FCC ID: NC4-GEA1190149A Electronic locker locks for GAT NET.Lock 7020 controllers

GAT NET.Lock 7020 System Electronic RFID Locker Locks Installation, Configuration, Operation Document Version 1.2 www.gantner.com HB_GAT-NETLOCK7020--EN_12 1 GAT NET.Lock 7020 System Copyright 2019 GANTNER Electronic GmbH Operating instructions, manuals and software are protected by copyright. All rights are reserved. Copying, duplication, translation, installation in any electronic medium or machine-readable form in whole or in part is prohibited. The sole exception is represented by creation of a back-up copy of software for own use as a safeguard, so far as this is technically possible and recommended by us. Any infringement will render the party committing such infringement liable to compensation payment. Liability Any claims against the manufacturer based on the hardware or software products described in this manual shall depend exclusively on the conditions of the guarantee. Any further-reaching claims are excluded, and the manufacturer accepts no liability for the completeness or accuracy of the contents of this manual. The right is reserved to make alterations, and alterations may be made at any time without prior notice being given. Trademarks Attention is drawn at this point to markings and registered trademarks used in this manual. All product and company names, which are mentioned in this manual, are only used for identification and explanation purposes. Some of these names may be trademarks or registered trademarks of the corresponding company. Contact The contact information for questions regarding the GAT NET.Lock 7020 or for general enquiries is listed below:

Contact address of manufacturer:

GANTNER Electronic GmbH Bundesstrae 12 6714 Nziders, Austria www.gantner.com/locations www.gantner.com HB_GAT-NETLOCK7020--EN_12 3 GAT NET.Lock 7020 System Important Information Dear Customer, Our aim is to ensure that our product operates with safety and to your complete satisfaction. To achieve this aim, please take this opportunity to familiarize yourself with the following guidelines.

- Pay attention to the safety messages in this manual. The messages are indicated by the signal words

"DANGER", "WARNING", or "CAUTION", and inform you about hazardous situations and how to avoid them.

- Pay attention to messages indicated by the "NOTICE" signal word. These messages include important information for avoiding property damage.

- Pay attention to the symbols and safety messages on the product.

- Read all instructions in this manual carefully before installing or operating the product.

- Where not otherwise specifically documented, the appropriate installation, commissioning, operation and maintenance of the product is the customers responsibility.

- Keep this manual in a safe place for quick reference. Notation of Safety Information and Safety Symbols This manual includes important safety messages and symbols intended to inform the user about potentially hazardous situations or important information for the safe and proper use of the described product(s). The safety messages also include directives on how to avoid hazardous situations. These safety messages and directives must be read and observed. The structure of the safety messages and the meaning of the symbols used in this manual are described in this section. 1. Safety Messages for Personal Injury Personal safety messages contain a signal word, describe the nature of the hazard, and indicate how to avoid the hazard. The safety alert symbol used without a signal word always precedes important safety information that must be read carefully, and the instructions carefully observed. Not doing so may cause personal injury. Format of safety messages that apply to an entire section:

These safety messages may be used with or without a symbol. Electrical shock Touching current-conducting parts may result in injury due to electrical shock.

- Do not remove safety protection and covers.

- Do not touch the electrical connections while power is being supplied. Format of safety messages that are embedded in text and apply to a specific point:

CAUTION! Electrical shock. Never remove safety protection and covers. Do not touch the electrical connections while power is being supplied. 4 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System 2. Property Damage Messages Property damage messages are used to describe potentially hazardous situations that may lead to property damage. These messages have the same layout as safety messages but use the signal word "NOTICE" instead of CAUTION. Format of property damage messages that apply to an entire section:

Risk of damage to the device and connected devices Risk of malfunction

- Read the following instructions carefully before installing the device.

- Always adhere to the instructions. Format of property damage messages that are embedded in text and apply to a specific point:

NOTE! Risk of damage to the device and connected devices. Read the following instructions carefully before installing the device. 3. Definition of the Signal Words Indicates a hazardous situation that, if not avoided, may result in minor or moderate injury. Indicates information considered important, but not hazard-related (e.g., messages relating to property damage). 4. Definition of the Safety Symbols Caution: General Information This symbol indicates general warnings or cautions that are not related to a particular type of hazard. Caution: Electrical Shock This symbol indicates warnings related to electrical hazards (danger due to high voltage). Prohibited: Do Not Disassemble This symbol indicates warnings about not disassembling certain components or equipment. Disassembling may lead to damage or malfunction of the device. Mandatory Action: General Information This symbol indicates general information that must be read and followed before proceeding with the accompanying instructions. Mandatory Action: Read Instructions This symbol indicates information referring to an important description in the manual, or other documentation, which must be read and followed. www.gantner.com HB_GAT-NETLOCK7020--EN_12 5 GAT NET.Lock 7020 System Important Safety Information The installation, commissioning, and servicing of our products must be performed only by suitably trained personnel. In particular, electrical connections must only be made by correspondingly qualified specialists. Always observe the relevant installation regulations in accordance with the national Electrical Engineers Unqualified personnel may potentially perform actions that result in injury due to electrical shock. Where not otherwise stated, installation and maintenance work on our products must be carried out when disconnected from the power supply. This applies in particular to appliances that are normally supplied by Association. low-voltage current. If the appliance is not disconnected from power, touching terminals or other internal parts of the appliance may lead to injury due to electrical shock. It is prohibited to alter the products (devices, cabling, etc.). Alterations to the products may subsequently result in personal injury, property damage, or damage to the products. Do not remove protective shields and covers. Removing protective shields and covers may result in personal injury or property damage. Do not attempt to repair a product after a defect, failure, or damage is detected. In addition, do not put the product back into operation. In such cases, it is essential to contact your GANTNER representative or the GANTNER support hotline. The installation, commissioning, operation, and maintenance of the product must be carried out in accordance with the technical conditions of operation as described in the corresponding documentation. Therefore, it is essential to read the corresponding chapter of this manual and observe the instructions and information therein. If there are still some points that are not entirely clear, please do not take a chance. All queries can be clarified by your GANTNER representative or by ringing the GANTNER support hotline. Directly on receipt of the goods, inspect both the packaging and the product itself for any signs of damage. Also check that the delivery is complete and includes all accessories, documentation, auxiliary devices, If the packaging or product has been damaged in transport, or should you suspect that it may have a fault, the product must not be put into service. Contact your GANTNER representative who will endeavor to resolve the problem as quickly as possible. GANTNER Electronic GmbH accepts no responsibility for any injuries or damage caused as a result of etc. improper use. Although great care is taken and we are continuously aiming for improvement, we cannot completely exclude the possibility of errors appearing in our documentation. GANTNER Electronic GmbH therefore accepts no responsibility for the completeness or the accuracy of this manual. The right is reserved to make alterations at any time without prior notice. Should you discover any fault with the product or in its accompanying documentation, or you have any suggestions for improvement, you may confidently inform your GANTNER representative or GANTNER Electronic GmbH directly. We especially look forward to hearing from you if you want to let us know that everything is functioning perfectly. 6 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System The GAT NET.Lock 7020 was developed and fabricated under the quality management standard ISO 9001 and GANTNER Electronic GmbH is also certified according to standard ISO 14001. This product is in conformity with the following EC directives, including all applicable amendments:

- 2014/53/EU (Radio Equipment Directive) The complete text of the CE Declaration of Conformity is available on the following internet link:

https://www.gantner.com/downloads-gat-netlock7020_gz33sib79r GANTNER is committed to meeting or exceeding the requirements of the RoHS directive (2011/65/EU). The RoHS directive requires that manufacturers eliminate or minimize the use of lead, mercury, hexavalent chromium, cadmium, polybrominated biphenyls and polybrominated diphenyl ethers in electrical and electronic equipment sold in the EU after July 1, 2006. The WEEE symbol on GANTNER products and their packaging indicates that the corresponding material must not be disposed of with normal household waste. Instead such marked waste equipment must be disposed of by handing it over to a designated electronic waste recycling facility. Separating and recycling this waste equipment at the time of disposal will help to conserve natural resources and ensure that it is recycled in a manner that protects human health and the environment. Please contact your local authority for further details of your nearest electronic waste recycling facility. FCC INFORMATION (U.S.A.) This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, cause harmful interference to radio communications. Operation of this equipment in residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. FCC Warning Statement

[Any] changes or modifications not expressly approved by GANTNER Electronic GmbH could void the user's authority to operate the equipment. Compliance Information Statements:

GAT NET.Lock 7020 P GAT NET.Lock 7020 USB P GAT NET.Controller S 7020 F/ISO GAT NET.Controller S 7020 F/ISO light FCC ID: NC4-GEA1190149A FCC ID: NC4-GEA1190143A This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device must not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device must not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. GAT NET.Controller S 7020 BA GAT NET.Controller S 7020 ICLS FCC ID: NC4-GEA1190148A FCC ID: NC4-GEA1190147A This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device must not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device must not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. www.gantner.com HB_GAT-NETLOCK7020--EN_12 7 GAT NET.Lock 7020 System INDUSTRY CANADA INFORMATION Device (Appareil) GAT NET.Lock 7020 P GAT NET.Lock 7020 USB P GAT NET.Controller S 7020 F/ISO GAT NET.Controller S 7020 F/ISO light GAT NET.Controller S 7020 BA GAT NET.Controller S 7020 ICLS IC ID 11873A-1190149A 11873A-1190143A 11873A-1190148A 11873A-1190147A This device contains licence-exempt transmitter(s)/receiver(s) that comply with Innovation, Science and Economic Development Canadas licence-exempt RSS(s). 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. Lmetteur/rcepteur exempt de licence contenu dans le prsent appareil est conforme aux CNR dInnovation, Sciences et Dveloppement conomique Canada applicables aux appareils radio exempts de licence. Lexploitation est autorise aux deux conditions suivantes:

1) lappareil ne doit pas produire de brouillage;

