Ground FX Setup Manual v 1.3.5 - GestureTek

Ground FX Setup Manual v 1.3.5

TABLE OF CONTENTS 

1.0 - Item Checklists 

3 

4.0 - Appendix 

36 

1.1 Shipment Containers 

1.2 Camera & I.R. Boxes 

1.3 I.R. Checklist 

1.4 Firewire Camera Checklist 

1.5 USB Camera Checklist 

1.6 Security Key 

1.7 Install Disc 

1.8 Small Form Factor (SFF) P.C. Checklist 

1.9 Wireless Keyboard & mouse 

1.10 Projector Mount Checklist 

2.0 - Hardware 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

14 

A.1 - 5000 Turnkey: 

A.1.1 - Projector Specs 

A.1.2 - Schematic 5K 

A.1.3 - Small Mount Diagram: 

A.1.3.1 - Front view 

A.1.3.2 - Side view 

A.1.3.3 - Top view 

A.1.3.4 - IsometricThree-quarter view 

A.2 - 12000 Turnkey: 

A.2.1 - Projector Specs 

A.2.2 - Schematic 12K 

A.2.3 - Large Mount 

36 

37 

38 

39 

40 

41 

42 

43 

44 

2.1 - Projector Mount Assembly 

2.2 - Mirror Assembly 

2.3 - Firewire Camera Assembly 

2.4 - USB Camera Assembly 

2.5 - I.R. Assembly 

2.6 - SFF P.C. Assembly 

14 

15 

20 

23 

26 

30 

A.3 - Projector Power Settings 

A.4 - Image Contrast Level Calculator 

A.5 - Sanyo Projector Throw Distance & Screen Dimension 

Calculation 

45 

47 

49 

3.0 - Software 

33 

A.6 - System Startup & Shutdown 

51 

3.1 - Install CD 

3.2 - Tracker 

3.3 - Dazzler 

33 

34 

35 

A.7 - SN27P2 Shuttle System Build Checklist 

A.8 - Camera Lens Dynamics 

60 

64 

A.9 - Flooring 

65 

GROUND FX MANUAL 

2

1.0_Item Checklists 2.0_Hardware Setup 3.0_Software Setup 4.0_Appendix 

1.1 SHIPMENT CONTAINERS 

Before you begin you will require the following: 

1 x Phillips Screwdriver 

1 x Pair of pliers 

A clean, dry counter, suitable for assembly. 

110v , 15A service with power bar capable of 6+ outlets 

The system you received may fall into one of three categories 

- a turnkey system that is complete with projector, mount and PC 

- a component based system which is sold without the projector mount. 

- a base package without the configured PC. 

The following instructions outline set-up for a turnkey system shipped in a total 

of 2 boxes: box#1 - mount, box#2 - components, box #3 - projector. 

Open the box and carefully remove the mirror equipped with warning RED label 

“FRAGILE” and put it aside until assembling the projector mount. 

Remove the inner smaller box with accessories and put it on a clean, dry counter, 

suitable for assembly. 


3



Remove the small box labeled “IR Emitters, Camera, and Accessories” and open it 

(Figure #2). 

Unpack the box and place its content on a clean, dry surface or table for further 

assembly. 

2 

1 

1 

1. 2 Boxes with I.R. Emitters 

2. 1 White box with Camera, Camera Power Supply, Security Key, 

Installation CD 

3. 2 Boxes I.R. Emitter Power Supplies 

4. Panavise (camera) Mount 

5. 2 I.R. Emitter 25’ Power Cables 

3 3 4 

Figure #2 Content of IR Emitters, Camera, and Accessories box 

5 


4


1.3 I.R. Checklist 

GroundFX utilizes an I.R. light source to assist in the motion tracking. 

The following instructions detailing preparing the supplied I.R. emitters to be 

used with the system. 

Open all boxes and remove their content: two IR Emitters, two IR Emitter 

Posts, and one Power Y-cord (see Figure #3). 

Set aside the two IR Emitter boxes, two IR Emitter AC/DC Adaptor packages, and 

two 25’ Power Cables as illustrated below (Figure #2). 

1 

1 

2 2 

3 

3 

5 

5 

4 

Figure #3 Two IR Emitter sets and their packages 

Figure #2 IR Emitters 

1. 4 x 56LED I.R. Emitter 

2. 4 x Emitter mounting post 

3. 2 x “Y” cord 

4. 2 x 25’ power extension cable 

5. 2 x 12V 1.5A switching power supply 


5


1.4 Firewire Camera Checklist 

Carefully unpack the camera box to minimize damage of critical components. 

3 

5 

2 

1. PGR Firewire Camera (complete with lens and filter) 

2. USB Security Key 

3. Installation CD 

4. PANAVISE camera mount (seperate package not shown) 

5. 15’ Firewire cable 

1 

Figure #4 Unpacked Camera box & 6’ USB cable 


6


1.4 UBS Camera Checklist 

Carefully unpack the camera box to minimize damage of critical components. 

3 

1. PGR Firewire Camera (complete with lens and filter) 

2. USB Security Key 

3. Installation CD 

4. PANAVISE camera mount (seperate package not shown) 

5. 15’ Firewire cable 

5 

Figure #4 Unpacked Camera box & 6’ USB cable 

1 

2 


7


1.5 Security Key 

Included with GroundFXTD is a USB Security Key. 

This key has a unique Serial Number and predefined runtime duration determining 

validation and period of system’s exploitation that corresponds to the 

license of the software you have purchased. 

! Important: GroundFX will not run without this device attached to the PC. 

Before using remove the small cap exposing the USB connector. 

Once a Security Key has been plugged in and installed, a small LED will light up 

solid indicating it is functional. 

If the LED on the key is flashing, contact Customer Support for analysis as to the 

key failure. 

Figure #6 USB Security Key 


8


1.7 Install Disk 

GroundFXTD is shipped with an Installation CD that allows for easy installation of 

the tracking and playback software. 

If you have received as part of your GroundFX system a computer system the 

software is preinstalled and pre configured. 

Figure #7 GroundFX TD Installation CD 


9


1.8 SFF P.C. Checklist 

GroundFX systems are typically shipped on a high-performance Small Form 

Factor (SFF) computer system,such as the Shuttle computer. 

This computer is optimized for GroundFX playback and includes the GFX 

software preinstalled on it. 

If your GroundFX system did not include a PC please see the minimum hardware specs 

and platform required for GroundFX before attempting to install the software. 

Optimizing a computer for GroundFx playback is detailed in the checklist in the APPEN- 

DIX, item A4. 

