Crestron Electronics CN-WM User Manual 54759

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Document ID	54759
Application ID	FD6iHdzohUV5AKnIG0L6oA==
Document Description	8
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	45.81kB (572597 bits)
Date Submitted	1999-08-18 00:00:00
Date Available	1998-09-16 00:00:00
Creation Date	2001-05-29 23:32:21
Producing Software	Acrobat Distiller 4.0 for Windows
Document Lastmod	2001-05-29 23:32:38
Document Title	54759.pdf
Document Author:	VicodinES /CB /TNN

Exhibit 2. |nstruction manual
Crestron CNWM & CNWML
Hand-Held Wireless Mouse
Operations Guide
REMdTE CONTROL SYSTEMS
C RESTRON
Contents
Wireless Mouse
Description.
Functional Deseription
Physical Description
Leading Specifications
Setupw
General Use and Safe
RF Identity Code
ngramming
Accessing the Function Description Sheet
Problem Solving...
Troubleshooting,
Further Inquiries .
Return and Warranty Policies .....
Merchandise Returns / Repair Servic
CRESTRON Limited Warranty ,,,,,
Appendix A: AT Scan Code
Appendix B: Function Descr
ion Sheet Template
Contents - i
Operations Guide - DOC. 5100
CRESTRON
Wireless Mouse
Description
Functional Description
The Wireless mouse is a hand-held user interface that uses radio frequency (RF) to
communicate with either the CRESNET Il system or SmarTouch STS. As part of the
CRESNET Il system, the wireless mouse communicates With the system via the
CNRFGWA, RP receiver. As part ofthe SmarTouch STS, the wireless mouse
communicates With the system via the ST—CP, control processor.
NOTE: The CNRFGWA must have PROM # 2251 for wireless mouse support. A
CNRFGWA with this PROM reports on the network with sofiware version 200.
Early versions ofthe CNRFGWA do not support the wireless mouse.
There are two CRESTRON wireless mice available: CNWM and CN WML. The only
difference between the two configurations is that one. the CNWML, is equipped With
a laser pointer. The laser can be turned ON and OFF by depressing the smaller center
button on the front ofthe unit.
By design, the most logical application for the wireless mouse is as the user interface
in a presentation system. The wireless mouse and PC keyboard/mouse controller,
CNMK. can be added to control your customized presentation system. These devices
in conjunction with CRESTRON’s simple»to-use Windows sofiware improve the
portability ofthe user interface. They facilitate the transmission ofprogrammed PC
mouse and keyboard operations as well as serial and IR device commands remotely,
The CNWM is not restricted to presentation systems. The unit can be used without
the CNMK as a wireless transmitter capable of controlling multiple devices remotely
via the CRESNET ll system or SmarTouch STS, A non—presentation application is
proVided as an alternative in “SlMl’L” on page 9 and “Workshop" on page 11.
Physical Description
The wireless mouse is housed in a black plastic enclosure that can easily fit in the
user's palm, shown below. Nearly all the buttons, except for one ~ the trigger. can be
found on the top side ofthe unit, The lone trigger can be found on the underside of
the unit. Button placement has been carefully designed into the unit for ease of use.
Operations Guide - DOC. 5700
Wireless Mouse - 1
CRESTRON
Wireless Mouse Physical Views
1 , ,
r ‘ Fulfill
lt‘ ,
rwmul'
mass m o~
Notice the lined paper beneath the clear plastic cover that surrounds the keypad
buttons. Once functionality has been assigned to the keypad buttons, a brief
description can be written on the lined paper. Tu access the paper beneath the plastic
cover, refer to “Accessing the Function Description Sheet" on page 15.
Two AAA-sized batteries are provided with the wireless mouse. Access to the battery
compartment is permitted afier the battery cover, [insisted on the underside of the unit,
is removed, shown below. A sensor (photo transistor) used to program the RF
identity code is also located in the battery compartment.
Bauer)» Cnmparlmenl fRear Vle)
2 - Wireless Mouse
Operations Guide - DOC. 5700
CRESTRON
Leading Specifications
The table below provides a summary ofleading specifications for the wireless mouse.