2) lappareil doit accepter tout brouillage radiolectrique subi, mme si le brouillage est susceptible den compromettre le onctionnement. ICES Statement (Canada) This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numrique de la class B est conforme la norme NMB-003 du Canada. Radio Frequency (RF) Safety Instructions The user (or any other persons such as technicians, etc.) must maintain a minimum distance of 20 cm away from the antenna of the GAT NET.Lock 7020. To complete the identification process, the user may hold their data carrier next to the antenna of the GAT NET.Lock 7020 until identification has been completed. Consignes de scurit relatives aux frquences radio (RF) Lutilisateur (ou toute autre personne telle que des techniciens, etc.) doit se tenir une distance minimale de 20 cm de lantenne du GAT NET.Lock 7020. Pour complter le processus didentification, lutilisateur peut placer son ID proximit du antenne du GAT NET.Lock 7020 jusqu ce que lidentification soit termine. 8 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Table of Contents TABLE OF CONTENTS 1. INTRODUCTION .......................................................................................................................................... 11 1.1 About this Manual ................................................................................................................................. 11 1.2 Chapter Overview ................................................................................................................................. 11 1.3 Contact & Enquiries .............................................................................................................................. 11 1.4 Target Group ......................................................................................................................................... 12 Formatting ............................................................................................................................................. 12 1.5 Safety-Critical Information ............................................................................................................. 12 Non-Safety-Critical Information ...................................................................................................... 12 Instructions and Results................................................................................................................. 12 1.5.1 1.5.2 1.5.3 2. GENERAL INFORMATION ......................................................................................................................... 13 2.1 Intended Use ......................................................................................................................................... 13 2.2 Unintended Use .................................................................................................................................... 13 2.3 Functional Description ........................................................................................................................... 13 2.4 Terminology .......................................................................................................................................... 15 2.5 RFID Technology .................................................................................................................................. 16 2.6 System Components ............................................................................................................................. 17 2.7 Order Information Guide ....................................................................................................................... 20 3. INSTALLATION ........................................................................................................................................... 21 Target Group ......................................................................................................................................... 21 3.1 Test Installation ..................................................................................................................................... 21 3.2 3.3 Metallic and Non-Metallic Doors ........................................................................................................... 22 3.4 Bolt Gauge ............................................................................................................................................ 22 3.5 Replacement After Break-In .................................................................................................................. 22 3.6 Door Status Function ............................................................................................................................ 23 3.7 Definition of the Door Hinge (Right or Left Door) .................................................................................. 23 3.8 Installation Requirements for the GAT NET.Lock 7020 and Bolt Set ................................................... 24 3.9 Measurement Diagrams for Installation ................................................................................................ 25 Door Width ..................................................................................................................................... 25 Dimensions of the GAT NET.Lock 7020 / GAT NET.Lock 7020 P ................................................ 25 Dimensions of the GAT NET.Lock 7020 USB and GAT NET.Lock 7020 USB P .......................... 26 Dimensions of the GAT NET.Lock BoltSet 7120 (Non-Metallic Doors) ......................................... 26 Dimensions of the GAT NET.Lock BoltSet 7220 (Metallic Doors) ................................................. 27 Dimensions of the GAT NET.Lock BoltSet 7320 (Glass Doors) .................................................... 27 Installation in Lockers with Non-Metallic Doors ................................................................................. 28 Installation Instructions for the GAT NET.Lock 7020 and Non-Metallic Doors .............................. 29 Installation in Lockers with Metallic Doors......................................................................................... 30 3.11.1 Cutouts in the Metallic Locker Door ............................................................................................... 31 3.11.2 Installation Instructions for the GAT NET.Lock 7020 and Metallic Doors ...................................... 32 Installation in Lockers with Glass Doors ............................................................................................ 33 Installation Instructions for the GAT NET.Lock 7020 and Glass Doors ......................................... 34 Installation of the GAT NET.Controller M/S 7020 ............................................................................. 35 Instructions for Mounting the GAT NET.Controller M 7020 and S 7020 ....................................... 35 3.9.1 3.9.2 3.9.3 3.9.4 3.9.5 3.9.6 3.10.1 3.13.1 3.12.1 3.11 3.12 3.13 3.10 4. ELECTRICAL CONNECTIONS ................................................................................................................... 37 Target Group ......................................................................................................................................... 37 4.1 System Structure ................................................................................................................................... 37 4.2 4.3 GAT NET.Lock 7020 ............................................................................................................................. 38 Power Supply ................................................................................................................................. 38 Connection Cable .......................................................................................................................... 38 4.3.1 4.3.2 www.gantner.com HB_GAT-NETLOCK7020--EN_12 9 GAT NET.Lock 7020 System Table of Contents 4.3.3 Connection Cable Installation ....................................................................................................... 38 4.4 GAT NET.Controller S 7020 ................................................................................................................. 40 4.4.1 GAT NET.Lock 7020 Connection .................................................................................................. 40 Sub Controller Connection ............................................................................................................ 41 4.4.2 Sub Controller to Master Controller Connection ........................................................................... 43 4.4.3 4.4.4 Power Supply Connection ............................................................................................................. 43 4.5 GAT NET.Controller M 7020 ................................................................................................................ 46 Ethernet Connection ..................................................................................................................... 46 Power Supply Connection ............................................................................................................. 46 Relay Connection .......................................................................................................................... 47 4.5.1 4.5.2 4.5.3 5. CONFIGURATION AND OPERATION ....................................................................................................... 49 5.1 GAT NET.Lock 7020 Antenna Calibration ........................................................................................... 49 5.2 Restarting a Controller ......................................................................................................................... 49 5.3 Resetting a Controller to the Default Settings ...................................................................................... 50 5.4 Controller LED Signaling and Buttons .................................................................................................. 51 5.4.1 Sub Controller ............................................................................................................................... 51 5.4.2 Master Controller ........................................................................................................................... 52 5.5 GAT NET.Lock 7020 Signalization Overview ....................................................................................... 53 5.5.1 General (applicable for all modes) ................................................................................................ 53 Personal Locker Mode .................................................................................................................. 53 5.5.2 5.5.3 Dynamic Personal Locker Mode ................................................................................................... 53 5.5.4 GAT Lock 5000 Mode ................................................................................................................... 54 Locker Operation for Visitors ................................................................................................................ 54 Lock a Locker ................................................................................................................................ 54 Unlock and Open a Locker ........................................................................................................... 54 USB Ports ..................................................................................................................................... 54 LED Lighting .................................................................................................................................. 55 5.7 GAT Relaxx Locker Management Software ......................................................................................... 55 5.7.1 General.......................................................................................................................................... 55 5.7.2 Installation and Initial Start-Up ...................................................................................................... 55 5.6.1 5.6.2 5.6.3 5.6.4 5.6 6. CLEANING AND MAINTENANCE ............................................................................................................. 57 6.1 Target Group ........................................................................................................................................ 57 6.2 Cleaning ............................................................................................................................................... 57 6.3 Maintenance ......................................................................................................................................... 57 6.4 Functional Testing ................................................................................................................................ 57 6.5 Disposal ................................................................................................................................................ 58 7. TECHNICAL DATA ..................................................................................................................................... 59 7.1 GAT NET.Lock 7020 ............................................................................................................................ 59 7.2 GAT NET.Controller S 7020 (Light) ..................................................................................................... 60 7.3 GAT NET.Controller M 7020 (Light) ..................................................................................................... 61 10 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Introduction 1. INTRODUCTION 1.1 About this Manual 1.2 Chapter Overview This manual contains all the necessary information required to install GAT NET.Lock 7020 RFID locks into lockers/depots. Operating instructions for the end user are also fully explained. In order to use GAT NET.Lock 7020 locks, a GAT NET.Controller S 7020 sub controller, a GAT NET.Controller M 7020 master controller, and the associated network and power cabling are required. In addition to these hardware requirements, PC software (e.g., GAT Relaxx) is required to firstly configure the components then to control and monitor the locker system and the RFID data carriers used to operate the locks. General information on the installation and operation of these system parts is also included in this manual. There is a separate installation and user manual available in addition to an integrated help function for detailed information on GAT Relaxx. In chapter 2 "GENERAL INFORMATION", general information about the GAT NET.Lock 7020 system as well as an overview of the various system parts with order information can be found. Chapter 3 "INSTALLATION" includes instructions on how the GAT NET.Lock 7020 locks are installed into the lockers. Here the mounting procedure of the locks and bolt sets is described in addition to all important measurements and installation information. Because there are many different types of lockers available, the mounting procedure is described generally and not for a specific type of locker. Chapter 4 "ELECTRICAL CONNECTIONS" describes how the GAT NET.Lock 7020 locks and controllers are connected to each other and connected to their power supplies. Also found here is information about the requirements and installation of the network connection cables. Chapter 5 "CONFIGURATION AND OPERATION" describes the operation of the GAT NET.Lock 7020 by a user/visitor within a facility. Instructions for antenna adjustment and the resetting and deleting of configuration parameters in the controllers are also explained. The visual and acoustic signaling of the GAT NET.Lock 7020 and controllers are also described here. An overview of the GAT Relaxx configuration software is also included in this chapter. Available in chapter 6 CLEANING AND MAINTENANCE" is all the information required to carry out functional testing of the GAT NET.Lock 7020 system as well as how to clean and maintain the components. Chapter 7 "TECHNICAL DATA" contains the necessary technical information for the GAT NET.Lock 7020 locks and the GAT NET.Controller S 7020 and M 7020 controllers. 1.3 Contact & Enquiries If you have any questions concerning the GAT NET.Lock 7020, please contact your local sales partner or directly with one of the GANTNER branch offices. The contact details of the branch offices are provided on the cover of this manual. www.gantner.com HB_GAT-NETLOCK7020--EN_12 11 GAT NET.Lock 7020 System Introduction 1.4 Target Group This manual contains the necessary information for the different stages in the operating life of the GAT NET.Lock 7020. Information regarding the installation, configuration and operation, and service and maintenance is separated into corresponding chapters. When a chapter is intended for a specific target group, this is clarified at the beginning of the chapter. Information for the following target groups is available in this manual:

Installation technicians (installation, configuration).

- Service technicians of the access control system (service).

