Optex Accurance-3D A3001CB, Accurance-3D A3001S Instruction Manual

Anti-Tailgate & Anti-Piggyback Sensor System

Model : Control Box A3001CB

: TOF Sensor A3001S

Instruction guide

(Version 0.01)

Before your operation

 Read this instruction guide carefully prior to installation and operation.
 After reading, store this guide carefully in an easily accessible place for reference.

 Pictorial indication

This guide uses the following warning indications for correct use of the project, harm to you or other people
and damage to your assets, which are described below. Be sure to understand the description before
reading the rest of this guide.

Failure to follow the instruction guide provided with this indication an d improper
handling may cause death or serious injury.

CAUTION

This symbol represents important notes

This symbol indicates prohibition.

This symbol indicates mandatory actions.

Failure to follow the instruction guide provided with this indication an d improper
handling may cause injury and/or property damage.

Document disclaimer

Please read carefully the following instructions for installation, wiring and setting.

Follow the instructions below to reduce the risk of fire or electrical shock.

Do not turn on the power during installation.
Connect wires into the terminal blocks firmly. If the connection is not firm
or comes off, it may cause a fire.
Do not use the products beyond the specifications on power or power
consumption. If the product is in use under such irregular environment, it
may cause a fire or electric shock.

WARNING

WARNING

Stop using the product when there is smoke or a strange smell coming
from it or when it fell down or damaged.
Do not use the products beyond the specifications; otherwise, it may
cause a fire or electric shock by a short circuit or heat.
Do not wash or insert anything into the product.
Do not put anything over the product in use. It may gene rate heat and
burn the inside; therefore, it may cause a fire or electric shock.
Never attempt to disassemble or repair the product.
It may cause fire or damage to the devices.

To reduce the risk of injury

Check if the products (detection unit and control box) are mounted firmly
and periodically. If the mounting plate or screws rust, those may fall of and
injure a person(s).
Do not touch the unit base or power terminals of the product with a wet
hand (do not touch when the product is wet with rain, etc.).
It may cause electric shock.

i

CAUTION

To reduce the risk of injury

Be careful with your fingers when closing the cover of the control box.

To reduce the risk of failure.

Do not use the products under environments with extreme humidity, oil,
smoke, dust and any severe vibration.
Do not stand or put any heavy objects on the products.

To reduce the risk of performance degradation.

Use the specified wires.
Make sure there are no objects next to the product, which may interfere to
the performance, such as an emergency light.
The product is designed only for interior usage; inside building, so do not
use it outside.
Do not install the product in height beyond the specification. This may
decrease the performance.
Do not touch the window of detection unit. This may reduce the detection
performance.
Do not spray any chemical products on the products, such as thinner,
benzine, an air freshner or insect spray.

Inform a building owner or facility manager

Inform a building owner or facility manager of the following instruction, [Warning], [Caution] for proper
operation and ask them to follow.

Follow the instructions below to reduce the risk of fire or electric shock

Stop using the product when there is smoke or a strange smell coming
from it.

WARNING

CAUTION

Do not wash or insert any objects in the products.

Do not break down and modify, and repair the products.

To reduce the risk of performance degradation.

Please contact the installing company when the detection units are moved
or the installed location is changed after the delivery. Otherwise, the
product does not work properly. (However, the control box may be
moved.)
If the window of detection unit is dirty, it may reduce the detection
performance. Use a neutral detergent and clean the unit.

Do not use alkaline, acid detergent, or thinner.
Do not paint the products.

ii

Precautions

 This product can only be incorporated with certain specific conditions in case that out ward opening

interlock door and door opening width 1,000mm max.
 TOF Sensor is celling mount and please install the front of TOF Sensor horizontally downward
Note that the product does not prevent unauthorized entry physically. It must be used under restrictions of
the product as mentioned in the instruction guide.
Install the product properly according to required local regulations or guidelines.
Do not connect a fire alarm or smoke detector to this product.
The product is designed to register only and therefore not to prevent property loss and casualty, or physical
damage.
Please note that the manufacturer and distributors are not liable for any densification by any damages.

This product may not detect properly an object(s) under certain specific conditions in case that

 definitely at the place where the ground such as slopes is not level and the place with the unevenness
 by unusual behavior of a person or persons
 with a cart or trolley, or large baggage or an umbrella
 a poster or an sign paper on the door or on the wall

Copyright

 Microsoft and Windows are either registered trademarks or trademarks of Microsoft Corporation in the

United States and/or other countries.
 Software licensed based on GNU General Public License (GPL) is included in this product. We obtain

a source code of the software concerned and, according to GPL reproduce it and distribute it and can

modify the visitor. Please contact us for the open source code using with this product.
 Copyrighted (C) 2015 OPTEX.CO,.LTD

iii

Definition of terms

The following terms are important to know in order that the product works properly.

 Secured area

Area with entry limitation by an authorization device.
 Interlock area

Area in interlock.
 Non-secured area

Area with no entry restrictions

 Tailgating

Unauthorized person is following an authorized person into the Interlock ar ea.
 Piggybacking

Unauthorized person is hugging an authorized person or actually on authorized person’s back into the

Interlock area.