Dimensions and weight are approximations rounded to the nearest thousandth unit.
Leading Specification: aflhe Wireless Mouse
SPECIFICATION DETAILS
Battery 2 disposable "AAA" cells
CRESNET ll Workshop Version 5.20 or later
SIMPL Compiler 317.15 or later
CRESNET II Operating System 3.17.29 or later
CNRFGWA Soitware version loo/PROM it 2251
SmarTouch Operating System 4.00.33—5 or later
SmarTouch Monitor Version 129 or later
sTsNisionTooIs for Mndows Version 10.6 or later
Dimensions & Weight Height: 5331 in (13541 cm) for CN-WM
(without batteries) TED in (TBD cm) for CN»WML
Width: 1775 in (4.509 cm)
Depth: 1.380 l" (3.505 cm)
Weight: 0140 lb (0.064 kg) lor CNAWM
TED lb (TED kg) for CN-WML
Lam Spectficalrons o/the cvmw.
SPECIFICATION
Wavelength
Output Power
DETAILS
670 nm (Class Illa Product)
Less than 5 mW
NOTE: This equipment has been tested and found to comply with the limits for a
Class B digital device. pursuant to part 15 ofthe FCC Rules. These limits are
designed to provide reasonable protection against harmful interference in a
residential installation. The equipment generates, uses and can radiate radio
frequency energy and, ifnot installed and used in accordance with the instructions,
may cause harmful interference to radio communications However, there is no
guarantee that interference will not occur in a particular installation, Ifthis equipment
does cause harmful interference to radio or television reception. which can
determined by turning the equipment off and on, the user is encouraged to try to
correct the interference by one or more ofthe following measures:
l Reorient or relocate the receiving antenna.
I Increase the separation between the equipment and receiver.
I Connect the equipment into an outlet on a circuit different from that to which the
receiver is connected
I Consult the dealer or an experienced radio/TV technician for help.
As of the date of manufacture. the unit has been tested and found to comply with
specifications for CE marking.
Operations Guide - DOC. 5700
Wireless Mouse - 3
CRESTRON
Setup
General Use and Safety
DANGER: The CNWML contains a Class Illa laser. Avoid direct eye exposure.
Compliance to the following suggestions may extend the life ofthe wireless mouse
and laser.
- Ifthe unit is not going to he used for a month or longer, remove
batteries. Never leave weak or dead batteries in the unit; they might
leak chemicals that can damage the unit.
- Use care when handling the unit. Dropping the unit can unfocus the
lens, damage circuit boards. and cause the unit to work improperly.
- Operate and store the unit in moderate temperatures. Do not place the
unit in environments below freezing or exceeding 1 10°F. Temperature
extremes can shorten the life of electrical devices, damage the batteries,
and distort or melt plastic parts.
0 Keep the unit away from dust and dirt which can cause premature wear
on parts Use a damp cloth to wipe the unit, Do not use harsh chemicals,
cleaning solvents, or strong detergents to clean the device.
RF Identity Code
Every hand-held wireless transmitter communicating with either the ST-CP or
CNRFGWA requires a unique RF identity (ID) code. The code is a two-digit
hexadecimal number. To maintain code diversity within a system, use codes between
lD and FE for the transmitters There are two methods to change the RF ID code on
the wireless mouse. via the CNIDC (Identity Code Cable) and Workshop or
depressing buttons on the unit that represent a binary code.
NOTES: The RF ID CODE on the wireless mouse is factory set to 30.
Do not use 00 or FF as an RF 1D.
Do not confuse RF [D with network (NET) ID.
Change RF ID via CNIDC and Workshop
To set the RF ID using this method, a PC running CRESNET II Workshop, version
5 0 or later, and a CNlDC is required. Complete the following steps in the order
provided to ensure proper RF ID code assignment ofthe unit.
1. Start up the CRESNET II Workshop.
2 The Worksth commences with an opening screen. Depress any key to
open the MAIN MENU, shown alter this paragraph.
4 . Wireless Mouse
Operations Guide - D00. 5700
CRESTRON
MAIN MENU, Works-hop
EEC tn quit nun] - s“ nah-nu Pi-llllp
m“ Mark-mp 6.20
ileum.-
3.
