
Digital Full Servo lenses via
9 pin connector to lens
manufacturer standard
+ The most affordable broadcast quality
on shot movement head
and Canon
+ Additional mounting points for
preview monitors to further improve
on shot performance
The head has been developed by retaining
the drive chain and electronic components
from the FH-100 Fusion Head, by removing
the manual drag and clutch mechanisms,
allowing for a lighter head.
The straightforward robust mechanical design
and electronics provide a low cost, flexible and
accurate head, with head positioning repeatability
of 180 Arcseconds. The integral lens drive has
automatic configuration for directly driving any
full servo digital Canon or Fujinon broadcast lens,
further increasing the operational flexibility,
16
Pan and Tilt Heads
Fusion FH-100
Robotic and Manual Head
VR
Option
V3979-0001
V4078-0003
520 mm / 20.4 "
225 mm / 8.9 "
404 mm / 15.9 "
24.5 kg / 49 lbs
55 kg / 121 lbs
359˚
Mechanical clutch, driven
return to robotic
Lubricated Film as per
Vector 70
60°/ sec
0.1° / second
Pedestals
Tripod Adaptor
Integral Power
Supply Unit
Maximum Power
Peak
Power
Lens Control
Outputs
Pan and Tilt Heads
Part Number
FH-100 VR Upgrade
Part Number
Height
Width
Length
Weight
Maximum Payload
Pan Range
Manual to Robotic
Changeover
Manual Drag
System
Maximum Speed
- Pan/Tilt
Minimum Speed
- Pan/Tilt
Fixing Details
on 84 mm diameter
on 3.3 " diameter
Available
50/60 Hz
Height Drives
200 Watts
EIC Type A connector
Encoder Resolution
Pan:
819,200 counts per 360˚
Tilt:
819,200 counts per 360˚
The Fusion head has a 55kg payload, and can
be used in either manual or robotic mode.
studio supply.
The data cabling is standard IT category 6.
The head is compatible with the Vinten Radamec
Control System.
+ The only on shot performing manual
and robotic pan and tilt head available
in the market
and Canon
preview monitors to further improve
on shot performance
+ VR Upgrade available - VR data
output in both robotic and manual
modes
With a simple clutching mechanism the FH-100
Fusion Head regains robotic control by remotely
driving the mechanical clutch.
Virtual Tracking
Continuing the manual and robotic capabilities
of the Vinten Radamec range, the Fusion head
utilises the award winning LF drag system used
in the Vector 90 providing familiar drag
performance for manual operators.
The integral lens drive has automatic configuration
for directly driving any full servo digital Canon or
Fujinon broadcast lens, increasing the operational
flexibility further.
Control Systems
The Fusion FH-100 from Vinten
Radamec has been designed for
use as a standalone device or for
seamless integration with the
Fusion FP-188 robotic pedestal.
The straightforward robust mechanical design and
leading edge electronics development provide the
perfect combination for a high performance head,
both in flexibility and in accuracy.
Reference
17
Fusion FHR-120
Robotic only Head
NEW
VR
Option
The Fusion FHR-120 Robotic
Only Head from Vinten Radamec
has been designed for use as
a standalone device or for
seamless integration with
Fusion Robotic and Manual
Pedestals and the Bolt on
Height Drive FBH-175 where
manual capability is not likely
to be required.
The Fusion head has a 55 kg (121 lbs) payload.
Pan and Tilt Heads
The straightforward robust mechanical design and
leading edge electronics development provide the
perfect combination for a high performance head,
both in flexibility and in accuracy, with head
positioning repeatability better than 100 Arcseconds.
+ The most affordable broadcast quality
The integral lens drive has automatic configuration
for directly driving any full servo digital Canon or
Fujinon broadcast lens, increasing the operational
flexibility further.
+ Direct drive of all broadcast quality full
studio supply.
The FHR-120 is compatible with all Vinten
Radamec Control Systems and Fusion
Pedestals and available as the FHR-120VR for
VR applications, combined with the Fusion
Head Processing Module (HPM). The HPM
communicates directly to high Resolution
encoders in the head via an expansion port.
This 2D tracking solution can be combined
with the FP-188 VR pedestal for full 3D virtual
reality tracking.
18
Part Number
FHR-120
V4030-0003
V4036-0001
FHR-120VR
FHR-120VR Upgrade V4078-0001
500 mm / 19.7 ”
Height
Width
220 mm / 8.7 ”
390 mm / 15.4 ”
Length
21 kg / 46.2 lbs
Weight
Maximum Payload 55 kg / 121 lbs
359°
Pan Range
Maximum Speed
60°/ second
- Pan/Tilt
Minimum Speed
0.1˚ / second
- Pan/Tilt
Repeatability
3 mins of arc
Fixing Details
on 84mm / 3.3 " diameter
Available
Tripod Adaptor
Integral
Power Supply Unit 50/60 Hz
Maximum Power
200 Watts
- Peak
Power
IEC Type A connector
Lens Control
Outputs
Encoder Resolution
Pan:
2,360,000 counts per 360°
2,357,280 counts per 180°
Tilt:
on shot movement head
+ VR enabled with additional processing
module
servo digital lenses from Fujinon and
Canon
+ Contains its own power supply unit
(autoranging 110-240V AC 50/60 Hz),
allowing for mains to be taken into the
head, either from the pedestal,
or directly from the studio supply
preview monitors
Radamec 435H
Pan and Tilt Head
435H-S-No PSU
355°
±40°
60°/ second - configurable
0.1˚ / second
3 mins of arc
70 kg / 154 lbs
38 kg / 83 lbs
43⁄8”x 16 Dia U.N.C. studs
equi-spaced on 111.12 mm /
4.375 ” PC Dia
Figures relate to both pan and tilt functions unless
otherwise specified
Pan and Tilt Heads
Part Number
Mechanical Travel
- Pan
Mechanical Travel
- Tilt
Maximum Speed
Minimum Speed
Repeatability
Maximum Payload
Weight of Head
Fixing Details
Pedestals
Height Drives
The electro-mechanical design ensures
responsive control, precise repeatability and
smooth broadcast quality movement. The
435H head has a unique system of electronic
clutches enabling it to be converted to full
manual control by just a simple flick of a
switch. Adjustable fluid damping is provided
as standard for both the pan and tilt axes to
provide a traditional feel when used manually.
When returning to remote operation they both
retain current position.
+ Instantly switchable manual control
+ Adjustable fluid damping
+ Inverted mounting for suspended
cameras
+ VR - upgradable in the field
+ Broadcast quality movements in
both manual and remote modes
+ Can be controlled by the VRC
Virtual Tracking
The head provides a four bolt base fixing
and easily mount onto all types of studio
pedestals. The head can be inverted for
installations requiring suspended cameras
and track systems.
Control Systems
The Radamec 435H pan and
tilt head is designed to
support cameras, lenses
and teleprompters. The 435H
has a 70 kg (154 lbs) payload.
control panel
Reference
19
Autocam HS-2010 MED
Pan and Tilt Head
VR
Option
The Autocam HS-2010MED
includes an electronic drag
system in the pan and tilt axes,
providing smooth continuously
variable drag over a wide range.
20
Pan and Tilt Heads
HS-2010 IT
focus to external graphic computers in each
of the heads described here.
Part Number
HS-2010 MED
HS-2010R IT
Height
Width
Depth
Weight
Payload
Angular Range (pan)
Accuracy
(Pan & Tilt)
Angular
Acceleration
Angular Velocity
(Max)
Angular Velocity
(Min)
Power Supply
Requirement
Power Supply
Consumption (Peak)
AM-HS-2010MED
AM-HS-2010R-IT
444 mm / 17.5 ”
508 mm / 20 ”
241 mm / 9 ”
41 kg / 90 lbs
90 kg / 199 lbs
359°
±45° typical
90 Arcseconds
120° / second
60° / second
0.01° / second
100-240 VAC / 50-60 Hz
250W
+ Genuine broadcast quality movement
+ Range caters for all known broadcast
camera configurations
+ May be used with the native lens
lens servo control
Pan and Tilt Heads
Pedestals
Height Drives
Control Systems
The Fusion FH-100 Robotic and Manual Head in use at Sky Italia.
Virtual Tracking
Reference
21
Pedestals
23 Features & Benefits
24 Fusion FP-188
22
Pedestals
Pan and Tilt Heads
Installed in many major facilities throughout the USA,
Europe and Asia Vinten Radamec's range of robotic
pedestals are designed to effortlessly move a full
studio camera configuration including prompters, and
ensure shot repeatability and smooth execution of
complex camera shots.
