Interlink Electronics DuraPoint User Manual

CAUTION!

Use caution when installing

the Module Sensor Tail.

The Sensor Tail is susceptible

to damage if exposed to

sharp edges.

Table of Contents

1.0

Introduction to the DuraPoint OEM Module

2.0

Operating the DuraPoint OEM Module

2.1 Using the Pressure-Sensing Mouse Button

2.2 Clicking and Dragging ......................................................................................... 3

®

.........................................................................

......................................... 1

.......................................................

2
2

3.0

Integration Notes

..................................................................................................... 4

3.1 Mounting and Sealing the DuraPoint OEM Module .................................................. 4

3.2 Electrical Interfacing to the DuraPoint OEM Module ............................................... 6

3.3 Cabling Options ........................................................................................................ 8

3.4 Cursor Speed Options ............................................................................................... 9

4.0

Custom Designs
Technology

5.0

6.0

Specifications

7.0

Drawings

Figure 7.01 DOM without Faceplate (Core Module) ...................................................... 12

Figure 7.02 DOM with Female Faceplate ........................................................................ 13

Figure 7.03 DOM with Male Faceplate ........................................................................... 14

Figure 7.04 DOM Side View and BOM .......................................................................... 15

Figure 7.05 Suggested Mounting without Faceplate ....................................................... 16

Figure 7.06 Suggested Mounting with Female Faceplate ............................................... 17

Figure 7.07 Suggested Mounting with Male Faceplate .................................................. 18

Figure 7.08 Circuit Board Detail ..................................................................................... 19

Figure 7.09 “VP” Cable Details ...................................................................................... 20

Figure 7.10 Interfacing to the VP710 Cable...................................................................... 21

Figure 7.11 Interfacing to the VP720 and VP740 Cables 22
Figure 23

7.12 DB-9 and PS/2 Connector Details

7.13 COM Port Output Format .............................................................................

Figure

7.14 PCB Assembly, Zilog Mask V4.1 .................................................................

Figure

........................................................................................................ 10

................................................................................................................. 10

............................................................................................................ 11

...............................................

................................................................

24
25

8.0

Warranty Information .............................................................................................. 26

9.0

Product Support ..................................................................................................... 27

©1997, 2012 Interlink Electronics, Inc.

Publication Number: 94-20994 Rev. B

DuraPoint and VersaPoint are registered trademarks of Interlink Electronics, Inc.

All other trademarks are the property of their respective owners.

Do not print this information:

This page is to be blank

1.0 Introduction to the DuraPoint OEM Module

Thank you for purchasing the DuraPoint OEM Module (DOM), the durable
pointing device designed to operate in harsh environments. The module has been
designed to be reliable, rugged and easy to integrate. It is the ideal computer cursor­control solution for industrial computers, process automation systems, industrial
keyboards, vision inspection systems, and military computers.

The DOM can easily be sealed into a system to create an interface impervious to
water and dust. Once properly sealed into a system, the DOM is designed to meet
NEMA 4X, 6P, 12 and 13 standards.

The DOM requires less than 1.250” (includes UL gap requirements) of mounting
depth (less than comparable trackballs or joysticks) allowing it to be integrated into
tight, cramped spaces. The module's slim mounting profile frees valuable space for
other system components or enables system size reduction. The module is unaffected
by mounting orientation: it can be mounted horizontally, as in a desktop industrial
keyboard; vertically, as in a process control panel; or any angle in-between. This
gives system designers maximum flexibility with product design and ergonomics.

The DOM incorporates Interlink Electronics' VersaPoint Pressure-Pointing
technology. Directional control is achieved by applying finger pressure in the
direction of desired movement to the mouse button. Speed is controlled by altering
the amount of applied pressure. The result is smooth cursor movement in any
direction, from a precise crawl to a screen-crossing zip. VersaPoint technology
has no moving parts to break or wear out, thus delivering reliable, trouble-free
cursor control.