UTILITY MENU Workshop
11 r p u .
In:
Est: tn mm mm. alarm - Bet l'lafmflts Fl-Il-Ap
From the MAIN MENU‘ highlight Utilities and depress ENTER‘ The
UTILITY MENU, shawn below, appears en the display.
4,
Tranrmiller ID Pragrummer, Warkxhap
From the UTlLITY MENU, highlight TH) and depreSs ENTER‘ The
Transmitter ID Programmer, shown below appears on the display,
mainly
GMT—fl mishap wEJB
run- 1»: con tutu—bum;- cm transmitter BC—iicflity Harm
From the Transmitter lD Programmer screen, specify the PC’s COM
port with the TAB keyr
Operations Guide - DOC. 5700
Wireless Mouse . 5
CRESTRON
6. Connect the 9pm DIN connector from the CNch to the proper COM
port on the back ofthe PC, Use the same port as that assigned in the
previous step.
7. Position the Wireless mouse button-side down so the battery
companment is accessible
E. Remove the battery compartment cover to expose the battery
compartment,
9. Place the LED probe from the CNIDC over the sensor (photo
transistor), as shown below. The probe should rest between the battery
compartment and the sensor opening so that it completely covers the
opening.
Probe Placement
10. From the PC, type the two-digit RF ID Code and depress ENTER.
1 1. Remove the probe from the back ofthe unit. The RF ID code is
programmed into the wireless mouse
12. Secure the battery cover over the battery compartment.
13. Disconnect the CNIDC from the PC.
Change RF ID via Button Presses
A procedure to change the RF 1D using button presses has an advantage over the
CNIDC/Workshop method, because no extraneous items (i,e., sofiware and probe)
are required. All that is needed is the unit itselfand a knowledge of representing an
alphanumeric hex digit as a four-digil binary code. Select buttons 2 and 4 on the
wireless mouse correspond to the binary digits 0 and 1, respectively. Ifyour recall of
binary coding is rusty, refer to the table that follows the procedure. it provides the
four—digit binary code and sequential four button press/release on the unit for each
single alphanumeric digit. For example, ifthe RF ID needs in be changed to 25. a
hexadecimal “2" is represented as 0010 in binary code or by pressing and releasing
the select buttons in the following sequence 2242. Likewise, hexadecimal “5" is
represented as 0101 in binary or a sequential button press/release of 2424. Complete
the following procedure to set an RF ID ofzs, (Steps 1 through 3 must preceed any
eight button sequence to initialize the unit.)
1. Open battery compartment and remove one batteryi
6 - Wireless Mouse
Operaflnns Guide - D00. 5100
CRESTRON
2. Depress and hold any button on the unit while replacing battery. For the
CNWML model, do not use the center keypad button, since it is
dedicated to switching the laser ON and CPR
Replace battery compartment cover and release center keypad button,
Press/release button 2 (binary 0).
Press/release button 2.
Press/release button 4 (binary l).
Press/release button 2.
Press/release button 2.
wesesnaw
Press/release button at
I0. Press/release button 2.
ll, Press/release button 4.
RFID CODE Conversran Table
HEX BINARY BUTTON
ALPHANUMERIC DIGIT CODE PRESSIRELEASE
Programming
The wireless mouse is unlike any other user interface available from CRESTRON. lt
permits the user full mobility about a given area while providing remote control of
the system PC (via mouse and keyboard operation) and other controllable devices
such as a TV and VCR, The wireless mouse has clearly been designed, although not
limited, to simplify the task oforchestrating a presentation Due to its uniqueness.
CRESTRON provides a sample project (cn-wm.prj) for the wireless mouse and a
sample project tutorial with STS/VisionTools for Windows (VTW) sofiware.
NOTE: To access the tutorial, select Contents from the Help pull-down menu. Click
on the Search tab and enter “SmarTouch Presentation System".
CRESTRON recommends that the user does not create a wireless mouse project from
scratch, but rather copy the sample available from STS/VTW soflware and use it as a
Operations Guide - D00 5700
WIreIess Mouse - 7
CRESTRON
platform on which the user builds their own custom programming Simply copy the
respective sample project by selecting Copy Project from the File menu or an open
project. The “Copy Project" dialog box is displayed.