Pedestals
Height Drives
Control Systems
Virtual Tracking
Reference
23
Fusion FP-188 NEW
Robotic and Manual Pedestal
Part Number
FP-188
FP-188VR
Height Range
VR
Option
On Shot Stroke
Doorway Tracking
Width
Steering Ring
Diameter
Maximum Floor
Speed
Minimum Floor
Speed
Maximum Height
Speed (On Shot)
Manual Operation
Power Consumption
Peak
Power Input
Max Payload
Repeatability
X&Y=
Z=
X&Y=
V3952-0003
V4049-0003
660 mm - 1430 mm
26 ” - 56 ”
770 mm / 30 ”
800 mm / 32 ”
635 mm / 25 ” *
300 mm / 12 ” / second
25 mm / 1 ” / second
150 mm / 6 ” / second
Yes
750W
Auto ranging 110-240V AC
50/60 Hz
85 kg / 187 lbs
+/- 100mm
+/- 5mm
+/- 1.5°
(after triangle test pattern)
Degrees of freedom 3, X,Y,Z Degrees of freedom
additional to pedestal but
included in D1 serial packet:
P, T, Z & F
(X,Y,Z) = +/- <1mm
Resolution
*Smaller ring available please contact us
The NEW Fusion FP-188
Robotic and Manual Pedestal
is the latest in the acclaimed
range of Fusion pedestals from
Vinten Radamec.
The FP-188 is capable of recognizing a new,
compact ‘L’ shaped floor target that offers
more precise reference positioning across
a wider range of floor finishes. This floor target
can also be incorporated into the floor design.
The unit’s generous payload of 85 kg /187 lbs
is capable of supporting an expanded
camera/prompter package including the
talent-facing vanity monitor often attached
to the head during HD production. New
differential wheel trucks maximise floor
traction to enhance Vinten Radamec’s already
unmatched shot stability performance.
The quality of performance in manual or
robotic mode allows a studio to be used as
either fully robotic or fully manual, without
compromising the operator’s familiarity with
Vinten’s manual pedestals or the Radamec
or Autocam robotic user interfaces.
24
Pan and Tilt Heads
The fully continuous steering capability is
delivered through the column found on the
Quartz pedestal in the Vinten manual studio
range, allowing studio pedestal operators to
be instantly familiar with the operating
benefits of Perfect Balance.
With all the on shot characteristics you would
expect, this robotic pedestal has a maximum
height velocity of 150mm (6”) per second,
and a maximum floor speed of 300mm (12”)
per second.
The electronic units are housed in easy access
modules in the base of the pedestal, allowing
board and full pack swap out.
The FP-188 is compatible with all Vinten
Radamec Control Systems and Fusion Heads.
To create a fully robotic 3D virtual reality
tracking solution, the FP-188 is also available
as the FP-188 VR equipped with replacement
control and power boxes, which establishes
communication to the Fusion Head Processing
Module (HPM) fitted to the FHR-120 VR
or FH-100 VR.
+ New differential wheel trucks
maximise floor traction to maintain
unmatched shot stability performance
+ Adjustable bumper sensitivity
+ Compact ‘L’ shaped floor targeting that
offers more precise reference
positioning across a wider range of
floor finishes
+ Switchable robotic or manual
mode - flexible system perfect for
multifunctional studios
+ Perfect Balance and full manual
studio pedestal stability and
performance
+ VR and height only options available
Pan and Tilt Heads
Pedestals
Height Drives
Control Systems
Virtual Tracking
Reference
The Fusion FP-188 Robotic and Manual Pedestal in use at Sky Italia.
25
Height Drives
27
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29
30
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Features & Benefits
Fusion FBH-175
Fusion FPH-188
Autocam SE-500
Height Drives
Pedestals
The unique Fusion FBH-175 Bolt on Height Drive provides
robotic control of most lightweight Vinten and Sachtler
manual pedestals without compromising the manual function
of the pedestal. This combination provides an effective robotic
camera support system able to deliver the best in high quality
programming at an affordable price. It also allows for future
scalability with the option to add other robotic systems in line
with changing customer needs.
Pan and Tilt Heads
The Vinten Radamec range of height drive solutions
provide the added dimension of pedestal height control
to static robotic camera installations.
Height Drives
Control Systems
Virtual Tracking
Reference
27
Fusion FBH-175
Bolt on Height Drive
V4031-0001
Part Number
Compatible with the
following Pedestals Osprey Elite, Osprey Plus
(single stage), Sachtler
Combi Pedestal and
Quartz Two
Maximum Height
900 mm / 35.4 ”
Travel
6.75 kg / 14.9 lbs
Weight
Maximum ‘On Shot’ 800 mm / 31.5 “
Stroke
Maximum Height
150 mm / 6 “ / second
Speed (On Shot)
Minimum Height
10 mm / 0.4 “ / second
Speed (On Shot)
Manual Operation Yes
Disconnect
Power Consumption 170W
- Peak
Integral Power
Supply Unit
50/60 Hz
The Fusion FBH-175 Bolt on
Height Drive is designed for use
with the manual pedestals from
Vinten and Sachtler which do not
have a fully skirted base, such
as the Vinten Osprey Elite,
the Sachtler Combi Pedestal
and the Quartz Two.
The height drive has a maximum payload
of 80 kg (176 lbs), and is designed to support
the Vinten Radamec Fusion robotic heads
and today's portable cameras, lenses
and prompters.
Combining the bolt on height drive with the
NEW Fusion Robotic Only head, the FHR-120,
creates a very affordable high performance
robotics solution using the best lightweight
manual pedestals available from Vinten
and Sachtler.
The smooth movement produced by the
height drive matches the performance
of the pedestal under full manual control,
enabling on shot movement as well as
high speed repositioning.
28
Height Drives
+ Significantly increases flexibility
of studio applications at a very
affordable price
+ Provides genuine broadcast quality
on shot height movement to match
the performance of the head
+ Works seamlessly with the Fusion
pan and tilt heads
+ Controlled by the Vinten Radamec
Control System
Part Number
Maximum Height
Travel
‘On Shot’ Stroke
Doorway Tracking
Width
Steering Ring
Diameter
Maximum Height
Speed (On Shot)
Weight
Maximum Payload
Manual Operation
Power Consumption
- Peak
Integral Power
Supply Unit
Pan and Tilt Heads
Fusion FPH-188
Integral Height Drive Pedestal
V3952-0003
900 mm / 35.4 ”
765 mm / 30 “
780 mm / 31 “
635 mm / 25 “
150 mm / 6 “ / second
130 kg / 286.6 lbs
85 kg / 187 lbs
Yes
500W
50/60 Hz
Pedestals
Height Drives
The electronics are housed in easy access
modules in the base of the pedestal, allowing
board and full pack swap out.
The FPH-188 may also be upgraded to a fully
robotic pedestal, the FP-188, through the local
Vinten Radamec service centre.
The pedestal is compatible with all Vinten
Radamec heads and control systems.
+ Payload and pricing to meet the
needs of modern camera
configurations
+ Full genuine broadcast quality on
shot movement capability
+ Vinten performance in manual mode
+ Upgradeable to a full XY pedestal at
local service centre
+ Compatible with the Vinten Radamec
Control System
The fully continuous steering capability is
delivered through the column found on the
Quartz in the Vinten manual studio range,
allowing studio pedestal operators to be
instantly familiar with the operating benefits
of perfect balance.
Virtual Tracking
The pedestal is a full manually operated
pedestal with an integrated height drive.
With all the on shot characteristics you
would expect the fully integral height drive
pedestal has a maximum height velocity of
6" (150mm) per second.
Control Systems
The Vinten Radamec Fusion
FPH-188 Integral Height Drive
Pedestal has a maximum
payload of 85 kg (187 lbs),
designed to support the Vinten
Radamec Fusion robotic heads
and today’s cameras, lenses and
prompters.
The pedestal stroke range is 30" (765mm),
with full crab and steering capability in
manual control.
Reference
29
Autocam SE-500
Servo Elevation Unit
Part Number
SE-500 with
HS-102 Head
SE-500 with
HS-105 Head
Weight
Height Range
- Minimum
Height Range
- Maximum
Stroke Range
Transit Doorway
Width
Maximum Payload
Maximum Velocity
The Autocam SE-500 is
designed for use with the
Autocam HS-102P and
HS-105P pan and tilt heads
controlled from the Vinten
Radamec Control System,
providing a cost effective
means of increasing
studio flexibility.
