ACIE ADIP User manual

ADIP TEC 20070803 EN
Installation Guide
http://www.acie-adip.com/
Au départ usine l’USER est: adip et the PASSWORD installateur est: insta
ACIE Rue de l’industrie, 19/Ctre entrep. Joncaux 64700 Hendaye (FRANCE)
In accordance with the Webserver y Firmware versions: ADIP 10Y_

2ADIP
Installation Guide
CHAPTERS MENUS SOUS-MENUS PAGE
System description 4
Compatible elements tcp/ip Network 5
Bus readerWIEGAND and DATA&CLOCK WIEGAND Format 6
DATA&CLOCK Format 6
Conguration and cabling ADIP Unity - Characteristic HARDWARE Characteristic 7
SOFTWARE Characteristic 7
ADIP Unity - Conenection bounds description Connectivity overview 8
Connection bounds description 8-9
N-P Programmation bridge Recovering factory passwords 10
DHCP Adressing 10
Factory reset 10
Lights operation and electro-lock connection Operation of the red light 11
Operation connectors RJ45 lights 11
Electro-lock connection 11
Cable type and lenght Network cable type 12
Network type 12
Connection readers cable type 12
System tree Direct connection o-line (PC+MASTER+SLAVE) 13
Ethernet network connection (PC+MASTER+31 SLAVES) 13
Internet Connexion (PC+MASTER+31 SLAVES) 13
Functions descriptions Input functions 14
Output functions 14-15
SAS operation 16
Area counters 16
Visits 16-17
Free access 17
Antipassback 17
Anti-Timeback 17
Degraded mode 17
PUSH Notications 18-20
Installation parameters IP Adressing procedure for the ADIP controller 21-22
IP Device Conguration 23
Identication of Access point 24
Access point Conguration Conguration of the 2 readers of the access point (pag.1/4) 25
Inputs conguration (pag.2/4) 25
Outputs conguration (pag.2/4) 25-26
PUSH notications to Mobile (pag.3/4) 26
E-mails (pag.4/4) 26
SAS 27
Date/Time Clock Update 28
Sync with server NTP 28
Manual time setting 28
Propagate Date/Time 29
Register unknown users 30
Access keys Installer access key (pag.1/4) 31
Administrator access key (pag.2/4) 31
Consultant access key (pag.3/4) 31
User name (pag.4/4) 31
Communication and security codes 32
Index

3ADIP
Installation Guide
Data Introduction 33
Users 34-35
Time Tables 36
Time Areas 37
Security areas controlled 38
Access groups 39
Area counters 40
Visits 41
Free access 42
Antipassback Possibility of unlocking the antipassback of a user 43
Possibility of unlocking the antipassback of an access group 43-44
Possibility to reset the antipassback weekly 44
Possibility to reset the antipassback monthly 44
Synchronize data 45
Tables Users by number 46
Users by name 47
Time tables 48
Time Areas 49
Security areas controlled 50
Access Group 51
Access points 52
Delete Delete events 53
Delete data Delete users 54
Delete visits 54
Delete time tables 54
Delete time areas 54
Delete access groups 54
Firmware update (BOOTLOADER) 55
Supervision 56
Events General list of events 57-61
List of users present 62
List of users missing 62
Accessories Protection circuit WIEGAND and DATA&CLOCK: SEPRO 63
Adaptater WIEGAND and DATA&CLOCK for USB reader 63

System description
4ADIP
Installation Guide
System
description
Installation
parameters
Events
Accessories
Supervision
Configuration
and cabling
Tables
Data
Compatible
elements
Functions
description
Delete
ADIP System Description
The access system with an innovatrice architecture which avoids to use expensives
centrals.
A simple connection of point access controllers to the Ethernet network and/or Internet
suffice to established a performance access system, reaching up to 64 readers/door.
The point access controller has the required connections for 2 readers (WIEGAND or
DATA&CLOCK) with all the inputs to manage 1 or 2 doors.
Economy of installation. No need to instal the communication BUS. The système use the
Ethernet network.
Use « peer to peer » connection between controllers allows to have a bigger autonomy of
operation. Even in degraded mode, without network, the controller remains at 80% of its
functionality (It does not control the antipassback).
User interface in the device memory (WEBSERVER).No need to install any software...
The integration of a DynDns is possible with an affordable installation cost.
Operation in autonomy mode (stand-alone). Webserver for management from any
computer or mobile terminal with network connection.
Automatic calendar thanks to the NTP server with Internet connection. Possibility to send
notifications and alarms to multiple devices.
ACManager supervision software available for larger installations.
SDKs available for integration.