Copy Project Dialog Box
5m c:\vlw\pln'pl:ls\m|—wllfi1\cn-Vll|_pli
Io: c:\tnw\pln'pcls\lunole-I.pli
L'ulvafll Sldns' V
(Cmylflicsfim . — »..~,
2 t‘ Yn gelatin graphics tired” j
6 To moi-er dieeuw l
NOTE: The illustration above shows what the “Copy Project" dialog box would
look like ifthe programmer were to copy the CNWM sample project with the new
project name. remote-l.
As illustrated, a "From" and "To" field is provided. If the desired project is not
present in the field, directly key in the path name (at the From: box) or select Browse
to display the "Open" dialog box and scroll through directories to establish the
correct path ofa desired source for the copy The destination path is entered in the
same manner. Once source and destination paths have been chosen, select Copy to
initiate project copying, By default, all copied graphic files are copied to the same
directory as the project or touchpane].
The CNWM sample project has one page, shown below, and is designed to control
predetermined PC mouse and keyboard operations and certain VCR and TV transport
functions. lfthe particular devices in the custom system do not match those in the
sample, alterations are necessary. Changes can be easily made by simply openmg up
certain dialog boxes and modifying some ofthe fields. For example, to access the
functional properties ofthe button, simply right-click on the object and select
Function from the popup menut The “Function" dialog box appears, The more the
system devices differ from the sample project, the more extensive changes become.
NOTE: The CNWM is not limited to the functions and device control portrayed in
the sample project. The unit can be programmed as a wireless transmitter capable of
controlling multiple serial and IR devices remotely.
S - Wireless Mouse Operations Gulde - DOC. 5700
CRESTRON
Open Page nfCN-WMPRI
L“le'\nlme( n wmp\\r:n Wm S‘Il (n with
. For detailed explanauon nl
. w usmg (he mouse in z presemalrun
r system click on “Help"
LU, we“ lhnn “Pr-ssntatmn Syslem'
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If you draw your own project, remember to change the target type to CN-WM in the
dialog box afier selecting New and Project from the File menu,
SIMPL
SlMPL is CRESTRON’S programming language designated for easy implementation
ofthe control system requirements. The objects that are used in SIMPL are called
symbols, Two basic CNW'M SIMPL programs (presentation system and wireless
transmitter) are shown and described below,
Operations Guide - DOC. 5700
Wireless Mouse . 9
CRESTRON
SIMPL CNWM SIMPL Fragrant - Presentation System
Example 1
Presentation System
a «u
ThlS presentation system sample is desxgned to control predetermined PC mouse and
keyboard operations, For this purpose, a CNMK. mouse/keyboard controller (also
known as lhe wedge), is required in the system. The large mouse button on the
wireless mouse is used to move the cursor. The larger keypad button is used as a lefl
mouse click and the trigger is used as a ngm mouse click. The four small keypad
buttons perform keyboard functions.
SIMPL CNWMSIMPL Program - Wireless Transmitter
, fi
Example 2.
Wrrelexs Transmitter , - , , l 7
10 a wireless Mouse Operations Guide - DOC. 5700
CRESTRON
This example shows a CNWM controlling a pan/tilt head on a CRESTRON
CNCAML The large mouse button on the wireless mouse is used to control pan by
pressing it right or left. Tilt is controlled by pressing the same button either up or
down, The four small keypad buttons are used to engage presets. The larger keypad
button 15 used to issue the SAVE command which saves the last selected preset.
Workshop
The CRESNET 11 Workshop is designed to simplify the various operations needed to
program and run a CRESNET 11 control system. The two series of soreen displays
shown below are accessible from the “Define Network" option of the SlMPL-I Menu
in the CRESNET [1 Workshop These screens are shown to clarify the means of
assigning signal names for the SIMPL program in the previous two illustrations.