30
Height Drives
The SE-500 allows the quick and easy
positioning of the camera height to be achieved
from the control desk and allows stored height
positions to be recalled with pan, tilt, zoom
and focus as required. Camera height (and
subsequently lens height) may be adjusted
through a 39 cm / 15.5” range allowing
“eye-line" to be maintained for differing
presenter or subject heights.
The SE-500’s small footprint makes this an
ideal pedestal for smaller compact studios,
allowing three or four of these systems to be
positioned close together. Positional stability
is maintained through rigid mechanical
construction and lockable castors to minimize
lateral movement. Repositioning is made
easy by the addition of a steering ring.
AM-SE-500-102
AM-SE-500-105
33 kg / 72 lbs
890 mm / 35 ”
1283 mm / 50.5 ”
390 mm / 15.4 “
680 mm / 27 “
45 kg / 100 lbs
25 mm / 1 “ / second
+ Ideal for cost effective camera height
repositioning
+ Small footprint is ideal for tight
studio spaces
+ Can be used with the Vinten
Radamec Control System with the
Autocam HS-102 or HS-105 heads
Pan and Tilt Heads
Pedestals
Height Drives
Control Systems
Virtual Tracking
Reference
The Fusion FBH-175 Bolt on Height Drive in use at Sky Italia.
31
Control Systems
33
34
35
36
38
39
40
41
32
Features & Benefits
Fusion FCS-16
Vinten Radamec LCS
CCU Control
Radamec BCP
Radamec SCP
Control Systems
Pan and Tilt Heads
All axes of camera and lens movement can be created,
stored and recalled via touchscreen and/or table top
control devices.
The Vinten Radamec range of control systems allows the
operator to achieve a multitude of moves, creating perfect
shots on multiple cameras that can be both stored and
recalled with ease.
Pedestals
Vinten Radamec control systems are available with a range
of user interfaces, including manual control panels and
touch screens.
Height Drives
Control Systems
Virtual Tracking
Reference
33
Control System
Part Number
V4063-0001
No. of Controlled Devices
Up to 32 devices
Per Operator
Per Studio
More than 32 devices
per EPI
No. of Controllers 8
per Network
No. of Shots stored 64,000
TFT touchscreen, VRC
Input Devices
Control Panel, Automation
interface
Signal inputs
Composite, SD/HD – 1080i,
(HDVRC only)
SDI – 720p
VRC Panel Options
+ With/without CCU
+ Single and dual joystick control
All have GPI0 functionality and option to have the
focus control on the right or left of the panel
The Vinten Radamec HDVRC
Control System is an easy to
use, easy to configure control
solution that provides multi-user,
multi-facility control of pedestals,
heads and elevation units.
The HDVRC Control system is an easy to use,
easy to configure control solution that provides
your production flexibility.
The network architecture incorporates
most of the Radamec and Autocam control
systems features to provide multi-user,
multi-facility control of robotic pedestals,
heads and elevation units.
Microsoft Windows™ and real time OS
technology provide the Vinten Radamec system
with enhanced operational features that
ensure compatibility with all current and many
products from either the former Radamec or
Autocam ranges as well as all of the new
products from Vinten Radamec.
34
Control Systems
Utilising flexible Ethernet network architecture,
the Windows based touchscreen user interface
allows a single controller to be configured to
control multiple devices within the same
logic sub-network. If remote control is
required, a dedicated network communication
channel is needed with appropriate traffic
policies enabled.
Multiple controllers can be added to
the VRC network allowing operational
flexibility. Operators can control any studios’
cameras, from any control room (subject
to permission).
System interconnection is via industry standard
TCP/IP, RS232 and RS422 protocols.
The Vinten Radamec Control System allows
us to grow with you. It enables you to purchase
equipment to suit current needs secure in the
knowledge that the system is the heart of all
future systems from Vinten Radamec,
ensuring your system can be fully supported,
upgraded with software or compatible with
the new range of developments planned in
the near future.
+ Controls Radamec, Autocam and the
new Vinten Radamec products
+ Shot storage of all axes in easy onetouch operation
+ Creation of picture based running
orders
+ Storage of programmable fade times
+ Long term disc storage of shots
and pictures
+ Sequence mode allowing shots to be
moved through in a single continuous
movement
+ Uses external switcher
+ Video loop through
+ Supports SD/SDI and HD video signals
and graphics capture consistent with HD
signals on other broadcast equipment
+ Automation interface option
+ Optional CCU control
Fusion FCS-16
Control System
Pan and Tilt Heads
No. of Controlled Devices
Part Number
V4035-0001
FCS-16
FCS-16 + CCU
V4035-0002
Up to 16 devices
Per Operator
Per Studio
More than 32 devices
per EPI
No. of Controllers 8
per Network
No. of Shots stored 64,000
Built-in 10.4” colour
Touchscreen
Optional
CCU:
Pedestals
Height Drives
The Fusion FCS-16 Control System can be
teamed directly with all companion Fusion
range products. Combining the system with
the Fusion FHR-120 Robotic only Head and the
Fusion FBH-175 Bolt on Height Drive is one
way to create a cost effective robotic camera
support solution able to deliver the best in
creative, high quality programming.
+ Shot storage of all axes in an easy
touch operation
+ Optional programmable fade times
+ Easily networked with Vinten
Radamec HDVRC
+ Windows based 10.4” touchscreen
+ Multi-user, multi-facility control of
robotic devices
The Fusion FCS-16 delivers a unique range
of benefits – offering high end operational
performance at a very affordable price.
Reference
The Fusion FCS-16 has also been designed
for backward compatibility with Radamec
and Autocam robotic equipment. This enables
broadcasters to upgrade robotics on a gradual,
extremely cost-effective basis without having
to change an entire system in a single
capital outlay.
The user interface is a Windows based 10.4”
touchscreen that allows a single controller
to be configured to control up to 16 cameras
and/or full x-y pedestals from any number
of locations - the operator can be in the next
room or on the other side of the world.
Multiple controllers can be added to the
network allowing further operational flexibility.
Operators can control any studios’ cameras,
from any control room (subject to permission).
Virtual Tracking
Offering the enhanced functionality associated
with the new Fusion range, the Fusion FCS-16
Control System has been designed as a
compact solution that requires only similar
space as its closest predecessor, the Shot
Control Panel from Radamec.
The control system’s network architecture
incorporates most of the Radamec and
Autocam control systems features, offering
multi-user, multi-facility control of robotic
pedestals, heads and elevation units. Microsoft
Windows™ and real time OS technology
provide the Fusion FCS-16 with enhanced
operational features that ensure compatibility
with many products from the former Radamec
and Autocam ranges in addition to all of the
new Fusion products from Vinten Radamec.
Control Systems
The Fusion FCS-16 is a new
concept in control systems and
the first ever to offer full robotic
control for up to 16 cameras,
via a built-in touch screen.
35
Vinten Radamec LCS
Legislative Control System
The Vinten Radamec Legislative
Control System (LCS) provides
multi-user, multi-facility control
of cameras, CCU controls and
robotics devices, ensuring
rapid, accurate shot acquisition
required to televise parliamentary
and legislative procedures.
The system is configured for a single control
system and can be expanded to multiple control
stations with multiple cameras, providing shot
acquisition through joystick panel and
touchscreen control. The LCS also provides
interface links to additional facilities such as
data tablet operation, touch screen systems,
microphone systems, character generators
and vision switchers.
The flexible and intuitive user interface is based
on Windows XP, and the Graphics User Interface
(GUI) provides the operator with up to date
information on the available functions and status
of the system, and each seat in the software
seating plan is associated with multiple cameras,
each with multiple shot capabilities. The operator
assigns and prioritises a series of shot types
36
Control Systems
against each seat (or target) which is then
recalled through touchscreen control. The system
calculates the best quality shot available and pan
and tilt heads associated to these shots will
automatically move into position.
This intelligent system can also be used in
manual or automated mode, to ensure the best
available camera shot is taken to preview or
switched to air. In manual mode the operator
selects and controls single or multiple cameras
via the external device, using the standard preset
shot available. In automated mode, the standard
cue table offers a priority camera selection on
each pre-saved shot.
Shot selection can also be controlled via an
external trigger such as a microphone switcher.
When a particular microphone is activated it can
be used as a trigger for shot recall, from which
the LCS calculates the camera shot type required
and sends the shot to preview. This enables rapid
shot selection which in turn allows the operator
to concentrate on trimming the on-air cameras.