 Inward opening

Door opening into the interlock area
 Outward opening

Door opening into out of the interlock area

 Door open

Status that the door is open, or a signal of the status “Door open”
 Door close

Status that the door is close, or a signal of the status “Door close”

iv

Table of contents

Before your operation ................................................................................................................................. i

 Pictorial indication ............................................................................................................................... i

Document disclaimer .................................................................................................................................. i

Inform a building owner or facility manager ............................................................................................... ii

Precautions .............................................................................................................................................. iii

 Copyright ........................................................................................................................................... iii

Definition of terms .................................................................................................................................... iv

1 Introduction ........................................................................................................................................... 7

1-1 Features .............................................................................................................................................. 7

1-2 Contents .............................................................................................................................................. 7

 Control Box A3001CB .......................................................................................................... .............. 7

 TOF Sensor A3001S .......................................................................................................................... 8

1-3 System example for A3001 .................................................................................................. ............... 8

1-4 Part Names ......................................................................................................................................... 9

 Control box ......................................................................................................................................... 9

 TOF sensor ...................................................................................................................................... 10

2 Mounting and wiring ........................................................................................................................... 1 1

2-1 Mounting TOF sensor ........................................................................................................................ 1 1

 Mounting position of TOF Sensor ..................................................................................................... 1 1

 How to mount TOF Sensor ............................................................................................................... 15

2-2 Mounting Control Box ........................................................................................................................ 17

 Disassembling top case ................................................................................................................... 17

 Assembling front case ...................................................................................................................... 18

 How to mount Control Box ............................................................................................................... 19

2-3 Wiring ................................................................................................................................................ 20

 Wiring example of A3001 ................................................................................................................. 20

 Input/output terminals ....................................................................................................................... 21

 Wire specification ............................................................................................................................. 21

 Wiring between Control Box and TOF Sensor ................................................................................. 23

2-4 LED indications ................................................................................................................................. 24

 LED indications of Control Box......................................................................................................... 24

 LED indications of TOF Sensor ........................................................................................................ 25

3 Setting detection area and sensitivity ................................................................................................. 26

3-1 Connection to PC .............................................................................................................................. 26

 Before initial setting .......................................................................................................................... 26

 LAN connection ................................................................................................................................ 26

3-2 PC setting .......................................................................................................................................... 27

 TCP/IP ............................................................................................................................................. 27

 PC network setting ........................................................................................................................... 28

 Start-up Remote Desktop Connection .............................................................................................. 29

 Automatic log on of Remote Desktop Connection ............................................................................ 31

 Remove of Remote Desktop Connection ......................................................................................... 32

3-3 Initial setting of ACCURACE-3D application ...................................................................................... 33

 Date & Time adjustment ................................................................................................................... 33

 Installer setting ................................................................................................................................. 34

 Setting detection area ...................................................................................................................... 36

 Security settings ............................................................................................................................... 37

v

 Output status .................................................................................................................................... 39

 Installer logout .................................................................................................................................. 40

3-4 Operation checking ........................................................................................................................... 40

3-5 Event log recording function .............................................................................................................. 41

 Output log / delete log ...................................................................................................................... 42

3-6 Sound function .................................................................................................................................. 43

4 Appendix ............................................................................................................................................. 44

4-1 Outer dimensions .............................................................................................................................. 44

4-2 Specifications .................................................................................................................................... 45

 Control box ....................................................................................................................................... 45

 TOF sensor ...................................................................................................................................... 47

4-3 Signal diagram .................................................................................................................................. 48

4-4 Troubleshooting ................................................................................................................................. 50

4-5 How to remove battery safely ............................................................................................................ 52

vi

1 Introduction

1-1 Features

A3001 is Anti-Tailgate & Anti-Piggyback Sensor System that uses Time Of Flight technology.
This product can only be incorporated with the size limited outward opening Interlock door.
Note that the product does not prevent unauthorized entry physically.
Control Box is accessible to up to two TOF Sensor, it can be used for both direction One way (only entry)
and Two way (entry and exit)
The product is designed to register only and therefore not to prevent property loss and casualty, or physical
damage.
Please note that the manufacturer and distributors are not liable for any densification by any damages.

1-2 Contents

Make sure that all parts are available and without any damage before use.

<Note>

Detection unit and control box are supplied separately.

Control Box A3001CB

Control Box A3001CB

Fig 1-1

7

Installation manual

A

A

/O

A

y



TOF Sensor A3001S

Sensor power cable

Ferrite core

(2pcs)

TOF Sensor A3001S

Wire connector (4pcs)

Fig 1-2

1-3 System example for A3001

Door2 control

Control
Box

LAN1

LAN2

I

I/O

Authorization
device for exit

Access
Control
System

Or
Interlock

Controller

Zero
One
More
Suspicious

IR

Heartbeat

Shutdown

Magnet
contact

TOF
Sensor

uthorization in Primary

uthorization

in Secondary

TOF
Sensor

Mounting screws

(2pcs)

Authorization
device for
entr

Magnet

contact

Door1 control

TWO way

Fig 1-3

<Note>

Authorization device means ID reader or Biometric reader etc…

8

w

r

r

p

r

(10)

