FCC ID: NVI-DKAM9230K7 Access manager

dormakaba access manager 92 30 MATRIX TP4 client Technical Manual 04048135 - 2020/10 9230-K7, TP4-Client EN dormakaba EAD GmbH Albertistrae 3 78056 Villingen-Schwenningen Germany T: +49 7720 603-0 www.dormakaba.com Company headquarters: Villingen-Schwenningen Copyright dormakaba 2020 All rights reserved. Subject to technical changes. 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. 04048135 - 2020/10 9230-K7, TP4-Client Technical Manual Table of content Table of content About this document Validity Target group Contents and purpose Additional documentation Availability of additional documentation 1 1.1 1.2 1.3 1.4 1.5 1.6 Orientation in the document 1.7 1.8 1.9 Warnings Instructions Abbreviations/term definitions 1.9.1 1.9.2 Hazard categories Symbols 1.10 Notes Basic safety instructions Assembly and installation Service and maintenance Accessories and spare parts ESD prevention measures Environmental protection 2 2.1 2.2 2.3 2.4 2.5 2.6 Data protection and IT security Product description 3 3.1 Overview 3.2 Device versions 3.3 3.4 Power supply Specification Technical data 3.4.1 3.4.2 Data retention in case of power failure 3.4.3 Output voltages 3.4.4 3.4.5 3.4.6 3.4.7 3.4.8 Outputs 3.4.9 Ambient conditions 3.4.10 Dimensions/Weight Frequency bands and transmission power Interfaces Terminals Inputs 3.5 Conformity 3.6 Open source information 3.7 3.8 3.9 Identification Included in supplied package Accessories 3.9.1 Detection units 5 5 5 5 6 7 7 7 8 9 9 9 9 10 10 10 10 11 11 12 13 13 13 14 16 16 16 16 17 17 17 17 18 18 18 19 20 21 21 22 22 4 4.1 Construction and function Light emitting diodes Device status 4.1.1 4.2 Opening the housing 4.3 4.4 23 23 23 24 25 26 26 Behaviour with two registration units Behaviour of readers installed next to each other 26 Behaviour when several media are present in the field (anti-col-

26 lision) 27 Tamper switch Reading behaviour 4.4.1 4.4.2 4.4.3 4.5 Access control with MATRIX 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 3 Table of content Technical Manual 4.5.1 MRD principle 4.5.2 Wiegand principle 4.5.3 Mobile Access system overview 4.5.4 System requirements 5 5.1 5.2 General Installation site Connections Cable entry Installation Installation requirements 5.1.1 5.1.2 5.1.3 5.1.4 Installation lines 5.2.1 5.2.2 5.2.3 5.2.4 5.2.5 5.2.6 5.3 Wall mounting 5.4 Routing of lines 5.5 Connections General requirements Ethernet Lines to RS-485 devices Line to the door opener, the door opener key, and the door con-

tacts Coaxial cables to registration units Line to the Wiegand reader Ethernet 5.5.1 5.5.2 Overview of connection terminals 5.5.3 Connecting registration units 5.5.4 Connection to RS-485 devices 5.5.5 Connecting the Wiegand reader 5.5.6 5.5.7 Outputs Fastening the cover Inputs 5.6 Commissioning 6 6.1 Network parameters 6.1.1 MAC address of the device 6.1.2 Change network parameters with 'MATRIX Device Scanner'

6.2 Configuration 6.3 6.4 Additional steps for Legic media technology Initialise the device for Mobile Access Grant read/write authorisation 6.4.1 6.4.2 Withdrawing read/write authorisation 7 7.1 7.2 Maintenance Restart reader Reset the device to factory settings Decommissioning 8 8.1 Disassembly 9 9.1 9.2 9.3 Packaging/return Complete devices Electronic component assemblies Labelling 10 Disposal Index 27 28 29 30 31 31 31 31 31 32 33 33 33 33 34 34 34 35 36 36 36 37 38 39 41 42 43 44 45 45 46 47 49 50 52 52 53 54 54 55 56 56 57 57 57 58 59 60 4 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual About this document 1 About this document 1.1 Validity This document describes the product:

Product designation:

dormakaba access manager 92 30 Product code:

Article number:

Firmware:

9230-K7 04079231 TP4 V4.03 This document describes all product variants and all optional accessories and functions. Op-

tions are subject to a charge and are thus only available if they have been purchased. Addi-

tional accessories and functions may not be available on the date of publishing and may only be available for purchase at a later point in time. 1.2 Target group This manual is intended for skilled persons only. The descriptions are intended for skilled persons trained by the manufacturer. This manual is not a replacement for product training. For reasons of equipment safety, the installation, maintenance and service measures de-

scribed in this documentation should only be carried out by skilled persons in accordance with EN 62368-1 (Audio/Video, Information and Communication Technology Equipment Part 1:

Safety Requirements). Skilled person is the designation for people who have the appropriate technical training and experience in setting up the equipment. Skilled persons are expected to use their training and experience to identify any risks to themselves and others that may arise while carrying out these activities, and to minimise these risks as far as possible. It is the skilled persons re-

sponsibility to ensure that the conditions stated by the manufacturer and the applicable regu-

lations and standards are complied with when carrying out these actions. This documentation is also used to provide information for persons with the following tasks:

Project planning and project implementation Commissioning the product within the network Connecting the product to user software by programming customer applications Customer-specific adjustments with product parameterisation 1.3 Contents and purpose Contents are limited to the assembly, installation, commissioning and basic operation of the product. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 5 About this document Technical Manual 1.4 Additional documentation MATRIX system environment Planning System software User manual/online help Access manager Function type: MATRIX TP4 client Access manager 92 00 [9200-K5]

Planning guideline Mobile Access Wireless MATRIX Professional MATRIX One Technical manual Access manager 92 00 [9200-K7]

Access manager 92 30 [9230-K5]

Access manager 92 30 [9230-K7]

Access manager 92 90 Rack [9290-K5]

Access manager 92 90 Rack [9290-K7]

Access manager 92 90 Wall [9290-K5]

Access manager 92 90 Wall [9290-K7]

Compact reader Technical manual, MATRIX TP4-Client Function type: Access manager Compact reader 91 04 Remote reader Technical manual, MATRIX TP4-Client Function type: Access manager Remote reader 91 15 Function type: Access manager Interface 90 10 Compact reader 91 10 Compact reader 91 12 Remote reader 91 25 Technical manual Technical manual Technical manual Technical manual Technical manual Technical manual 96 00 97 00 c-lever (compact/pro/air) XS-Fitting Pro Technical manual Digital cylinder XS-Cylinder Pro S6-R reader Interface 90 10 Reader Interface Programmer 1460 Wireless Gateway 90 40 Terminals Electronic cylinders Electronic fittings Technical manual

[XXXX-K#] = Product code There are several generations of the devices under the same product name. 6 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual About this document 1.5 Availability of additional documentation Additional documentation is available on the dormakaba extranet. You will need a user account to access the extranet. A user account can be created directly. Detailed information about this is available on the homepage. dormakaba extranet http://www.dormakaba.com/extranet-emea-en 1.6 Orientation in the document This document contains the following features to help find specific topics:

The table of contents at the beginning of the document offers an overview of all topics. The header contains the associated main section. Cross references indicate the number of the section containing additional information. Example [ 5.7]. An index in alphabetical order is given at the end of the document. Structure and symbols of the instructions are illustrated in the following example:

1.7 Instructions Prerequisite 1. Step 1 Interim result 2. Step 2 Result 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 7 About this document Technical Manual 1.8 Abbreviations/term definitions Abbreviation document Explanation AoC Access on Card With Access on Card, the authorisations are saved to RFID media. APIPA automatic private IP addressing Devices/computers automatically get an IP ad-

dress if there is no DHCP server present.