Compatible elements
5ADIP
Installation Guide
System
description
Installation
parameters
Events
Accessories
Configuration
and cabling
Tables
Data
Compatible
elements
Functions
description
Delete
Supervision
TCP/IP NETWORK
ADIP CONTROLLERS
COMPUTER
(PC or MAC)
TABLET
(Android, iOS,
Windows Phone, etc)
SMARTPHONES
(Android, iOS,
Windows Phone, etc)
The network is local Ethernet type, but Internet also.
The IP connection must have a speed of at least 3 Mbps
The devices that can be part are those below:

Compatible elements
6ADIP
Installation Guide
System
description
Installation
parameters
Events
Accessories
Supervision
Configuration
and cabling
Tables
Data
Compatible
elements
Functions
description
Delete
Bus reader WIEGAND and DATA&CLOCK
WIEGAND Formats
DATA&CLOCK Formats
0000 0000 0000 0000 0000 0000 0000 1001 1101 0010 0110
00000009D26
bit 1…bit 40 bit 41…bit 44
MSBit Data in rst position LRC
LRC: 4 bits = XOR between each number
Data: MSByte hexdecimal numbers in rst position. Each hexadecimal number at 4 bits, MSBit in rst position
Example: Entered code : 2514 - Hexadecimal value : 0000009D2 in Wiegand 44 format
FORMAT
1) 16 bits at zero
2) Start code SS (B) + odd parity bit.
3) 10 or 13 reverse BDC nibbles, corresponding to the ID code + odd parity bit.
4) Transmission end code ES (F) + odd parity bit.
5) Linear redundancy code of previous nibbles, except start zeros + odd parity
bit.
LCR = SS N1⊕N2 ⊕N3 ⊕N4 ⊕N5 ⊕N6 ⊕N7 ⊕N8 ⊕N9 ⊕N10 ⊕ES
(⊕= Function O exclusive)
LINES
Two lines : DATA & CLOCK normally at «1» (5Vcc) that produce pulses at «0»
(0,4Vcc) for 1/3 of the clock period, of 1 ms. DATA at «0» to send «1» logical and
at «1» to send a logical «0» .
Longest possible code : 99999999
NOTE: If the code of the tag cannot be represented in BDC 10 characters, it is
recommended to use format BCD 13.
TIME DESCRIPTION MIN. TYP. MAX. UNIT
Tset Data setup time 5 1/6 Tclock µs
Trm Data hold time 0 8 2/3 Tclock µs
Twidth Clock pulse width - 1/3 Tclock - µs
Tclock Clock pulse rate 80 1000 1500 µs
Ttotal Timeout read operation - 76 - Tclock
FORMAT OF TRANSMISSION DATA
TRANSMITED
DATA&CLOCK 10 0012345678
DATA&CLOCK 13 0000012345678
TRANSMISSION EXAMPLE
USER CODE : 12345678 (00BC614E in hexadecimal)
FORMAT OF TRANSMISSION DATA TRANSMITED
WIEGAND 26 BC61AE
WIEGAND 34 00BC61AE
WIEGAND 44 0000BC61AE
EXAMPLE OF TRANSMISSION
USER PIN : 12345678 (00BC614E in hexadecimal)
WIEGAND FORMAT 26 BITS
1-Bit N°1 even parity in bits 1 to 13
2-Bit N°2 to N°25 corresponding to the ID code in 6 hexadecimal (3 bytes)
3-Bit N°26 odd parity in bits 14 to 26
WIEGAND FORMAT 34 BITS
1-Bit N°1 even parity in bits 1 to 16
2-Bit N°2 to N°33 corresponding to the ID code in 8 hexadecimal (4 bytes)
3-Bit N°34 odd parity in bits 17 to 34
WIEGAND FORMAT 44 BITS
1-Bit N°1 to N°40 corresponding to the ID code in 10 hexadecimal maximum (5 bytes)
2-Bit N°41 to N°44 XOR function of previous numbers
DEMARRAGE SS P Nº1 P Nº2 P ... Nº10 TO Nº13 P ES P LRC P FINAL
00000000 1101 0 0000 1 1000 0 ... 111 0 0 1111 1 xxxx Y 0000000
0 B 0 1 ... 7 F 0
TIMINGS
Transmission frequency : 1000bits/s
Logical “0”
DATA1
DATA0
100us
40us
100us
40us
900us
2048us
900us
2048us
Logical “1”
Transmission frequency : 1000bits/s
Logical “0”
DATA
WIDTHCLOCK
1 0 0 1
CLOCK
READ
T
TT
TTRM
set