The Shuttle SN27P is configured as follows: 

- AMD Athlon64 – 3500+ 

- NForce4 or 570 Based Chipset Motherboard 

- 1GB RAM - 80GB Hard Drive 

- CD/DVD 

- ATI PCIe X1650Pro or Nvidia 7600GT 

- Windows XP Pro SP2 

Note: IEEE-1394 OHCI PCI interface required for PGR cameras. Powered 

1394 FireWire card with TI chipset. 

Remove the Shuttle computer and power cord from its packaging (Figure 

#8). Before handling the Shuttle, please carefully read instructions 

provided by manufacturer within the Shuttle box or visit the website at 

http://www.shuttle.com for more information. 

Figure #8 Shuttle (front view) 

Figure #9 Shuttle (rear view) 


10


1.9 Wireless Keyboard & Mouse 

As GroundFX TD is typically operated 15’(5m) in the air the use of a wireless 

keyboard and mouse is crucial to set up and control the system. 

A Gyration wireless compact keyboard and mouse kit is supplied for this purpose. 

Find Gyration package, shown below (Figure #10), in your GroundFXTD box and 

unpack the package carefully. 

5 

4 

1. Wireless mouse complete with built-in rechargeable battery 

2. Recharging cradle for wireless mouse 

3. Power supply 

4. Compact wireless keyboard 

5. 4 x AAA batteries for keyboard 

6. Miniature USB receiver 

7. GyroTools Media Control software for Windows (not shown) 

2 

1 

6 

3 

In order to properly install and use wireless keyboard and mouse, please carefully 

read instructions provided by manufacturer within the Gyration set or visit the 

website at http://www.gyration.com for more information. 

Figure #10 Gyration set parts 

! Important - the mouse may require upwards of 2 hrs to charge before it can be 

used. 


11


1.10 Projector Mount Checklist 

Remove the pair of locking bars (wrapped together) and the pair of Mirror brackets 

(also wrapped together). Set these items alongside the mirror. 

3 

1 

2 

Figure #12 Mirror, brackets, Locking bars, Secure bolts 

1. Mirror plate 

2. 90 degree mirror bracket 

3. Locking bar 

Figure #11 GroundFX TD Mirror Front 

Unwrap the mirror (Figure #11). 

The GroundFX TD Mirror is affixed to a black plate with a wing nut on either side 

(Figure #12) allowing the mirror to be firmly attached to GroundFX TD Projector 

Mount. 

To maximize an image’s sharpness a high reflective front surface mirror is used. 


12


5. Projector Bay 

6. Computer Shelf 

Remove the Computer Shelf from the GroundFX TD box (Figure #13). This unit will 

be attached to the Projector Bay (Figure #14) and serve as the housing for Shuttle 

and cabling. 

5 

6 

Figure #14 Projector Bay 

Using Phillips and pliers you can begin full assembly. 

Figure #13 Computer Shelf 


13


2.1 Projector Mount Assembly 

Place the assembled Projector Mount on a clean counter for final assembling. 

Determine the orientation of the Projector Mount: 

1. UP-DOWN: Computer Shelf is a bottom part of the Projector Mount 

2. FRONT: Front frame of the Projector Mount has hole intended for mounting the 

mirror as well as threaded holes in Projector Rack bottom for threading in four 

IR Emitters Posts 

3. REAR: Hole on the Projector Rack is designed for cabling between the computer, 

projector, and power source. 

Step 1: 

Attach Computer Shelf to Projector Bay (Figure #15) using 4 Secure bolts provided 

(Figure #16). 

Figure #16 Attaching Computer Shelf to Projector Bay 

Figure #15 Building Projector Mount 


14


2.2 Mirror Mount Assembly 

IMPORTANT! 

In order to determine the position of the mirror place your projector inside of the 

Projector Bay so that the projector lens will be able to focus an image centered to 

the mirror. 

You are going to install the mirror so that this will look like on the picture below 

(Figure #17). 

Step 1: 

Retreive the pair of 90 o mirror brackets. Find the front face of the Projector bay, 

this side has holes on the top and bottom of the frame designed for mounting the 

mirror. 

Attach the first bracket (either left or right) to the top and bottom of the Projector 

Bay’s frame using two sets of Mirror Mount bolt, nut, and washer (Figure #18- 

Figure 19). 

Figure #17 Installed Mirror 

Figure #18 Attaching Mirror 90 o bracket to the bottom 


15


Using Philips screwdriver and a pair of pliers to attach brackets firmly. 

Figure #19 Attaching Mirror 90 o bracket to the top 

Figure #20 Mirror and Accessories 

Step 2: 

Unthread the wing nuts and washers attached to either side of the mirror bracket 

(Figure #20). 

1. Wing Nut 

2. Nylon Washer 

3. Metal Washer 

Step 3: 

Attach one edge of the second Mirror 90o bracket so that the distance between 

left and right bracket accurately corresponds to the width of the mirror. 

Leave edge of the 16 second bracket loosened to allow the mirror to be mounted. 


16


Step 4: 

Place a washer on the threaded rod of each side of the mirror (Figure #22). 

Figure #23 Threaded rod into bracket 

Figure #22 Wearing washers on Mirror 

Step 5: 

Insert the threaded rod (Figure #23) of one side of the mirror into the corresponding 

holes on the firmly attached bracket. 

Note: Ensure the mirror faces projector and angles downwards (Figure #24). 

Figure #24 Mirror faces projector and angles downwards 


17


Step 6: 

To attach one side of the mirror to the bracket place a washer followed by a wing 

nut on the exposed threaded rod (Figure#25). 

Figure #25 Attaching Mirror 

Figure #26 Attaching Mirror’s second side 

Step 7: 

Insert the threaded rod of the opposite side of the mirror into the opposite hole 

on the loosened bracket (Figure#26) so that the mirror is horizontal and parallel to 

the top of the Projector Bay. 

Step 8: 

Attach firmly the second edge of the loosened bracket as you have done for the 

first bracket in Step 1 (Figure#18). 


18


Step 9: 

Place the remaining wing nut and washer on the threaded rod to affix the second 

side of the mirror to the second bracket (Figure #27). 

Figure #28 Tilting Mirror 

Figure #27 Attached and mounted Mirror 

Step 10: 

To be able to reflect an image downwards the mirror should be installed at roughly 

a 45o angle. Tilt the mirror into the appropriate position and tighten wing nuts 

(Figure #28). 

IMPORTANT! 

Once the mirror angle is correctly chosen, tighten the wing nuts with pliers so that 

your working projected image on the floor would never move or be shifted from 

its original spot. 

Note: Keep pliers handy as you will need to adjust this angle once the Projector 

Mount is suspended. 


