Dormakaba Axessor CIT User manual

Electronic safe lock
Axessor CIT
V28 - 08/2019
EN
Technical Manual

dormakaba Schweiz AG
Mühlebühlstrasse 23
8620 Wetzikon
Switzerland
T: [phone]
www.dormakaba.com
Copyright © dormakaba 2019
All rights reserved.
No part of this document may be reproduced or used in any form or by any means without prior written permis-
sion of dormakaba Schweiz AG.
All names and logos of third-party products and services are the property of their respective owners.
Subject to technical changes.
V28 - 08/2019

Version notesTechnical Manual
3V28 - 08/2019 Electronic safe lock
Version notes
Document version Date Reason
02 2019-08 New functionalities included
01 2018-03 New functionalities included
00 2017-10 New document created
Firmware version Date Reason
V28 2019-08 New functionalities and optimizations:
• Setting up Axessor CONNECT safe lock sys-
tems with up to 10 locks, 2 input units and 1
eBox
• Extended functionality of the safe locks: the
Device Manager being able to manage safe
lock systems
• Operating the safe lock system via the input
unit or via AS284-USBW / NETW
• Motorized latchbolt locks
• Worldwide DST function
• GUI texts of AS280-INSW and AS284-
USBW / NETW and audit added and revised
• Several issues of AS284-USBW / NETW
added and revised
V27 2018-03 New functionalities and optimizations:
• Keep arrow keys pressed while automatically
changing the adjusting value to a higher or
lower value
• Changing or creating codes without using a
workaround
• Setting the time in AM/PM without using a
workaround
• Texts revised in GUI of AS280-INSW and
AS284-USBW/NETW and audit
• Several issues revised of AS284-USBW/
NETW
V26 2017-10 New functionalities and optimizations:
• Partial Locking in Bank Mode with activated
Dual Mode
• Adjustable maximum value of time locking
periods while activating the Immediate Time
Lock
• Local language selection in the menu "info"
• Setting Wake Up in Mixed Mode
• Stabilized "Line off" behavior
• No special characters in the audit function

Version notes Technical Manual
4 V28 - 08/2019Electronic safe lock
Firmware version Date Reason
• Operating system compatibility of AS284-W
programming software
• AS284-W programming software with ex-
tended function
V24 2017-06 New functionality:
• The Master Code can override the Immediate
Time Lock
V23 2017-02 New functionalities:
• Time Locking in OTM
• Axessor CIT safe lock with time display
• Harmonized bolt open times
• OTM can override NRTD
• Special function: User Code 41 configured as
Audit and Battery Code
• Special function: User Code 42 configured as
Audit and Battery Code and used for CIT or
IP activation
• Special function: User Codes 45 and 46 used
for activation of the output impulse signal
• Special function: User Code 47 configured as
Time, Audit and Battery Code
• Special function: User Code 48 used for Lock
Disabling and User Code 49 used for Lock En-
abling
• Immediate Time Lock when the safe is closed
• Setting the beeper via input unit
• Selection of days for time-related functions
• Door Open Alarm is separately configurable
• Dual Mode timeout is configurable

Table of ContentsTechnical Manual
5V28 - 08/2019 Electronic safe lock
Table of Contents
Glossary 7
1 About this document 9
1.1 Purpose and objective 9
1.2 Target group 9
1.3 Compliance with safety and standards 9
2 Safety information 10
2.1 Intended use 10
2.2 Hazard category 10
3 Norms, standards and regulations 11
4 Certificates 12
5 System overview 13
6 System description 15
6.1 The Axessor CIT electronic safe locks 15
6.2 Product variants 15
6.2.1 Standalone variant with a single lock 15
6.2.2 Standalone variant with multiple locks 16
6.2.3 Network variant with a single lock and an optional eBox 17
6.2.4 Network variant with multiple locks and an optional eBox 18
7 Software applications 20
8 Scope of application 21
9 Technical data 22
9.1 Hardware 22
9.2 Interfaces 22
9.3 Mechanical components 23
9.4 Conditions 23
10 Factory settings 24
11 Functionality 29
11.1 Display elements of the input unit 29
11.2 Information menu 29
11.3 Immediate Time Lock 30
11.4 Time-Related Functions 30
11.5 Beep signals 31
11.6 Status messages 31
11.6.1 Bank Mode and One Time Mode 31
11.7 Access codes 37
11.7.1 Code hierarchy and code formats 37
11.7.2 Code types 38
12 Access rights 44
13 Unpacking and checking delivery 54
13.1 Checks before installation 54