Bluetooth DoC Data on Card An international transmission standard based on radio technology for contactless exchange of data. With Data on Card, the data is written from devices to RFID media. Example: Capacity of bat-

teries DP1 KCP NFC RFID TP4 VCP Device Protocol 1 Protocol for data transfer via RS-485 bus. Protocol for data transfer via RS-485 bus. Kaba Communica-

tion Protocol Near Field Commu-

nication An international transmission standard based on RFID technology for contactless exchange of data. Radio-Frequency Identification Technology for transmitter-receiver systems for the automatic and contactless identification of objects with radio waves. Terminal Protocol 4 Protocol for data transfer via RS-485 bus or Eth-

ernet. Versatile Configura-

tion Package Configuration package for Mobile Access 8 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual About this document 1.9 Warnings Warnings containing information/instructions and prohibitions designed to prevent personal injury or damage are specially marked. Please pay attention to warnings! They are intended to help avoid accidents and prevent in-

jury and damage. 1.9.1 Hazard categories Warnings are divided into the following categories:

CAUTION Low risk NOTICE 1.9.2 Symbols Indicates a possibly dangerous situation which may lead to minor physical injury. Important information on the correct use of the product. Failure to comply with these instructions could lead to malfunctions. It is possible to damage the product. Symbols with the following meaning are used for warnings, depending on the source of danger. General hazard Danger of damage to electronic components from electrostatic dis-

charge 1.10 Notes Notes are indicated by an info symbol. Tips and useful information. These help you make the best use of the product and its functions. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 9 Basic safety instructions Technical Manual 2 Basic safety instructions This product has been built to state-of-the-art standards and in line with established safety regulations. However, hazards for persons and property may arise when handling the product. Read and observe the following safety instructions before using the product. 2.1 Assembly and installation Check the device for visible damage caused by transport or incorrect storage. Do not start up any damaged device!

Assembly and installation of the product may only be done by skilled personnel (see chapter 1 Target group). Mains voltage installations may only be carried out by a certified specialised company or au-

thorised electricians. When installing/inserting the product in end-use equipment all requirements of the men-

tioned test standards must be fulfilled. The product should only be installed in locations which fulfil the environmental and technical conditions specified by the manufacturer. The manufacturer is not liable for damage arising due to improper handling or incorrect in-

stallation. 2.2 Service and maintenance Conversions and modifications to the product may only be done skilled personnel (see chapter 1 Target group). Any conversions and modifications performed by other persons will exempt us from any liability. The elimination of faults and maintenance work may only be performed by skilled personnel

(see chapter 1 Target group). 2.3 Accessories and spare parts Accessories and spare parts must meet the manufacturer's technical requirements. This is guaranteed if original dormakaba accessories and spare parts are used. 10 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Basic safety instructions 2.4 ESD prevention measures NOTICE product. Risk for electronic components due to electrostatic discharge. Incorrect handling of electronic PCBs or components can result in damage which will cause a complete breakdown or sporadic errors. General ESD prevention measures must be observed when installing or repairing the Wear an anti-static wrist strap when handling electronic components. Connect the end of the strap to a discharge box or a non-painted, earthed metal component. This way, static discharges are channelled away from your body safely and effectively. Handle a PCB along its edges only. Do not touch the PCB or connectors. Place dismantled components on an anti-static surface or in an anti-static shielded con-

tainer. Avoid contact between PCBs and clothing. The wrist strap protects PCBs against an elec-

trostatic discharge voltage from the body only. However, damage can also be caused by an electrostatic discharge voltage from clothing. Transport and ship dismantled modules in conductive anti-static bags only. 2.5 Environmental protection It is prohibited to dispose of the device in your domestic waste. Used devices contain valuable materials that should be recycled. Properly dispose of used devices. Dispose of consumed batteries in accordance with state and local regulations. Carefully store the batteries to be disposed of to avoid short circuits, crushing or destruction of the battery casing. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 11 Basic safety instructions Technical Manual 2.6 Data protection and IT security The system software and the device must be configured for safe operation. Unauthorised access to the device and the system is possible without further security set-

tings. Data protection violation through unauthorised access to person-related data Security risks Unauthorised access Tampering/system failure Recommended measures Device:

Keep the firmware current. System software:

Before decommissioning: Reset the device to factory settings. Activate encrypted communication. Switch off network ports that are not required. Follow the dormakaba MATRIX security hardening guide. Copy the latest patches. The recommended actions refer only to the linking of the dormakaba access managers to the MATRIX system software without making any claims as to completeness and currency. The facility operator of the system must ensure the protection of person-related data and IT security in their entire organisation by taking suitable measures. 12 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Product description 3 Product description 3.1 Overview The device is used as an access control terminal in an access control system. The access control system is managed with the system software. In the system software, the access permissions are assigned and the connected devices are configured. The access per-

missions are saved in the device. More devices are connected to the device. The connected registration units/readers read the data from media. The device checks the permission of the media. The device supports Mobile Access. With Mobile Access, smartphones with the dormakaba mobile access app become media. If a medium is authorised, the device releases the access. The doors status is identified and evaluated via the digital inputs of the device. 3.2 Device versions The variants have a different assembly of the connection terminals. MRD 1 RS-485 interface 2 coaxial interfaces 1 RS-232 interface 4 inputs 3 outputs Wiegand 2 Wiegand interfaces 1 RS-232 interface 4 inputs 3 outputs 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 13 Product description Technical Manual 3.3 Specification System environment System software: MATRIX Professional/MATRIX ONE Access manager: TP4 client Memory capacity Standard: max. 50,000 employee records Installation The device is fixed to the wall. Special feature Reader: 5/12 V DC Output 1: 12/24 V DC Connections for readers/devices The power supply to the device is provided via PoE/PoE+. The device provides output voltages for power supply to other devices. Depending on the variant, the following readers/devices can be connected. MRD variant Wiegand variant 1 RS-485 interface 2 Wiegand interfaces The protocol is determined in the system software. Depending on the protocol, the following devices can be connected. KCP: up to 2 readers Compact reader 91xx Only readers with functional type Access Manager are supported. DP1: up to 2 readers and 2 additional devices S6-R reader, door module, additional phgCrypt: up to 2 readers from third-party manufacturers 2x registration units 90 xx via the coaxial interfaces or 1 RS-232 interface 1 RS-232 interface Reader with ASCII character trans-