PC Ethernet controlled 22”
touchscreen, Windows
operating system
Microphone, VCG, Vision
Interfaces
switcher Serial/Ethernet Tally
(preview & Tally)
Back up
Optional
Unlimited
Presets
No. of Cameras
Multiple, based on
configuration
User Interface
Touchscreen, data tablet
Mini Joystick Panel - Multiple camera control
camera control joystick panel
- Custom/user favourite button
set up
- CCU control (optional)
- Serial or ethernet controlled
- Target selection
Hardware
+ Multi-user, multi-facility control of
cameras, CCU controls and robotic
devices
+ Modular, adaptable design for
continuous upgrading of existing
systems from small joystick panels
through to 22”
+ Flexible and intuitive user interface
+ Simple and flexible touchscreen
operation
+ Manual or automated shot selection
+ External trigger control
The LCS system can also be a drop in
replacement to the existing DOS controlled
systems, controlling existing heads via an
Ethernet protocol interface supplied by Vinten
Radamec, without any requirement to change
remote heads, wiring or cameras.
Legislative System Diagram
Pan and Tilt Heads
Vinten Radamec
Mini Joystick Panel
Preview Monitor
Touchscreen
Pedestals
Power Supply
Touchscreen
VGA
Height Drives
Vinten Radamec
Legislative Control System
Ethernet Hub
Ethernet
Tally-14
Control Systems
Video Router
EPI
Autocam
HS-102
Power Supply
Expandable to 32 devices
Autocam
HS-102
Power Supply
Autocam
HS-102
Power Supply
Autocam
HS-102
Power Supply
Autocam
HS-102
Power Supply
Autocam
HS-102P
Head
Autocam
HS-102P
Head
Autocam
HS-102P
Head
Autocam
HS-102P
Head
Autocam
HS-102P
Head
Reference
Autocam
HS-102
Power Supply
Autocam
HS-102P
Head
Virtual Tracking
EPI
Rocket
Port
Autocam
HS-102
Power Supply
Autocam
HS-102P
Head
37
Vinten Radamec CCU
Camera Control Unit
The Vinten Radamec CCU is an
enhancement to the existing
VRC control system to adjust
the CCU or scene settings for
specific cameras.
Camera control functions are typically
controlled remotely via the camera
manufacturers’ CCU unit which is independent
from the robotics. However, Vinten Radamec
has added robotics and CCU functionality
to its HDVRC control system to enable single
operator control of both these functions.
This maintains both the quality and
consistency of the pictures.
VRC CCU Interface
V4079-0001 – single channel
V4079-0003 – 3 channel
V4079-0005 – 5 channel
V4079-0002 – additional board
Please contact Vinten Radamec for a list of cameras
+ Camera control of up to 5 cameras in
one unit
+ Dual power supplies
+ Field upgradable to add channels
+ 2 methods of connection
Each unit has an interface to the camera
which can be serial or Ethernet, dependent
on the required inputs of the camera.
38
Control Systems
Pan and Tilt Heads
Radamec BCP
Basic Control Panel
Pedestals
Height Drives
The three axis joystick controls pan, tilt and
zoom and is proportional, which means that
the speed of movement is increased as the
joystick is deflected. The BCP automatically
compensates the response of the joystick
according to the current zoom angle of the
lens. A separate rotary encoder controls focus.
This facility allows slow and smooth movements
to be made during On-Air conditions.
+ Simple control of up to eight cameras
+ On-Air quality movement
+ 12 shot positions per head
+ On-Air camera indication
+ 19in x 3U desk or rack mountable
+ Runs up to 4 control stations
+ Controls any device with a miniHCU,
including height drive and the
Radamec 431
170-518-0001
170-518-0002
39
Reference
Part Number
BCP (Single Joystick Control)
BCP (Dual Joystick Control)
Virtual Tracking
A rotary slide allows the operator to select the
speed of transition between shots. The BCP
is compatible with the complete range of
Radamec pan and tilt heads. A dual joystick
version is available where height drive control
is required.
Control Systems
The Basic Control Panel (BCP)
is capable of controlling up
to eight pan and tilt heads and
provides storage and recall
of 12 shot positions per head.
The panel accepts external
switcher inputs in order to
provide an On-Air indicator for
each head.
Radamec SCP
Shot Control Panel
This Shot Control Panel (SCP)
can control up to 8 Radamec pan
and tilt heads and is designed for
ease of operation during complex
programming schedules.
The Shot Control Panel is equipped with
a high-resolution, menu-driven and a touch screen display to enable system operation
and provide status messaging. Incorporating
a wide viewing angle and a logical panel layout,
the result is an intuitive, simple to operate,
remote camera system.
The 19in x 4U low-profile panel enables control
of pan, tilt, and zoom via a single three-axis
joystick. This control is proportional to the
joystick deflection and the panel automatically
compensates for current zoom angle of the
lens. A separate rotary encoder controls focus.
The SCP incorporates a numeric keypad which
allows the operator to program and recall up
to 600 shots per camera by its uniquely
assigned shot number.
+ Intuitive touch control interface (320x240
LCD)
+ Smooth on-air movement
+ 600 shot per camera storage and
recall facility
+ Pre-programmable fade times for each shot
+ Fade times dynamically adjustable
via manual fade bar
+ User friendly prompt messages and status
reporting
+ Continuous or manual mode
+ Can be used with cue computer and data
tablet system
+ Can accept external switcher inputs
‘on air’ etc (as BCP)
+ Numeric keypad for easy short storage
and recall
+ Can control any head with a miniHCU as
well as the 431
Part Number
40
Control Systems
170-502-0001D5
Pan and Tilt Heads
Compact Control System
Pedestals
Height Drives
This economical and compact controller recalls
shots and repositions to a selected camera
location in a smooth and coordinated movement
with all axes arriving at the same time. Shot
transition speed is determined by the operator.
A three-function proportional rate joystick
gives smooth manual positioning of the head.
Pan and tilt rates are contoured with the level
of joystick movement determining the speed
of camera motion. Rotation of the joystick
controls the zoom, while a separate rotary
knob controls the focus.
+ Straightforward operation allows
+ Reliable and flexible control for
multi camera applications
instinctive control
+ Operational performance at an
affordable price
Virtual Tracking
Reference
Part Number
Control Systems
The Multicontroller II can control
up to six pan and tilt heads from
the Autocam range, storing up to
100 head and lens positions for
each camera at any one time, a
total of 600 in all pre shot sets.
AM-MULTICNTR-II
41
Virtual Tracking
43
44
45
46
47
48
49
50
52
42
Features & Benefits
Vision 250E
Vector 430i
Vector 750i
Vector 950i
VRI Box
Free-D
Virtual Reality Reference Table
Virtual Tracking
Pan and Tilt Heads
The unique combination of manual and robotic products
in the Vinten Radamec’s Virtual Reality tracking range
provides both 2D and 3D solutions for every application
from sports coverage to virtual studios.
Pedestals
The new Fusion FP-188VR robotic pedestal feeds precision
tracking data in real time to virtual studio applications which
render the virtual studio graphics. The tracking data includes
X/Y positioning and height data as well as the pan, tilt, zoom
and focus parameters, allowing completely free movement
of the camera within the studio space and offering maximum
production flexibility. The integrated solution offers an
unmatched return on investment: a single operator is
required to operate all cameras and the same physical
space can be utilised for multiple productions.
Height Drives
Control Systems
Virtual Tracking
Reference
43
Vision 250E
Encoded Manual Head
The Vision 250E combines
a manually operated pan and
tilt head with optical encoders,
to provide precise real time
digital electronic positioning
of pan and tilt.
The Vision 250E tracking head provides the
most complete link between an operator’s
desired performance from a pan and tilt
head and the accuracy demanded for
virtual applications.
In addition the 250E retains the features
of the Vision 250 such as the exceptional
TF drag system, illuminated level bubble and
back lit drag knobs and counterbalance
positional display.
Vision 250IT
The Vision 250IT uses the Vision 250E,
but includes an encoder capture board which
provides positional data to the virtual set
computer via a switchable RS-232 or RS-422
port, this is compatible with most virtual
studio systems currently in use.
Part Number
Vision 250E
Vision 250IT
Vision 250IT
Height
Length
Width
Weight
Tilt Range
Capacity Range
Pan Resolution
Tilt Resolution
Encoder Power
Requirements
3793-3
3792-3C (Canon)
3792-3F (Fujinon)
184 mm / 7.2 ”
160 mm / 6.3 ”
300 mm / 11.8 “
7.25 kg / 16 lbs
±90°
10 - 33 kg / 22 - 73 lbs
802,560 counts per 360°
307,200 counts per 180°
5 volts dc ± 10%
+ Precise, real time digital electronic
positioning of pan and tilt
+ Exceptional TF Drag system
+ Illuminated level bubble and back lit
drag knobs
+ Counterbalance positional display
The 250E is based on the award winning Vision
250 pan and tilt head, which uses a unique
twin spring balancing mechanism, to provide
infinitely adjustable perfect balance throughout
the tilt range.