19


2.3 Firewire Camera Assembly 

The GroundFX camera system is comprised of the following 3 parts: 

1. A PGR Camera in a black case 

2. 3.5mm-8mm Varifocal CS-Mount Lens 

3. IR cutoff filter (front ring on the lens) 


The following accessories are required to mount the Camera (Figure #30): 

1. PGR Camera 

2. Panavise Camera Mount 

3. Front Locking Bar 

4. Camera Mount Bolt 

1 

4 

2 

3 

2 

1 

3 

Figure #30 Camera & Accessories 

Figure #29 PGR Camera with lens and IR cutoff filter attached 


20


Place the bolt through the hole in the middle of the Locking Bar and 

thread it into the Panavise Camera Mount (Figure #31). 

Figure #34 Fastening Ball Mount 

Figure #31 Attaching Ball Mount to Locking Bar 

Tighten the bolt using an appropriate screwdriver (Figure #34). 

Find a threaded aperture on the camera’s back (Figure #35).. 

Figure #35 Camera & Attached Ball Mount 


21


2.3 Camera Assembly USB 

The GroundFX camera system is comprised of the following 3 parts: 

1. A LUMENERA Camera in a black case 

2. 3.5mm-8mm Varifocal CS-Mount Lens 

3. IR cutoff filter (front ring on the lens) 


The following accessories are required to mount the Camera (Figure #38): 

1. Lumenera Camera 

2. Panavise Camera Mount 

3. Front Locking Bar 

4. Camera Mount Bolt 

1 

4 

3 

2 

2 

1 

3 

Figure #38 Camera & Accessories 

Figure #37 Lumenera Camera with lens and IR cutoff filter attached 


22


Place the bolt through the hole in the middle of the Locking Bar and 

thread it into the Panavise Camera Mount (Figure #39). 

Figure #40 Fastening Ball Mount 

Figure #39 Attaching Ball Mount to Locking Bar 

Tighten the bolt using an appropriate screwdriver (Figure #40). 

Find a threaded aperture on the camera’s back (Figure #41). 

Figure #41 Camera & Attached Ball Mount 


23


Fasten the Camera with the Ball Mount as shown below (Figure #42). 

Plug 6’ USB cable into the Camera USB port (Figure #43). 

Attach the front Locking Bar with the camera mounted on to the Projector 

Mount as illustrated below (Figure #42). 

Figure #43 Plugging in USB cable 

Figure #42 Attaching Security Bar with Camera 

IMPORTANT! 

Ensure the Camera won’t be damaged during the following hardware 

installation and rigging the unit. 


24


2.5 I.R. Assembly 

Locate in the bottom of the Projector Rack just above the mounted 

Camera threaded apertures: two on the left side and two on the right side 

(Figure #49). 

Step 1: 

Thread four IR emitter Posts into pre-drilled and pre-threaded holes on 

the Projector Mount (on the bottom of the Projector Bay) as shown on 

picture below (Figure #44, Figure #45). 

Figure #45 Completing Posts installation 

Figure #44 Threading Posts in 

The Figure #46 shows you the correct installation of four IR Emitter Post 

NOTE: The Posts should be facing the Camera and directed downwards. 

Figure #46 Installed Posts 


25


Step 2: 

Mount four IR Emitters on the posts (Figure #47, Figure #48). 

Figure #49 Installed IR Emitters & Camera 

Figure #47 Attaching IR Emitter 

Figure #48 Mounted IR Emitter 

Figure #49 demonstrates how four IR Emitters are supposed to be installed 

on the Projector Mount. 

Four loosened power cables equipped with red connectors should be 

connected to the Power Supply as described in the next few steps. 

Step 3: 

Take first Power Y-cord and connect it to the red connector of the IR Emitter 

power cord (Figure #50). 

Figure #50 Connecting IR Emitter 


26


One Power Y-cord should be connected to two IR Emitters while its third 

connector leads to a power supply. 

Figure #52 Power Y-cords – IR Emitters connection 

Figure #51 Connecting a pair of IR Emitters 

Take the second Power Y-cord and connect it to the second pair of IR Emitters 

in the same way. Each pair of IR Emitters has to be connected to its 

own Power Y-cord as illustrated in Figure #52. 

Step 4: 

Connect the remaining Power Y-cord connector to the 25’ Power cable 

(Figure #53). 

Figure #53 Connecting Power Y-cord 


27


Step 5: 

Connect the 25’ Power cable to the AC/DC Adaptor, 12V, 1.5A (Figure #54). 

Figure #55 IR Emitters – AC/DC Adaptor connection 

Figure #54 Connecting Power cable 

Step 6: 

Repeat Step 4 and Step 5 for the second Power Y-cord. 

The Figure #56 below demonstrates the final assembly result for two pairs 

of IR Emitters. 

Figure #56 Connection for two pair of IR Emitters 


28


2.6 SFF P.C. Assembly 

Step 1 - Connecting Power: 

Untie Power Cord and plug the male end it into your 110/220v service. 

Ensure that power is on. Plug the opposite end (female) into the socket 

on the bottom left of the back panel of the Shuttle (Figure #57- 

Figure #58). 

Figure #58 Plugging in USB Receiver 

Step 3 - Connecting USB Key: 

Plug the USB Security Key into an available USB port (Figure #59). 

Figure #57 Plugging Power Cord into Shuttle AC Power socket 

!Note : When plugging USB devices into the Shuttle use the rear ports to 

ensure stability of the device. 

Step 2 - Connecting KB/M: 

Plug the Gyration USB Receiver into an available USB port (Figure #59). 

Figure #59 Plugging in USB Security Key 


29


Step 4 - Connecting Camera: 

Plug the Camera’s 6’ USB cable into an available USB port (Figure #60). 

Figure #61 Inserting Computer into Computer Shelf 

Figure #60 Plugging in Camera 6’ USB Cable 

Step 5 - Installing SFFPC into Projector Mount: 

Insert the computer into Computer Shelf (Figure #61) so that Shuttle’s front 

coincides with the Projector Mount front. 

Be sure Shuttle has Security Key, Gyration receiver plugged in (see 1.7 PC 

Setup) or re-plug once the Shuttle inside of Computer Shelf. 

Step 6 - Connecting Video Cable for Projector: 

Plug Display VGA cable into the video card’s female VGA port (Figure #62). 

Figure #62 Plugging in VGA cable 


30


Ensure Power cord and USB camera cable are plugged into the appropriate 

ports on the Shuttle’s rear (section1.7). 

Step 7 - Securing the Computer 

Lock the Computer Shelf with the rear Locking Bar by inserting the Locking 

Bar and twisting to secure (Figure #64). 

Figure #63 Computer in Computer Shelf 

Figure #64 Securing the Locking Bar 


31


3.1 Install CD 


32



33



34


3.2 Tracker Setup 

The GroundFX Tracker is the motion detection component of GroundFX. 