DuraPoint, with no moving parts to break or wear out, is completely maintenance­free. Designed and manufactured with ruggedness and reliability in mind,
DuraPoint delivers “mouse” lifetimes in excess of 10 million actuations.

®

Before using or installing the DOM, please take a few minutes to carefully
review this integration guide.

Special

The DOM has two flexible circuits that electrically connect to the

Note:

PCB. One connects to the shielding layer and the other connects
to the pressure sensor. Care should be taken during handling and

installation of the DOM to protect these tails against kinking or
tearing, which could permanently damage the module. The DOM's
PCB is ESD (electro static discharge) sensitive. Please use proper
static safeguards when handling the module.

DuraPoint Integration Guide

Page 1

2.0 Operating the DuraPoint OEM Module

DuraPoint is designed to be easy and intuitive to use. The mouse button
controls the cursor direction and speed while the two click buttons control
the primary and secondary click functions.

MOUSE BUTTON

DEFAULT
PRIMARY

CLICK BUTTON

DEFAULT
SECONDARY
CLCIK BUTTON

DuraPoint Mouse and Click Button

2.1 Using the Pressure-Sensing Mouse Button

The DuraPoint OEM Module’s pressure-sensing mouse button converts the
touch of your finger into smooth cursor movement. To move the cursor, or
device being controlled by the DOM (e.g., a closed-caption camera), place your
fingertip on the center of the mouse button and rock it in the direction you
want the cursor to move. You can move the cursor in any direction - the DOM
has full 360° directional control. A light touch will produce precise cursor
movement. Increases in pressure will increase the speed - the harder you press,
the faster the motion.

Page 2

DuraPoint Integration Guide

2.2 Clicking and Dragging

To Click

The click buttons, located on either side of the mouse button, incorporate
pressure-sensitive sensors to detect “clicks”. These sensors have no moving
parts to break or wear out, leading to long lifetimes. The left button on the
DOM is equivalent to the left mouse button and is used as the default primary
button. The right button is equivalent to the right mouse button (the default
secondary button). You can interchange the operation of the buttons in the
Windows Mouse Control Panel, if desired (e.g., for left-handed users).

To Drag an Item

Simply press and hold the primary button while moving the cursor with the
mouse button. Release the primary button to complete the drag operation.
Some users find it easier to swap click buttons and use the right click as the
primary button, allowing fore-finger cursor control with middle-finger clicking.
If your computer has Windows installed, you may wish to practice this
technique by playing the game of Solitaire.

DuraPoint Integration Guide

Page 3

3.0 INTEGRATION NOTES

3.1 Mounting and Sealing the DuraPoint OEM Module

The DOM is designed to be blind mounted or front mounted into a variety of panel

Its rugged stainless steel construction and rubber buttons enable it to be

types.

mounted in the harshest environments - direct water spray, dust, dirt, grime, oil,
food products and most cleaners and solvents will not affect its operation.

Additionally, custom bezels can be fabricated or molded to allow integration
into devices such as machine control panels or industrial computers. For more
information on custom bezels, please contact Interlink Electronics Product Support.

Before placing the installed DOM in the field, verify the seal of

Special

the DOM to the bezel/enclosure. Improper sealing, in wet

Note:

environments, could result in damage to the DOM or system.

Suggested Panel Cut-out with Standard Female Faceplate

If you purchased the DOM with the standard female faceplate, designated by the
VP25X0 series, see Figure 7.06 for details on the suggested mounting cut-out
and fastener locations.

Suggested Panel Cut-out with Standard Male Faceplate

If you purchased the DOM with the standard male faceplate, designated by the
VP25X2 series, see Figure 7.07 for details on the suggested mounting cut-out
and fastener locations.

Suggested Panel Cut-out without a Faceplate

DOM models without a faceplate are designated as the VP25X1 series. The rubber
keypad has been adhered to the DOM and should not be removed. When mounting
the DOM, the suggested clearance for the cut-out around the mouse button and
click buttons is 0.05” (1.3 millimeters). See Figure 7.05 for details on the suggested
cut-out and fastener locations.