Providing encoders to the Vision 250 head
enables genuine high-end production
capability for more budget sensitive needs
such as webcasting, small studio productions
and other on-location applications.
44
Virtual Tracking
Vision 430i NEW
Encoded Manual Head
VR
Option
Pan and Tilt Heads
Up to 43 kg (94.8 lbs)
Pedestals
Part Number (Head only) V4089-0001
Height
200 mm / 7.9 ”
200 mm / 7.9 ”
Length
285 mm / 11.2 “
Width
Weight
12.1 kg / 26.7 lbs
*including wedge adaptor
& pan bar
10 - 43 kg / 22 - 94.8 lbs
Capacity Range
Tilt Range
@ 37 kg / 86.1 lbs: ±90°
@ 43 kg / 94.8 lbs: ±40°
1,480,000 counts per 360°
Pan Resolution
1,480,000 counts per 360°
Tilt Resolution
Encoder Power
5 volts dc ± 10%
Requirements
Platform Adjustment +5.5 to -12.5 cm / +2.2 to -4.9 “
Single telescopic
Pan Bar:
EFP Quickfit Automatic
Camera Fixing:
Adaptor [3761-3]
Illuminated
Levelling Bubble
Drag Knobs
Backlit and calibrated
Fully variable with digital readout
Counterbalance
Base fixing
4 bolt flat with Quickfix
groove
Height Drives
The encoded pan and tilt head incorporates
a new Intelligence Module allowing semi
automatic set-up and slide plate tracking.
When combined with the Vinten Radamec
VRI box this provides precise real-time digital
electronic positioning of pan and tilt to allow
graphics to be placed perfectly into the live
environment. The positional information is
also displayed on a graphical user interface
for ease of set up and calibration.
These features, combined with the
functionality of the innovative Vector 430,
make the Vector 430i an ideal choice for
EFP camera set-ups where virtual reality
is required – now or in the future.
positioning of pan and tilt
+ Small, lightweight and high capacity
+ Robust, durable construction and
extensive operational temperature
range
+ New ergonomic balance adjuster
+ Illuminated controls for low-light
situations
+ TF Drag
Virtual Tracking
The new counterbalance system at the core
of the Vector 430 has been designed with
performance and convenience at the forefront.
Its physical size is compact and lightweight
make it simple to rig, convenient to transport
and equally suited to studio and field
environments.
Control Systems
The new Vector 430i features
manually operated pan and tilt
head functionality from Vinten
and high resolution optical
encoders to provide precise
positional data for virtual and
augmented reality applications
in outside broadcast and
studio environments.
Reference
The precise counterbalance and large capacity
range means that any camera configuration
from a lightweight EFP combination right up
to a mini box lens setup will balance perfectly,
enabling complete control of the framing in
any situation.
45
Vector 750i NEW
Encoded Manual Head
Up to 75 kg (165.3 lbs)
VR
Option
Part Number
Height
Length
Width
Weight
Capacity Range
Tilt Range
Pan Resolution
Tilt Resolution
V4080-0001
255 mm / 10 ”
355 mm / 14 ”
350 mm / 13.5 “
17.9 kg / 39.5 lbs
(including wedge adaptor
& pan bar)
75 kg / 165.3 lbs
@ 75 kg / 165.3 lbs: ±52°
1.8 million counts per
360 degrees
1.6 million counts per
360 degrees
5V dc ±10%
Encoder Power
Requirements
Platform Adjustment +5.5 to -12.5 cm / +2.2 to -4.9 “
Single telescopic
Pan Bar:
Camera Fixing:
Wedge adaptor
Levelling Bubble
Illuminated
Drag Knobs
Backlit and calibrated
Fully variable with digital readout
Counterbalance
4 bolt flat with Quickfix
Base fixing
groove
The new Vector 750i is the first
encoded pantographic head
from Vinten, providing the perfect
solution for virtual reality in both
studio and outside broadcast for
operators who love the feel of
the Vector 750.
46
Virtual Tracking
The pan and tilt head incorporates a new
Intelligence Module allowing semi automatic
set-up, slide plate tracking and kinematic
compensation. When the Vector 750i is
combined with the Vinten Radamec VRI box
these features provide the most precise
positioning data possible from a pantographic
head, to ensure stable and accurate placement
of virtual graphics into the live environment.
The Vector 750i maintains all of the market
leading functionality of the Vector 750, making
this pan and tilt head an ideal choice for large
camera combinations where virtual reality is
required – now or in the future.
+ The market leading Vector 750 with
virtual reality capability
+ Unprecedented positional accuracy for
an encoded pantographic head
+ Unique slide plate and balance
mechanism position measurement for
mid-broadcast camera adjustments
Part Number
Height
Length
Width
Weight
Tilt Range
Capacity Range
Pan Resolution
Tilt Resolution
Encoder Power
Requirements
V4056-0001
248 mm / 9.7 ”
225 mm / 8.8 ”
342 mm / 13.5 “
16.7 kg / 36.8 lbs
60 kg / 132 lbs payload to ±90°
120 kg / 264 lbspayload to ±60°
16 - 120 kg / 35 - 264 lbs
1,800,000 per 360°
1,800,000 per 360°
5V dc ±10%
Pan and Tilt Heads
Vector 950i
Encoded Manual Head
Pedestals
Height Drives
The Vector 950i has been specifically designed
to meet the exacting demands of camera
operators working in virtual production with full
facility studio and OB cameras, offering a high
level of control with many unique features.
The Vector 950i is fitted with very high quality
rotary optical incremental encoders in both
the pan and tilt axis, and are accessed via
a connector at the front of the head. Power to
the encoders is 5V dc at 200mA maximum.
+ Precise, real-time digital electronic
positioning of pan & tilt
+ TF drag offers enhanced control
+ Counterbalance readout for repeatable
camera set up
Control Systems
The Vector 950i combines the
award winning manually
operated Vector 950 pan and tilt
head with optical encoders to
provide precise real-time digital
electronic positioning.
Virtual Tracking
Reference
47
VRI Box
Virtual Reality Interface
Part Number
Power In
Power Out
Fixing
I/O
Accessories
The VRI Virtual Reality
Interface box utilises the full
functionality of the Vector 430i,
750i and 950i pan and tilt
heads as well as working with
the “E” series encoded heads
from Vinten Radamec in virtual
reality applications.
48
Virtual Tracking
The VRI box processes the positional data from
the head encoders (and auxiliary instruments
in the “i” series heads) and also offers a direct
interface to lenses with encoder outputs (or bolt
on lens encoders) to provide a single data
stream to the graphics rendering system.
The VRI can be configured to work the head
mounted to a fixed mount (tripod, post etc) or
to the Quattro SE tracking pedestal for full
6 axis tracking.
V4083-0001
110-250v AC or 9-28v DC, 80W
12v DC @ 1A / 24v DC @ 1A
Std Vinten accessory mount
bars, 25, 50, 75 or 100mm
centres
Genlock ( 1 in, 2 out)
Devicelink.i (for i series
Vinten heads)
Quadrature Heads (for E
series heads)
Lens encoders (Quadrature)
GUI (For laptop set-up and
Pendant control, options
for PDA)
Jib (Quadrature input for
elevation and azimuth on
selected jibs)
USB
Ethernet X 2 (for connectivity to
Quattro SE and maintenance)
Vinten Inclinometer for perfect
placement of OB graphics.
V4083-0003
PDA based GUI (for set-up and
control) V4014-0002
+ Enables the use of the Vector 430i, 750i
and 950i in virtual reality applications
+ Can be reconfigured with Quattro
software to give X, Y, Z axis VR
movement
Each VRI Box is supplied with mounting
brackets, GUI, and head interface cable and
be re-configured with the Quattro software to
give X, Y, Z axis VR movement, as required.