A manual for using the Tracker is available online at: 

http://www.gesturetek.com/support/groundfx/ 


35


3.3 Dazzler Setup 

Dazzler is the GroundFX player component. 

Dazzler integrates GestureTek’s motion tracking technology with modules 

called Play Items to create interactive and entertaining presentations. 

A manual for using Dazzler is available online at: 

http://www.gesturetek.com/support/groundfx/ 


36


A.1.1 Projector Specs 

The Turnkey system includes a Sanyo 5500 lumen projector (PLC-XP57) 

http://www.sanyo.com/business/projectors/portable/index.cfm?productID=1309 

The following Online Projector Calculators can be used to determine a 

compatible projector and lens should the turnkey projector not suit the 

needs of the install. 

Sanyo: 

http://www.sanyo.com/calc/index.cfm?FUSEACTION=home%2ECalcForm 

projectorcentral.com: 

http://www.projectorcentral.com/projection-calculator-pro.cfm 


37


aluminum mount 

H: 23” (58cm) 

W: 20” (50cm) 

D: 27” (67cm) 

lens 

projector 

XP57L 

A.1 5000 Turnkey Schematics 

All supplied plugs are North American standard and 

should junction to a surge protected and isolated circuit. 

front surface mirror 

110/220V, 550 W, 5/2.5A 

4 x 56 I.R. LED emitters 

VGA cable 

cable _________________ 

camera _________________ 

lens _________________ 

shuttle pc 

110/220V, 250 W, 2.1/1.1A 

USB security key 

USB kb/m 

wireless receiver 

3” Panavise mount 

780nm I.R. filter 

110/220V, 0.6A 

Items Separate from Mount 

Gyration Wireless KB/M Kit 

http://www.gyration.com/go24airsuite.htm 

Install CD 

weight 

mount 

projector 

shuttle 

accessories 

80lbs 

32lbs 

17lbs 

12lbs 

20lbs 

110/220V, 0.6A 

5000TKS_03_23_07 


38


A.1 Small Projector Mount - Front View 

All dimensions are provided in millimeters and inches. 

Accuracy : +-3mm. assume that the mirror is 

positioned at a 45 degree angle. 

mm 

mm 

Worldwide Headquarters: 530 Lakeside Drive, Suite 270 - Sunnyvale CA 94085 (USA) - TEL: 408 216 8087 - FAX: 408 732 3977 

5000TKS_02_09_07 


39


A.1 Small Projector Mount - Side View 

805 mm (31 mm 11/16”) 




668 mm (26 mm 3/8”) 

165 mm (6 mm 1/2”) 

mm 

mm 

78 mm (3”) 


5000TKS_02_09_07 


40


A.1 Small Projector Mount - Top View 

805 mm (31 mm 11/16”) 

668 mm (26 mm 3/8”) 




375 mm (14 mm 3/4”) 

261 mm (10 mm 1/2”) 

508 mm (20”) 

574 mm (22 mm 9/16”) 


5000TKS_02_09_07 


41


A.1 Small Projector Mount 

- Isometric Three-quarter View 





5000TKS_02_09_07 


42


Resolution 

Brightness 

Uniformity 

LCD Panel System 

Number of Pixels 

Contrast Ratio 

Projection Lens 

Image Size 

Aspect Ratio 

Throw Distance 

Zoom/Focus 

Throw Ratio 

Zoom Ratio 

Power Lens Shift 

Digital Keystone Correction 

Projection Lamp 

Scanning Frequency 

Dot Clock 

Color System 

Computer Compatibility 

Voltage 

BTU 

dB Rating 

Power Consumption 

Dimensions (WxHxD) 

Net Weight 

User Maintenance 

Detachable Input Panels: 

POA-MD18DVI 

POA-MD16VD1 

POA-MD03VD2 

POA-MD04VGA 

Fixed Input/Output Panel 

Included Accessories 

*AC Power Cord 

NEMA5-20 (20A/125V) 

Optional Accessories 

Warranty 

XGA (1024 x 768) 

Brightness 12,000 ANSI Lumens (4-lamp mode) • 6,000 ANSI Lumens (2-lamp mode) 

90% (corner to corner) 

1.8” TFT polysilicon type x 3 

2,359,296 (786,432 x 3) 

1300:1 (full on/off) 

Lens Sold Separately 

Dependent on Lens 

4:3 





Up/Down Ratio 10:0 – 0:10 or 8:1 – 1:8 Left/Right Ratio 3:2 – 2:3 or 1:1 (Dependent on Lens) 

+/- 30° (Vertical) 

300W UHP x 4 

H Sync: 15-120kHz, V Sync: 50-120Hz 

230MHz 

PAL/PAL-M/PAL-N/SECAM/NTSC/NTSC4.43 

UXGA, SXGA+, SXGA, WXGA, XGA, SVGA, VGA, MAC 

120V AC 16A Max, 50//60 Hz (auto sense/select) 

5797 

51.0 

1700W 

22.9”x9.9”x30.8” (not including Adjustable Feet) 

80.5 lbs. 

Clean air filters, replace lamp assembly 

Digital Visual Interface (DVI-I w/HDCP) • Left & Right Audio (RCA x 2) • Control (Min DIN 8-pin) 

RGB & Component (5-BNC) • Left & Right Audio (RCA x 2) • Control (Min DIN 8-pin) 

Composite & Y/C (2-BNC) • S-Video (Mini DIN 4-pin)• Left & Right Audio (RCA x 2) 

VGA (D-Sub 15) • Left & Right Audio (RCA x 2) • Control (Min DIN 8-pin) 

Serial in & Serial out (D-Sub 9 x 2) • Audio out (RCA x 2) • USB (type B) • Wired RC jack (Stereo mini) 

Wired/Wireless I/R Remote Control • Two “AA” type batteries • Owner’s manual (CD-ROM & Quick 

Reference Guide) • AC power cord* • VGA Cable • 

Wired remote cable • Real Color Manager Pro CD-ROM 

• Lens Mount Adapters (POA-LNA02 & POA-LNA01) 

• POA-MD08HD - HD-SDI Input Board • POA-MD13NET - Network Board 

• POA-MD15SDI - SD-SDI Input Board • POA-MD17SDID - HD-SDI & SD-SDI Input Board 

• POA-LNA02 - Lens Mount Adapter (for LNS-W02, W02KS, M01, S01 lenses) 

• POA-LNA01 - Lens Mount Adapter (for all other lenses) 

• PLCCSE14 - Hard Shipping Case 6103274928 - Replacement Lamp 

Three years parts and labor; 90 days original lamp; Quick Repair Program under warranty 

A.2.1 Projector Specs 

The Turnkey system includes a Sanyo 12000 lumen projector (PLC-XF46N) 

http://www.sanyo.com/business/projectors/large_fixed/index.cfm?productID=1308 

L e n s S p e c i f i c a t i o n s 

Type 

Part No. 