1-4 Part Names

Control box

Scre

Power Switch

Top Case

Front Case

Power Indicato

Power Switch

Power Input
terminals

Power Supply sockets
for TOF Sensor (2)

O

eration Indicato

Operation indicator

Primary

Power Indicato

USB 2.0

(4)

Fig 1-4

Input

Primary

Activation

12345678910

N/A

Autho-

N/A

rization

Secondary Common

N/A

N/A

Activation

Autho-

rization

Other

Sensor

SSD

One

Zero

More

Sound jack

Secondary

N/A

AIR

Heart-

beat

Sus-

picious

LAN Connector

One

Zero

More

12345678910111213141516

Primary

Sus-

(2)

Output

N/A

N/A

AIR

Heart-

beat

picious

N/A

Power input

24 VDC GND

Secondary

Input

Power Input

Power Supply sockets

terminals / indicators

for TOF Sensor (2)

Fig 1-5

9

Output

terminals / indicators

(16)

r

r

TOF sensor

Operation indicator

(3 colors)

Powerindicato

(Green)

Powerinput socket

LAN connecto

Front side

Fig 1-6

Back side

10

y

2 Mounting and wiring

2-1 Mounting TOF sensor

Mounting position of TOF Sensor

The mounting position of TOF Sensor changes by a use (One way or Two way) and size of interlock area as
shown as below;

For One way
 Interlock area within 1.5 m×1.0 m (W×D)

TOF Sensor
direction

[Secured area]

Authorizati
on device
for entr

Entry

[Public area]

Center ±0.1 m

A

B

Fig 2-1

Table 2-1

Mounting height

2.3 m 2.6 m 2.9 m
A 1.0 m max.
B 1.5 m max. 1.9 m max. 2.3 m max.
C 0.3 to 0.5 m 0.4 to 0.6 m 0.5 to 0.7 m
D C + 0.5 m max. C + 0.6 m max. C + 0.7 m max.

D

C

11

 Interlock area over 1.5 m×1.0 m (W×D)

Presence sensor (AIR input) is necessary

TOF Sensor
direction

[Secured area]

Entry

[Non-secured area]

Center ±0.1 m

A

B

Fig 2-2

Note: Detection area need to be overlapped each other

Table 2-2

Mounting height

2.3 m 2.6 m 2.9 m
A 1.0 m max.
B 1.5 m max. 1.9 m max. 2.3 m max.
C 0.3 to 0.5 m 0.4 to 0.6 m 0.5 to 0.7 m
D C + 0.5 m max. C + 0.6 m max. C + 0.7 m max.

Presence
sensor area

D

C

12

y

For Two way
 Interlock area within 1.5 m×1.5 m (W×D)

Detection area
overlap length
= 0.5 m

[Secured area]

D

Exit

[Non-secured area]

Entry

Authorization
device for

C

TOF Sensor
direction

exit

Center ±0.1 m

A

B

Fig 2-3

Table 2-3

Mounting height

2.3 m 2.6 m 2.9 m
A 1.0 m max.
B 1.5 m max 1.9 m max 2.3 m max
C 0.3 to 0.5 m 0.4 to 0.6 m 0.5 to 0.7 m
D 0.3 to 0.5 m 0.4 to 0.6 m 0.5 to 0.7 m
E C + D + 0.5 m max. C + D + 0.6 m max. C + D + 0.7 m max.

Authorization
device for
entr

E

13

 Interlock area over 1.5 m×1.5 m (W×D)

Presence sensors(AIR input) are necessary

Presence
sensor area

[Secured area]

Entry Exit

E

F

[Non-secured area]

Center ±0.1 m

A

B

Fig 2-4

Table 2-4

Mounting height

2.3 m 2.6 m 2.9 m
A 1.0 m max.
B 1.5 m max 1.9 m max. 2.3 m max.

C 0.3 to 0.5 m 0.4 to 0.6 m 0.5 to 0.7 m
D C + 0.5 m max. C + 0.6 m max. C + 0.7 m max.
E 0.3 to 0.5 m 0.4 to 0.6 m 0.5 to 0.7 m
F E + 0.5 m max. E + 0.6 m max. E + 0.7 m max.

D

C

TOF Sensor
direction

14

How to mount TOF Sensor

TOF Sensor must be mounted on a ceiling with no dealing facing the floor downward.
(90 degree vertically to the floor)

<Note>
TOF sensor must be oriented as Fig 2-1, Fig 2-2, Fig 2-3 and Fig 2-4.
The allow mark on TOF Sensor is indicated in the figures.
This system has the direction sensing function. Wrong orientation may cause false detections,
”One“ person may result in “More” person.
Remove the arrow mark sticker on the front of TOF Sensor after mounting TOF Sensor.
The sticker blocks the field of view of the TOF Sensor.

Fix TOF Sensor with screws (provided).

Fig 2-5

<Note>
Make sure that the direction of the arrow of TOF Sensor is same with the arrow of figures of mounting
position.

When mount TOF Sensor, ensure that there is no obstacle in the Sensing Area (139 mm×50 mm) as shown
in the figure below, and keep 30 mm space in the back of TOF Sensor.