Page 4

DuraPoint Integration Guide

Mounting the DuraPoint OEM Module

To panel mount the DOM without sealing, all that is needed is a panel designed
with the necessary cut-outs for the faceplate/mouse and click buttons and four or
more fasteners (e.g., PEM studs, edge clips, hole clips, heat stakes, etc.). No other
live electric parts may be within a half inch (0.500”) of the components inside of the
DuraPoint. DuraPoint must be installed into a suitable enclosure. When installing
the DOM, the mounting fasteners should be tightened evenly to allow proper
seating. Over torque on the bolts should be avoided, as this could damage the
DOM. With proper seating and tightening, a liquid-and-particulate resistant
interface can be created. The DOM should be grounded through either of the two
upper PCB mounting studs as shown in Figure 7.08. When mounting the DOM
without a faceplate, the flexible shielding layer circuit should be connected to the
support plate. Simply wrap the circuit over the mounting hole nearest the circuit,
run a fastener through the mounting hole, and tighten the fastener down. Figure 7.08
details the location of the shielding circuit.

DuraPoint Integration Guide

DURAPOINT

OEM MODULE

PANEL FACE

Page 5

Sealing the DuraPoint OEM Module

Some integrators may want to completely seal the DOM into a system.
By following the instructions below, a NEMA 4X/IP66 seal can easily be obtained.

Sealing the DuraPoint OEM Module with RTV Sealant

RTV silicone sealant can be used as a sealing material. Before starting installation,
be sure to clean the panel and faceplate/rubber keypad thoroughly with isopropyl
alcohol. Integrators may also find that some panel/bezel materials will need to be
primed with a silicone primer to obtain proper adhesion. To seal the DOM with
silicone sealant, apply a thin bead of sealant to the top of the faceplate/rubber
keypad on the outer edge of the faceplate/keypad. Sealant should also be applied
around the four mounting holes on DOMs with female faceplates and on DOMs
with no faceplate. If mounting without a faceplate, minimize the amount of sealant
applied to prevent lumping near the active buttons, which could adversely affect the
DOM's performance. Alternately, sealant can be applied around the perimeter of
the module and the mounting holes after it has been installed into the bezel or panel.
For the best possible seal, apply the sealant to both the top of the faceplate/ keypad
before installation, and around the perimeter of the module after installation.

Sealing the Male-Faceplate DuraPoint OEM Module

The DOM with male-faceplate option is sold with a foam-rubber sealing gasket.
The gasket is designed to seal the DOM into a system. As detailed above, RTV
sealant can also be used as a sealant material. To seal the male DOM into a
panel, place the gasket in between the DOM's faceplate and the panel face.
Then tighten down the mounting studs using care to tighten them evenly and
in a cross-wise pattern. Six mounting studs are attached to the DOMs male
faceplate. Use care not to overtighten the mounting bolts, as this could damage
the DOM or cause the gasket to extrude from the sides.

3.2 Electrical Interfacing to the DuraPoint OEM Module

The DOM can be connected to either a Microsoft -compatible serial interface
(RS232C) or PS/2 mouse port. Before installing the DOM, verify that your
system meets these requirements:

A system running Windows 3.0, 3.1, XP, 7 or newer, or operating
system with Microsoft-compatible mouse driver via serial or
PS/2 mouse port

Workstation or any other system (e.g., an X-Terminal) with a PS/2
mouse port

Page 6

®

DuraPoint Integration Guide

RS232C Serial-Interface Connections

The following table shows the pin-out for RS232C serial-data connections to the
J1 interface header. The J1 header is the 10-pin, double-row 0.1” center header on
the back of the DOM's circuit board. Also shown are the connections for standard
9-pin and 25-pin DB-style serial connectors. Five lines are needed for an RS232C
serial interface. See Figure 7.08 for details on the J1 pin-out convention.