Zoom 

Throw Ratio 

F Stop 

Lens Shift(H) 

(V) 

Weight 

Type 

Part No. 

Zoom 

Throw Ratio 

F Stop 

Lens Shift(H) 

(V) 

Weight 

Short Fixed 

LNS-W01Z 

No 

1.2:1 

2.5 

8:1 – 1:8 

3:2 – 2:3 

12.8 lbs. 

Standard 

Zoom 1 

LNS-S03 

Yes (power) 

2.6 – 3.5:1 

1.7 – 2.6 

8:1 – 1:8 

3:2 – 2:3 

8.2 lbs. 

Short Zoom 

LNS-W02Z 

Yes (power) 

1.35 – 1.8:1 

2.5 – 2.9 

8:1 – 1:8 

3:2 – 2:3 

5.5 lbs. 

Semi-Long 

Zoom 

LNS-M01Z 

Yes (power) 

3.5 – 4.6:1 

2.0 – 2.6 

8:1 – 1:8 

3:2 – 2:3 

4.2 lbs. 

On-Axis 

Short Fixed 

LNS-W03 

No 

0.8:1 

2.6 

1:1 

1:1 

6.6 lbs 

Long Fixed 

LNS-T01Z 

NO 

7.0:1 

2.0 

8:1 – 1:8 

3:2 – 2:3 

8.4 lbs. 

Short Zoom 

LNS-W04 

Yes (power) 

1.5 – 2.0:1 

1.7 – 2.3 

8:1 – 1:8 

1:1 

6.2 lbs. 

Long Zoom 

LNS-T02 

Yes (power) 

4.6 – 6.0:1 

2.0 – 2.9 

8:1 – 1:8 

3:2 – 2:3 

6.8 lbs. 

Short Zoom 

LNS-W06 

Yes (power) 

1.2 – 1.5:1 

2.3 – 2.8 

8:1 – 1:8 

1:1 

6.6 lbs. 

Long Zoom 

LNS-T03 

Yes (power) 

6.2 – 9.0:1 

2.2 – 2.5 

8:1 – 1:8 

3:2 – 2:3 

16.1 lbs. 


43


aluminum mount 

lens 

projector 

PLC-XF46N 

A.2 12000 Turnkey Schematics 

All supplied plugs are North American standard and 

should junction to a surge protected and isolated circuit. 

front surface mirror 

110/220V, 1700 W, 20A 

4 x 56 I.R. LED emitters 

VGA cable 

cable _________________ 

camera _________________ 

lens _________________ 

shuttle pc 

110/220V, 250 W, 2.1/1.1A 

USB security key 

USB kb/m 

wireless receiver 

3” Panavise mount 

780nm I.R. filter 

110/220V, 0.6A 

Items Separate from Mount 

Gyration Wireless KB/M Kit 

http://www.gyration.com/go24airsuite.htm 

Install CD 

weight 

mount 

projector 

shuttle 

accessories 

194lbs 

82lbs 

80lbs 

12lbs 

20lbs 

110/220V, 0.6A 

12000TKS_03_23_07 


44


A.2.3 Large Mount 


5000TKS_02_09_07 


45


A.3 Projector Power Settings 

The Sanyo PLC XP-57 can be set up so that it goes to 'sleep' after the 

computer shuts down, and then 'wakes' up when the computer starts up 

again. 

1. make sure that the Power management option is set to Ready (default) 

2. set the Timer for it to 1 minute (then the lamp turns off quicker). 

When the computer powers off the projector will turn the lamp off and cool 

down - then go into power saving mode. 

When the computer turns on the projector will turn back on automatically. 

If the power gets shut off at some point this method will not work. 

Power Management 

For reducing power consumption as well as maintaining the lamp life, the 

Power management function turns off the projection lamp when the projector 

is not used for a certain period. If the input signal is interrupted and no 

buttons is pressed for more than 30 seconds, the timer display with “NOo 

signal” appears on the screen to start the countdown. 

The countdown time can be set between 1 and 30 minutes. 

Select one of the following operations: 

Ready - When the lamp has been fully cooled down, the READY indicator 

starts blinking. In this condition, the projection lamp is turned on if the input 

signal is reconnected or any button on the top control or remote control is 

pressed. 

Shutdown - When the lamp has been fully cooled down, the power is 

turned off. 

Off - The Power Management function is off. 


46


For situations where the mains are turned off at night, or the projector is 

attached to a timer use the 'On Start' setting. 

This will turn the computer on automatically when power is applied to it. 

Just make sure that the computer powers down before the projector so 

that it has a chance to cool down before it is shut off. 

ON 

On Start 

When this function is “ON”, the projector is automatically turned on just by 

connecting the AC power cord to an AC outlet. 

Note: * Be sure to turn the projector off properly (see “TURNING OFF THE 

PROJECTOR” on page 21). If the projector is turned off in the incorrect 

sequence, such as unplugging the AC power cord before completing the 

cool-down etc., the On start function does not operate properly. 


47


A.4 Contrast Level Calculator 

Based on Projector Images and Room Light Levels article: 

http://www.infocomm.org/index.cfm?objectID=77ABACDB-BA9C- 

4B58-B7903F8247965324 

Projector Output 

in lumens 

5000 

10000 

As shown in Figure #1, contrast levels of 2 let us see the image but not very clearly. 

A contrast of 20 permits viewing most images but does still not product a rich vibrant 

image. Contrast levels in excess of 200 produce great images. 

Lumens in each square 

foot of the image 

5000/36.4=137 

10000/36.4=274 

Contrast 2 

AB 

Figure #1 

Contrast 4 

AB 

Contrast 8 

AB 

Contrast 40 

AB 

Background level for 

Contrast 2 in 

lumens per square feet 

Unacceptable 


Contrast 4 in 


Acceptable 

(137+x)/x=2 

x=137 

room with 

window, no sun 

(137+x)/x=4 

x=45 

Normal room 

(274+x)/x=2 

x=274 

room with 


(274+x)/x=4 

x=91 

room with 


Contrast 2 is unacceptable for us, Contrast 4 and Contrast 8 are satisfactory 

results, and Contrast 20 represents an ideal solution. 

Assume for some GFX application Throw Distance is 15’ and projected 

image dimensions are 7’x5.2’ which corresponds to 4:3 aspect ratio. 

S=WxH= 7’x5.2’=36.4 sq.ft. - The resulting image has an area of 36.4 

square feet. 