Part Number
Pan and Tilt Heads
Encoded Manual Pedestal
V3851-0001 *
V3851-0002 **
1498 mm / 58.9 ”
498 mm / 19.6 ”
136.35 kg / 300.6 lbs
Pedestals
Maximum Height
Minimum Height
Weight (Without
Trim Weights)
1000 mm / 39.4 “
On Shot Stroke
Transit Doorway Width
74.5 cm / 29.3 “
(With Small
Steering Ring)
(With Large
82 cm / 32.3 “
Steering Ring)
Ground Clearance 20 mm / 0.78 “
Single Point Action
Cable Guards
Repeatability
X & Y +/- 70mm +/- 1°
(triangle move)
Degrees of Freedom 4 X, Y, Z & Base Orientation
- Pedestal only
Degrees of Freedom 4 (P, T, Z, and F)
- additional to
pedestal, but
included in serial
protocol output
Resolution (X, Y, Z) ±<1mm
± 0.02°
Resolution
(Orientation)
Position Protocol
Available on request
for VR system
Height Drives
* Americas, EMEA & Asia
** Japan
Building on the award winning Quattro S,
the SE variant maintains all of the benefits of the
ergonomically assisted lifting column, the small
doorway width, and the on shot performance
of any Vinten pedestal.
In keeping with Vinten Radamec’s aim to simplify
virtual tracking solutions, the output from the
pedestal is integrated with the Vision 250E,
Vector 430i, Vector 750i and Vector 950i head and
lens position feedback into a single data channel
to the rendering system of a virtual software
image generator.
To provide the tracking solution, high quality
precision encoders have been integrated into
the wheels and column. Also included is one
electronics module, and base processor which
deliver the accurate position data for all axes.
This combination with the head information
provides precise real time digital electronic
positioning over the floor and in elevation.
+ Best in class manual capability
positioning of floor and height
movement
+ PDA user interface simplifies set up in
the virtual studio and provides
positional feedback and calibration data
Virtual Tracking
The homing procedure has been simplified
further for ease of operation, with flexibility
on the direction and angle of approach, and
a fast targeting option. A cable management
system is incorporated into the pedestal, to
prevent the cable being caught or tangled
during repositioning.
The combination of simplified homing and
set up procedures, precise digital electronic
positioning and on shot performance ensure
that the Quattro SE is an ideal solution for
virtual studios around the world.
Reference
A PDA is included to provide the configuration and
operator’s user interface, significantly simplifying
the set up in the virtual studio. This is delivered
through the latest calibration routines, head set
up and optical axis offset input, whilst also
providing the operator with enhanced functionality
such as quick homing, and virtual set trimming.
Control Systems
The Quattro SE is a lightweight
and compact manually operated
pedestal with built in encoders,
making it perfect for today’s
virtual studios.
49
Free-D
3D Camera Tracking System
8 axes of motion tracking
All virtual studio systems must
know the precise position
and orientation of each studio
camera in order to render a
virtual set from exactly the right
viewpoint. Free-D is a unique
camera tracking system that
uses an advanced image
analysis technique to measure
the position of a camera.
As the system does not require
any physical mechanical
sensors, the camera can be
used on traditional pedestals,
operated handheld or mounted
on a crane.
The Free-D system, uses a number of passive
coded targets placed in the studio lighting
grid. The targets are constantly illuminated
and viewed by a small CCD camera mounted
on the studio cameras. Each target is uniquely
identified by a circular bar code and the use
50
Virtual Tracking
of narrow band LEDs and retro-reflective
material ensures a sufficient number remain
visible under normal studio lighting conditions.
The image from the tracking camera is
processed by a Free-D unit to calculate the
exact position and orientation of the studio
camera. This is done by real time analysis
of the image to identify each target. Knowing
the physical location of the targets, Free-D
calculates the position of the camera to a very
high accuracy. The zoom and focus axes are
monitored by high resolution optical sensors
mounted on the lens. This data is combined
with the video from the small camera CCD
as ancillary data.
The Free-D processor then calculates the
Pan, Tilt, Roll, X, Y, Height, Zoom and Focus
parameters to accurately pin-point the
studio camera position.
The complete data package is transmitted
via a high speed serial data link to the 3D VR
system. The protocol for this link is based on
the Vinten Radamec Serial Position Interface
protocol already supported by 3D virtual
studio system suppliers.
Operations and Advantages
+ Measurement of the camera position
to better than 1mm and orientation
to 0.010˚ ensuring precise matching
of the real and virtual worlds
+ Operation with a wide variety of
camera supports including manual
pedestals, cranes and even hand
held cameras
+ Consistent smooth tracking even
when moving between real and virtual
areas in a studio
+ No in-vision pattern interfering with
the chroma-key process, enabling
shadow and reflection effects to be
more easily created
+ No need for any additional sensing
mechanisms to achieve consistent
360˚ tracking
+ Unrestricted movement of multiple
cameras even in large studios,
including full 360˚ pans
+ No restriction on depth of field of the
studio lens, allowing normal lens
aperture and studio lighting conditions
+ Virtual character insertion
+ Film set pre-visualisation via
video-assist
+ 8 axes of motion tracking
+ Unlimited number of cameras
+ Multiple studios
+ Minimal daily set-up
+ Passive target infrastructure
Principle Features
+ Pedestal, crane or handheld
operation
+ Compatible with large, small and
tall studios
+ Position resolution 1mm, orientation
0.010
+ Introduces only 1 frame of delay
+ Unrestricted movement of multiple
cameras 360˚
Pan and Tilt Heads
Pedestals
Height Drives
Control Systems
Virtual Tracking
The Vinten Radamec Quattro SE manual encoded pedestal in use at Ball State University.
Reference
51
Virtual Reality
Reference Table
Product
Pan Counts / 360°
Tilt Counts / 360°
Height Resolution
Vision 250E Encoded Manual Head
641,280
638,030
-
Vector 430i Encoded Manual Head
1,480,000*
1,480,000*
-
1,800,000*
1,600,000*
-
1,800,000*
1,800,000*
-
Fusion FHR-120VR Robotic only Head
1,800,000*
1,800,000*
-
Fusion FH-100VR Robotic and Manual Head
819,200*
819,200*
-
Autocam HS-102 IT Pan and Tilt Head
1,040,384
1,040,384
-
479,625
479,625
-
2,097,152
2,097,152
-
Vinten Radamec Quattro SE Encoded Manual Pedestal
1mm
Fusion FP-188VR Robotic and Manual Pedestal
1mm
Free-D 3D Camera Tracking System
Equivalent >36,000
Equivalent >36,000
1mm
* These heads feature encoders which can be simply upgraded to higher counts if necessary.
◊ After 4 circuits of 6m x 4m triangle.
Colour shading indicates compatibility.
All heads supplied with four bolt fixing for compatibility with manual products.
52
Virtual Reality Reference Table
Pan and Tilt Heads
Floor Accuracy
Lens Feedback
Manual
P
P
-
Direct/Bolt on
P
-
Direct/Bolt on
P
-
Direct/Bolt on
-
Direct/Bolt on
-
Direct/Bolt on
P
-
Direct/Bolt on
P
-
Direct/Bolt on
P
P
P
Bolt on encoders
P
3D Tracking
Device capable of reporting floor position in relation to a fixed point
(a home or target) in X and Y coordinates, and height from the floor to top
platform (Z axis). Devices can be paired with a 2D tracking product to give
full freedom to move the camera within the virtual studio. The colour bands
above highlight compatibility between 2D and 3D products.
Control Systems
2D Tracking
Device capable of reporting pan and tilt, and lens zoom and focus positions.
In simple 2D tracking applications these devices are mounted on a static
tripod or post. These devices can also be mounted on moveable supports
including pedestals labelled “3D Tracking” above.