Serial Pin-Out Information

J1 Header Pin Signal Signal Description DB-9 Pin* DB-25 Pin

1 GND Ground 5 7
2 DTR Data terminal ready 4 20
3 TXD Transmit data 3 2
4 RXD Receive data 2 3
9 RTS Request to send 7 4

N/A N/A Cable Shield** Shell Shell

* See Figure 7.13 for details on the DB-9 pin-out convention
** See Figure 7.08 for details on connecting the cable shield

The DOM uses standard Microsoft-compatible serial-data format (detailed infor­mation on this data format is given in drawing VPDP-DOM120). In order for the
DOM to properly communicate to a system, a Microsoft-compatible mouse driver,
such as the Windows native mouse driver, will need to be installed (see the
DuraPoint User's Guide). Once the DOM is connected and the system restarted,
the DOM should operate properly.

®

PS/2 Mouse-Port Connections

The following table shows the pin-out of the J1 header that corresponds to a PS/2
mouse-port connection. Also shown are the connections for a standard 6-pin mini­DIN PS/2 mouse-port connector. Four lines are needed for a PS/2 interface. See
Figure 7.08 for details on the J1 pinout convention.

J1 Pin Signal Description mini-DIN 6 (PS/2) Pin*

1 Ground 3
5 Clock 5
7 Data 1
8 +5V 4

N/A Cable Shield** Shell

* See Figure 7.13 for details on the PS/2 pin-out convention
** See Figure 7.08 for details on connecting the cable shield

PS/2 Pin-Out Information

DuraPoint Integration Guide

Page 7

3.3 Cabling Options

Interlink Electronics offers a variety of optional cables to interface with the
DOM. If a custom cable is required, please contact Interlink Electronics Product
Support for more information. For system integrators wishing to fabricate
cables in-house, information on interfacing to the DOM's header is given
below.

DuraPoint OEM Interface Cables

Below is a list of Interlink Electronics' line of DOM interface cables. Please refer
to Figure 7.09 for more detailed information. These cables are designed to
interface with the DOM's interface headers or adapt from DB-9 to PS/2
interfaces.

VP710 24” ribbon cable with D-sub 9 serial connector (for internal use only)
VP720 6' shielded PVC cable with D-sub 9 female serial connector and
strain relief
VP730 6” PS/2 adapter cable, D-sub 9 serial to mini-DIN 6
VP740 6' shielded PVC cable with in-line 8-pin mini-DIN interconnect
for use with enclosure cord grips (D-sub 9 serial adapter included)

Header/Mating Connector Specifications

The J1 interface header is a 10-pin double-row header on 0.1” centers. The pin­out of this header is arranged such that a 10-conductor ribbon cable with an
IDC 10-position receptacle connector (e.g. TE #1658622-1) at one end and an
IDC DB-9 (e.g. TE #1658612-4) on the other end willgive the proper serial and
PS/2 connections. Please refer to Section 3.2 for more details on the J1 header­pin signal descriptions.

Page 8

DuraPoint Integration Guide

3.4 Cursor Speed Options

DuraPoint provides three speed ranges: fast, medium, slow. Slow is the default.
In this illustration Jumper 5 (JP5) is bridged for the default cursor speed setting
of slow:

Integrators are encouraged to optimize the speed range of DuraPoint to meet
their system's requirements.

The cursor speed of DuraPoint can also be changed in the Windows Mouse
Control Panel.

To change the cursor speed of DuraPoint on the board, first, carefully remove
the solder bridge that connects JP5. Then, solder wires to connect the jumpers
associated with the cursor speed you desire. If a different usage response
range is needed, please contact Interlink Electronics Product Support. Interlink
Electronics can design an optimal speed range for any application.