Reader with ASCII character trans-

fer (9600Baud, 8N1) e.g. barcode scanner fer (9600Baud, 8N1) e.g. barcode scanner Inputs/outputs 4 digital inputs For connecting insulated switches Power supply integrated 3 outputs Potential free switching contact Output 1: Power supply 12/24 V DC possible with cable link 14 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Product description Security against attacks The communication with the system software can be encrypted. The device has two tamper switches. Use Door management of 1 door Personal interlocks Arming intruder detection systems 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 15 Product description Technical Manual 3.4 Technical data 3.4.1 Power supply The power supply is provided via Power over Ethernet (PoE). PoE, as per IEEE 802.3af PoE+, as per IEEE 802.3at The availability is signalled via LED. 3.4.2 Data retention in case of power failure The time, data and the configuration are retained without a power supply. Battery-backed real-time clock Battery type: CR2032 3.4.3 Output voltages Available output Output voltages/power The available power is allocated to the output voltages. Output OUT1 The available output depends on the supply voltage. PoE max. 5W

(7W)*

PoE+

max. 15W

(17W)*

The total of the connected power must not exceed the available power. Note: The power reduces to max. 10W as the device starts. If capa-

citive appliances are connected, the power must be reduced further. 12VDC max. 17W 24VDC max. 12W RS-232 interface 5VDC max. 2.5W MRD variant:

RS-485 interface 12VDC max. 6W Wiegand variant:

12VDC WIEG A: max. 3.5W WIEG B: max. 3.5W 5VDC WIEG A: max. 2.5W WIEG B: max. 2.5W

* Applies only to the output voltage 12V at OUT1 if no further output voltage is loaded. Available at Wiegand interfaces 16 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Product description 3.4.4 Frequency bands and transmission power RFID/NFC: 13,56MHz, 4,88dBA/m at 10 m distance 3.4.5 Interfaces Ethernet 10/100Mbit/s IEE802.3 compatible, auto-sensing, auto MDI-X Signalling the status via LEDs RS-232 Transfer parameters (default): 9600 baud, 8 data bits, even parity, 1stop bit MRD variant:

RS-485 KCP protocol DP1 protocol Transmission parameters: 19200 baud, 8 data bits, even parity, 1stop bit Transmission parameters: 2,400/4,800/9,600/19,200/38,400baud, 8data bits, even parity, 1stop bit phgCrypt protocol Transmission parameters: 9,600/19,200baud, 8data bits, no parity, 1stop bit ANT A/ANT B For connecting registration units Impedance of the coaxial cable: 50 Wiegand variant:

2 Wiegand interfaces 3.4.6 Terminals Conductor type: single-wire/multi-wire Conductor cross-section: 0.141.5mm2, AWG 2816 Insulation stripping length: 7mm 3.4.7 Inputs IN 1IN 4 For connecting insulated switches Integrated power supply: 5 V DC Signalling the status via LEDs Tamper switch 2 tamper switches 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 17 Product description Technical Manual 3.4.8 Outputs Out 1 - Out 3 3 relays Maximum load current: 30VAC/DC; max. 2A Power supply units must meet the following requirements. LPS and SELV as per IEC/EN/UL/CSA 60950-1 or ES1 and PS2 as per IEC/EN/UL/CSA 62368-1. Signalling the status via LEDs Out 1:

Contacts with output voltages 12VDC 24VDC GND 3.4.9 Ambient conditions Ingress protection according to IEC 60529: IP40 Relative humidity: 5% to 85%, non-condensing Ambient temperature:

0 C +50 C (operation)

-20 C +65 C (storage) 3.4.10 Dimensions/Weight Length: 208 mm Width: 208 mm Depth: 48 mm Weight: approx. 0.6 kg 18 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Product description 3.5 Conformity You can download the original declaration of conformity in PDF format at www.dormakaba.com/conformity. MRD variant This product meets the provisions of the EU directives 2014/53/EU Radio Equipment Directive (RED) 2011/65/EU Restriction of Hazardous Substances (RoHS) UL/CSA This product complies with the following standards. UL62368-1:2014-12 CAN/CSA-22.2 No. 62368-1:2014-12 FCC FCC Code of Federal Regulations, CFR 47, Part 15, Sections 15.205, 15.207, 15.215 and 15.225 FCC 15.19 This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. FCC 15.21 (Warning Statement)

[Any] changes or modifications not expressly approved by the party responsible for compli-

ance could void the users authority to operate the equipment. FCC 15.105 Note: This equipment has been tested and found to comply with the limits for a Class A di-

gital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reas-

onable protection against harmful interference when the equipment is operated in a commer-

cial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the inter-

ference at their own expense. IC Industry Canada Radio Standards Specifications RSS-GEN Issue 5 and RSS-210 Issue 10 ICES-003 Canada RSS-GEN 8.4 This Class A digital apparatus complies with Canadian ICES-003. Cet appareil numrique de la classe A est conforme la norme NMB-003 du Canada. This device complies with Industry Canadas licence-exempt RSSs. Operation is subject to the following two conditions:

(1) This device may not cause interference; and

(2) This device must accept any interference, including interference that may cause undesired operation of the device. Le prsent appareil est conforme aux CNR dIndustrie Canada applicables aux appareils radio exempts de licence. Lexploitation est autorise aux deux conditions suivantes :

1) lappareil ne doit pas produire de brouillage;

2) lutilisateur de lappareil doit accepter tout brouillage radiolectrique subi, mme si le brouillage est susceptible den compromettre le fonctionnement. Wiegand variant This product meets the provisions of the EU directives 2014/35/EU Low Voltage Directive (LVD) 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 19 Product description Technical Manual 2011/65/EU Restriction of Hazardous Substances (RoHS) UL/CSA This product complies with the following standards. UL62368-1:2014-12 CAN/CSA-22.2 No. 62368-1:2014-12 3.6 Open source information The firmware contains packages that are subject to open source licenses. dormakaba provides the following legal information for each firmware version. List of open source packages Name and version of the packages Name and version of the licenses Detailed information on the individual packages Detailed license texts Information on copyright The legal information can be accessed via the following. dormakaba extranet The firmware and the legal information are packed in a ZIP file. Accessing the device via browser/console program Disclaimer In accordance with the conditions of the open source licenses, dormakaba points out that the developers of packages have excluded any liability and warranty for the packages and their properties. The details are available in the respective license conditions. By pointing out this exclusion of liability, dormakaba exclusively fulfils the license conditions of the packages. Legal and contractual claims against dormakaba are not affected by this ex-

clusion of liability. 20 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Product description 3.7 Identification Identification label The following can be found on the identification label:

Manufacturers address Product code, function type Connection data of power supply Article number Hardware version Production date Protection type CE marking, optional additional conformity marks Note: Disposal as household waste is prohibited 3.8 Included in supplied package Access manager 92 30 Quick guide For mounting to the wall:

4.5 x 35 screw (4 pieces) Washer (4 pieces) Dowel (4 pieces) Cable tie (2 pieces) for internal cable routing Cable link for power supply to OUT1 PT countersunk screw 3 x 8 (2 pieces) for fastening the housing cover Suppressor set for connecting up to 2 inductive appliances (electric strike, ...) 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 21 Product description Technical Manual 3.9 Accessories 3.9.1 Detection units Registration unit 90 00 Class of protection: -

Installation: On-site switch or socket ranges For order code, see catalogue Registration unit 90 01 Colour: black or white Class of protection: IP40 or IP54 Cable feed: Surface-mounted or flush-

mounted For order code, see catalogue Registration unit 90 02 Colour: black or white Class of protection: IP40 or IP54 Cable feed: Surface-mounted or flush-

mounted For order code, see catalogue Registration unit 90 03 Colour: Black Class of protection: IP55 Cable feed: Flush-mounted For order code, see catalogue Registration unit 90 04 Colour: black or white Class of protection: IP66 Cables: Length 8 m or 30 m For order code, see catalogue 22 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Construction and function 4 Construction and function 4.1 Light emitting diodes The front housing contains 4 light emitting diodes for status display. Icon Designation Signal Meaning Ethernet yellow Data transfer is active off No data transfer Device status See chapter Device status no function

Power green The power supply is stable. red Overload at the output voltages. The output voltages at OUT1 are switched off. off no power supply 4.1.1 Device status The status LED indicates the device's status. State-LED Meaning off No power supply Flashing green light The device is ready for operation. The flashing frequency indicates the load of the CPU of the device. The slower the LED flashes, the more the CPU is loaded. Solid green light The device is ready for operation. The devices CPU is fully loaded. Flashing red light The device cannot access the DHCP server and has assigned itself an IP from the 169.254.x.x range via auto IP (RFC 3927). If the DHCP server is accessible again, the device detects the DHCP server only after a few seconds. Solid red light The device is not ready for operation. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 23 Construction and function Technical Manual 4.2 Opening the housing NOTICE Danger for electronic components due to electrostatic discharge. Improper handling can damage or destroy electrostatically sensitive components on printed circuit boards (PCB). General ESD protective measures must be observed and applied. Remove the housing cover as follows:

1. Remove two PT countersunk screws 3 x 8 (TORX 8) from the underside of the device. 2. Pivot the cover and disconnect it at the top. 24 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Construction and function 4.3 Tamper switch The device has two tamper switches. 1 Tamper switch Housing 2 Wall tamper switch If the cover is removed, a tampering notification is triggered. If the device is removed from the wall, a tampering notification is triggered. To avoid error messages in case of uneven walls, set the switch [3] to Disable. 3 Switch for wall tamper switch Disable: No tampering monitoring Enable: Tampering monitoring enabled The function depends on the settings in the system software. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 25 1 2 3 Disable Enable

) l l a W

r e p m a T Construction and function Technical Manual 4.4 Reading behaviour 4.4.1 Behaviour with two registration units The access manager communicates alternately via the connections Ant.A and Ant.B (toggle) with the registration units connected to it. Hence, the access manager can-

not communicate with both registration units at the same time. This results in the following behaviour:

During a longer read process, the respective other registration unit is blocked. The fields of the two connected registration units do not influence each other. Therefore, the two registration units can be installed close to each other. In case of such registration units installed close to each other, it may happen that the me-

dium is read by both registration units in succession. 4.4.2 Behaviour of readers installed next to each other Readers which are installed next to each other do not influence each other during the read process. Minimum distance between two readers: approx. 30cm 4.4.3 Behaviour when several media are present in the field (anti-collision) Several RFID user media (prime, ISO14443A and ISO15693) can be detected in the field simul-

taneously. Only the first user medium that corresponds to the search criteria defined in the system is considered. 26 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Construction and function 4.5 Access control with MATRIX The device is used as an access control terminal in an access control system. The access control system is managed with the system software. In the system software, the access permissions are assigned and the connected devices are configured. The access per-

missions are saved in the device. More devices are connected to the device. The connected registration units/readers read the data from media. The device checks the permission of the media. The device supports Mobile Access. With Mobile Access, smartphones with the dormakaba mobile access app become media. If a medium is authorised, the device releases the access. The doors status is identified and evaluated via the digital inputs of the device. 4.5.1 MRD principle 1 System software 6 Repeater

(Contacts, buttons, switches) 2 Access manager 92 30 3 Reader 4 Registration unit 5 Locking device Media 8 ID card/key fob 9 Smartphone A Access rights, bookings, notifications, configuration B Data from media, signalling, configuration C Data from media, signalling D Activating the locking device/signal transmitter E Repeater status 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 27 1 2 A 3 4 8 9 BB BC E D 6 5 Construction and function Technical Manual 4.5.2 Wiegand principle 1 System software 6 Repeater

(Contacts, buttons, switches) 2 Access manager 92 30 3 Reader 5 Locking device Media 8 ID card/key fob A Access rights, bookings, notifications, configuration B Data from media, signalling D Activating the locking device/signal transmitter E Repeater status 28 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 1 2 A BB 3 8 E D 6 5 Technical Manual Construction and function 4.5.3 Mobile Access system overview The system software distributes the access permissions via LEGICConnect to the smart-

phones. A Ethernet B RS-485 C Coaxial cable/HF RFID 1 System software 2 Access manager D NFC or Bluetooth E WLAN/mobile data NFC Bluetooth NFC Bluetooth 3 The remote readers are not supported on this device. 5 Compact reader 4 Registration unit 90 00 -K5 90 01 -K5 90 01 -K6 90 02 -K5 90 03 -K5 90 04 -K5 91 04 -K5 91 04 -K6 91 10 -K5 91 12 -K6 6 Smartphone with Android dormakaba mobile access app The Mobile Access bookings are car-

ried out with it. iOS 7 Smartphone with VCP Installer app Android The VCP Installer initialises the Mobile Access function. iOS yes no Operating system NFC Bluetooth 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 29 1 LEGIC Connect A 2 B 5 4 C 3 D E 6 7 Construction and function Technical Manual 4.5.4 System requirements Function Access manager firmware System software TP4 client MATRIX Professional General Mobile Access Version 4.03 Version 4.0#

MATRIX ONE Version 3.2.x Version 3.2.x MATRIX Professional with option Mobile Access 4.5.4.1 Mobile Access system requirement General The access control system is set up by dormakaba for Legic Connect System software See the chapter System requirements A connection has been set up to Legic connect Reader The reader supports Mobile Access. The reader is configured in the system software for Mobile Access. The configuration is transferred. The reader is installed and ready for operation. Also see Mobile Access System Overview chapter Planning guideline, Mobile Access 30 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Installation 5 Installation 5.1 Installation requirements 5.1.1 General 5.1.2 Installation site An accurate installation of all components is a basic requirement for a properly functioning device. The following installation instructions must be adhered to. The device is designed for a fixed installation in buildings. Installing it in vehicles is not per-

mitted. Install the device only in rooms that meet its ambient conditions. Install the device within the secured range. The device must not be installed in an area exposed to strong electromagnetic fields pro-

duced by elements such as switching power supply units, electric power lines and phase control modulators!