P
Height Drives
P
< +/-100mm & +/- 1 degree ◊
< 10mm
P
3D
Tracking
< +/-70mm & +/- 1 degree ◊
P
P
Pedestals
Direct/Bolt on
Direct/Bolt on
2D2D
Tracking
Tracking
-
Robotic
Virtual Tracking
Reference
53
Control Systems
System Diagram
Autocam
Multicontroller
II
Autocam
Series 200
Supports SD/SDI & HD
Page 34
Page 41
Autocam
HS-102P
16 kg / 35.3 lbs
Page 13 *×
Autocam
HS-105P
34 kg / 75 lbs
Page 14 *×
Autocam
HS-102IT
16 kg / 35.3lbs
Page 13 *×
Autocam
HS-2010 MED
Fusion
FHR-100
90 kg / 199 lbs
Page 20 *
55 kg / 121 lbs
Page 16 **
Fusion
FHR-120
55 kg / 121 lbs
Page 17 **
55 kg / 121 lbs
Page 18 **
Autocam
HS-105IT
Autocam
HS-2010IT
Fusion
FH-100VR
Fusion
FHR-120VR
34 kg / 75 lbs
Page 14 *×
90 kg / 199 lbs
Page 19 *
55 kg / 121 lbs
Page 17 **
55 kg / 121 lbs
Page 18 **
Fusion
FBH-175
Fusion
FPH-145
Fusion
FPH-188
45 kg / 100 lbs
Page 30
80 kg / 176 lbs
Page 28
85 kg / 187 lbs
85 kg / 187 lbs
Page 29
Fusion
FP-188
145 kg / 320 lbs
85 kg / 187 lbs
Page 24
Virtual Reality
Pedestals
Autocam
SP-2000
Fusion
FP-188VR
85 kg / 187 lbs
Page 24
Weights listed are maximum payloads
54
Fusion
FH-100
Autocam
SE500
Pedestals
Height Drives
Virtual Reality
Heads
Heads
EPI
System Diagram
Key: * Native lens drive optional × Weatherproof version available ** Lens drive integrated
Radamec
SCP
Page 39
Page 40
Radamec
431
Radamec
435H
15 kg / 33 lbs
Page 12 *
70 kg / 154 lbs
Page 19 *
Pan and Tilt Heads
Radamec
BCP
Control Systems
Fusion FCS-16
Compact Control System
Page 35
Pedestals
EPI
Vector 950i
33 kg / 73 lbs
Page 44
43 kg / 95 lbs
Page 45
75 kg / 165 lbs
Page 46
120 kg / 264 lbs
Page 47
Free-D
System
Page 50
Radamec
436VR
50 kg / 110 lbs
*
Page 50
Reference
Free-D
System
Virtual Reality
Pedestals
Quattro SE
85 kg / 187 lbs
Page 49
Virtual Tracking
130 kg/ 287 lbs
Pedestals
Radamec
RP2a
Control Systems
100 kg / 220 lbs
Height Drives
Radamec
UniPED
Height Drives
Vision 750i
Virtual Reality
Heads
Vision 430i
Heads
Vision 250E
55
Mixer
Return
Video
Router
In/Loop
SDI 1/2
Comp 1/2
Ref/Loop
GPI/Delay
Remote
Cam 1
FG 1
Cam 2
FG 2
PGM 1
PGM 1
PGM 2 I O
4
N U
5
5
T
6
6
7
7
8
8
Ref
RS232
Two Camera 3D Virtual Studio
Camera return from
video switcher
Video
Delay Unit
In/Loop
SDI 1/2
Comp 1/2
Ref/Loop
GPI/Delay
Video
Delay
Unit
Remote
Return
In/Loop
Return
amera return from
video switcher
Camera 1
BB
ref
BB
Return
ref
Camera return from
FHR-120VR
video switcher
RS-232
REF
RS-422
In/Loop
Cam 2
SDI 1/2
Comp 1/2
PGM 1
Comp 1/2
Ref/Loop
PGM 2
Ref/Loop
GPI/Delay
SDI 5
Live Video Sources from
Remote House Router GPI/Delay
SDI 6
Remote
BB 7
Return
ref 8
BB
ref
FHR-120VR
RS-232
RS-422
Video Data
Tracking
Delay Unit
REF
FP-188VR
D1 Packet
In/Loop
SDI 1/2
Comp 1/2
Camera return from
FP-188VR
video switcher
amera return from
video switcher
BB
Return
ref
Return
Vector 950i
FP-188VR
RS-232
REF
RS-422
Camera
return from
Vector
950i
video switcher
RS-232
REF
Ref/Loop
VR
Software
GPI/Delay
Remote
GPI
KVM
LAN
Return
House Router
RS-422
BB
ref
Camera 2
BB
ref
Video
Delay Unit
Cam 1
Vector 950i
RS-232
REF
RS-422
Tracking Data
D1 Packet
Video Ref
Delay Unit
In/Loop
SDI 1/2
Comp 1/2
Ref/Loop
GPI/Delay
Remote
RS-422
Cam 1
Cam 2
PGM 1
PGM 2
5
6
7
8
Ref
RS-232
GPI/Delay
Video
Remote
Delay Unit
RS-422
D1 Packet
VR
Software
VR
Software
Quattro SE
KVM
Tracking Data
D1 Packet
GPI
Quattro SE
Cam 1
Cam 2
Video
PGM 1
Router
PGM 2
FG 1 5
FG 2 6
PGM 1 7
Chroma
Key1
4 Cam
8
I O Generator
N U
5 Cam
2
Ref
T
FG/Loop
6 PGM 1
BG/Loop
7 PGM 2
8Matte5
FG+BG
RS232
6
Matt Out
7
Ref/Loop
8
Remote
Ref
In/Loop
SDI 1/2
Comp 1/2
CG-Render
Ref/Loop
Engine
CG-Render SDI
FillGPI/DelayHouse Router
Engine SDI
Key Remote
BB
Fill
SD1
ref
Video In 1
Key
SD1
SDI
Video In 2
Video In 1
BB
Data
House Router
Sync TrackingSDI
Video In 2
ref
BB
Audio D1 Packet
Sync
ref
SDI
KVM
LAN
Audio
Live Video Sources from SRC-8111
SDI
RS-422 RS-232
House Router
KVM
LAN
Tally Box
Tracking Data
Quattro SE
PGM
Preview
1
2
A
3
U
4
X
5
-
I
N
Ref
RS232
Video
Router
In/Loop
SDI 1/2
FHR-120VR
RS-232
REF
RS-422
FG/Loop
BG/Loop
Matte
FG+BG
Matt Out
Ref/Loop
Remote
Video
Delay Unit
VideoSDI 1/2
Router
Comp 1/2
FG 1
Ref/Loop
CG-Render
FG 2
GPI/Delay
Engine
Video
PGM 1
ORemote
Delay Unit
I Fill
4
U
NKey In/Loop
T Video5
Video In 1
SDI 1/2
Unit
Delay
6
Video In 2
Comp 1/2
7
SyncIn/Loop
Ref/Loop
8
1/2
SDI
Audio
GPI/Delay
RS232
1/2
Comp
KVM
LAN
Remote
Ref/Loop
1
2
3
4
5
6
7
-
Chroma Key
Generator
Virtual Reality System Diagram
232
422
232
422
Video
Delay Unit
RS-232 BB
ref
FG 1
FG 2
PGM 1
4
I O
N U
5
T
Video 6
Router 7
FG
81
SRC-8111
FG
RS232
Tally
Box2
PGM 1
4
I O
N U
5
T
6
7
8
RS232
Vis
Chroma Key M
Generator
1
Vision
Mixer
1
PGM
2
Preview
3
4
ChromaAKey 1
I
Generator
2
5
U
N
FG/Loop
X
3
tally signals 4
BG/Loop
63 x camera
Matte
5
FG+BG
Matt Out
Ref Ref/Loop RS232
Remote
7
-
CG-Render
Engine
Button Box
Fill
Key
Camera
Video
In 1Cut
Video In 2
Sync
CG-Render
Audio
SRC-8111
Tally Box
SRC-8111
Tally Box
Engine
KVM
LAN
RS-422FillRS-232
3 x camera tally signals
Key
Key
SDI
Video In 1
3 x camera tally signals
Component/Analogue
Video In 2
Genlock
Sync
Ethernet
Audio
KVM
LAN
RS-422
RS-232
SRC-8111
Tally Box
Button Box
RS232/RS422
KVM
Camera Cut
Control
Button Box
Audio
LAN
Camera Cut
GPI
KVM
FG/Loop
2
BG/Loop
3
Matte 4
FG+BG5
I
Matt Out6 N
Chroma
Key
Ref/Loop
7
Generator
RemoteFG/LoopBG/LoopRef
Matte
FG+BG
Matt Out
Ref/Loop
Remote
Button Box
LAN
VR
Software
Ke
Camera Cut
GPI
KVM
LAN
Button Box
Key
SDI
Component/Analog
Camera Cut
VR Software
Genlock
Ke
Ethernet
GP1
RS232/RS422
KVM
LAN
KVM
Control
Audio
Key:
SDI
Component/Analogue
Genlock
Ethernet
56
Virtual Reality System Diagram
RS232/RS422
KVM
Control
Audio
Pan and Tilt Heads
Fusion System Diagram
Mouse
Serial
US
In/Out
Se
Serial
US
Keyboard
Serial
Touchscreen
USB
In/Out
Serial
Serial
USB/RJ45
Serial
Serial
Serial
USB/RJ45
Serial
Serial
USB
USB
In/Out
In/Out
Serial
Serial
Serial
Serial
USB/RJ45 USB/RJ45
USB/RJ45
Tally-14-VRC
FHR-120
or
FH-100
Serial
In/Out
16Power
port
USB
EthernetSerial
Hub
FHR-120
USB
In/Out
Serial
Serial
USB/RJ45
Serial
USB
Serial
RJ45/Serial
In/Out
Serial
Serial
USB/RJ45
EPI Serial Interface
USB
Power
RJ45/Serial
Serial
FHR-120FHR-120
FHR-120
FHR-120
or
or
FH-100 FH-100
FHR-120
or Serial
Power
PowerFH-100
Serial
3574-3C
RJ45/Serial
FH
FHR-120
RJ45/SerialRJ45/Serial
FHR-120