Table of Contents Technical Manual
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14 Installation 55
14.1 Drilling templates 55
14.2 Installing the input unit 57
14.3 Installing the lock 63
14.4 External connections on the lock 65
14.5 Installing the eBox 67
14.6 External connections on the eBox 67
14.7 eBox wiring diagram 69
14.8 Wiring 69
14.8.1 Cold plugging 69
14.8.2 Hot plugging 71
14.8.3 Wiring options 72
14.9 Wiring check of the lock 73
14.10 Wiring check of the eBox 73
15 Configuration 74
15.1 Programming Mode 74
15.1.1 Menu overview of the master lock 74
15.1.2 Accessing the Programming Mode 75
15.1.3 Changing and saving settings 76
15.1.4 Exiting the Programming Mode 76
15.1.5 Menu TIME 76
15.1.6 Menu PROG 78
15.1.7 Menu DELAY 85
15.1.8 Menu CODE 91
15.1.9 Menu MISC 95
16 Operation 107
16.1 Operating modes 107
16.2 Code entry 109
16.3 Lock opening procedure 110
16.3.1 Opening procedure in Bank Mode 110
16.3.2 Opening procedure in ICS Mode 111
16.3.3 Opening procedure in OTC Mode 112
16.4 Lock closing procedure 113
16.4.1 Closing procedure in Bank Mode 113
16.4.2 Closing procedure in OTM 113
17 Troubleshooting 114
17.1 Status messages on LCD 114
17.2 Identification of the lowest serial number 116
18 Service 117
18.1 Cleaning 117
18.2 Replacing batteries 117
19 Maintenance 119
19.1 Replacing a defect lock 119
19.1.1 Removing the defect lock from the safe lock system 119
19.1.2 Adding a new lock to the safe lock system 120
19.2 Removing the error message of lock position -16- 122
20 Disposal 124
21 Spare parts and accessories 125

GlossaryTechnical Manual
7V28 - 08/2019 Electronic safe lock
Glossary
Terms Meaning
A-CIT 28 Axessor CIT, version 28
A-IP 28 Axessor IP, version 28
A-IP N 28 Axessor IP NOT version 28
APHI Application Programming Hardware Interface
AS274 AS274 server management software
AS280-INSW AS280 Installation Software and Wibu dongle
AS284-NETW AS284 Network Solutions and Wibu dongle (programming soft-
ware)
AS284-USBW AS284 Universal Serial Bus and Wibu dongle (programming
software)
ATM Automated Teller Machine
A-USB Axessor USB, version 28
BAT-CMP Battery Compartment
BLT OPN Bolt Open Time
CDE DEN Code Denial
CIT Cash In Transit
CNF WIN Confirmation Window
CNF WIN beep Confirmation Window beep
CONF Confirmation
D-ALARM Door Alarm
DEL key Key used to delete entry or to close the lock.
DEVICE Device Manager used to manage the safe lock system.
DM Dual Mode
DST Daylight Saving Time
ENTER key Key used to enter codes or to confirm parameterization.
GDPR General Data Protection and Regulation
ICS Interactive Code System
IMM-TL Immediate Time Lock
INFO/ESC key Key used to activate the info display, to escape or to go to a
higher level.
LAN Local Area Network
LANG Language
LCD Liquid Crystal Display
LED Light-Emitting Diode
LEFT and RIGHT keys Keys used to select and adjust settings.
MISC Miscellaneous
MOT FLT Motion Fault
NRTD Non-Return Time Delay
NRTD HM Non-Return Time Delay in Hours/Minutes