DuraPoint Integration Guide

Page 9

4.0 CUSTOM DESIGNS

Custom DuraPoint OEM Module Solutions

Interlink Electronics specializes in customizing DuraPoint OEM pointing solutions
to meet your requirements. DOM pointing solutions can easily be designed to
meet your specifications for size, color, number of buttons, output protocol,
graphic design, sensitivity/speed range, extended temperature range, increased
chemical resistance, special output header, or almost any other requirement. We
encourage you to contact Interlink Electronics Product Support for more
information.

5.0 TECHNOLOGY

How the DuraPoint OEM Module Works

The DOM's innovative design features no moving parts the patented pressure­sensitive sensor used in VersaPoint technology replaces the troublesome
mechanical assemblies (optical encoders, wheels, rollerballs, etc.) found in
conventional mice and trackballs.

When finger pressure is applied to the DOM's mouse button, the pressure is
transferred to the pressure-sensitive sensor located under the button. The sensor
is divided into four directional zones (up, down, left, right). The pressure
distribution over the four zones determines the direction of cursor movement.
This same sensor also controls the speed of cursor movement a light touch
moves the cursor at a precise crawl while increases in pressure will cause the
cursor to move faster.

When pressure is applied to the DOM's click buttons, it is transferred to a
pressure-sensitive sensor located under the click buttons. The change in pressure
is detected by the DOM's electronics and is interpreted as a click activation. The
click buttons' pressure-sensitive technology have no moving parts to break or
wear out.

Page 10

DuraPoint Integration Guide

6.0 SPECIFICATIONS

Hardware Interfaces:
Output Data Formats:

System Compatibility:

Cursor Directional Control:
Cursor Speed Control:
Power Consumption:

Weight:

Liquid/Dust Resistance:

Mounting Options:
Lifetime:
Primary Materials:

Chemical Resistance:

Temperature:

Shock:
Vibration:

ESD Susceptibility:

* When properly integrated

RS232C serial and PS/2 mouse port
Microsoft serial and PS/2 two-button mouse

Windows via serial and PS/2 ports.
PS/2 compatible with any PS/2 mouse port

Continuous 360° control
Proportional to applied pressure
Less than 10 mA @ 5V

With female faceplate: 8 oz. (no cable)
Complete when sealed into system. Can meet

NEMA 4X, 6P, 12 and 13 standards*
PEM studs, heat staking, fasteners, etc.

Mouse actuator: > 10 million cycles
Silicone rubber keypad, glass-reinforced PCB,

aluminum (support plate), stainless steel (faceplate)
Bleach, soap, alcohol, oil, saline, Cidex 7...

(custom enhanced-resistance DOMs can be developed)

Operating: +32° to +140°F (0° to +60°C)
Storage: -40° to +185°F (-40°to +85°C)

(enhanced-temperature range DOMs can be developed)

80G acceleration, 11 msec, half-sine*
Operating: 0.5G peak acceleration, 5-500 Hz*

Storage: 5.0G peak acceleration, 5-500 Hz*
IEC 801-2, Level 3 (no errors at 8kV)*

DuraPoint Integration Guide

Page 11

3X 0.00

0.95
2X 0.63

0.90

1.90

1.60

2X 1.50

0.25

0.00

0.25

1.60

2X 1.50

1.90

MOUSE
BUTTON

Page 12

2.55

2X 2.23

PRESSURE

SENSOR

FLEX-CIRCUIT

2X 1.79

SHIELD LAYER
FLEX-CIRCUIT
(CONDUCTIVE

LAYER NEAR SIDE)

LEFT CLICK

BUTTON

RIGHT CLICK

BUTTON

Figure 7.01

DOM Without Faceplate (Core Module)

2X R0.95

10X R0.14

4X 0.25

DuraPoint Integration Guide

0.00

1.45

3.05

2X 1.20

2X 2.80

4X 0.25

0.00

2X 2.25 2X 2.25

2.00

3X 0.05

CLEARANCE

BETWEEN

FACEPLATE

AND KEYPAD

(4.00)