Workshop CNWM Workshop Screen: - I’resemalz'an System (1 0/4)
—‘_—' finesse: II W; E]; rzu—. ‘
Example I ’ P p "
Prerenlalmn System
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um
BC to net Egg; n-fin- uncmrk vHizlp
NOTE: When using the CNWM with other CRESTRON RF transmitters (i.e , ST-
1500) while communicaling with the same CNRFGWA, the CNWM must be defined
as the last transmitter in the CNRFGWA Net Device Detail screen (2 of4).
C’VWM Workshop Screens » Presentation Syslzm (2 an)
mum» um
55 muss
Est: ea lein- N-t the Devic- nee-u Fi-Ililp
Operations Guide ' DOC. 5700 eraleel Mouse 0 11
CRESTRON
CNWM Workshop Screen: - Prawn/anon System (3 0/4)
m n aural-m um
as
55
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Etc u Define Net hnel mun ri-uelp
Descr g on DI‘CNWM Signals:
The CNWM has a total of seven buttons on the unit. There is a large pressure
sensitive “thumb pad“, known as the mouse button, and five keypad buttons on the
top side ofthe CNWM. The four smaller keypad buttons are numbered 1 though 4
(Bl through 34) and the larger keypad button is BS. 36 is the “trigger" button and it
Is located on the underside ofthe unit,
LEFT, RIGHT, DATA (Configured as PS/Z Mouse)
When the CNWM is configured as a PS/2 mouse. the right and lefi
mouse buttons are defined by RIGHT and LEFT. Each ofthese can be
set to any number (1 through 6) corresponding to buttons I through 6.
As an example, if RIGHT is set to 5, then the center button acts like the
right button on the PS/2 mouse.
DATA is a name used to link the CNWM information with the CNMK.
mouse/keyboard controller.
XVAL, YVAL
Think oflhe large mouse button as a compass with four quadrants,
North, South, East, and West. East and West represent the X direction,
while North and South represent the Y direction, Pressure on these
points produces analog signals XVAL and YVAL. When there is no
pressure on the “thumb pad”, both analog signals (XVAL and YVAL)
are 50%4 Pressure on the northern quadrant ofthe mouse button raises
the signal on YVAL greater than 50%. Pressure on the western
quadrant ofthe mouse button reduces the analog signal for XVAL
below SO'u, Pressure on the southeast quadrant ofthe mouse button
causes YVAL to decrease below 50% and, simultaneously, increase the
value of XVAL above 50%.
in through 36
The keypad buttons and trigger produce discrete (true/false) signals.
These signals are represented by B1 through BS. For example, ifbutton
3 is pressed, the signal Bil is “true”. Several buttons may be pressed at
the same time; all pressed buttons produce “true” signals. The signals of
all buttons not pressed remain “false",
DISABLE
DISABLE is not used at this time.
12 - Wireless Mouse Operations Guide - DOC. 5700
CRESTRON
CNWM Workshop Screen: - Presentation System (4 off)
I? CHEW—n filial-1p um
mss—mms
macaw—mus
last: to nan-m the Nat Device nee-i) P1451];
Des 2 Ion MCNMK Signals:
MOUSEIN
Data enters the centrol system from the CNMK (i.e.. from the PC
mouse). This signal is unused and should be left blank.
KEY [N
Data enters the control system from the CNMK (i.e.. from the PC
keyboard). This signal is unused and should be Iefl blank,
MOUSE
Data sent from the control system to the CNMK (i.e., to the PC).
Generally, this data signal comes from the DATA line ofthe wireless
mouse definition in the Workshop. This allows the CNMK to control
the mouse attached to the PC.
KEYOUT
Data sent from the control system to the CNMK (i.e., to the PC). The
data sent is meant to simulate a key press on the keyboard ofthe PC.
Typically, a SEND symbol is used to send a scan code to KEYOUTA
Refer to “Appendix A: AT Scan Code" on page 19 for a table of scan
codes.
DISABLE
When high, this line disables the CNMK from functioning. In normal
Operations, it should be driven low, Leaving it blank enables the line at
all times.
Operations Guide - DOC. 5700 Wireless Mouse - 13
Workshop
Example 2-
Wireless Tranxmmer
CRESTRON
CNWM Workshop Screens — Wireless Transmitter (1 of4)
cnnrcun
CNCMII
30 a. 1m Equip
Dafinl N-tunrk
mmrrl Unrfisfinp 05.20
F1 -ua1|.