Osprey
Elite
Single Fusion
Interface
FHR
USB
Power
USB
USB
Rocket Port
V4050-0002
Lens Control
Changeover
FP-188
Osprey
Elite
Osprey
Elite
FH-100 + FP-188
FH-100 + FP-188
FH-100 Osprey
Elite
Osprey
Elite
3574-3C
Osprey Elite
FHR-120
FHR-120
Serial
3574-3C
Osprey Elite
FHR-120
or
FH-100
FHR-120
FH-100
Camera 1
FP-188
FHR-120
FHR-120
FHR-120
FHR-120
or
FH-100
To Radamec
andUSB
Autocam
Serial
USB
and pedastals
In/Out
Serial
FHR-120heads
RJ45/Serial
or Serial
USB/RJ45
USB
FH-100 Serial Serial
USB
Power
In/Out
Serial
Serial
Power
RJ45/S
Serial
RJ45/Serial
USB/RJ45
Osprey
Elite
V4030-0003
FHR-120
V4030-0003 or V3979-0001
FHR-120 or FH-100
Osprey
Elite
Osprey
Elite
Osprey
Elite
USB
Virtual Tracking
Camera 2
3574-3C
Osprey Elite
Power
Control Systems
FHR-120
3574-3C
Osprey Elite
FHR-120FHR-120
USB
FHR-120
or
FH-100
FHR-120
FHR-120
Serial
USB/RJ45
Serial
Dual Fusion Interface
3574-3C
3574-3C
Osprey
Osprey Elite
Osprey Elite
Elite
Serial
Serial
Serial
3574-3C
Osprey Elite
USB
In/Out
HD-VRC-CSI
FHR-120
FHR-120
Serial
Height Drives
H-100 + FP-188 3574-3C
FH-100
Osprey Elite
USB
In/Out
Operator Panel
Pedestals
FCS-16
V4031-001
FBH-175
FP-188
3574-3C
Osprey Elite
3574-3C
Osprey Elite
FHR-120
FHR-120
FHR-120
FHR-120
FHR-120
or
FH-100
FHR-120
or
FH-100
Power
Power
Reference
Osprey
Elite
Osprey
Elite
57
Service and Support
Vinten Radamec designs and manufactures high quality broadcast
robotic equipment and aims to provide an equally high level of
support to ensure customers achieve the maximum benefit.
We offer dedicated local support Warranty and Support Contracts Vinten Radamec’s range of
Warranty and Support Contracts is
A Warranty and Support Contract tailored to meet customer needs.
+ A global distribution network
allows Vinten Radamec to use the
of dedicated dealers and
Benefits include:
range of technical talent at its
distributors
+ Guaranteed response times
disposal to provide a rapid,
+ Guaranteed spares deliveries
responsive and effective means
+ A team of highly trained
customer service personnel and of resolving operational problems, + Free preventative maintenance
visits
systems engineers based in the whenever and however often they
+
Free software upgrades
occur. In addition, the Contract can
US, Europe and Asia
+ Discounts on training
provide for periodic checks on
+ Discounts on manual product
+ Warranty and support contracts systems for the prediction of, and
support contracts
protection against, the future
designed to protect customer
occurrence of these problems,
investments
Please discuss specific
ensuring extended periods of
requirements with your local
trouble free operation.
Vinten Radamec team.
58
System and Support
Index
Part Number
Product Name
170-502-0001D5
170-518-0001
170-518-0002
3792-3C
3792-3F
3793-3
431-No PSU
435H-S-No PSU
AM-HS-102-IT
AM-HS-102-ITE
AM-HS-102P
AM-HS-102PE
AM-HS-105-IT
AM-HS-105-ITE
AM-HS-105P
AM-HS-2010MED
AM-HS-2010R-IT
AM-MULTICNTR-II
AM-SE-500-105
AM-SE-500-102
Radamec SCP
Radamec BCP (Single Joystick Control)
Radamec BCP (Dual Joystick Control)
Vision 250IT (Canon)
Vision 250IT (Fujinon)
Vision 250E
Radamec 431
Radamec 435H
Autocam HS-102 IT
Autocam HS-102 ITE
Autocam HS-102 P
Autocam HS-102 PE
Autocam HS-105 IT
Autocam HS-105 ITE
Autocam HS-105 P
Autocam HS-2010 MED
Autocam HS-2010R IT
Autocam SE-500 with HS-105 Head
Autocam SE-500 with HS-102 Head
Page Number
40
39
39
44
44
44
12
19
13
13
13
13
14
14
14
20
20
41
30
30
Part Number
Product Name
Page Number
V3851-0001
V3851-0002
V3952-0003
V4089-0001
V4088-0001
V3979-0001
V4030-0003
V4031-0001
V4035-0001
V4035-0002
V4036-0001
V4049-0003
V3952-0003
V4056-0001
V4058-0001
V4063-0001
V4080-0001
V4079-0001
V4079-0003
V4079-0005
V4079-0002
V4083-0001
Quattro SE (Japan)
Quattro SE (Americas, EMEA and Asia)
Fusion FP-188
Vector 430i (Head only)
Fusion FHR-100
Fusion FH-100
Fusion FHR-120
Fusion FBH-175
Fusion FCS-16
Fusion FCS-16 + CCU
Fusion FHR-120 VR
Fusion FP-188 VR
Fusion FPH-188
Vector 950i
Autocam HS-105 PE
Vector 750i
CCU Control - single channel
CCU Control - 3 channel
CCU Control - 5 channel
CCU Control - additional board
VRI Box
49
49
24
45
16
17
18
28
35
35
18
24
29
47
14
34
46
38
38
38
38
48
59
Sales Offices
CHINA
The Vitec Group plc China
Rm 706, Tower B,
Derun Building,
A No.3 YongAn Dongli,
Jianwai Ave.,Chaoyang District,
Beijing, P.R. China 100022
t +86 10 8528 8748
f +86 10 8528 8749
e [email protected]
FRANCE
Vitec Videocom
171, Avenue des Grésillons
92635 GENNEVILLIERS Cedex
France
t +33 820 821 336
f +33 825 826 181
e [email protected]
GERMANY
Vitec Videocom GmBH
Gebäude 16
Planiger Straße 34
55543 Bad Kreuznach
Germany
t +49 671 / 483 43 30
f +49 671 / 483 43 50
e [email protected]
Vitec Videocom GmBH
Erfurter Straße 16
85386 Eching
Germany
t +49 89 / 321 58 200
f +49 89 / 321 58 227
e [email protected]
JAPAN
Vinten Japan KK
P.A. Bldg. 5F
3-12-6 Aobadai
Meguro-ku Tokyo 153-0042
Japan
t +81 3 5456 4155
f +81 3 5456 4156
e [email protected]
SINGAPORE
Vitec Videocom
6 New Industrial Road
#02-02 Hoe Huat Industrial Building
Singapore 536199
t +65 6297 5776
f +65 6297 5778
e [email protected]
USA
Vitec Videocom Inc
709 Executive Blvd
Valley Cottage
NY 10989
USA
t +1 845 268 0100
f +1 845 268 0113
Toll Free Sales: 1 888 2 Vinten
e [email protected]
BRAZIL
Vitec Brazil Tecnologias Ltda.
Rua Quintana, 950 - cj.32
Brooklin - São Paulo - Brazil
Cep 04569-011
t +55 11 5102 4001
f ++55 11 5103 1164
UK
Vitec Videocom Ltd
William Vinten Building
Western Way
Bury St Edmunds
Suffolk IP33 3TB
UK
t +44 1284 752 121
f +44 1284 750 560
Sales Fax +44 1284 757 929
e [email protected]
[email protected]
Vinten Radamec reserves the right to alter specifications or change materials where absolutely necessary.
All sizes shown throughout this brochure are approximate and colours shown are as accurate as modern
reproduction methods allow. No liability can be accepted for any variation. Specifications and features subject
to change without notice.
®Vinten Radamec Broadcast Robotics, Vinten, Vision and Vector are registered trademarks of The Vitec Group plc
©2012 The Vitec Group plc
Quality systems approved to ISO 9001:2000 Certificate No: Q09508
V1/12

Driving the future

Transcription

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