The device is designed for wall assembly. 5.1.3 Connections The following connectors must have been prepared at the installation site of the access man-

ager:

Ethernet cable with RJ45 connector For the power supply a PSE (Power Sourcing Equipment) must be provided. Possible methods for feeding the power supply via the PSE:

End span (direct supply, e.g. via PoE switch) Midspan (supply via intermediate sources, e.g. PoE injector) Signal lines to door openers and contacts Coaxial lines to the registration units and/or data lines to the readers. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 31 Installation Technical Manual 5.1.4 Cable entry The lines are routed from behind [A] or to the side [BE]. Route the lines at the rear in a stream [1], through the opening [2] to the connections at the front. For cable routing on the side, remove the prepared breakouts [3]. 32 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 1 3(C) C 3(D) D B 3(B) A 3(E) 2 E Technical Manual Installation 5.2 Installation lines 5.2.1 General requirements The installation of the cables must conform to the current national and local regulations. In general, the following requirements apply. Protection against manipulation Install the cables inside the security areas. Install the cables so that they are hidden or difficult to access. Avoiding malfunctions Keep the cable routes short. Lay low-voltage and data lines away from sources of interference. 5.2.2 Ethernet Network cable with RJ45 plug, line requirement: CAT.5 S-UTP 4 x 2 AWG 24 oder AWG 22 (ac-

cording to EIA/TIA568) or higher quality. 5.2.3 Lines to RS-485 devices The RS-485 devices are connected via a bus in 2-wire technology. Wiring requirements Shielded line with twisted wire pairs. ply to the RS-485 devices. Cable lengths:

No other signals may be carried in the wire, except for the low voltage for the power sup-

Lt The total permissible length (master and branch lines) is max. 1200m. La If the RS-485 bus and the extra-low voltage is led through one cable, the max. permiss-

ible length is 20m. If the distance is long, lay a separate line for the low voltage. Lb Low voltage in a separate cable The length depends on the voltage drop of the cable. The voltage must conform to the requirement of the RS-485 device. For longer distances, use a local power supply. Ls The permissible length per branch line is max. 100m. Not recommended, since branch lines can cause malfunctions. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 33 Installation Technical Manual Recommended cabling For the RS-485 bus, use only cables of the same type. 1 CAT.5 S/UTP 4x2 AWG 22 or J-Y(ST)Y 2x2x0.6 2 J-Y(ST)Y 2x1x0.8 3 CAT.5 S/UTP 4x2 AWG 24 or J-Y(ST)Y 2x1x0.6 5.2.4 Line to the door opener, the door opener key, and the door contacts Line requirements: Cable diameters from 0.5 mm to 0.8 mm. Recommended cable: CAT.5 S-UTP 4 x 2 AWG 24 or AWG 22 (according to EIA/TIA568) or higher. 5.2.5 Coaxial cables to registration units Registration units are connected to the access manager via coaxial cables The coaxial cable transfers the HF signals from the RFID antenna, keyboard data and trigger data for the op-

tical and acoustic signal generators. Line requirements: Coaxial cable 50 ohms, type RG174/U. Maximum cable length: 30 m Recommended cable length: < 10 m 5.2.6 Line to the Wiegand reader Line requirements: Shielded line 6 x 0.6 mm (0.34 mm2) or 6 x 22 AWG Maximum line length: 10 m Length and technical design of the line must comply with the requirements specified by the reader manufacturer. 34 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Installation 5.3 Wall mounting All dimensions in mm A Mounting points B Required space C Wall tamper switch D 4x dowel E F 4x washer 4x screw For side cable feed only: Breakouts have been removed. 1. NOTICE!Make sure not to damage any in-wall lines!

Drill 4x holes 2. Insert dowels (D) 3. NOTICE!Route cable in rear duct. Do not crush the cable. Position the device on the wall 4. Push the washers (E) onto the screws (F) 5. Screw the device in place On uneven walls the function of the tamper switch (C) is not assured. The tamper switch can be deactivated to prevent false alarms. See Vandal contact 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 35 0 5

. n m i 8 0 2 o A A B B A C A 4 5 57 0 0 2

. i n m 6 1. E F 4. 5. D 2. 3. D E F Installation Technical Manual 5.4 Routing of lines The lines are routed using cable ties. Lugs are available to fasten the cable ties. 5.5 Connections 5.5.1 Ethernet The power supply through a PSE (Power Sourcing Equipment) is ensured. 1. Set the power supply PoE or PoE+ using the switch [1]. 2. Plug in the network cable [4] in the ethernet socket [3]. When power is supplied to the device, the power LED [6] glows. If PoE+ is supplied by PSE, the PoE+ LED [2] glows. The MAC address of the device can be found on a label [5]. 36 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 1 2 3 4 5 MAC PoE+

PoE 6 Technical Manual Installation 5.5.2 Overview of connection terminals MRD Wiegand Connection Connection for RS-232 Barcode scanner/reader ANT A/ANT B Registration units RS-485 Readers and other RS-485 devices WIEG A/WIEG B Wiegand reader IN1IN4

(Inputs) Repeater Example:

Electric strike button, door handle, door frame, deadbolt, passage contact, other... OUT1OUT3

(Outputs) Locking device/signal transmitter Example:

Electric strike, motor lock, turnstile drive, other... 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 37 Installation Technical Manual 5.5.3 Connecting registration units Example: Registration unit connection 90 01/90 02. Connection identification Assignment A+

AS Coaxial cable neutral conductor Coaxial cable shield 38 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 A+

AS ANT A ANT B Technical Manual Installation 5.5.4 Connection to RS-485 devices Connection diagram A A; B B optional C C Connect the cable shield on one side of the terminal C of the access manager. An output voltage of 12VDC is available for power supply to the RS-485 devices. Observe the dependencies of output voltages. See Output voltages [}3.4.3]

Terminal resistance Set the terminating resistor with the switch. Position of the switch Usage 120 open Bus wiring The device is connected at the end of the bus. Star wiring Bus wiring The device is connected within the bus. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 39 120 open A B C T 12 A B C GND 12 V DC A B C GND 12V A B GND 12V Installation Technical Manual 5.5.4.1 Signaling Three LEDs signal the statuses of the RS-485 interface. The signals have the following meaning:

Designation Signal Meaning TR TX RX Transmission direction, not ready to receive Off Shines Off Ready to receive No data Lights up/flashes Data is being transmitted Off No data Lights up/flashes Data is being received 40 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Installation 5.5.5 Connecting the Wiegand reader The connection takes place as specified by the manufacturer. The following voltages are available for power supply to Wiegand readers. 12VDC 5VDC Observe the dependencies of output voltages. See Output voltages [}3.4.3]