- End users of the GAT NET.Lock 7020 (operation). Where not explicitly stated, the information in this manual is intended for all target groups in general. CAUTION! Injury and property/equipment damage. The tasks described in each chapter must only be performed by the specified target group. Unqualified personnel who perform the described tasks risk personal injury or damaging property/equipment. 1.5 Formatting 1.5.1 Safety-Critical Information The following formatting (with example text) is used in this manual to display important, safety-critical information that must be read and followed. NOTE! Following on from this signal word in the manual is a reference text that must be read and followed. The reference text contains important information. Non-observance can lead to damage the device or associated equipment. 1.5.2 Non-Safety-Critical Information The following formatting (with example text) is used in this manual to display important, but not safety-critical information. The text accompanying this symbol contains interesting information relevant to the current chapter. It will help you better understand the information in this section or provide interesting tips for the described device or the operation of the software. 1.5.3 Instructions and Results Instructions, which must be completed by the reader, and the results of these instructions are formatted as follows. This symbol represents an action or instruction that that must be followed. o This symbol represents the result after completing the previous instruction. 12 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System General Information 2. GENERAL INFORMATION 2.1 Intended Use The GAT NET.Lock 7020 lock is intended for the convenient electronic locking of wardrobe lockers in fitness clubs, baths, golf resorts, hotels, and other individual company applications. Operation of the GAT NET.Lock 7020 is carried out using contactless RFID data carriers (Radio Frequency Identification). The GAT NET.Lock 7020 is suitable for any type of locker material (e.g., sheet metal, wood, HPL, solid plastic, glass) and can be used with left and right-hinged doors alike. 2.2 Unintended Use The GAT NET.Lock 7020 must not be used for locking enclosures and lockers that contain emergency medical equipment, e.g., defibrillators, emergency medicine, fire extinguishers, etc. 2.3 Functional Description The GAT NET.Lock 7020 is installed on the inner side of the locker body. A bolt set is mounted on the inner side of the locker door. The bolt set holds the door shackle that inserts into the GAT NET.Lock 7020 and locks the door. The GAT NET.Lock BoltSet 7120 is designed for use with locker doors made from wood, HPL, or solid plastic. For locker doors made from metal, use the GAT NET.Lock BoltSet 7220 and for glass locker doors, the GAT NET.Lock BoltSet 7320 is available. The bolt set also includes a passive booster in order to amplify the RFID reading field. The GAT NET.Lock 7020 locks are controlled by the GAT NET.Controller S 7020 sub controllers. Various sub controllers are available to support different types of RFID technologies: LEGIC, MIFARE, ISO 15693, HID iCLASS. Depending on the type of controller, up to 24 GAT NET.Lock 7020 locks can be connected per sub controller. The sub controllers are connected to master controllers that communicate with locker management software (e.g., GAT Relaxx software from GANTNER Electronic GmbH) on a host computer/server via Ethernet. Using a locker The user closes the door of their locker and while holding the door shut, holds their data carrier next to the RFID reading center on the locker door, which is indicated by the LED inside the lock. The GAT NET.Lock 7020 reads the data carrier information then communicates with the host software (via the controllers) to determine if the user is allowed to use the locker (depending on their authorization). If the user is authorized to use the locker, a command is sent to the GAT NET.Lock 7020 to lock the locker door. To unlock a locker door the user holds their data carrier next to the reading center of their previously locked locker door. The GAT NET.Lock 7020 communicates with the controllers and host software to ascertain whether the user has valid authorization to unlock the locker door. The locker door automatically opens after a valid command has been sent to the GAT NET.Lock 7020. Operating Requirements and Conditions The design of the GAT NET.Lock 7020 system complies with U.S. Federal Communications Commission (FCC) guidelines respecting safety levels of radio frequency (RF) exposure of mobile/portable devices. www.gantner.com HB_GAT-NETLOCK7020--EN_12 13 GAT NET.Lock 7020 System General Information Figure 2.1 Typical application of the GAT NET.Lock 7020 system 1. LAN Network 2. Lockers 3. RFID data carrier 4. Bolt set (GAT NET.Lock BoltSet 7xxx) 5. Front label Different variants of GAT NET.Lock locks and controllers can operate in combination:

6. Master controller 7020 or 7000 7. Sub controller 7020 or 7000 8. GAT NET.Power Supply 7020 (without "USB") or 7000 9. RS-485 + power 10. GAT NET.Lock 7020 / 7020 P or GAT NET.Lock 7000 To use the USB and LED function, the GAT NET.Lock 7020 USB (P) and the following combination of controllers and power supplies must be used:

11. Master controller 7020 or 7000 12. Sub controller 7020 13. GAT NET.Power Supply 7020 USB 14. RS-485 (without direct power, each sub controller needs its own "USB" type power supply) 15. GAT NET.Lock 7020 USB or 7020 USB P 14 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System General Information 2.4 Terminology Several terms are used often in this manual and these are defined below. Booster Electronic component for amplifying the RFID reading field of the GAT NET.Lock 7020. The bolt sets for the GAT NET.Lock 7020 are supplied with an integrated booster. Data Carrier A data carrier is a form of identification media that is used by staff and visitors in a facility for identification. Data carriers are available in a variety of different forms such as plastic wristbands and chip cards. Data carriers are also available to suit different RFID technologies (LEGIC, MIFARE, ISO 15693). FID (Company ID) and Site Key The FID and site key are unique numbers assigned to every facility installation. The site key is a combination of the FID and the read and write keys. The site key is used in MIFARE and ISO 15693 systems and is encoded in every data carrier and device used in the facility thereby ensuring that data carriers from one installation cannot be used in other installations. GAT Relaxx PC software that is installed on a server/host computer and used to configure and control the connected controllers and locks. A separate installation manual and integrated help is available for this software. Lock General term for the GAT NET.Lock 7020. Locker The term "locker" is used to generally describe all possible locker applications, for example, a changing room locker, a depot or a private box. All these locker possibilities are locked by the GAT NET.Lock 7020. Master Controller The GAT NET.Controller M 7020 master controller is used to connect the sub controllers via Ethernet to a higher-

ranking PC/server running locker system control software (e.g., GAT Relaxx). RFID (Radio-Frequency Identification) Identification over short distances using radio frequency. An RFID data carrier is used as identification media. Sub Controller The GAT NET.Controller S 7020 is a control unit to which the GAT NET.Lock 7020 locks are connected. The sub controller receives information via the serial RS-485 network and controls the electronic locks accordingly. User / Visitor The general terms "user" and "visitor" describe the people that use the lockers and the GAT NET.Lock 7020. www.gantner.com HB_GAT-NETLOCK7020--EN_12 15 GAT NET.Lock 7020 System General Information 2.5 RFID Technology LEGIC MIFARE ISO 15693 Identification of users by the GAT NET.Lock 7020 is done via RFID (radio-frequency identification) using a frequency of 13.56 MHz. The GAT NET.Lock 7020 (USB) P locks include a 125 kHz reader in addition to the 13.56 MHz reader. There are different RFID technologies available. The following identifiers are added to the GANTNER product name to indicate the type of technology the device supports:

- "B":

- "F":

- "ISO":

- "ICLS": HID iCLASS The GAT NET.Lock 7020 and the GAT NET.Controller M 7020 master controller can operate with all RFID technologies. Different sub controllers can be ordered to suit the type of RFID technology in operation:

- GAT NET.Controller S 7020 B:

- GAT NET.Controller S 7020 F/ISO: MIFARE and ISO 15693

- GAT NET.Controller S 7020 ICLS: HID iCLASS All devices and data carriers within a system must use the same technology. The information in this manual is applicable for all RFID types. If specific information is only valid for a certain type of technology, this will be noted. LEGIC 16 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System General Information 2.6 System Components The GAT NET.Lock 7020 system consists of the following components:

1. GAT NET.Lock 7020 For lockers with non-metallic doors For lockers with glass doors 2. GAT NET.Lock BoltSet 7120 4. GAT NET.Lock BoltSet 7320 For lockers with metallic doors 3. GAT NET.Lock BoltSet 7220 5. GAT NET.Controller S 7020 114 8. Power Cord 2m xxx IEC 60320 C7 9. GAT NET.Lock Cable 5m Power Cord 2.5m xxx IEC 60320 C13 6. GAT NET.Controller M 7020 7. GAT NET.Power Supply 100-240 / VI GAT NET.Power Supply USB 100-240 / VI 1111 10. GAT NET.Lock Cable Extension 3m 11. Ethernet Patch Cable www.gantner.com HB_GAT-NETLOCK7020--EN_12 17 GAT NET.Lock 7020 System General Information 12. GAT NET.Lock Tool 7020 13. GAT NET.Lock Label G18

(Door labels in different designs) 14. GAT NET.Lock Basic Set xxx Figure 2.2 - Components of the GAT NET.Lock 7020 system Some optional components are also available for the GAT NET.Lock 7020 system. All components are listed in a separate order information document (see 2.7 Order Information Guide). 1. GAT NET.Lock 7020 Electronic RFID locker lock without connection cable and without bolt set.