What ambient light or background levels correspond to Contrast 2, 

Contrast 4, Contrast 8, and Contrast 20 conditions if 5000 or 10000 lumen 

projector is used? 


Contrast 8 in 


Acceptable 


Contrast 20 in 


Ideal 

(137+x)/x=8 

x=19 

Darker than 

normal room 

(137+x)/x=20 

x=7 

Low light 

level room 

(274+x)/x=8 

x=39 

Normal room 

(274+x)/x=20 

x=14 

Darker than 

normal room 

Figure #2 


48


Figure #3 presents typical light levels for various environments. 

Condition 

Background level in lumens per square foot 

Movie theater 0.1 

Low light level room 1 to 2 

Normal room 30 to 60 

Desktop for reading 40 to 60 

Room with window, no sun 50 to 100 

Room with window, sun 1,000 to 5,000 

Outdoors 5,000 to 10,000 

Figure #3 


49


A.5 SANYO: Projector Throw Distance & 

Screen Dimension Calculation for PLC-XP56 * 

(PART 2), aspect ratio 4:3 

Throw Distance 

8’ 

8.5’ 

9’ 

LNS-S30 Standard 

W=3.5-4.4 H=2.6-3.3 

W=3.7-4.7 H=2.8-3.5 

W=3.9-5.0 H=2.9-3.8 

LNS-W31A Short Zoom 

W=4.4-6.4 H=3.3-4.8 

W=4.7-6.8 H=3.5-5.1 

W=5.0-7.2 H=3.8-5.4 

LNS-T31A Long Zoom 

W=2.8-3.5 H=2.1-2.6 

W=2.8-3.7 H=2.1-2.8 

W=2.8-3.9 H=2.1-2.9 

LNS-T32 Ultra Long Zoom 

W=1.3-1.9 H=1.0-1.4 

W=1.4-2.0 H=1.1-1.5 

W=1.5-2.1 H=1.1-1.6 

* Projectors come with Standard Lens. All other lenses are optional parts. 

!!! This table is correct for projecting-on-wall application. 

It’s not 100% accurate for GFX. Because of the mirror reflecting an image 

downward Throw Distance for GFX should be calculated as following: 

The GroundFX Throw Distance = Lens to Flooring Distance + Lens to Mirror Distance 

(All dimensions are in feet). 

(IMAGE DIAGONAL) = (IMAGE WIDTH) X 1.25 (IMAGE WIDTH) / (IMAGE HEIGHT) = 1.33 

9.5’ 

10’ 

10.5’ 

11’ 

11.5’ 

12’ 

12.5’ 

13’ 

W=4.1-3.1 

W=4.3-5.6 

W=4.6-5.8 

W=4.8-6.1 

W=5.0-6.4 

W=5.2-6.7 

W=5.4-6.9 

W=5.7-7.2 

H=5.3-4.0 

H=3.3-4.2 

H=3.4-4.4 

H=3.6-4.6 

H=3.8-4.8 

H=3.9-5.0 

H=4.1-5.2 

H=4.2-5.4 

W=5.3-7.6 

W=5.6-8.0 

W=5.8-8.4 

W=6.1-8.8 

W=6.4-9.2 

W=6.7-9.6 

W=6.9-10.0 

W=7.2-10.4 

H=4.0-5.7 

H=4.2-6.0 

H=4.4-6.3 

H=4.6-6.6 

H=4.8-6.9 

H=5.0-7.2 

H=5.2-7.5 

H=5.4-7.8 

W=2.8-4.1 

W=2.8-4.3 

W=2.8-4.6 

W=2.8-4.8 

W=2.8-5.0 

W=2.9-5.2 

W=3.0-5.4 

W=3.1-5.7 

H=2.1-3.1 

H=2.1-3.3 

H=2.1-3.4 

H=2.1-3.6 

H=2.1-3.8 

H=2.1-3.9 

H=2.2-4.1 

H=2.3-4.2 

W=1.6-2.3 

W=1.7-2.4 

W=1.8-2.5 

W=1.8-2.6 

W=1.9-2.7 

W=2.8-2.9 

W=2.8-3.0 

W=2.8-3.1 

H=1.2-1.7 

H=1.3-1.8 

H=1.3-1.9 

H=1.4-2.0 

H=1.4-2.1 

H=2.1-2.1 

H=2.1-2.2 

H=2.1-2.3 

13.5’ 

W=5.9-7.5 

H=4.4-5.6 

W=7.5-10.8 

H=5.6-8.1 

W=3.2-5.9 

H=2.4-4.4 

W=2.8-3.2 

H=2.1-2.4 

14’ 

W=6.1-7.8 

H=4.6-5.8 

W=7.8-11.2 

H=5.8-8.4 

W=3.3-6.1 

H=2.5-4.6 

W=2.8-3.3 

H=2.1-2.5 

14.5’ 

W=6.3-8.1 

H=4.7-6.0 

W=8.1-11.6 

H=6.0-8.7 

W=3.5-6.3 

H=2.6-4.7 

W=2.8-3.5 

H=2.1-2.6 

15’ 

W=6.5-8.3 

H=4.9-6.3 

W=8.3-12.0 

H=6.3-9.0 

W=3.6-6.5 

H=2.7-4.9 

W=2.8-3.6 

H=2.1-2.7 

15.5’ 

W=6.7-8.6 

H=5.1-6.5 

W=8.6-12.4 

H=6.5-9.3 

W=3.7-6.7 

H=2.8-5.1 

W=2.8-3.7 

H=2.1-2.8 

16’ 

W=7.0-8.9 

H=5.2-6.7 

W=8.9-12.8 

H=6.7-9.6 

W=3.8-7.0 

H=2.9-5.2 

W=2.8-3.8 

H=2.1-2.9 

16.5’ 

W=7.2-9.2 

H=5.4-6.9 

W=9.2-13.2 

H=6.9-9.9 

W=3.9-7.2 

H=2.9-5.4 

W=2.8-3.9 

H=2.1-2.9 

17’ 

W=7.4-9.4 

H=5.5-7.1 

W=9.4-13.6 

H=7.1-10.2 

W=4.0-7.4 

H=3.0-5.5 

W=2.8-4.0 

H=2.1-3.0 

17.5’ 

W=7.6-9.7 

H=5.7-7.3 

W=9.7-14.0 

H=7.3-10.5 

W=4.2-7.6 

H=3.1-5.7 

W=2.9-4.2 

H=2.2-3.1 

18’ 

W=7.8-10.0 

H=5.9-7.5 

W=10.0-14.4 

H=7.5-10.8 

W=4.3-7.8 

H=3.2-5.9 

W=3.0-4.3 

H=2.3-3.2 

18.5’ 