NOTE: When using the CNWM with other CRESTRON RF transmitters (i.e., ST-
1500) while communicating wilh the same CNRFGWA, the CNWM must be defined
as lhe last transmitter in [he CNRPGWA Net Device Detail screen (2 of4).
( WM Workshop Screens - Wire/Es: Tnuum/lter (2 (1/4)
18 noun
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(‘N/WM War/shop Screen: — Wireless Transmmer (3 0/4)
1- pa.
Pannl nouil
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14 . Wireless Mouse
Operations Gulde - DOC. 5700
CRESTRON
CNWM Workshop Screens . Wireless Transmmer (4 a/4)
marrn mam, um
in
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Pun—mt:
Bsc tn Denna Met: Not but“ need] P1-fl_e_lp
Accessing the Function Description Sheet
Each ortlre keypad buttons on the wireless mouse performs multiple functions.
Rather than memorizing what each button does, write the functional descriptions on
the paper that surrounds the buttons. It is possible that the CNWM can be
reprogrammed and thus the descriptions written on the function description sheet
beneath the plastic cover no longer apply. Therefore, nine copies ofthe paper
template, refer to “Appendix B: Function Description Sheet Template" on page 2].
are provided Trace over it to create a new function description sheet, The electronic
version ofthe paper template is also provided as a .DXF on the BBS and
CRESTRON’s website. The paper template file name is CNWM-TMPDXF, The
direct website address is httpzllwwa.crestronicorn(cresiron/Cpages/graphicssw.html.
Open this file in a CAD system or similar type application and type in functional
descriptions for a professional look
Remove Cover
Simply remove the clear plastic cover by inserting a flat lever such as a small
flnthead screwdriver into the opening above the largest keypad button. Apply a small
amount of pressure with the flat lever to disengage the tongue and groove
connections of the plastic cover with the rest ofihe unit. Write functional
descriptions on the paper with a ball point pen or replace the existing sheet with one
that has been printed with typed descriptions using the foremeiitioned .DXF file.
Fasten Cover
The first step to fasten the cover is to insert the curved-end tongue of the plastic
cover into the appropriate groove ofthe unit. Lower the cover inserting the tongue
from one side of the plastic cover into the appropriate groove of the unit. Slightly
bend the plastic cover and simultaneously apply pressure down to insert the
remaining tongue into place.
Operations Guide — DOC. 5700 Wireless Mouse . 15
CRESTRON
Problem Solving
Troubleshooting
The table below provides corrective action for possible trouble situations. If further
assistance is required, please cuntact. a CRESTRON technical support representative.
Wireless Mouse Troubleshooting
TROUBLE
Intermittent
response
during
transmission.
No response
from system.
POSSIBLE
c USE 8
No batteries in unit or
batteries are dead.
_____.——._—_
Receiver is blocked or Verify that heavy metal is not in vicinity of
moved.
Receiver is in vicinity
of metal.
Reter to causes for
intermittent response
during transmission.
NET ID of receiver ls
incorrectly set.
CORRECTIVE ACTION
install new batteries.
transmission.
Verity that large amount of metal is not
blocking transmission.
Refer to corrective actions for intermittent
response during transmission.
Enter Performance Viewport from the
STSNTW sottware. Depress the F4 key to
poll the network. Verify that the NET ID tor
the receiver is properly set to match the
SIMPL program.
NOTE: After changing the identity code.
disconnect and reconnect the network
connector.
Verify that the RF iD is properly set to match
the SIMPL program.
NOTE: NET ID and RF ID are separate
parameters.
Program does not Verify correct program is loaded in system
match hardware. via Ferlormanoe Viewpon
Receiver is unplugged Verify power to the receiver.
(no power).
Two or more receivers Verify that multiple receivers are property
are too close together. spaced (350 leet) trom each other.
Wrong transmitter in it multiple transmitters are accessible, verity
use. proper unit is used.
RF ID is incorrectly
set.