- GAT NET.Lock 7020 (Part No. 1100394).

- GAT NET.Lock 7020 P (Part No. 1100391). Additional 125 kHz proxy reader.

- GAT NET.Lock 7020 USB (Part No. 1100393). 2 x USB ports and LED locker lighting.

- GAT NET.Lock 7020 USB P (Part No. 1100392). 2 x USB ports and LED locker lighting and additional 125 kHz proxy reader. 2. GAT NET.Lock BoltSet 7120 (Part No. 1100395) Bolt set with door shackle and booster for non-metallic doors. The bolt set is mounted on the inner side of the locker door. 3. GAT NET.Lock BoltSet 7220 (Part No. 1100396) Bolt set with door shackle and booster for metallic doors. The bolt set is installed into locker door. The label carrier is also included in the set. 4. GAT NET.Lock BoltSet 7320 (Part No. 1100397) Bolt set with door shackle, booster, and metal support for glass doors. The bolt set is glued to the metal support on the inner side of the glass door. Adhesive is not included with the set. 5. GAT NET.Controller S 7020 The sub controller is a control unit for connecting the GAT NET.Lock 7020 electronic locks. Available for different RFID technologies:

- GAT NET.Controller S 7020 BA (Part No. 1100387). For LEGIC systems. Max. 24 GAT NET.Lock 7020

- GAT NET.Controller S 7020 F/ISO (Part No. 1100388). For MIFARE / ISO 15693 systems. Max. 24 GAT locks per controller. NET.Lock 7020 locks per controller.

- GAT NET.Controller S 7020 F/ISO Light (Part No. 1100389). For MIFARE and ISO 15693 systems. Max. 12 GAT NET.Lock 7020 locks per controller.

- GAT NET.Controller S 7020 ICLS (Part No. 1100390). For iCLASS systems. Max. 24 GAT NET.Lock 7020 locks per controller. 6. GAT NET.Controller M 7020 The master controller is a control unit used to connect the sub controllers to a server/PC:

- GAT NET.Controller M 7020 (Part No. 1100399). For connection of up to 8 sub controllers.

- GAT NET.Controller M 7020 Light (Part No. 1100398). For connection of up to 3 sub controllers (GAT NET.Controller S 7020 F/ISO Light). 18 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System General Information 7. GAT NET.Power Supply non-USB sub controllers.

- GAT NET.Power Supply 7020 100-240V / VI (Part No. 1100051). Power supply unit for the master and

- GAT NET.Power Supply 7020 USB 100-240V / VI (Part No. 1100052). Power supply unit for sub controllers with GAT NET.Lock 7020 USB (P) locks. 8. Power Cord 2m xxx IEC 60320 C7 2 m power cord with country-specific plug suitable for the GAT NET.Power Supply 7020 100-240V / VI.

- Power Cord 2m EU CH IEC 60320 C7 (Part No. 494181). For European (incl. Swiss) power outlets.

- Power Cord 2m UK IEC 60320 C7 (Part No. 494282). For United Kingdom power outlets.

- Power Cord 2m AUS IEC 60320 C7 (Part No. 511474). For Australian power outlets.

- Power Cord 2m USA IEC 60320 C7 (Part No. 636835). For United States power outlets.

- Power Cord 2m IND IEC 60320 C7 (Part No. 636734). For Indian power outlets. Power Cord Xm xxx IEC 60320 C13 2 m or 2.5 m power cord with country-specific plug suitable for the GAT NET.Power Supply 7020 USB 100-240V

/ VI.

- Power Cord 2.5m EU IEC 60320 C13 (Part No. 495624). For European (excl. Swiss) power outlets.

- Power Cord 2m CH IEC 60320 C13 (Part No. 499123). For Swiss power outlets.

- Power Cord 2.5m UK IEC 60320 C13 (Part No. 499022). For United Kingdom power outlets.

- Power Cord 2.5m AUS IEC 60320 C13 (Part No. 402877). For Australian power outlets

- Power Cord 2m USA IEC 60320 C13 (Part No. 270615). For United States power outlets.

- Power Cord 2.5m IND IEC 60320 C13 (Part No. 696892). For Indian power outlets. 9. GAT NET.Lock Cable 5m (Part No. 734430) 5 m cable to connect a GAT NET.Lock 7020 to a sub controller. 4-pin MOLEX plug on both ends. 10. GAT NET.Lock Cable Extension 3m (Part No. 810021) 3 m extension cable to extend the GAT NET.Lock Cable 5m. 11. GAT Patch Cable 5805 5m (Part No. 909321) Standard network cable (min. CAT.5) to connect the sub controller to the master controller. 12. GAT NET.Lock Tool 7020 (Part No. 1101800) Centre punch gauge for bolt mounting in the locker doors. Drill holes for the bolt installation can be accurately marked onto the locker door using this gauge. 13. GAT NET.Lock Label G18 xxx Self-adhesive locker door labels in GANTNER design. For metallic doors, the label is stuck onto the label carrier. For non-metallic doors, the label is stuck directly onto the door. The labels are available for right and left doors and with or without printed locker numbers:

- GAT NET.Lock Label G18 Right (Part No. 1101743). For right-hinged doors, without numbering.

- GAT NET.Lock Label G18 NUM Right (Part No. 1101745). For right-hinged doors, with numbering.

- GAT NET.Lock Label G18 Left (Part No. 1101742). For left-hinged doors, without numbering.

- GAT NET.Lock Label G18 NUM Left (Part No. 1101744). For left-hinged doors, with numbering. 14. GAT NET.Lock Basic Set xxx Set consisting of five master cards and an assumption of liability sheet. The master cards have master key functionality and are used to open all lockers in a GAT NET.Lock 7020 locker system. Available for different RFID technologies:

- GAT NET.Lock Basic Set B (Part No. 369131). For LEGIC systems.

- GAT NET.Lock Basic Set F (Part No. 369232). For MIFARE systems.