Glossary Technical Manual
8 V28 - 08/2019Electronic safe lock
Terms Meaning
ONE SC4 bank One Shot Codes for Bank Mode
OTC One Time Code
OTM One Time Mode
PRG-MOD Programming Mode
PROCTIM cit Process Time CIT
RMT-DIS Remote Disabling
SM Single Mode
TL-INT Time Locking Interruption
TR-FCN 1 ... 3 Time-Related Function 1 ... 3
TST BGN Test begin
A wiring test will be executed.
TST END Test end
The wiring test is finished.
0 ... 9 Numeric keys 0 ... 9

About this documentTechnical Manual
9V28 - 08/2019 Electronic safe lock
1 About this document
1.1 Purpose and objective
This Technical Manual describes the Axessor CIT electronic safe locks with network capabili-
ties.
It gives information on:
• The system and components
• Technical data
• Functionality
• Installation
• Configuration
• Operation
• Troubleshooting
• Service
• Maintenance
• Spare parts and accessories.
1.2 Target group
This document exclusively addresses itself to skilled personnel (technicians) trained and au-
thorized by the manufacturer.
1.3 Compliance with safety and standards
For safety and warranty reasons all actions described in this document must only be carried
out by skilled personnel (technicians). Skilled personnel must comply with the respective regu-
lations on work safety and prevention of accidents.

Safety information Technical Manual
10 V28 - 08/2019Electronic safe lock
2 Safety information
2.1 Intended use
The purpose of the electronic safe lock is to lock and unlock the mechanical blocking point of a
safe, vault, data cabinet or ATM which is usually activated manually by bolt work.
Do not modify the electronic safe lock since it will impair the security and safety of the unit.
The electronic safe lock is only designed for indoor applications. It must be applied in environ-
mentally protected areas.
2.2 Hazard category
NOTICE
Information on how to handle the product correctly.
Failure to observe this information may result in malfunctions. The device or something in its
vicinity could be damaged.

Norms, standards and regulationsTechnical Manual
11V28 - 08/2019 Electronic safe lock
3 Norms, standards and
regulations
Europe
Name Title
EMC Directive 2014/30/EU
Electromagnetic compatibility
EN 1300:2013 Classification for high-security locks according to
their resistance to unauthorized opening
RoHS 2 Directive 2011/65/EU
Restriction of hazardous substances
GDPR Regulation EU 2016/679
General Data Protection Regulation
America
Name Description
UL Subject 2058
Outline of investigation of high-security
electronic locks
High-security electronic locks, type 1 - model
Axessor CIT, consisting of keypad P/N
3310300311 and lock assembly P/N 3582705302

Certificates Technical Manual
12 V28 - 08/2019Electronic safe lock
4 Certificates
Europe
Name Description
ECB-S Electronic high-security lock, level B
CNPP A2P Electronic high-security lock, level B

System overviewTechnical Manual
13V28 - 08/2019 Electronic safe lock
5 System overview
1 2 3 4 5 6 7 8
3
2
5
4
1
11
12
10
9
6
8
7
Input unit
1 Housing 7 MODE key
2 Connecting cable for lock unit 8 LEFT/RIGHT key
3 Interface (USB) for PC connection 9 NUMERIC keys 0...9
4ENTER key 10 DEL key
5INFO/ESC key 11 LCD
6 Battery compartment 12 Beeper

System overview Technical Manual
14 V28 - 08/2019Electronic safe lock
1 2 3 4 5 6 7 8
Type
Part No.
Serial No.
Version
Certs.
Axessor
XXXXXXXXXX
XXXXX.XXXXXX/XXX
xxxxx.xx 2008
18
17
20
16
15
13
14
Lock and optional external power supply
13 Lock housing 17 Warranty seal
14 Inputs/outputs 18 Type label
15 Pin for cable tie 19
16 Connection sockets X1 and X2 20 External power supply (optional),
6 VDC, 2 A
21
24
28
22
23
2625
27
29
Optional eBox and power supply
21 Power supply, 12 VDC, 1 A 26 RJ45 socket
22 Connector 27 Reset opening
23 eBox 28 Connection socket
24 Fixation supports 29 LED for eBox status
25 LEDs for network status