04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 41 Installation Technical Manual 5.5.6 Inputs Each input has two contacts (IN, GND). One input is activated by closing the two contacts. The function depends on the settings in the system software. Signaling The LEDs IN1IN4 signal the status of the inputs. Off: The input is not active. The contacts are open. Solid green light: The input is active. The contacts are closed. 42 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 1 T 2 T 3 T 4 T IN1 GND IN2 GND IN3 GND IN4 GND LED IN1 IN2 IN3 IN4 Technical Manual Installation 5.5.7 Outputs If an inductive appliance (relay, electric strike, ...) does not have separate interference sup-

pression measure, the following interference suppression measure must be attached to the appliance:

Direct current (DC): Connect a diode [D] parallel to blocking direction. Alternate current (AC): Connect a varistor [V] parallel. The following voltages are available at OUT1. 12VDC 24VDC Observe the dependencies of output voltages. See Output voltages [}3.4.3]

Route the required output voltage with the cable link (scope of delivery) to the contact. The power supply at OUT1 can alternatively be provided via an external power supply unit. Ex-

ternal power supply units are required for the power supply at OUT2 and OUT3. Maximum load current: 30VAC/DC; max. 1A Power supply units must meet the following requirements. LPS and SELV as per IEC/EN/UL/CSA 60950-1 or ES1 and PS2 as per IEC/EN/UL/CSA 62368-1. Signaling The LEDs OUT1OUT3 signal the status of the outputs. Off: The relay is not triggered. Solid green light: The relay is triggered. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 43 12V 24V

GND 12 V DC 24 V DC GND 12 V DC 24 V DC OUT1 NC C NO T 12 24 NC C NO T 12 24 NC C NO OUT2/OUT3 max. 30V external power DC AC OUT1 OUT2 OUT3 LED 1 OUT OUT 2 OUT3 D DC V AC

Installation Technical Manual 5.6 Fastening the cover Fasten the housing cover as follows:

1. Connect the holding brackets for the top housing cover to the lower section of housing. 2. Pivot the housing cover down and close the housing. 3. Secure the housing cover to the lower section of housing with two PT countersunk screws 3 x 8 (TORX 8). 44 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Commissioning 6 Commissioning 6.1 Network parameters Agree on the network parameters of the network, the device and the system software, and set them. Overview of the ports Setting Designation Number Server command (TCP) for data transfer from the device to the sys-

tem software Terminal command (TCP) for data transfer from the system software to the device Standard: 3000 Range: 132,767 Standard: 3001 Range: 100032,765 ITM (TCP) Inter-terminal communication Network monitoring (TCP) Network monitoring of units among each other Access to service functions via Telnet. Telnet (TCP) mDNS (UDP) Multicast DNS DNS (TCP/UDP) Host name resolution by DNS server HTTP/HTTPS (TCP) You can use a browser to open a configur-

able transaction page via the web server SNMP (UDP) To monitor the LAN interface with SNMP

Terminal command +1 Terminal command +2 Standard: 23 Range: 132,767 5353 (fix) 53 (fixed) Standard: 80/443 Range: 132,767 Standard: 161 Range: 1161 The required ports must be released and activated. needed for MATRIX Device Scanner, otherwise optional Setting Network: Firewall Device: Supplied state required optional On Off Telnet The following ports can be activated/deactivated in the system software. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 45 Commissioning Technical Manual HTTP/HTTPS SNMP Other settings:

Ports=Standard DHCP operation: on System software Host name = '<MAC-Adresse>.local'. The MAC address is input without the :. Optionally encrypted communication can be activated. Encryption not possible. The IP address or the host name must be input in the system software. 6.1.1 MAC address of the device The MAC address of the device can be found on a label. (see chapter Ethernet [}5.5.1]) The host name in the delivered state is = '<MAC-address>.local'. The MAC address is input without the :. Recommended:

Note the device's MAC address. The device can be uniquely identified in the network based on the MAC address. 46 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Commissioning 6.1.2 Change network parameters with 'MATRIX Device Scanner'

The program 'MATRIX Device Scanner' finds dormakaba devices with an Ethernet interface on a network. Prerequisites The necessary ports are activated on the network. The devices are installed and available. The devices can be found in the same subnet. Microsoft Windows compatible laptop LAN interface Network setting:

- Automatically get IP address (DHCP on)

- Automatic private IP address (APIPA) With this setting, devices are found on networks without a DHCP server. Functions The program offers the following functions. The network parameters of the devices can be set for the initial setup. Use DHCP Assign static IP (IP address, network mask, gateway IP) The IP addresses of the devices are discoverable. Installation The program must be installed on a laptop. The installer can be found on the MATRIX DVD in the folder 'MATRIX Device Scanner'. Illustration After program start-up, dormakaba devices are searched for on the network. The devices found are listed. Columns Type MAC address IP address Action Comment Note: The MAC address can be found on a label on the devices. Column Type Explanation The type of the devices MAC address The MAC address of the devices IP address The current IP address of the devices Action Empty field The network parameters are set. Change network setting... The network parameters must be set. Comment Empty field The network parameters must be set. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 47 MATRIX Device Scanner MAC 1 Type A MAC 2 Type B MAC 3 Type A subnet 1 Ethernet Commissioning Technical Manual Device is already in use (...) The network parameters are set.

(Device number ##) MATRIX device number

(Telnet not available)

(Password changed) only wireless gateway Operation Change the network parameters of the device The device cannot be configured by MATRIX. Alternatively: Reset the device to factory settings. The MAC address is known. 1. Search for the device on the list. (MAC address, type) 2. Click the 'Change network settings...' button. A new window opens. 3. Set the network parameters 4. Click the 'Change settings' button. This window closes. The network parameters of the device have been changed. 48 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Commissioning 6.2 Configuration The configuration of the device is done in the system software. Requirements The necessary ports are activated on the network. The system software is installed and ready for operation. The device is installed and ready for operation. The network parameters of the device are set for the existing network. The IP address or the host name of the device is known. In the system software, carry out the following steps. A login as user with administrator rights is necessary. 1. Create and configure the device 2. Transfer the configuration data 3. Define access permissions for the doors 4. Define access permissions for persons In existing systems, all the steps do not have to be carried out. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 49 Commissioning Technical Manual 6.3 Initialise the device for Mobile Access See also:

- Mobile Access system overview

- Planning guideline, Mobile Access Initialisation depends on the readers used. Reader Initialisation Registration unit The access manager is initialised via a registration unit. Compact reader Every compact reader must be initialised. Prerequisites General The access control system is set up by dormakaba for Legic Connect System software See the chapter System requirements A connection has been set up to Legic connect Reader The reader supports Mobile Access. The reader is configured in the system software for Mobile Access. The configuration is transferred. The reader is installed and ready for operation. Smartphone The VCP Installer is installed and registered with the telephone num-

ber with Legic Connect. The registration code received via SMS is entered. Access to the Internet is possible (WLAN or mobile data). The password for the VCP file is known. Procedure On the smartphone:

Start the VCP Installer. Ensure that the method of transmission of the smartphone and the device is identical Select the transmission type NFC or Bluetooth. Select the VCP file. If the desired VCP file is not present, select Update. Then, the smartphone down-

loads the VCP file. Input the password for the VCP file. Select Send. Transmission type:

NFC Hold the smartphone in front of the reader. Bluetooth Keep the smartphone within Bluetooth range of the device. If a device other than the one desired flashes: In the system software, match the RSSI filters of the devices. Reader to which the smartphone is held:

50 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Commissioning After successful initialisation: Three signals are sounded. After a failed initialisation: no signalling Then, the device signals the base state defined in the parent system. Smartphone:

After successful initialisation: display of the serial number of the device. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 51 Commissioning Technical Manual 6.4 Additional steps for Legic media technology With Legic media technology, a write/read authorisation is required in the following cases:

If it is necessary to write to a write-protected segment of a medium. Example: AoC If a read-protected segment of a medium is to be read. 6.4.1 Grant read/write authorisation The authorisation is granted via a registration unit. The term Write authorisation is used in this chapter for the terms Write authorisation and Read authorisation. A write authorisation with a LEGIC prime SAM 63 card is only valid for LEGIC prime. A write authorisation with a LEGIC advant SAM 63 card is valid for LEGIC prime and LEGIC advant 15693 and 14443A. In this chapter, the names Security card C2 are used for the card names SAM 63 and Se-

curity card C2 (SC-C2) . Requirements Procedure A security card C2 with the corresponding segment zone is present. The ISO standard 14443A must have been activated with the security card C2. The ISO standard of the SAM 63 card must conform to the parameterised ISO standard. The device is in normal operation and waits for a RFID input. 1. Hold the security card C2 in the RFID field until the signalling takes place Signalling after successful write authorisation:

3x beep glows red till the next booking takes place Signalling after unsuccessful write authorisation:

- Access not authorised Possible reasons

- The security card C2 was removed too early from the RFID field.

- If no reaction: ISO 14443A is not activated in the system

- If using SAM+ media: there are no credits available 2. Remove the security card C2 from the RFID field. 52 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Commissioning 6.4.2 Withdrawing read/write authorisation Read/write authorisation must be withdrawn in the following cases:

If no more data is to be written to write-protected segments of a medium. If reading from read-protected segments of a medium is no longer to be read. In this chapter, the term write authorisation shall be used to refer to both write authorisa-

tion and read authorisation. 6.4.2.1 Withdrawing all write access issued via a write authorisation Reset the device to factory settings. (See chapter Maintenance) 6.4.2.2 Withdrawing individual write access issued via a write authorisation The withdrawal is carried out via a regestration unit. Requirements For cancelling the write authorisation, a SAM 64 card with the corresponding segment zone is required. The device and the registration unit are ready for operation. Procedure 1. Present the master medium. A brief signal sounds and glows green briefly. 2. Present the SAM 64 card uninterrupted to the compact reader (approx. 15 s). The regestration unit glows green during the process. 3x beeps: Write authorisation was cancelled If write authorisation has already been revoked before with the same SAM 64 card, this is signalled immediately with three beeps. No signal: Write authorisation has not been revoked. Possible reasons

- The SAM 64 card was removed from the RFID field too early

- ISO 14443A is not activated in the system

- If using SAM+ media: there are no credits available 3. Remove the SAM 64 card from the field. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 53 Maintenance Technical Manual 7 Maintenance 7.1 Restart reader Usage The device does not respond anymore. Impact The operating system and the application are loaded again. The access points remain blocked during the restart. The data and the configuration are retained. The Reset button carries the name 'FRES. Procedure

~ Time (s) Status LED Press the Reset button and hold it down.

Signaling Release the Reset button The device starts afresh. The device is ready for operation. Flashing green light Flashing green light Solid yellow light briefly glows red

1 2 3

54 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 FRES Technical Manual Maintenance 7.2 Reset the device to factory settings Usage Impact The device is decommissioned. (Data protection and IT security) Essential modification in the system. The database is deleted. (Access data, events,...) The network settings are reset. The configuration is deleted. The Reset button carries the name 'FRES. Procedure

~ Time (s) Status LED The power supply is switched off. Off 1. Press the Reset button. Keep the Reset button pressed and switch on the power supply. Solid yellow light Solid red light Solid yellow light Solid red light Solid yellow light Signaling Release the Reset button 10 Flashing red The device is returned to its factory settings.

1 2 3 4 5 6 7 8 9

04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 55 FRES Decommissioning Technical Manual 8 Decommissioning Usage The device is replaced with another device. The device is installed at another location. The device is disposed of. Procedure Delete the person-related data. Reset the device to factory settings. In the parent system, set the device to inactive or delete. Maintain the changes in the system software. Switch off the power supply. 8.1 Disassembly Removing data and extra-low-voltage cables 1. Remove the cable tie at the strain relief. 2. Disconnect the relay outputs from the device. 3. Disconnect the inputs from the device. 4. Disconnect the data lines from the device. 5. Pull the data lines and extra-low-voltage cables from the device. Removing device from wall 1. Remove the four screws. 2. Remove the device from the wall. 56 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Packaging/return 9 Packaging/return Improperly packed assembly groups and devices may produce extra costs due to damage dur-

ing transport. Please observe the following instructions when sending dormakaba products. dormakaba are not liable for damage to products which are due to inadequate packaging. 9.1 Complete devices The original packaging is specially made for the device. It provides optimum protection against transport damage. Always use the original packaging to return the device!

If this is not possible, you must provide packaging which will prevent any damage to the device. Use a sturdy, thick-walled transport case or a box. The transport case should be large enough to allow 810cm clearance between the unit and container wall. Wrap device in a suitable foil or place in a bag. Pad heavily around the device with foam padding or air bags, for example. The device must not be able to move around within the packaging. Use dust-free, environmentally friendly fill material. 9.2 Electronic component assemblies ESD-sensitive electronic component assemblies such as PCBs and readers should be stored, transported and shipped in suitable anti-static packaging. Electronic component assemblies must be packed at ESD-protected workstations. This should be carried out by persons who are familiar with and comply with general ESD protection regulations. Electronic component assemblies must be returned in packaging with sufficient ESD protec-

tion to make warranty claims in the event of malfunctions of any type. Delivery of replacements for electronic PCBs and components in replacement procedure. Electronic components shipped in packaging without adequate ESD protection will not be analysed or repaired to maintain a high quality standard; they will be taken directly for dis-

posal instead. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 57 Packaging/return Technical Manual 9.3 Labelling Including all returns paperwork and labelling the package correctly enables us to process your case quickly. Please ensure that a delivery note is enclosed in each package. The delivery note should contain the following information:

Number of devices or components in each package. Article numbers, serial numbers, designations, order number. Address of your company/contact person. Reason for return, e.g. repair exchange. Accurate description of fault. Returns from countries outside the EU also require a customs invoice with an accurate cus-

toms value and customs tariff number. 58 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Disposal 10 Disposal The device is indicated with the adjacent symbol which means prohibition of its disposal as household waste. The device's integral components must be separated before they are taken for recycling or disposal. Old and used devices contain valuable recyclable materials which must be recycled. Toxic and hazardous components may cause long-term damage to the environment if you dis-

pose of them incorrectly. The facility operators are obliged to return electrical and electronic devices to their manufac-

turer, point of purchase or designated public collection points at the end of their service life. Disposal in Germany:

dormakaba EAD GmbH will take responsibility for correct disposal of supplied goods once they are no longer in use as per statutory regulations (ElektroG in Germany). The owner of the used electrical appliance bears any costs incurred for transport to the manufacturer's plant. Disposal in Switzerland:

The device is to be returned to an electrical appliance return point as per the Regulation on Returning, Taking Back and Disposing of Electrical and Electronic Equipment (VREG). In the EU, electrical appliances should be taken for disposal in accordance with the country's respective disposal and environmental guidelines. Deletion of personal data The owner/operator is responsible for deleting their personal data. Dispose of packaging in an environmentally responsible fashion. The packaging materials are recyclable. Do not dispose of packaging in the household waste;

take it to a recycling point instead. 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 59 Index Index Access manager Access on Card Ambient conditions Ambient temperature AoC APIPA Basic safety instructions Bluetooth Cable link Coaxial cable Configuration Data on Card Dimensions Disposal DoC dormakaba mobile access App ESD prevention measures Ethernet Ethernet-LED Fastening the cover firmware function type Identification label Inductive appliance Ingress protection Installation lines Interference suppression measure A B C D DP1 E F I iOS Legic Connect LEGICConnect Light emitting diodes Locking device MAC address Manufacturer Network cable network parameters K KCP L M N NFC O P Packaging phgCrypt PoE PoE+

power supply Power-LED Product code R Registration unit Relative humidity Repeater Reset button Return RFID S Safety Instructions Scope of delivery Smartphone Status-LED 29 8 18 18 8, 52 8 10 8, 29 8, 14 43 34 49 8 18 59 8 29 11 36 23 44 30 21 21 43 18 33 43 29 Data protection and IT security 15, 55, 56 Output voltage Technical Manual 8, 14 30, 50 29 23 27, 28 36, 46, 47 21 33 45 8, 17, 29 23, 43 57 14 16, 36 16, 36 23, 36 36 21 14, 38 18 27, 28 54, 55 57 8, 17 10 43 23 29, 50 60 dormakaba access manager 92 30 9230-K7, TP4-Client 04048135 - 2020/10 Technical Manual Index System software 14, 29, 30, 49, 50 Tamper switch T TP4 V VCP W VCP file VCP Installer VCP Installer App WEEE guideline Weight 25 8 8 50 29 50 59 18 04048135 - 2020/10 9230-K7, TP4-Client dormakaba access manager 92 30 61

" dormakaba yd | 10.09.2000 dormakaba access manager 9230 9230-K7 MRD exos 04079231 PoE IEEE 802.3at Model: 9230-K7 FCC ID:NVI-DKAM9230K7 IC: 11038A-DKAM9230K7 dormakaba EAD GmbH Albertistr. 3 78056 VS-Schwenningen Made in Germany bd N YS Section: installation This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:

(1) This device may not cause harmful interference, and

(2) this device must accept any interference received, including interference that may cause undesired operation UL 294 Security Level 1 Installation wiring diagr. Technical manual 04047984

' dormakaba ma | 10.09.2020 | this device complies with Part 15 of dormakaba access manager 9230 the FCC Rules. Operation is subject to 9230-K7 MRD TP4 04079231 the following two conditions:

(1) This device may not cause harmful PoE IEEE 802.3at interference, and

(2) this device must accept any interference received, including interference that may cause undesired operation Model: 9230-K7 FCC ID:NVI-DKAM9230K7 IC: 11038A-DKAM9230K7 dormakaba EAD GmbH Albertistr. 3 78056 VS-Schwenningen Made in Germany UL 204 Security Level 4 Installation wiring diagr. Technical manual CEE cM us sr sittin 04047987

dormakaba dormakaba EAD GmbH Albertistr.3, 78056 VS-Schwenningen Made in Germany dormakaba access manager 92 30 Lyx em MRD TP4 Art.Nr.: 04079231 PoE IEEE 802.3at cwN FCC ID: NVI-DKAM9230K7 IC: 11038A-DKAM9230K7 TT.MM.JJJJ 0404xxxx A A TT TTT m 10 n 2.3 4% 5 ln 2

dormakaba dormakaba EAD GmbH, Werk EAD, Postfach 39 80, 78028 Villingen-Schwenningen TUV SUD BABT FCB Octagon House, Segensworth Road, Fareham, Hampshire, PO15 5RL Villingen-Schwenningen, 23.03.2020 Dear Sir or Madam, We, dormakaba EAD GmbH, Albertistr. 3, 78056 Villingen-Schwenningen, Germany , hereby authorize Mr. Thomas Ring, Sonja Sachs, Benjamin Puls and Stefan Breu TUV SUD Product Service GmbH, Aussere Fruehlingstrasse 45, 94315 Straubing, Germany, to act as our agent in all matters relating to applications for equipment authorization, including the signing of all documents relating to these matters. This authorization expires on 01.04.2021. Sincerely,

/_ fA. Daly Bol Name: Markus Jackle Hardware Developer

dormakaba EAD GmbH, Werk EAD, Postfach 39 80, 78028 Villingen-Schwenningen Federal Communications Commission Authorization & Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 Villingen-Schwenningen, 01.07.2020 Request of Confidentiality for: NVI-DKAM9230K7 Long-term Confidentiality Pursuant to 47 CFR Section 0.459(a) & (b), we hereby requests permanent confidential treatment of the following materials submitted in support of FCC certification application. This materials contain secrets, proprietary and technical information, which would customarily be guarded from competitors under 47 CFR, section 0.457(d)(2). Disclosure or publication or any portion of this company confidential material to other parties could cause substantial competitive harm and provide unjustified benefits for competitors. Classification: Confidential Exhibit 1 2 3 4 Description Schematics Bill of Materials / Parts list Block Diagrams Operational Description PERMANENT Applicant:

Applicant Name:

Address:

Grantee-Code:

Contact Name:

Telephone No.:

E-Mail:

dormakaba EAD GmbH Albertistrasse 3 78056 Villingen-Schwenningen Germany NVI Markus Jckle

+49 7720 603-0 markus.jaeckle@dormakaba.com dormakaba EAD GmbH | Werk EAD | Albertistrae 3 | 78056 Villingen-Schwenningen | Deutschland | T +49 7720 603-0 | F +49 7720 603-102 |

www.dormakaba.com | Sitz der Gesellschaft: Heiligenhaus | Handelsregister: Wuppertal HRB18354 | Geschftsfhrer: Axel Modrack, Bernd Lieding, Steve Bewick, Bernd Brinker | USt.-IdNr.: DE195921160 | Bankverbindungen: Deutsche Bank Villingen-Schwenningen | IBAN DE77694700390067793000 | SWIFT-Code

(BIC) DEUT DE 6 F694