W=8.0-10.3 

H=6.0-7.7 

W=10.3-14.8 

H=7.7-11.1 

W=4.4-8.0 

H=3.3-6.0 

W=3.1-4.4 

H=2.3-3.3 

19’ 

W=8.3-10.6 

H=6.2-7.9 

W=10.6-15.2 

H=7.9-11.4 

W=4.5-8.3 

H=3.4-6.2 

W=3.2-4.5 

H=2.4-3.4 

19.5’ 

W=8.5-10.8 

H=6.4-8.1 

W=10.8-15.6 

H=8.1-11.7 

W=4.6-8.5 

H=3.5-6.4 

W=3.3-4.6 

H=2.4-3.5 

20’ 

W=8.7-11.1 

H=6.5-8.3 

W=11.1-16 

H=8.3-12.0 

W=4.8-8.7 

H=3.6-6.5 

W=3.3-4.8 

H=2.5-3.6 

20.5’ 

W=8.9-11.4 

H=6.7-8.5 

W=11.4-16.4 

H=8.5-12.3 

W=4.9-8.9 

H=3.7-6.7 

W=3.4-4.9 

H=2.6-3.7 

acceptable 

21’ 

21.5’ 

W=9.1-11.7 

W=9.3-11.9 

H=6.8-8.8 

H=7.0-9.0 

W=11.7-16.8 

W=11.9-17.2 

H=8.8-12.6 

H=9.0-12.9 

W=5.0-9.1 

W=5.1-9.3 

H=3.8-6.8 

H=3.8-7.0 

W=3.5-5.0 

W=3.6-5.1 

H=2.6-3.8 

H=2.7-3.8 

unacceptable 

22’ 

W=9.6-12.2 

H=7.2-9.2 

W=12.2-17.6 

H=9.2-13.2 

W=5.2-9.6 

H=3.9-7.2 

W=3.7-5.2 

H=2.8-3.9 


50


A.6 Start-up Shutdown Procedure for Shuttle PCs3 

Objective One: Shutting down PC with DailyShutdown.exe 

Objective Two: Restarting with BIOS 

A.6 Start-up Shutdown Procedure for Shuttle PCs3 

D. Minimize the Daily Shutdown utility: 

Objective One Detail: 

A. Create a folder on "C" drive called Shutdown 

B. Copy DailyShutdown.exe to c:\Shutdown 

C. Double-click DailyShutdown.exe, click "Settings", set appropriate 

shutdown time and click "OK" 

The task bar will have an icon as in the graphic below: 


51


E. Go to the folder c:\Shutdown 

F. Right-click DailyShutdown.exe and select "Create Shortcut" 


52


G. Right-click "Shortcut to DailyShutdown.exe" and select "Cut" 

H. Right-click Window's "Start" button and select "Explore All Users" 


53


I. Double-click "Programs" 

J. Double-click "Startup". Your window should be similar to the image 

below (This folder may not be empty as in the example – this is fine). 


54


K. Right-click in the Startup folder then "Paste" the object "Shortcut 

to DailyShutdown.exe" into it. 

L. After pasting the object "Shortcut to DailyShutdown.exe" re-start 

the PC. After Windows loads you will see a window similar to the 

image below that appears and minimizes automatically as an 

icon to your system tray (to the left of the clock): 

These steps achieve Objective One: Shutting down PC with 

DailyShutdown.exe Objective Two: Restarting with the PC's BIOS is next... 


55


Objective Two Detail: 

A. Almost immediately after starting the PC from a powered-down state 

press down and hold down the "Del" key on your keyboard. The PC will 

display an "entering setup" message and show the screen below. 

B. Hit Enter at "Standard CMOS Features" option (highlighted in red). 

C. In the "Standard CMOS Features" screen ensure that the Date and Time 

are correct. Use "Page Up" and "Page Down" keys to change values, 

and left/right/up/down arrow (or cursor) keys to navigate. 


56


D. After Step C above hit the "Esc" key and use the arrow keys to navigate 

to the Power Management Setup option. Hit enter. 

E. In the Power Management Setup screen cursor down to "Resume by Alarm" 


57


F. In the "Resume by Alarm" screen cursor to "Enabled" and hit enter G. Cursor to "Time (hh:mm:ss) Alarm". Using the number keys below the 

function keys (the number pad will not work) enter the time, using the 

24 hour clock, you desire the PC to start. 

Use the right/left arrow keys to move between hours, minutes and seconds. 

"Date (of Month) Alarm" remains at zero. 


58


H. After setting the time to "wake" the PC hit the F10 key. Hit Enter (equal 

to "Y") in the red confirmation screen: 

Both Objectives have now been achieved. 

Your PC will now shutdown and "wake up" every day of the month at 

the same time. Never "close" or "exit" the DailyShutdown.exe program, 

minimize it to the system tray ONLY (as below). 


59


A.7 SN27P2 Shuttle system build checklist 

Hardware Configurations – after Shuttle arrives from Elco 

Partitioning 

If not already make 2 partitions sized 50% and 50% - use partition magic 

to preserve the C: Drive with Windows. 

Label C: as “SYSTEM 

Label D: as “DATA” 

BIOS settings 

1. Standard CMOS features 

Set date/time appropriate to system location 

Standard Features > halt on all but keyboard 

Drive A > None 

2. Advanced BIOS issues 

Set boot priority 

1 st : CD-ROM 

2 nd : Hard drive 

3 rd : Disabled 

Boot Other Device > Disabled 

3. Integrated Peripherals 

Onboard Devices 

Init Display First > PCI-Ex Slot 

4. Power Management Setup 

Set PWRON After PWR-Fail to On 

5. Save and Exit Setup 


60


Operating System Settings (Windows XP SP2) 

Note: These changes are only necessary if you are not using our 

Ghost image 

1. Interface Setup 

Name Computer “GT + last 7 digits of Shuttle S/N) 

Activate Windows 

Click “Tour Windows” Balloon – Non-animated 

Click Security Balloon (ignore until step 3) 

Change the start menu and Taskbar 

Right click the Start button and choose properties 

Choose “Classic Start Menu” 

Click on “Customize” 

Uncheck “Use personalized Menus” 

Click OK 

Click the Taskbar Tab 

Uncheck “Hide inactive icons” 

Check “Show Quick Launch” 

Add “My Computer” to the Desktop 

Click Start, Right-Click My Computer, Choose Show on Desktop 

2. User Setup 

Blank out user password 

Right Click “My Computer” > Choose Manage 

Go to “Local Users and Groups” > Choose Users 

Right-click the “Gestuser” > Set Password > Proceed > leave blank 

Press Enter or OK 

Delete the “Owner” account if present 

Set the Auto-Login 

Click Start > Run… 

Type in “control userpasswords2” and hit OK 

Choose you username and uncheck “users must enter a 

username and password to use this computer” 