Configuration and cabling
7ADIP
Installation Guide
System
description
Installation
parameters
Events
Accessories
Configuration
and cabling
Tables
Data
Compatible
elements
Functions
description
Delete
Supervision
ADIP Unity - Characteristic
HARDWARE Characteristics
SOFTWARE Characteristics
• Power supply: 12v DC
• Max consumption: 280 mA off readers
• Inside mounting in dry environment only
• Temperature range: -30 ° to + 50 ° C
• Dimensions (HxWxD): 150 x 160 x 40 mm
• 2 IP connections of RJ45 type, one to connect to the network and the other to inter-
connect a second ADIP controller, a video camera, etc.
• 32 controllers maximum on the network (64 doors maximum)
• 2 inputs for readers Wiegand or DATA & CLOCK (W0 / W1)
• 2 inputs door detection (G) programmable according to input functions table
• 2 inputs push button (PB) programmable according to input functions table
• 2 inputs inhibition of readers (I) programmable according to input functions table
• 4 output relay for door or auxiliary gates order, programmable according to output
functions table
• Tamper of tamper alarm (A-P)
• Interconnection of 2 controllers for SAS management
• Software in the memory of the Webserver device
• DynDns Integrated into the device
• Communication peer to peer to distribute zone information
• 32 ADIP maximum connectable network controllers
• 65,000 users common to all network controllers (synchronized)
• Over 130,000 events in memory per access point
• 32 Access Groups (Selectable Antipassback)
• 32 time grids with holidays and holidays
• 65.000 visitors
• 4 free access
• Antipassback in 3 levels; Hard, soft or canceled, with programmable reset
• Programmable Antitimeback for each reader
• 8 controlled safety zones (each access point can be placed in or out)
• Zone counters with empty area and full area indication for all the groups
• The names of the users, groups, etc. are in the controller memory
• Manage and report multiple alarm events
• Manual or automatic time setting (NTP server under Internet connection)
• Supervision of inputs and activation of outputs from computers or mobile devices
• Possibility to send the general list of events by e-mail, in CSV format
• 8 PUSH notification of multiple events on mobile devices per access point
• 8 e-mail notifications of multiple events for each access point
• Compatible with all mobile devices and computers
• Possibility of remote updating by BOOTLOADER
• English language

Configuration and cabling
8ADIP
Installation Guide
System
description
Installation
parameters
Events
Accessories
Supervision
Configuration
and cabling
Tables
Data
Compatible
elements
Functions
description
Delete
Power
supply
The access point controller must be powered
by a 12 V DC power supply and backed up by
a battery. The power terminals are polarized. - +
Alim
Auto protec-
tion
The A-P terminals follow the status of the mi-
croswitch positioned on the motherboard. Un-
der pressure the contact is normally closed.
Without pressure the contact is normally
open. This information can be returned to an
alarm center.
A-P
Reader
Connection
nº1
The reader can be powered by the + and -
Vout terminals (12v DC - 500mA max).
The controller can receive the reader in
Wiegand or Clock & Data formats via the W0-
CK and W1-DT terminals.
Fresh out of the factory:
The IN1 (PB1) input - C is dedicated to the
door control (relay 1) by pushbutton normally
open at idle.
The IN2 (G1) input - C is dedicated to the
supervision of the door by normally closed
magnetic contact.
The IN3 (I1) input - C is dedicated to read
enable by sensor normally open when it
is not in use. When the sensor switches to
the normally closed state, the reading is no
longer possible.
W1
DT
Vout
- +
G1
IN2
I1
IN3 C
PB1
IN1
W0
CK
NO C NC NO C NC NO C NC NO C NC - + A-P
READER 1
BATTERY
DL1
PROGRAMMING
BRIDGE
N P
READER 2
RJ45
RJ45
RL4 RL3 RL2 RL1
W1
DT
Vout
- +
G
IN2
I
IN3 C
PB
IN1
W0
CK
W1
DT
Vout
- +
G
IN5
I
IN6 C
PB
IN4
W0
CK
Connectivity overview
Connection bounds description
ADIP Unity - Connection bounds description
Next page...