*Keep TOF Sensor not free from static electricity to prevent the dust adhesion to a Sensing area.

50

139

[mm]

Fig 2-6

15

Screw hole

Do not put anything

Sensing area

30

139

70°

Fig 2-7

If mounting height is lower than 2.3 m, make mounting jig as shown in Fig 2-8.

<Note>
This figure is only for reference.

50

50°

Screw hole

Do not put anything

Sensing area

30

139

70°

Fig 2-8

<Note>
Please mount TOF Sensor under the local law and the local regulations.

50

50°

[mm]

16

2-2 Mounting Control Box

Disassembling top case

Fig 2-9

1

Turning the screw on the upper side of body.
※The screw does not come off.

2

Remove top case as shown in Fig 2-10

Fig 2-10

17

Assembling front case

Front Case can be used in 2 ways by assembly direction.

1

Fig 2-11

2

For front wiring.

For back wiring.

Fig 2-12

18



How to mount Control Box

Hook hole

Mounting holes

230

Fig 2-13

Approx.3 mm

175

Screw size
5 mm dia. max.

[mm]

1

Drill a hook hole and two mounting
holes as shown in Fig 2-13.
(mounting template)
Please prepare three screws or three
anchors depending on the mounting
wall.

2

Making a hook.
*Make 3mm distance between the
screwhead and the wall. (see Fig 2-14)

Fig 2-14

Fig 2-15

3

Hook the control box on the screw,
which was made on step 2.

4

Align the control box and fasten it with
two screws (see Fig 2-15)

19

2-3 Wiring

Wiring example of A3001

 One way

Power input

24 VDC GND

Power input

24 VDC

TOF Sensor

 Two way

Operation indicator

Primary

Secondary

Door

Operation indicator

Primary

Primary

Activation

12345678910

Input

Secondary Common

N/A

N/A

N/A

Autho-

rization

N/A

Autho-

rization

Activation

Other

AIR Sensor

Authorization

device

Fig 2-16

Primary

Activation

12345678910

Input

Secondary Common

N/A

N/A

N/A

N/A

Activation

Autho-

rization

Autho-

rization

Other

Sensor

Primary

One

Zero

More

Sus-

Sensor

12345678910111213141516

picious

Output

N/A

N/A

AIR

Heart-

beat

Zero

Secondary

AIR

One

More

Sus-

picious

Access control system

or

Interlock controller

Primary

One

Zero

More

Sus-

12345678910111213141516

picious

Output

N/A

N/A

AIR

Heart-

beat

Secondary

AIR

One

Zero

More

Heart-

Sus-

picious

Heart-

beat

beat

N/A

N/A

N/A

N/A

Power input

24 VDC GND

Power input

24 VDC

TOF Sensors

Secondary

Door

for

entry

Door

for

exit

Authorization

device for

entry

AIR Sensor

Authorization

device for

exit

Fig 2-17

20

Access control system

or

Interlock controller



Input/output terminals

Output

N/A

AIR

N/A

Heart-

beat

Secondary

N/A

One

Zero

AIR

More

Sus-

picious

N/A

Heart-

beat

I/O indicator

N/A

Autho-

rization

Input

Secondary Common

N/A

N/A

Autho-

rization

Activation

Other

Sensor

Primary

N/A

Activation

12345678910

Input terminals (10)

Primary

One

Zero

More

Sus-

12345678910111213141516

picious

Output terminals (16)

Fig 2-18



Wire specification

Please refer to the chart below as to usable wire rod and length of stripping the cable sheath

Stripped length

9 to 10 mm

Fig 2-19

Table 2-5

Intended use Applicable wire

Input/output Single wire: 0.65 to 1.60 mm dia. (AWG22 to AWG14)

Control Box
TOF Sensor

Power supply Sensor Power Cable (provided) (AWG22)

LAN (Ethernet) Cat5e Cable (not provided)

<Note>
LAN (Ethernet) Cable is not provided.

21

Please make a power cable for TOF Sensor from Control Box using addition a cable(AWG22)(not provided)
The length of the additional cable should be fitted the distance between Control Box an d TOF Sensor.

Fig 2-20

22

Wiring between Control Box and TOF Sensor

Connect Control Box and TOF Sensor with Ethernet Cable (not provided) and Sensor Power Cable
(provided)

1 Prepare Sensor Po wer Cable and Ethernet

Cable.

*Please set ferrite to the both end of the
Ethernet Cable.

Fig 2-21

2 Insert both cables to back of the TOF Sensor as

shown in Fig 2-22.
Insert the connectors all the way until the lock is
in place.
To remove connectors, pull out cables while
pressing the locks.

Fig 2-22

Fig 2-23

3 Insert both cables to the Control Box as shown

in Fig 2-23.
Insert the connectors all the way until the lock is
in place.
To remove connectors, pull out cables while
pressing the locks.
*When use one unit of TOF Sensor, please
connect to LAN1 (left side)
*When use two units of TOF Sensors, please
see PC Setting.