(4.50)

2.00

(4.00) (4.50)

DuraPoint Integration Guide

Figure 7.02

DOM With Female Faceplate

Page 13

0.00

3 X 3.175

3 X 1.575

2X 0.800

3X 0.05

CLEARANCE

BETWEEN

FACEPLATE

AND KEYPAD

3.125

3 X 2.750

(2.750)

3 X 0.00

(5.500)

(6.250)

3 X 2.750

3.125

6-32 X 0.500”

STUDS

6 X

(5.500)(4.750)

(2.375)

Page 14

Figure 7.03

DOM With Male Faceplate

DuraPoint Integration Guide

MALE OR

0.63

APPROXIMATE
LOCATION OF
PCB COMPONENTS

FACEPLATE

GASKET (MALE

FACEPLATE ONLY)

FEMALE

RUBBER KEYPAD

FORCE SENSING RESISTOR

SUPPORT PLATE

PCB SPACER

PCB

0.83

DuraPoint Integration Guide

0.05

SIDE VIEW

Figure 7.04

DOM, Side View and BOM

0.06

0.26

Page 15

0.00

2X 0.63

2X

2.23

1.84

(1.08)

(0.39)

0.20

0.00

1.65

2X 1.50

2X 1.46

(1.08)

0.20

(0.39)

1.00

2X R0.90

10X R0.19

1.65

2X 1.50

2X 1.46

(2X

0.14)

2X

(2X

0.05

1.02)

(4X

1.65)

2X

4X FASTENER LOCATIONS
TO FIT 0.25 MOUINTING
HOLES LOCATED ON
CORE MODULE

Page 16

Figure 7.05

Suggested Mounting Without Faceplate

DuraPoint Integration Guide

0.00

1.20

2X

2.80

0.00

2X 2.002X 2.00

1.70

0.55

1.89

2X

1.70

(2.44)

(4.00)

Suggested Mounting With Female Faceplate

DuraPoint Integration Guide

(3.40)

4X FASTENER LOCATIONS
TO FIT 0.25 MOUINTING
HOLES LOCATED ON
CORE MODULE

(4.00)

Figure 7.06

(0.91)

Page 17

Figure 7.07

Suggested Mounting With Male Faceplate

Page 18

DuraPoint Integration Guide

J3J1

1

2
J

(COMPONENTS NEAR SIDE)

Figure 7.08

Circuit Board Detail

DuraPoint Integration Guide

Page 19

S

R

NNECTO

B

O

C

C

P

7
P

6’

R
O
T

PS/2

EC
N

O N
C

L

E
LFE

OR

A

T

M

S

NEC

9 ERIA

-

N

B

O

D

C

7”

R

R

O

8MI

T

T

-M

­C

C

N 8

E

IN

I

E

E

D

N

AL

D

E

.47

NN OCO

L

M

0

NI

INI

CON

FE

MA

”
5
5’

R

LE

CT

MA

NNE O
O

ERIALS

C

DB-9

LUG
HIELD
S

CB
P

D

L
E

LUG

I
SH

RC

NNECTO
O

PS/2

V 7 0

S

TOR

NEC
N
O
C

0
PV 73

6”

R

NNECTO
O
C

PCB

Figure 7.09 “VP” Cable Details

0

Page 20

6’

LE

A

I
R

MA
E

S LE

F

9

­B
D

R

C

-9
D

DB

AL I

I
R
E
S

ONNECTO
C

D

G

L

U
L

SHIE

”
4
2

VP72

R

IO
T

C

I

D

S N

I

O

W

UBLED

P

O

O

0-

CONNECTO

R

1

0

VP71

DuraPoint Integration Guide

J3

1

J2

Figure 7.10

Interfacing to the VP710 Cable

DuraPoint Integration Guide

Page 21

VP720 OR

VP740 CABLE

4-PIN HOUSING

KEYING ARROW

LOCATED AT RED

WIRE FACES UP

CONNECT CABLE SHIELD

LUG TO PCB MOUNTING

STUD AT THIS LOCATION

OR TO STUD ON

OPPOSITE SIDE OF PCB

PRINTED CIRCUIT BOARD

J3

1

(COMPONENTS NEAR SIDE)

IMPORTANT

1) KEYING ARROWS LOCATED ON
HOUSING MUST FACE UP.