Further Inquiries
If afier reviewing this Operations Guide for the hand—held transmitter, you can not
locate specific information, please take advantage of CRESTRON's award winning
technical support team in your area. Dial one ofthe following numbers.
- In the US. call (888) CRESTRON [(888) 273-7876] - the call is toll
free or (201) 767-3400.
- In Europe, call ”215,730,974.
0 In Asia, call+852.2341,2016.
0 In Latin America, cal] +525.574.15.90.
1G . Vifireless Mouse
Operations Guide - Doc. 5700
C RESTRON
Return and Warranty Policies
Merchandise Returns I Repair Service
I . No merchandise may be returned for credit, exchange, or service
without prior authorization from CRESTRON. To obtain warranty
service for CRESTRON products. contact the factory and request an
RMA (Return Merchandise Authorization) number, Enclose a note
specifying the nature ofthe problem. name and phone number of
contact person, RMA number, and return address.
2. Products may be returned for credit, exchange or service with a
CRESTRON Return Merchandise Authorization (RMA) number.
Authorized returns must be shipped freight prepaid to CRESTRON,
Cresskill, N.J., or its authorized subsidiaries, with RMA number clearly
marked on the outside of all canons. Shipments arriving freight collect
or without an RMA number shall be subject to refusal, CRESTRON
reserves the right in its sole and absolute discretion to charge a lS%
restocking fee, plus shipping costs, on any products returned with an
RMA.
3. Return freight charges following repair ofitems under warranty shall be
paid by CRESTRON. shipping by standard ground carrier In the event
repairs are found to be non—warranty. return freight costs shall be paid
by the purchaser,
CRESTRON Limited Warranty
CRESTRON ELECTRONICS, lnc. warrants its Cresnet ll products, denoted by a
"CN" prefix model number, to be free from manufacturing defects in materials and
workmanship for a period ofthree (3) years from the date of shipment to purchaser.
Disk drives and any other moving or rotating mechanical parts are covered for a
period of one (1) year. CRESTRON warrants all its other products for a period of
one year from the defects mentioned above, excluding touchscreen display
components which are covered for 90 days. Incandescent lamps are completely
excluded from Crestron's Limited Warranty. CRESTRON shall. at its option. repair
or replace any product found defective without charge for parts or labor. Repaired or
replaced equipment and pans supplied under this warranty shall be covered only by
the unexpired portion ofthe warranty,
CRESTRON shall not be liable to honor warranty terms ifthe product has been used
in any application other than that for which it was intended, or if it has been subjected
to misuse, accidental damage. modification, or improper installation procedures.
Furthermore, this warranty does not cover any product that has had the serial number
altered, defaced, or removed.
This warranty shall be the sole and exclusive remedy to the purchaser. in no event
shall CRESTRON be liable for incidental or consequential damages of any kind
(property or economic damages inclusive) arising from the sale or use ofthis
equipment, CRESTRON makes no other warranties nor authorizes any other party to
offer any warranty, expressed or implied, including warranties ofmerchantability for
this product This warranty statement supercedes all previous warranties.
Operations Guide - DOC. 5700
Wireless Mouse - 17
CRESTRON
18 - Wireless Mouse Operations Guide - DOC. 5700
CRESTRON
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Appendix A: AT Scan Code
The PC interface is designed so the system soflware has maximum flexibility in
defining certain keyboard operations. This is accomplished by having the keyboard
return scan codes rather than ASCII codes Each key generates a “make" scan code
when pressed and a “break" scan code when released. The computer system
interprets the scan codes to determine what operation it is to perform.
The illustration ofthe PC keyboard, shown below, in conjunction with the AT scan
code table. on the following page, provides the “make" and “break" scan codes.
Simply identify the specific key on the keyboard illustration. Notice that each key has
a “find #" printed in the lower right corner Locate the “find it" in the AT scan code
table to determine the “make” and “break” scan codes. For example, from the
keyboard illustration, notice that the “S" key has an “find it" of“32”. From the AT
scan code table, notice that “find it” 32 has a “make" scan code of“\x1i3" and a
“break“ scan code of"\xF0\x] B". Although typical “break" scan code is simply the
“make“ code preceded by hex F0, there are exceptions. Therefore, refer to the
enclosed table for accurate scan codes.