23

2-4 LED indications

LED indications of Control Box

Power indicator

(Green)

Power input

24 VDC GND

Operation indicator
(Green, Red, Blue)

Operation indicator

Primary

Secondary

Fig 2-24

 Power indicator

Mode Status Indicating
Operation Power ON ON Green

 Operation indicators

Mode

Status Indicating

Learning door position Blinking Green
Position initialization complete ON Green
Operating system starting up Blinking Red

Start up

Operating system starting up
complete
Sensor initialization Blinking Blue

ON Red

Sensor initialization complete ON Blue

TOF system ready to run ON for 2 sec

AIR

Detection Blinking Green
Non detection ON Green
Zero ON for 0.2 sec Blue

Operation

Output

One person ON for 2 sec Blue
More person ON for 2 sec Red

Suspicious ON for 2 sec

Error

When NOT communicating
(e.g. LAN disconnection,
hardware/software defect)

Insufficient reflection

Simultaneous
blinking

Alternative
blinking

1 sec 1 sec 1 sec

Green
Red
Blue

Red
Blue

Red
Blue

Red
Blue

24

r

LED indications of TOF Sensor

Operation indicators

(Green, Red, Blue)

Front side Back side

Fig 2-25

 Power indicator

Mode Status Indicating
Operation Power ON ON Green

 Operation indicators

Mode

Start up

Operation

Error

Status Indicating

During power up
(first 2 sec)

When not communicating

AIR

Output

When NOT communicating
(e.g. LAN disconnection,
hardware/software defect)

Insufficient reflection

Detection Blinking Green
Non detection ON Green
Zero ON for 0.2 sec Blue
One person ON for 2 sec Blue
More person ON for 2 sec Red

Suspicious ON for 2 sec

ON for 2 sec

Simultaneous
blinking

Simultaneous
blinking

Alternative
blinking

Powerindicato

(Green)

1 sec 1 sec 1 sec

Green
Red
Blue
Red
Blue

Red
Blue

Red
Blue

Red
Blue

25

3 Setting detection area and sensitivity

3-1 Connection to PC

Before initial setting

This product is installed and configured through wired LAN (Ethernet). Separately prepare a W indows PC
and LAN cable for configuration of settings (installation). And when use two units of TOF Sensor, prepare
Ethernet hub.
In addition, use Remote Desktop Connection for settings.

<NOTE>

 Please use more than transmission rate of 1G bps.
 This product has been confirmed to work with Remote Desktop Connection (Windows 7).

LAN connection

 In case of 1 TOF Sensor usage (One way)

DHCP
server

LAN1

(198.168.1.250)

 In case of 2 TOF Sensors usage (Two way or Two doors)

DHCP
server

LAN1

(198.168.1.250)

(198.168.2.250)

(198.168.2.250)

DHCP
server

LAN2

DHCP
server

LAN2

Fig 3-1

Ethernet hub

DHCP client

DHCP client

DHCP client

*After the initial setting, disconnect Ethernet hub.

Fig 3-2

26

3-2 PC setting

TCP/IP

Before setting Control Box, configure the LAN (TCP/IP) setting of your PC as follows;

 Proxy setting : Disable
 Wired LAN : Enable

Wireless LAN : Disable

<Notes>
Only one wired LAN should be used, or it may cause problems.

 Firewall : Disable

<Notes>
The firewall may influence the operation.

See PC manual for LAN(TCP/IP) setting of your PC.

27

PC network setting

Click Control Panel -> Network and Internet -> view network status and tasks -> Local Area Connection,
and show the status of Local Area Connection.

Click Properties of Local Area Connection Status.

Select Internet Protocol Version 4 (TCP/IPv4) of Local Area Connection Status Properties, and click
Properties.

28

Select Obtain an IP address automatically and Obtain DNS server address automatically of Internet
Protocol Version 4 (TCP/ IPv4) Properties, and click OK.



Start-up Remote Desktop Connection

Click All Programs -> Accessories -> Remote Desktop Connection from Start menu.

29

Or, input “mstsc” to Search programs and files of Start menu.

Input ‘192.168.2.250’ to Computer: of Remote Desktop Connection, and click Connect.

Select Don`t ask me again for connections to this computer, and click Yes.

Input ‘Administrator’ to User name, “accurance” to Password, and click OK.

30

After Log On, the screen changes to ACCURANCE-3D application.

*For ACCURACE-3D application setting, see “Initial Setting of ACCURACE-3D application”.



Automatic log on of Remote Desktop Connection

Reconnection of Remote Desktop Connection is necessary at the time of setting of the ACCURACE-3D
application.
Performing the following setting is recommended.
Click Option of Remote Desktop Connection.

Input “Administrator” to User name, and select Allow me to save credentials, and click Connect.

31

When asked “Do you trust this remote connection?”, select Don’t ask me again for connections to this
computer, and click Connect.
Input ‘accurance’ to Administrator Password, click OK.



Remove of Remote Desktop Connection

Click X of Remote Desktop Connection in the corner on the upper right.

When asked “Remote Desktop Connection” pops up, click OK.

32

3-3 Initial setting of ACCURACE-3D application



Date & Time adjustment

Firstly, adjust the time. Click ‘Adjust’

Click Time Zone, and the following figure below appears. Select the Area and click Apply.

Return to Date & Time, please confirm the setting of date and time.
*Date and time can also be changed later.