System descriptionTechnical Manual
15V28 - 08/2019 Electronic safe lock
6 System description
6.1 The Axessor CIT electronic safe locks
The Axessor CIT with network capabilities are motorized deadbolt locks and latchbolt locks
with standard dimensions and integrated terminals.
It is possible to connect the safe locks to an alarm center. The locks comply with all relevant
safety standards.
The electronic safe locks have the following functions:
• Single and multiple safe lock applications
• Code hierarchy with user group management
• Courier Code
• Dual Mode
• Duress Code
• Time Delay
• Time Locking Function
• Remote Enabling and Disabling
• Code Denial for user
When using AS274 server management software, an additional function is available:
• A One Time Mode operation
There are 2 options to configure the safe locks:
• Via input unit
• Via AS284-USBW programming software installed on a computer which is connected to
the input unit via a USB cable
Requirements:
When working with AS284-USBW or AS284-NETW programming software, make sure to
comply with minimum requirements for the computer and monitor.
• Operating system of the computer: Windows 7 or higher
• Minimum resolution of the monitor: 1280x1024 pixel
6.2 Product variants
6.2.1 Standalone variant with a single lock
1 2 3 4 5 6 7 8
The standalone variant is battery-powered consisting of:
• Input unit
• Lock

System description Technical Manual
16 V28 - 08/2019Electronic safe lock
• Connecting cable
The lock provides:
• 2 inputs
• 2 outputs
A further option is to connect an external power supply (6V DC/500mA) to the connection
sockets X1 or X2.
Requirements:
• Only use the original Axessor power supply, 6 VDC, 2 A.
• Only use non-rechargeable AA alkaline or AA lithium batteries.
• Batteries must always remain in the battery compartment, even if the external power
supply is connected as they serve as energy source in case of power failure.
6.2.2 Standalone variant with multiple locks
NOTICE
Battery discharge and heating up
Operating a safe lock system with 2 input units being powered with batteries will cause a bat-
tery discharge due to potential equalization.
The battery discharge is faster than in normal conditions and requires an earlier replacement
of batteries.
Batteries can heat up due to potential equalization.
• Only put batteries in the battery compartment of 1 input unit of a safe lock system.
• Use external power supplies for a safe lock system to support the batteries of the single
equipped input unit with additional energy.
Not more than 10 locks to be connected in a safe lock system.
Not more than 4 bolts to be moved at a time. There is a high risk that a motion fault can be
caused.
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
10.
1. 2.
It is highly recommended to place the additional external power supply in the last position of
the safe lock system. In that way the units will be powered from both sides of the Axessor
bus.
The standalone variant with multiple locks is battery powered consisting of:
• Up to 2 input units
• Up to 10 locks

System descriptionTechnical Manual
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• Connecting cables
The locks provide:
• 2 inputs
• 2 outputs
The maximum length of the Axessor bus is 30 meters.
6.2.3 Network variant with a single lock and an optional eBox
1 2 3 4 5 6 7 8
The number of different components required depends on:
• The size of the system
• The number of locks
• and the number of operators using the management software.
Network integration of the electronic safe lock is realized via the optional eBox.
The eBox consists of 5 freely configurable inputs and 5 outputs of which only 4 outputs are
freely configurable.
Output 7 is fix set for "no external power" and it cannot be defined for another use.
Inputs/outputs and an external power supply (9 ... 26V DC/700 ... 200mA) are connected via
the eBox connector.
An external power supply, 12 VDC, 1 A is required for the eBox functions (network connection
and inputs/outputs).
In case of power failure the batteries only supply lock functions.
The following software is required to set up and configure the electronic safe lock:
• AS280-INSW for network integration and OTM activation
• AS284-USBW or AS284-NETW programming software