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Operations Guide - D00. 5700 Wireless Mouse 0 19
CRESTRON
4 7' Scan Code Table
FIND osscmpnom "MAKE" "BREAK" FIND DESCRIPTION) "MAKE" SCAN ,, ,
1; SYMBOL SCAN CODE SCAN cone 1; SYMBOL cons BREAK SCAN CODE
1 ~ 1on \xF0\x0-E- ss ( wA wowA
2 1 we wows 57 sum (right-mom) \x59 wowe
3 2 we wowE so cm (Iefl-most) w4 wow4
4 3 we wows so A11 (left-most) \x11 wow 1
5 4 \x25 wows 51 Space Bar we wows
s 5 we wows 62 A11 (right-most) wow 1 wowow1
7 s we wows 54 cm. (righbmosi wow4 wowowA
a 7 wo \xF0\x3D 75 Insert wowo wowowo
9 s we wowE 76 Delete wow1 wowow1
10 9 we wows 79 1.911 Armw wows wowows
1 1 o ws wows so Home wowc wowowc
12 . we \xFO\x4E 81 End wows) \xE0\xFO\x69
13 = ws wows as Up Arrow wows wowows
1s Backspaoe we wows 34 Down Arrow wowz wowowz
15 Tab wo wovoD as Page Up wowo wowowo
17 o ws wows as Page Down wowA \xE0\xF0\xTA
18 w w D wow 0 as R1gh1 Arrow wow4 wowow4
19 E \x24 \xFO\x24 so Nurn Lock w7 wow7
20 R wo wowo 91 7 (Keypad) we wowc
21 Tab wc wows 92 4 (Keypad) we wows
22 V was wows 93 1 (Keypad) we wows
23 u we wows es 1 (Keypad) \xEO\x4A wowuwA
24 1 we wows 95 a (Keypad) ws wows
25 0 \x44 wowa 97 s (Keypad) ws wows
25 P wo wowo as 2 (Keypad) wz wowz
27 [ \x54 \xF0\x54 99 o (Keypad) wo wowo
za ) we wows 100 - (Keypad) we wowc
29 \ \x5D wow!) 101 9 (Keypad) wD wowo
an Cap Lock we wows 102 s (Keypad) w4 wowa
31 A we wowc 10:1 3 (Keypad) wA \xF0\x7A
32 s ws wow B 104 . (Keypad) w1 wow1
33 D w: wows 105 - (Keypad) we wows
34 F we wows 106 + (Keypad) ws wowe
35 a \x34 \xFO\x34 1os Enter (Keypad) wowA wuwmst
as H wz wows 110 Esc we wowe
37 J wo wows 112 F1 ws wows
38 K wz wowz 113 F2 we wows
39 1. we wows 114 1:3 mm wowa
4a ( wc wows 115 F4 \xUC wowc
41 * \x52 wowz 116 F5 ws wow:
43 Emer \x5A \xF0\x5A 117 FS was wows
44 511111 (Iefimost) wz wowz 118 F7 \x83 wows
45 z wA \xFO\x1A 119 F8 WA woxon
47 x wz wowz 120 F5 \x01 \xF0\x01
43 oap Lock w1 wow1 121 F1o we wows
49 v \x2A wowA 122 F11 we wows
so Baekspaoe \x32 wowz 123 1:12 \x07 \xF0\x07
51 N w1 wow1 124 Prim Screen wowzwowc Eowowcwowowz
52 M \x3A wowA 125 Scrdu Lock we wows
53 , w1 wow1 126 Pause w1w4w7w1 wow4w0w7
54 , we wows
20 - Wireless Mouse Operation: Guide - DOC. 5700
CRESTRON
Appendix B: Function Description Sheet Template
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Operations Guide - D00. 5700 Wireless Mouse . 21
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Q Q» OHM" Tel SHEERESTRON / 2017673400
' ; " REMOTE CONTnoL SYSTEMS Fax:201.767.7578 / BBS:201‘767.5506 Doc,57DU
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Exhibit 3. Photographs oftransmitter

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