After adjusting date and time, click OK. And click Reboot on the first screen.
Wait for a while (2 to 3 minutes) for Control Box to reboot.
*When set to Automatic Log on of Remote Desktop Connection, reconnect the Control Box automatic ally.
But User name and Password may need to be entered.
*For the setting of Automatic Log on of Remote Desktop Connection see “Automatic Log on of Remot e
Desktop Connection” about the setting.

33



Installer setting

After restart Control Box, click option as shown in the figure on the below.

Click Installer Login as shown in the screen on the right.

After typing the password, press OK on the password-typing screen.

After Login “Login successful” appears, click OK

P assword is “1111” now. It is te mporary

34

When logged in, and the background of the screen becomes blue, and the buttons are added.

When using two units of TOF Sensor, please check that Primary and Secondary are set respectively for
each TOF Sensors.
When not correctly set, click button of “Swap primary and secondary”.

35



Setting detection area

< Before Position Setting >
Sensor Direction
Select the direction of the sensor.
Select whether the installation is for detection from the non-secured side to the secured side or from the
secured side to the non-secured side.
 Mounting height
Set the values of Mounting height [2,300 to 2,900] mm.

Setting detection area
 Top left position
Select the click the top left position shown on the floor on the screen as shown in the fig ure above (on the
picture I wrote an appropriate detection zone). This position can be fine-adjusted by using the arrow buttons
on the screen.
 Bottom right position
Select the click the bottom right position shown on the floor on the screen as s hown in the figure above.
This position can be fine-adjusted by using the arrow buttons on the screen.

< After Position Setting >

<Note>
Set the detection area to cover all floor in the interlock area except a part of wall and equipment on the
wall, for example Biometric reader.
Those obstacles may cause false rejections.

36



Security settings

< Parameter Setting >

<Note> Default setting is All = 5 ※the factory settings for all controls are 5.

This product has six sensitivity adjustments: Volume, Moment, Low object, Sensor Blinding, One person
and More persons.
All sensitivity controls have the options of 1 to 9 and the factory settings for all controls are 5.
Changing these settings allows the adjustment of piggy-backing sensitivity.

37

Table 3-1

Parameter HIGH LOW Remarks

Volume Description Total size of person/object in the door The piggyback detection is influenced more by other parameters

Advantage /
Way to Adjust
Consequence More rejection of big person Less detection for two persons When "Volume" rejection occurs, Red LED turns on for 2 sec

Moment Description Space between two persons The piggyback detection is influenced by setting of other parameters

Advantage /
Way to Adjust
Consequence More rejection of big person More chance to miss piggyback When "Moment" rejection occurs, Red LED turns on for 2 sec

Low object Description Presence of low height object

Advantage /
Way to Adjust
Consequence More rejection for person with carrying

Sensor
Blinding

One
person

More
persons

Description Obstacle sensor performance
Advantage /
Way to Adjust
Consequence More rejection of tall person due to the

Description Entry Behavior
Advantage /
Way to Adjust
Consequence More rejection of untrained entry (must

Description Shape of multiple persons
Advantage /
Way to Adjust
Consequence Behaviors like using mobile or carrying

Better detection for two persons Less rejection of big person

Better rejection accuracy for two
persons with space between.

Better detection for crawling or
sneaking entry

bag or similar.

Better detection of tampering Less rejection for tall person

distance to the sensor

Better detection for anti-piggyback Less rejection against various entry

enter with straight head, or no arms up
etc.)

Better detection for entry of multiple
persons

box during entry may be rejected.

Less rejection for two persons with
space between.

Less rejection for entry with carrying
bag or similar
More chance to miss crawling or
sneaking entry

More chance to miss sensor blinding When "Sensor blinding" rejection occurs, Blue and Red LED turns on

behaviors
More chance to miss piggyback When "More persons" rejection o ccurs, Red LED turns on for 2 sec

Less rejection of big person

More chance to miss piggyback When "More persons" rejection o ccurs, Red LED turns on for 2 sec

such as "More persons" and "Moment" when choosing Low.

indicating "More persons" output.

such as “More persons" and "Volume" when choosing Low.

indicating "More persons" output.

When "Low object" rejection occurs, Red LED turns on for 2 sec
indicating "Suspicious" output.

for 2 sec indicating "Suspicious" output.

indicating "More persons" output.

indicating "More persons" output.

38



Output status

This product counts each output.

 Authorization

When an authorization signal is received from door contro ller, the background color turns into red. It
shows the number of authorization.

 Zero, One, More, Sus

Each background color is changed by output result.
It shows the number of output.

 AIR

When outputting AIR Detection, the background color turns into red.

Reset the number of the counts with "Clear" button.

<Note>
When using two units of TOF Sensor, please set Secondary Setting in the same way as above.

39



Installer logout

When finish all settings, click the button of “Installer Logout”.
When logged out, and the background of the screen becomes gray, and the three buttons will be
disappeared.