System description Technical Manual
18 V28 - 08/2019Electronic safe lock
Local Area Network
(10/100BaseT Ethernet)
Safe 1 Safe 2 Safe n
PC with
AS 284-NETW Programming Software
Other devices
12 3 4 5 6 7 8
Type
PartNo.
SerialNo.
Version
Certs.
Axessorseries
XXXXXXXXXX
XXXXX.XXXXXX/XXX
90048.xx 2007
VdS
12 3 4 5 6 7 8
Type
PartNo.
SerialNo.
Version
Certs.
Axessorseries
XXXXXXXXXX
XXXXX.XXXXXX/XXX
90048.xx 2007
VdS
12 3 4 5 6 7 8
Type
PartNo.
SerialNo.
Version
Certs.
Axessorseries
XXXXXXXXXX
XXXXX.XXXXXX/XXX
90048.xx 2007
VdS
Firewall
Router
Internet
6.2.4 Network variant with multiple locks and an optional eBox
NOTICE
Battery discharge and heating up
Operating a safe lock system with 2 input units being powered with batteries will cause a bat-
tery discharge due to potential equalization.
The battery discharge is faster than in normal conditions and requires an earlier replacement
of batteries.
Batteries can heat up due to potential equalization.
• Only put batteries in the battery compartment of 1 input unit of a safe lock system.
• Use external power supplies for a safe lock system to support the batteries of the single
equipped input unit with additional energy.
Not more than 10 locks to be connected in a safe lock system.
Not more than 4 bolts to be moved at a time. There is a high risk that a motion fault can be
caused.
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
10.
1. 2.

System descriptionTechnical Manual
19V28 - 08/2019 Electronic safe lock
The connection between AS284-USBW or AS284-NETW programming software and the lock-
ing system will be established with lock -1- (master lock) either via network or USB interface.
The established connection will be used from all slave locks.
The locks are clearly identified and administered by their serial number and their system ad-
dress. The master lock assigns the system addresses to the slave locks and manages the lock
info.
Changes in lock lists can lead to data loss of lock lists or communication errors.
It is highly recommended to newly set up the master lock via AS280 -INSW installation soft-
ware after each change of the lock info and to replace the master lock in AS284-USBW or
AS284-NETW programming software.
The IP settings for the connection of the locking system will be loaded by the master lock. The
slave locks (lock 2-x) only have inactive IP settings. The remote access for the slave locks is
only possible if the IP settings have been saved in the master lock and the installation file.
Requirements:
• For eBox usage, the master lock must be either an IP or CIT lock.
• The installation comment in the IP settings must be written with AS280-INSW installa-
tion software for the remote access of all IP locks (2-x) of a locking system.
Locks with activated remote access are marked with "IP" in the lock list in AS280-INSW
installation software and AS284-USBW or NETW programming software.
IP locks must be newly installed via AS280-INSW installation software after replacing a lock
or changing the wiring or moving locks.
The IP settigs must be written newly in the lock and the installation file. The safe lock systems
must be deleted from the locks file in AS284-USBW or NETW programming software. The in-
stallation file must be newly imported.
It is possible to configure and change all functions and codes of an activated safe lock system
with IP, IP NOT and CIT locks when the locks are closed. USB locks are not supported in a net-
work.

Software applications Technical Manual
20 V28 - 08/2019Electronic safe lock
7 Software applications
The AS280 and AS284 software products were not evaluated by UL 2058 and are only for
supplementary use.
Do not use third party USB hubs.
AS280-INSW Installation Software for the Windows©operating system is applied to switch
between Bank Mode and OTM Mode (ICS, OTC, CIT or DM) as well as Mixed Mode.
AS280-INSW is also applied for network installation.
AS284-USBW or AS284-NETW programming software for the Windows©operating system is
applied to configure basic settings of the lock such as language, opening time delay, inputs
and outputs.
AS274 server management software enables many users to work at the same time with Axes-
sor CIT to generate One Time Codes.
APHI (Applicaction Programming Hardware Interface) was developed to integrate lock man-
agment into the customer's existing software solution.
Once the APHI is integrated into the existing software, APHI handles all tasks related to the
issuing of one time code combinations.