2) INSTALL 6-PIN HOUSING ON
“J2” HEADER (PRESSURE
SENSOR) SIDE OF PCB

3) INCORRECT CABEL INSTALLA­ TION MAY CAUSE DAMAGE TO
THE DURAPOINT OR SYSTEM

6-PIN HOUSING
KEYING ARROW
LOCATED AT GREEN
WIRE FACES UP

J2 HEADER

J2

J1 HEADER

Figure 7.11

Interfacing to the VP720, VP740 and VP770 Cables

Page 22

DuraPoint Integration Guide

DATA

NO CONNECTION

GROUND

+5Vcc

CLOCK

NO CONNECTION

Figure 7.12

DB-9 and P/S2 Connector Details

DuraPoint Integration Guide

Page 23

Figure 7.13

COM Port Output Format

Page 24

DuraPoint Integration Guide

1
2
3

R10

R4
R5
C8

-

R1

24

C6

YA

C7

SS

C1
R2
R3

THE SPEED SETTING ARE AS FOLLOWS:
JP3 - FAST
JP4 - MEDUIM
JP5 - SLOW (DEFAULT)

C4

DuraPoint Integration Guide

Figure 7.14

PCB Assembly, Zilog Mask V4.1

Page 25

8.0 WARRANTY INFORMATION

Interlink Electronics warrants the DOM against defects in materials or
workmanship for a period of one (1) year after date of purchase.
Interlink Electronics will, at its option, repair or replace any DOM
which becomes inoperable due to defects of manufacture.

If you need to return a DOM for warranty repair and have already
contacted Interlink Electronics Product Support to receive an RMA
number, pack the DOM securely with an explanation of the problem
and a copy of the dated Bill of Sale, label the box with the RMA
number clearly visible, and send the package prepaid and insured to
Interlink Electronics.

Interlink Electronics will ship the repaired or replaced product to you
prepaid. Interlink Electronics reserves the right to provide, at no
additional cost, a more current or upgraded model for replacement, if
available.

Page 26

DuraPoint Integration Guide

9.0 PRODUCT SUPPORT

The DOM has been designed for quick and easy integration. However, if you
have any questions about integrating or using your DOM, please call Interlink
Electronics Product Support at:

Interlink Electronics Product Support

Phone: ............................................... 805-484-8855

Toll free in the US ............................. 800-340-1331

Fax: .................................................. 805-484-9457

E-mail: [e-mail]

(United States Pacific Standard Time)

........... 8:00 AM to 5:00 PMProduct Support hours:

Corporate Headquarters:

Interlink Electronics, Inc.

546 Flynn Road

Camarillo, CA 93012 USA

Phone: ...............................................

805-484-8855

Fax: ................................................... 805-484-9457

Web Site:

http//www.interlinkelectronics.com

DuraPoint Integration Guide

Page 27

Notes:

Do not print this information:

This page is to be blank

546 Flynn Road • Camarillo, CA 93012

[phone] • Fax [phone]

http://www.interlinkelectronics.com

DO NOT PRINT THIS PAGE

This page is for document control purposes &

to provide printing instructions only.

These instructions apply to the following part number:

94-20994 Rev. B

Printing Instructions

aper size:

P

11” wide by

Format:

Book format, folded & stapled in the center

Red Color:

Must be Pantone-correct 485C.

Front and Back Cover:

Use: Paper: 20+ weight, laser paper (light gloss)

7.5”

All other Pages:

Use: Multi-purpose Paper (98 Bright)

DO NOT PRINT THIS PAGE