3-4 Operation checking

Table 3-2

Output Condition Indicator LED

Control Box(A3001CB) TOF Sensor(A3001S)

Stand by Waiting a start signal Green

continuously

Zero Start signal & 2 sec later

No one in interlock

One Start signal & 2 sec later

One person in interlock

More Start signal & 2 sec later

Two or more persons in interlock

Suspicious Start signal & 2 sec later

Masking against TOF Sensor

AIR Something or someone in interlock Green

After mounting and setting have been made, check the operations as described in Table 3-2.
Each operating condition is described in Table 3-2.
Check the output seeing Indicator LED.
The start signal is generated by the entry door, once the door has been opened and closed.
2 seconds later the output signal is generated.
Then the output states can be checked.

Blue

0.2 sec
Blue
2 sec
Red
2 sec
Blue & Red
2 sec

Blink at 2 Hz

Green
continuously
Blue

0.2 sec
Blue
2 sec
Red
2 sec
Blue & Red
2 sec
Green
Blink at 2 Hz

40

3-5 Event log recording function

An event log will be generated and stored on the ACCURA NCE-3D control box SSD as a video fi le, in the
following format.
Data Recording will start one second before the door opening and end one second after the output signal is
generated on the A3001CB.
Typically there are 5 to 6 seconds between the door opening and a Zer o, One, More or Suspicious out put
being activated. (Please see Fig 3-3)
3D image data is stored on the SSD of A3001CB when "Authorization signal" input is received from the
Biometric reader or Authorization device in the Interlock.
When no "Authorization signal” is received, no 3D image data will be recorded.
For example when a person exits the secured area in one way Interlock System, a person doesn't nee d to
make an Authorization using Biometric reader or Authorization device. In this case A 3001CB do esn't make
Piggyback output.
Stored 3D image data can be review using the “Name of Software Viewer provided.

3D image recording

Door1 Close Open Close
(Activation)
AIR

Zero
One
More

Suspicious

Authorization

Door2 Close Open Close

Time
Door1 close Door2 close

1 sec

2 sec 1 sec

1 sec

Fig 3-3

41



Output log / delete log

This product records authorization logs with capture data.

<Note>
As capturing video is heavy load do not set it unless necessary.

Logging Setting
Select ‘Capture’ or ‘Still’ both for PRIMARY and SECONDARY, and select the out put result “Zero” “One”
“More” “Sus” to be recorded.
When wishing to record the number of outputs, select ‘Output counts (csv.)’.

<Note> The logging is stopped automatically when;

-The memory of SSD is full.

-The temperature of Control Box becomes high.

The log can be output to an external device via the USB ports on Control Box.
 Cancel Log

Cancel the setting of Log as described in 1. Ready to Log.

 Select Log

Select the output logs to be copied from Files as shown on the screen.

Connect external memory to USB port on the Control Box.
After connecting external memory, click ‘Search’ button at Drive section on the screen.
When the memory device is recognized, the memory information is shown at Dst:.
Src: shows the capacity of output Log, confirm the capacity of the external memory as shown Dst:.

 Output Log

After confirming the capacity of memory is enough for the capacity of output log, click ‘Copy’ at the
bottom right on the screen.
Please wait until finish output Log.

 Remove External Memory Device

When completing output of the Log, click ‘Eject’ inside of Drive on the screen.
When the memory device is disconnected, remove the device.

 Delete Log

Select output log from ‘Files’, and click ‘Delete’ at bottom right on the screen.

42

3-6 Sound function

When connecting a speaker to the 3.5 mm output mini-jack located on the A3001CB, you can use the
following sounds functions when activated.

Output Sound
One Dingdon
More Bzzzzzzz
Suspicious Bzzzzzzz

43

4 Appendix

4-1 Outer dimensions

 Control Box A3001CB

250 91

210

 TOF Sensor A3001S

139

160 50

[mm]

50

72

[mm]

44

A

A

A

A

4-2 Specifications

Control box

Items Specifications Remarks

Model No. A3001CB
Power input
Current draw 840 mA max. (24 VDC) Excluding TOF Sensor

2520 mA max. (24 VDC)

Operating temperature
Operating humidity 0% to 80% No condensation

Installation location Indoor
Applicable door Outward opening interlock door
Basic system Embedded PC
Operating system Embedded Windo ws
Start-up time 60 to 120 sec
ROM Compact flash 2 GByte
SSD 120 GB For data storage
LAN 1 (192.168.1.250)
LAN 2 (192.168.2.250)
USB USB 2.0 4ch only with special password

Real-time clock Provided

Indicators

Input terminals

24±10% VDC

-10℃ to +50℃

Ethernet(Gigabit) RJ-45 Fixed IP with DHCP Server

Including two units of TOF
Sensors

*1

Power: green
Output: ( green, red, blue ) x 2

10 normally open inputs for dry contacts.
24 VDC preconnected photo coupler

1
2 -

Primary

3
4 ­5
6 -

Secondary

7
8 ­9

Common

10 Shutdown

ctivation

uthorization

ctivation

uthorization

Other sensor

45

Output terminals

16 normally open outputs.
30 VDC 0.2 A max. Resistibility Load.

1 Zero
2One
3More

Primary

Secondary

4 Suspicious
5AIR
6 Heartbeat
7­8­9 Zero

10 One

11 More
12 Suspicious
13AIR
14 Heartbeat
15 ­16 -

Dimensions
Weight 1,800 g Excluding cables

<*1>Life expectancy of battery (CR2032) to be considered as weaken batteries may cause initialization
of date and time setting.
<Note>
Specifications and design are subject to change without prior notice.