Configuration and cabling
9ADIP
Installation Guide
System
description
Installation
parameters
Events
Accessories
Configuration
and cabling
Tables
Data
Compatible
elements
Functions
description
Delete
Supervision
Reader
Connexion
nº2
The reader can be powered by the + and -
Vout terminals (12v DC - 500mA max).
The controller can receive the reader in
Wiegand or Clock & Data formats via the W0-
CK and W1-DT terminals.
Fresh out of the factory:
The IN4 (PB2) input - C is dedicated to the
door control (relay 2) by pushbutton normally
open when it is not in use.
The IN5 (G2) input - C is dedicated to the
supervision of the door by normally closed
magnetic contact.
The IN6 (I2) input - C is dedicated to the read-
ing by sensor, normally open when it is not in
use. When the sensor switches to the nor-
mally closed state, the reading is no longer
possible.
W1
DT
Vout
- +
G2
IN5
I2
IN6 C
PB2
IN4
W0
CK
Door relay 1
The relay N ° 1 is a programmable relay 5A
under 30Vdc, dedicated to door control 1 as
it left the factory.
It can be controlled by time range, input func-
tion, by badge, PB-1 push putton input. It can
operate in timed mode, on - off or tracking of
an input.
NC NO C NC
RL1
Door relay 2
The relay N ° 2 is a programmable relay 5A
under 30Vdc, dedicated to door control 2 as
it left the factory.
It can be controlled by time range, input func-
tion, by badge, PB-2 push putton input. It can
operate in timed mode, on - off or tracking of
an input.
NC NO C NC
RL1
Optional
relay 3
The relay N° 3 is a programmable relay 5A at
30Vdc.
It can be controlled by time range, input func-
tion, by badge. It can operate in timed mode,
on - off or tracking of an input.
NC NO C NC
RL1
Optional
relay 4
The relay N° 4 is a 5A programmable relay at
30Vdc.
It can be controlled by time range, input func-
tion, by badge. It can operate in timed mode,
on - off or tracking of an input.
NC NO C NC
RL1
Connector
RJ45
RJ45 female connector dedicated to local or
remote communication with a computer or
with the ADIP network.
Connector
RJ45
RJ45 female connector dedicated to local or
remote communication with a computer or
with the ADIP network.
Battery Type CR2032 for maintaining the calendar
Programma-
tion bridge
Performs NEXT procedures:
- Recover factory passwords
- DHCP Addressing
- Reset Factory
N P
Red warming
light Indicates the different configuration phases DL1

Configuration and cabling
10 ADIP
Installation Guide
System
description
Installation
parameters
Events
Accessories
Supervision
Configuration
and cabling
Tables
Data
Compatible
elements
Functions
description
Delete
Recovering factory passwords
How to recover passwords:
This procedure allows you to retrieve factory passwords for the webserver for 1 minute:
User: Adip
Password installer: insta
Password administrator: admin
Password consultant: consul
Description of the procedure:
1 - Disconnect power
2 - Set the programming bridge to position P
3 - Reconnect power (beep,beep,beep…)
4 - Set the programming bridge to position N(end of beeps)
DHCP Adressing
DHCP adressing procedure in local network (without Internet):
If the terminal and the controller do not have the same network rank.
Description of the procedure:
1 - Disconnect power
2 - Set the programming bridge to position P
3 - Reconnect power (beep,beep,beep…)
4 - Set the programming bridge to position N(end of beeps)
5 - Place the programming bridge in position P(we have 5s to do it) (beep, beep, beep
...)
6 - Set the programming bridge to position N(end of beeps)
7 - After 12 seconds beeps. Now you can address the name of the device or HOST-
NAME. The factory-set HOSTNAME is ADIP01.
Then, introduce this HOSTNAME on the browser and validate:
Factory reset
Procedure of the factory reset:
This procedure will erase all programmed data and installation parameters. The memo-
ry will return as factory.
Description of the procedure (5 beep beep beep in total):
1 - Disconnect power
2 - Set the programming bridge to position Pand reconnect power (beep, beep, beep
...)
3 - Set the programming bridge to position N(end of beeps)
4 - Place the programming bridge in position P(we have 5s to do it) (beep, beep, beep
...)
5 - Set the programming bridge to position N(end of beeps)
6 - Place the programming bridge in position P(we have 5s to do it) (beep, beep, beep
...)
7 - Set the programming bridge to position N(end of beeps)
8 - Place the programming bridge in position P(we have 5s to do it) (beep, beep, beep
...)
9 - Set the programming bridge to position N(end of beeps)
10 - Place the programming bridge in position P(we have 5s to do it) (beep, beep, beep
...)
11 - Set the programming bridge to position N(the buzzer makes a rousing sound)
(finally beep, beep)
N-P Programmation bridge