3. Control Panel Settings (Start, Run... type “Control Panel”, Click OK) 

Click “Switch to Classic View” on the left menu 

Power Options 

Select home/office 

Set all to “never” 

Windows Security 

Select Security Center, manage settings 

Turn off “auto updates” 

Select “change the way windows security center alerts me” 

(On the left menu) 

Uncheck all 

Disable fast user switching 

Under User Accounts > “change the way users log on or off“ 

Uncheck “Use Fast User Switching” 


61



4. Windows Explorer (windows key + “E”) 

Select the view menu and choose details 

Left Click “Status Bar” 

Select the “tools” menu item > "folder options" 

From “view” tab 

Uncheck “Auto Search for Network Folders and Printers” 

Check “Display the Contents of System Folders” 

Check “Do no Cache Thumbnails” 

Select “show hidden files and folders” 

Unselect “Hide extensions for known file types” 

Click the “apply to all folders” button 

Select the Offline Files Tab 

Uncheck “Enable Offline Files” 

Click Apply then OK 

5. System Properties (Right-Click “My Computer” & Choose Properties) 

Disable Remote Assistant 

Click the Remote Tab 

Uncheck Everything 

Disable System Restore 

Click the System Restore Tab 

Check “Turn off System Restore on All Drives” 

Turn off Driver Signing 

Click the hardware tab > Click Driver Signing 

Check “Ignore – Install the software anyway…” 

6. Set Recycle Bin to 1% 

Right Click Recycle Bin 

Select Use one setting for all Drives 

Move slider down to 1% 

7. Drivers 

nVidia 

Leave the default Nvidia and ASUS drivers installed 

Audio 

Leave default Realtek driver installed – Turn off tray icon 

(left click the “!” in the Realtek manager and uncheck 

“tray icon”) 

Chipset 

Leave default NVIDIA chipset driver installed 

Cameras 

Install and configure/attach at least one of each of the 

following cameras 

Dragonfly (PGR 1.3.3.3 driver), Pyro (CMUv6), Imaging 

Source (CMUv6) 

Lumenera (LuCamSDKv3.5.1 driver) 

Rockey 

Install Everkey 2.31 (kesetup.exe not AZsetup.exe) 


62



8. Display Properties 

Right click on the desktop and click properties 

Choose the Screensavers tab and check “none” 

Click the Desktop tab & choose “customize desktop” 

Uncheck “desktop wizard every 60 days” 

Settings tab 

Set resolution to 1024x768 

Set color depth to 32bit 

Advanced - GeForce 7600 GT – Tools (you may have to expand 

with the green


A.8 Camera Lens Dynamics 

3.3~8mm varifocal CS mount lens 

Field of View (f.o.v.) 

Horizontal Angle (degrees) 

Width at 1m distance 

(meters) 

3mm (widest) 77.0 (w.r.t. lens) / 75.5 (w.r.t body) 1.59 (w.r.t. lens) / 1.54 (w.r.t body) 

____________________________________________________________________________________________________________________ 

8mm (narrowest) 33.5 (w.r.t. lens) / 33.0 (w.r.t body) 0.60 (w.r.t. lens) / 0.59 (w.r.t body) 

NOTE: 

Angles are approximate. 

Wide-angle lenses have a significant lens distortion; the angle 

measurements represent the widest part of the image. 


64


A.9 Flooring 

MATERIAL 

MODEL # 

SUPPLIER 

WIDTH 

LENGTH 

PROFILE 

Dance Floor (Grey/Black) 

08720 

This highly portable vinyl floor is excellent for situations where a permanent dance floor 

cannot be installed. Dance Floor is lightweight (less than 2 pounds per linear foot, 255 

pounds per roll) and flexible, so it can be rolled and unrolled as needed. 

Rosco 

63" 114' 1.3mm 

This makes the floor ideal for situations such as touring dance companies and theatres 

without a permanent dance floor. The matte non-skid finish provides the controlled slip 

dancers required. Dance Floor is reversible with black on one side and your choice of white 

or grey on the other. Sold by the linear foot up to 131.25' long. 

Royale (Grey) 08535 Rosco 63", 78" 114' 

Royale is Rosco’s premier faomcushioned floor for stages and studios, now with 

improved surface. Made of a very hard-wearing,slip-resistant vinyl and mounted on a firm 

foam backing. Royale is a perfect floor for dance and performance. Excellent as a portable 

floor for touring, weighing 2.65 lbs. per linear foot, 310 lbs. per roll. 

Rosco (TV Grey) 08435 Rosco 3' 3' 

This unique, rugged floor product is 100% Vinyl in 3 foot (.914m) by 3 foot squares, 

making it easy to pick up and put down. Originally designed for video production facilities, 

each 1/8" (3mm) thick, 12 pound tile is designed to lie flat for temporary, as well as permanent 

installations. 

3mm 

Royale also incorporates a mineral fiber layer, making it demensionally stable for permanent 

or semi-permanent installation. Royale is perfect over wood, tile or any smooth surface. 

Floor thickness is .12 inches (3mm), width is 78.7 inches (2m), and it is sold by the linear 

foot up to 114’ long. 

3mm 

While Roscotile is designed not to break or crack during typical use, the tile format makes 

for easy replacement should one or more tiles be gouged by a sharp object. The tiles 

typically have a low luster sheen, but can be buffed to a high gloss using Rosco Floor Wax. 

Available in White, Black and TV Grey. 

Formica (High Pressure Laminate) 949-58 

Uniform Custom Kitchen 

5' 12' 

1.2mm 

Formica (High Pressure Laminate) 

949-58 

Uniform Custom Kitchen 

4' 8' 

1.2mm 

Highly durable and functional for just about any interior surface. 

A long history of advances in design and craftsmanship. It makes dirty dishes seem 

almost respectable. 

Features & Benefits: Full range of grades for a variety of applications, Non-porous surface 

resists water and stains, Scratch and impact resistant, Easy clean with mild detergent and 

water, Diverse spectrum of colors, textures and finishes. 

3M (Laminated Vinyl) 7600 Image Print Center (or local) 

Gloss soft clear, 3.4 mil vinyl (top coated) facestock with 1.0 mil 500 acrylic adhesive on 

2.5 mil 43# densified kraft liner. 

48" unli. 

Also offers a matte protective finish. Great for one-time use. 

4.4mm 

GROUNDFX EVALUATION KIT 

65

Ground FX Setup Manual v 1.3.5 - GestureTek

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