210×250×91 mm (H×W×D)

Excluding cables

46

TOF sensor

Items Specifications Remarks
Model No. A3001S
Power input 24 VDC Supplied from Control Box
Current draw 840 mA max. (24 VDC)

Operating temperature
Operating humidity 0% to 80% No condensation

Installation location Indoor
Applicable door Outward opening interlock door
Detection method Time Of Flight
Light source IR LED
Image pixels 176(H) 132(V)

Angle of view
Mounting height 2.3 to 2.9 m

Maximum detection height of
person
LAN Ethernet(Gigabit) RJ-45

Indicators

Dimensions

-10℃ to +50℃

Horizontal: Approx. 70°
Vertical: Approx. 55°

2.05 m

Power: green
Output: green, red, blue

160×72×50 mm (H×W×D)

Depends on installation height
and location

Excluding cables

Weight 600 g Excluding cables

<Note>
Specifications and design are subject to change without prior notice.

47

4-3 Signal diagram

Heartbeat output makes a 0.33 Hz signal as a heartbeat signal
 Power-up

60 to 120 sec

1 sec or less

Zero

One

More

Suspicious

Heartbeat

Time
Power ON Starting up complete

 Output Signal Timing

Door1 Close Open Close
(Activation)
AIR

Zero
One
More

Suspicious

Authorization

Door2 Close Open Close

Time
Door1 close Door2 close

2 sec 1 sec

48

 Shutdown

More than 45 sec

Power
supply

More than 2 sec

20 to 40 sec

Shutdown

Operation

Heartbeat

Time

Shutdown sequence start

Power off

 Time-out function

Door Close Open Close Open
Open/Close

Door1 Unlock Lock Unlock Lock
Lock/Unlock

Indication

“Please leave immediately”

ACCURANCE-3D

A3001CB
AIR

One
More 2 sec

Suspicious

1 sec

Time

<Note>
When a person enters the Interlock and the door remains open for more than one minute, this will
result in no output signal being generated on the A3000CB and the secondary door will remain locked.
Interlock controller should have time-out function enabled, if the A3001CB does not activate any output
within 2 seconds after the door has closed closing with AIR output signal being activated.
When the above event occurs the interlock controller should make an indication for the perso n in the
interlock to leave it immediately.

49

4-4 Troubleshooting

Problem Check if… Corrective action
Does not operate Power indicator (green LED) of

Control Box and TOF Sensor is
on.

Door suddenly stops Transmission rate of Ethernet

Hub is more than 1G bps.
Ethernet Hub is removed.

Problem relating to initial settings
No Remote Desktop Connection ACCURACE-3 D A3001CB

application screen is appeared.

No image on the screen The power indicator (green LED)

of TOF Sensor is on.
Red and Blue LED of the TOF
Sensor are Simultaneously

blinking.
Wrong detection
false rejection TOF sensor mounting direction Mount the TOF sensor with a

Someone can hide a authorized
person from TOF camera

Many False rejection Front side of TOF Sensor is

TOF sensor position is the center

of the interlock and 300 to 500

mm away from Entry door.

clean.

(No dust, no scratch)

Door Setting is set correctly Check the setting of Door setting.

Check the wiring between TOF
Sensor and Control Box.
See ”Wiring”
Check the switch of Control Box
is turned on.
Check the switch of door system
is turned on.
Check the wiring between Control
Box and door system.
When use one unit of TOF
Sensor, use PRIMARY side only.
Use Ethernet Hub with 1G bps or
higher.
Remove Ethernet Hub and
connect LAN cable directly to
Control Box and TOF Sensor.

Check the wiring between Control
Box and PC.
See ”Wiring between Control Box
and PC”
Check the switch of Control Box
is turned on.
Check the setting of PC.
See ”PC Setting - TCP/IP”
and ”PC Setting - Remote
Desktop Connection”.
Check the wiring between TOF
Sensor and Control Box.

correct direction.
Mount the TOF sensor with a
correct position

Wipe the front side of TOF
Sensor with a damp cloth.
Change TOF Sensor.

See”Door Setting”

50

Problem relating to Log
Cannot record Log / no logged file
saved

Cannot copy Log files External memory device is set Check the connection of external

SSD is set

Logging is set

The memory of SSD is full

Check the connection of SSD.
Check the setting of Logging
See ”Output Log / Delete Log”
Delete existing log files.

memory device.
Check the capacity of external
memory device is enough for
output log files.

51

4-5 How to remove battery safely

Control Box has a button-type battery on inside material. When you replace an d/or dispose the battery,
please see below;
And, make sure turn off the power of the Control Box and disassemble wirings.

1 Disassemble 5 screws as shown in the figure on

the left.
And take out the cover.

2 Next, disassemble 8 screws as shown in the

figure on the left.

3 Replace and/or dispose the battery (CR2032)

on the material as shown in the figure on the left.
When dispose the old battery, please according
to the local law.

52

Instruction guide version 0.01 DEC 2015

59-****-0

53