- GAT NET.Lock Basic Set ISO (Part No. 369333). For ISO 15693 systems. www.gantner.com HB_GAT-NETLOCK7020--EN_12 19 GAT NET.Lock 7020 System General Information 2.7 Order Information Guide For the planning and ordering of the GAT NET.Lock 7020 system, a separate order information document is available to help guide you through the process. 20 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Installation 3. INSTALLATION Risk of damage or failure to the GAT NET.Lock 7020 The GAT NET.Lock 7020 must be installed in a dry place, protected from rain and dripping water

- Read the information in this chapter carefully before installing the GAT NET.Lock 7020

- Carefully observe the measurement diagrams

- Use the correct tools to install the GAT NET.Lock 7020

The existing GAT NET.Lock Bolt Set 7000 cannot be used with the GAT NET.Lock 7020 3.1 Target Group 3.2 Test Installation This chapter provides information for technicians who install the GAT NET.Lock 7020. Experience in mechanical work and basic electrical knowledge is required. Previous knowledge of the GAT NET.Lock 7020 is not required.

In case of damage due to non-observance of the installation and assembly instructions, as well as the use of non-original accessories, the warranty is void.

- Alteration and/or modification of the product is not permitted. NOTE!

- The installation instructions in this chapter apply for all variants (see 2.6 System Components) of the GAT NET.Lock 7020.

- Where not indicated, all measurements in the diagrams are in millimeters with inches shown in brackets. As the GAT NET.Lock 7020 is suitable for a wide range of installation applications, always perform a test installation including functional testing of the GAT NET.Lock 7020 in a sample locker from the facility before starting the mass production of lockers. Ensure that the following important points are met.

- The door shackle slides centrally into the opening of the GAT NET.Lock 7020.

- The locker door locks without any problems.

- The locker door opens without resistance (ensure retaining elements such as springs are correctly calibrated). NOTE! Ensure the connection cable is completely installed, fed out of the locker body and connected to the GAT NET.Controller S 7020 before completing the locking test. Also test the GAT NET.Lock 7020 using a data carrier, ideally of the same type to be used in the locker system, to ensure the data carrier functions as required. Once the test installation is successfully completed, the remaining locks can be installed in the same way. An installation checklist is available from GANTNER to assist with the test installation process. www.gantner.com HB_GAT-NETLOCK7020--EN_12 21 GAT NET.Lock 7020 System Installation 3.3 Metallic and Non-Metallic Doors Because the RFID field of the GAT NET.Lock 7020 is distorted or blocked by metal (e.g., metallic locker doors), a cut-

out must be made in metallic locker doors into which the GAT NET.Lock Bolt Set 7220 and the label carrier are installed. A specific cut-out for non-metallic doors is not necessary, only a drill hole for the status LED is required. Since the reading range of the GAT NET.Lock 7020 is limited, the door of non-metallic lockers must not be too thick. The maximum door thickness of non-metallic doors depends on the RFID technology and the type of data carriers used. 3.4 Bolt Gauge The bolt gauge (GAT NET.Lock Tool 7020, Part No. 1101800) can be used to assist installation in non-metallic doors. The gauge allows you to easily mark the positions of the drill holes onto the door. Figure 3.3 Bolt gauge (dimensions in mm) The instructions for using the bolt gauge are included with the installation instructions for non-metallic doors (see

"3.10.1 Installation Instructions for the GAT NET.Lock 7020 and Non-Metallic Doors"). 3.5 Replacement After Break-In If the locker has been broken into (forced opening) or if a break-in has been attempted, the entire GAT NET.Lock 7020 must be replaced with a new one. The bolt set and the door shackle must also be replaced. 22 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Installation 3.6 Door Status Function In order to indicate whether the locker is occupied or not, the GAT NET.Lock 7020 has a feedback function that is activated by the bolt set as soon as the locker door is closed. Figure 3.4 Door status function 3.7 Definition of the Door Hinge (Right or Left Door) For installation, it is important to determine whether the door is hinged to the left or the right. This is defined as follows:

Figure 3.1 - Definition of the opening direction of lockers (left/right) In this chapter, the installation for right-hinged doors is described. The installation process for left locker doors is in principle the same as for right locker doors, only with reversed lock and door orientation. NOTE! If spring hinges are used in the locker door, ensure the spring strength is calibrated to allow correct operation of the lock. Springs that are too strong can keep the bolt set permanently held in thereby activating the locks electronics. www.gantner.com HB_GAT-NETLOCK7020--EN_12 23 GAT NET.Lock 7020 System Installation 3.8 Installation Requirements for the GAT NET.Lock 7020 and Bolt Set During the installation, please pay particular attention to the following points:

- When the door is pressed shut, ensure there is no gap between the bolt set and the front of the GAT NET.Lock 7020. Ideally, the bolt set should touch the front of the lock.

- The locker door, the bolt set, and the front side of the GAT NET.Lock 7020 must be perpendicular and parallel to each other. If right and left-hinged doors are in use together, please note the correct LED position. The GAT NET.Lock 7020 is mounted upside-down on left doors in comparison to right doors.

Figure 3.2 - LED positions of the GAT NET.Lock 7020 for right and left-hinged doors NOTE! Before installing all locks in a new locker system, a test installation of one lock into a completed locker and a function check must be performed. See section 3.2. Test Installation. 24 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Installation 3.9 Measurement Diagrams for Installation 3.9.1 Door Width The minimum allowed door width (measured from the door shackle to the hinge) is 170 mm (6.7 in). If the door is narrower than 170 mm, the door shackle will hit the lock when the door is being closed. Figure 3.3 Minimum door width 3.9.2 Dimensions of the GAT NET.Lock 7020 / GAT NET.Lock 7020 P Figure 3.4 - Dimensions of the GAT NET.Lock 7020 / GAT NET.Lock 7020 P 1. Mounting holes for GAT NET.Lock 7020 on the inner side of the locker wall (3x) 2. Opening for door shackle 3. Status LED www.gantner.com HB_GAT-NETLOCK7020--EN_12 25 GAT NET.Lock 7020 System Installation 3.9.3 Dimensions of the GAT NET.Lock 7020 USB and GAT NET.Lock 7020 USB P Figure 3.5 - Dimensions of the GAT NET.Lock 7020 USB / GAT NET.Lock 7020 USB P 1. Mounting holes for GAT NET.Lock 7020 on the inner side of the locker wall (3x) 2. Opening for door shackle 3. Status LED 4. Top part with LED lighting and USB ports 5. USB ports with charging function 3.9.4 Dimensions of the GAT NET.Lock BoltSet 7120 (Non-Metallic Doors) Figure 3.6 - Dimensions of the GAT NET.Lock BoltSet 7120 6. Mounting holes for GAT NET.Lock BoltSet on the inner side of the locker door 7. Door shackle 8. Hole for status LED 26 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Installation 3.9.5 Dimensions of the GAT NET.Lock BoltSet 7220 (Metallic Doors) Figure 3.7 - Dimensions of the GAT NET.Lock BoltSet 7220 6. Mounting holes for GAT NET.Lock BoltSet on the inner side of the locker door 7. Door shackle 8. Hole for status LED 9. Front cover 3.9.6 Dimensions of the GAT NET.Lock BoltSet 7320 (Glass Doors) Figure 3.8 - Dimensions of the GAT NET.Lock BoltSet 7320 6. Mounting holes for GAT NET.Lock BoltSet on the inner side of the locker door 7. Door shackle 8. Hole for status LED 9. Front cover 10. Metal support www.gantner.com HB_GAT-NETLOCK7020--EN_12 27 GAT NET.Lock 7020 System Installation 3.10 Installation in Lockers with Non-Metallic Doors For lockers with glass or plastic doors, see 3.12 Installation in Lockers with Glass Doors. The GAT NET.Lock 7020 can be installed on the left or right side of the inner locker wall depending on whether it is a right or left-hinged locker door (see 3.7. Definition of the Door Hinge (Right or Left Door)). The GAT NET.Lock Bolt Set 7120 is installed on the inner side of the locker door. One drill hole is required in the locker door for the LED status light. See Figure 3.9 and the following installation instructions. 1. GAT NET.Lock 7020 2. GAT NET.Lock Bolt Set 7120 3. 3 x mounting holes for the GAT NET.Lock 7020 4. 3 x mounting holes for the GAT NET.Lock BoltSet 7120 5. Hole for LED Figure 3.9 - Installation in a locker with non-metallic door (right-hinged) 28 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Installation 3.10.1 Installation Instructions for the GAT NET.Lock 7020 and Non-Metallic Doors Complete the following steps to install the GAT NET.Lock 7020 into lockers with non-metallic doors. Drill 3 holes (3 in Figure 3.9) for the GAT NET.Lock 7020 into the locker wall inner side. NOTE! Position the 3 holes according to the measurements in Figure 3.9. Plug the connection cable into the GAT NET.Lock 7020 (see "4. ELECTRICAL CONNECTIONS") and loop the cable in the bottom of the lock. Mount the GAT NET.Lock 7020 with 3 screws (3) onto the locker wall inner side. NOTE! Use the correct screws according to the type of locker material, max. 4 mm (0.16 in). The maximum allowed tightening torque of the screws is 2 Nm (1.47 lb-ft). Mark the mounting holes (4 in Figure 3.9) for the GAT NET.Lock BoltSet 7120 and the hole for the LED (5) onto the locker door inner side. This can be done using the installation diagrams on the previous pages or using the bolt gauge (see 3.4 Bolt Gauge). When using the bolt gauge for marking:

Insert the bolt gauge onto the front of the installed GAT NET.Lock 7020. The bolt gauge can only be inserted in one orientation and snaps onto the lock. Close the door so that the center points on the bolt gauge mark the hole positions onto the locker door inner side. NOTE! For doors made of softer material, moderate pressure is sufficient. For doors made of harder material, press the door with sufficient force so that the drill markings are visible. Remove the bolt gauge from the GAT NET.Lock 7020. Drill the three marked mounting holes (4) to the required depth and diameter according to the screws used. Drill the hole for the LED (5) through the locker door. The recommended drill hole diameter is 10 mm (0.4 in) or 8 mm (0.3 in) when using an LED cap (see following instructions). Attach the bolt set to the locker door inner side using 3 screws. NOTE! Use the correct screws according to the type of locker material, max. 4 mm (0.16 in). The maximum allowed tightening torque of the screws is 2 Nm (1.47 lb-ft). To cover the LED hole, a label (GANTNER design or customer-specific design) can be attached to the front of the locker door. A transparent (matt) window for the LED must be incorporated into the label. NOTE! For customer-specific labels, ensure that a transparent window for the LED is incorporated in the design and that no metallic films or colors are used. Alternatively, the LED hole can be covered using a transparent LED cap (GAT LED Plug 8mm, Part No. 806325). In this case, the LED hole must be 8 mm in diameter. Test the installation to confirm the following requirements:

o That the locker door closes easily. o That the door shackle inserts correctly into the GAT NET.Lock 7020. The locker door must spring open without assistance after it is unlocked. o When the door is pressed shut, ensure there is no gap between the bolt set (2) and the front of the GAT NET.Lock 7020. Ideally the bolt set should touch the front of the lock (see measurement in Figure 3.9). www.gantner.com HB_GAT-NETLOCK7020--EN_12 29 GAT NET.Lock 7020 System Installation 3.11 Installation in Lockers with Metallic Doors The GAT NET.Lock 7020 can be installed on the left or right side of the inner locker wall depending on whether it is a right or left-hinged locker door (see 3.7. Definition of the Door Hinge (Right or Left Door)). Two cutouts are required in the door - one in the inner door sheet and one in the outer door sheet. The two parts of the GAT NET.Lock Bolt Set 7220 are mounted into these cutouts in the locker door. The door thickness must be between 18 and 26 mm (0.71 in and 1.02 in). See Figure 3.10 and the following steps installation instructions. 1. GAT NET.Lock 7020 2. GAT NET.Lock Bolt Set 7220 3. 3 x mounting holes for the GAT NET.Lock 7020 4. 4 x mounting holes for the GAT NET.Lock BoltSet 7220 5. LED position 6. Label carrier 7. Front label 8. Cutout for GAT NET.Lock Bolt Set 7220 9. Cutout for label carrier Figure 3.10 - Installation in a locker with metallic door (right-hinged) 30 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Installation 3.11.1 Cutouts in the Metallic Locker Door The following cutouts must be made on the inner and outer walls of the locker door in order to mount the GAT NET.Lock BoltSet 7220 and label carrier. The measurements for the cutouts are as follows. Figure 3.11 - Cutouts for metallic locker doors www.gantner.com HB_GAT-NETLOCK7020--EN_12 31 GAT NET.Lock 7020 System Installation 3.11.2 Installation Instructions for the GAT NET.Lock 7020 and Metallic Doors Complete the following steps to install the GAT NET.Lock 7020 into lockers with metallic doors. Drill 3 holes (3) for the GAT NET.Lock 7020 into the locker wall. NOTE! Position the 3 holes according to the measurements in Figure 3.10. Plug the connection cable into the GAT NET.Lock 7020 (see "4. ELECTRICAL CONNECTIONS") and loop the cable in the bottom of the lock. Mount the GAT NET.Lock 7020 with 3 screws (3) on the inside locker wall. NOTE! Use the correct screws according to the type of locker material, max. 4 mm (0.16 in). The maximum allowed tightening torque of the screws is 2 Nm (1.47 lb-ft). Cut out a section, 63.4 mm x 68.2 mm (2.5 in x 2.69 in), in the inner wall of the locker door for the GAT NET.Lock Bolt Set 7220 (8 in Figure 3.11). Drill 4 holes (4 in Figure 3.11) in the inner wall of the locker door for mounting the GAT NET.Lock Bolt Set Cut out a section, 67.6 mm x 94 mm (2.66 in x 3.7 in), in the outer wall of the locker door for the label carrier (9 7220. in Figure 3.11). Mount the bolt set onto the inside wall of the locker door using 4 screws. NOTE! Use pan-head metal screws, 3.5 mm (0.14 in), screw length depends on locker door thickness. The maximum tightening torque of the screws is 2 Nm (1.47 lb-ft). Push the label carrier onto the outside wall of the locker door. The label carrier will remain in place with the lashes on the label carrier. To protect against manipulation, a screw can be used to fix the bolt set to the label carrier. NOTE! Use a countersunk screw, 2.9 mm (0.11 in). Screw length depends on the locker door thickness, e.g., a 15 mm (0.59 in) thick door requires a 19 mm (0.75 in) long screw. A label (7) can be attached to the label carrier on the front of the locker door. The label has a transparent (matt) viewing window for the LED to shine through and can be ordered with a GANTNER design or customer-specific design. NOTE! For customer-specific labels, ensure that a transparent field for the status LED is incorporated in the design and that no metal foil or metal color are used. Figure 3.12 Label carrier with front label Test the installation to confirm the following requirements:

o That the locker door closes easily. o That the door shackle inserts correctly into the GAT NET.Lock 7020. The locker door must spring open without assistance after it is unlocked. o When the door is pressed shut, ensure there is no gap between the bolt set (2) and the front of the GAT NET.Lock 7020. Ideally the bolt set should touch the front of the lock (see measurement in Figure 3.10). 32 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Installation 3.12 Installation in Lockers with Glass Doors The GAT NET.Lock 7020 can be installed on the left or right side of the inner locker wall depending on whether it is a right or left-hinged locker door (see 3.7. Definition of the Door Hinge (Right or Left Door)). The GAT NET.Lock Bolt Set 7320 with the metal support attaches to the inner side of the locker door using adhesive. A void in the printing on the locker door or door label may be necessary for the status LED to be visible. See in Figure 3.13 and the following installation instructions. 1. GAT NET.Lock 7020 2. GAT NET.Lock BoltSet 7320 3. 3 x mounting holes for the GAT NET.Lock 7020 4. Metal support for adhering the GAT NET.Lock BoltSet 7320 (the metal support is included with the GAT NET.Lock BoltSet 7320 and is delivered attached to the bolt set). 5. LED position Figure 3.13 - Installation in a locker with glass door (right-hinged) www.gantner.com HB_GAT-NETLOCK7020--EN_12 33 GAT NET.Lock 7020 System Installation 3.12.1 Installation Instructions for the GAT NET.Lock 7020 and Glass Doors Complete the following steps to install the GAT NET.Lock 7020 into lockers with glass doors. Drill 3 holes (3) for the GAT NET.Lock 7020 into the locker wall. NOTE! Position the 3 holes according to the measurements in Figure 3.13. Plug the connection cable into the GAT NET.Lock 7020 (see "4. ELECTRICAL CONNECTIONS") and loop the cable in the bottom of the lock. Mount the GAT NET.Lock 7020 with 3 screws (3) on the inside locker wall. NOTE! Use the correct screws according to the type of locker material, max. 4 mm (0.16 in). The maximum allowed tightening torque of the screws is 2 Nm (1.47 lb-ft). Use glass adhesive to attach the GAT NET.Lock BoltSet 7320 according to the measurements in Figure 3.13 on the inside of the glass door. NOTE! Before the mass production of lockers begins, testing must be carried out by the locker manufacturer to ensure that the glass adhesive meets the strength requirements. Always follow the adhesive manufacturers instructions. A label can be attached to the front of the locker door. The label has a transparent (matt) viewing window for the LED to shine through and can be ordered with a GANTNER design or customer-specific design. NOTE! For custom labels, ensure that a transparent field for the status LED is incorporated in the design and that no metal foil or metal color are used. Test the installation to confirm the following requirements:

o That the locker door closes easily. o That the door shackle inserts correctly into the GAT NET.Lock 7020. The locker door must spring open without assistance after it is unlocked. o When the door is pressed shut, ensure there is no gap between the bolt set (2) and the front of the GAT NET.Lock 7020. Ideally the bolt set should touch the front of the lock (see measurement in Figure 3.13). 34 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Installation 3.13 Installation of the GAT NET.Controller M/S 7020 The GAT NET.Controller M 7020 and GAT NET.Controller S 7020 must be placed in the vicinity of the connected GAT NET.Lock 7020 locks to keep cable lengths to a minimum. Usually the controllers are placed on top of or underneath the lockers. Although the permanent fixing of the controllers is not required (they can simply rest on top of the lockers), when a controller is to be permanently mounted, e.g., on a wall, use the screw holes provided in the base of the controller. Figure 3.14 - Mounting of the GAT NET.Controller M/S 7020 3.13.1 Instructions for Mounting the GAT NET.Controller M 7020 and S 7020 Observe the measurements shown in Figure 3.14 and drill 3 holes for the controller mounting points. Use the correct drill diameter required by the screws and/or wall plugs (screws up to max. M4). Screw in the top two screws until the head protrudes approximately 5 mm (0.19 in) out from the wall. Attach the controller housing to the top two screws and push down until the housing stops against the screws. If necessary, remove the controller and tighten the screws as required before rehanging. Screw the third screw into the central lower mounting hole and tighten firmly. Ensure that the controller is securely fastened and cannot be removed. www.gantner.com HB_GAT-NETLOCK7020--EN_12 35 GAT NET.Lock 7020 System Installation 36 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Electrical Connections 4. ELECTRICAL CONNECTIONS Electric Shock Touching the power cables may result in electrical shock.

- Electrical connections may only be performed by the specified target group.

- Always follow the instructions described in this chapter. Damage or Malfunction of the GAT NET.Lock 7020

- Read the information in this chapter carefully before completing the electrical connections.

- Complete the cabling connections in the sequence and at the terminals/connectors described. 4.1 Target Group This chapter describes the electrical connections required for the GAT NET.Lock 7020 system. The information is intended for trained personnel responsible for completing the electrical connections. Observe the legal requirements for electrical installations where the GAT NET.Lock 7020 is being installed, e.g., electrical connection only by suitably trained electricians, material specifications, and tools used. Also observe the environmental operating conditions as specified in chapter 7 TECHNICAL DATA. 4.2 System Structure The GAT NET.Lock 7020 locks connect to the GAT NET.Controller S 7020 sub controllers. The sub controllers are networkable via the serial RS-485 interface and connect to a GAT NET.Controller M 7020 master controller. The master controllers connect via Ethernet to a host computer or server. Figure 4.1 - GAT NET.Lock 7020 system structure www.gantner.com HB_GAT-NETLOCK7020--EN_12 37 GAT NET.Lock 7020 System Electrical Connections 4.3 GAT NET.Lock 7020 4.3.1 Power Supply 4.3.2 Connection Cable The GAT NET.Lock 7020 (P) locks are supplied DC 5 V, or DC 24 V for the GAT NET.Lock 7020 USB (P), by the sub controller via the connection cable (see 7 TECHNICAL DATA). CAUTION!

- Only use original cables from GANTNER Electronic GmbH.

- Do not modify (shorten or extend) the lock connection cable in any way.

If the standard 5 m cable is too short, use a GAT NET.Lock Cable Extension 3m (Part No. 810021) to extend the cable length to 8 m. Alternatively, two GAT NET.Lock Cable 5m cables can be joined together using a GAT NET.Lock Connector (Part No. 442123).

- The maximum cable length between the GAT NET.Lock 7020 and the sub controller is 10 m (26 ft). The GAT NET.Lock Cable 5m (Part No. 734430) connection cable is included in the scope of supply. The cable is used to connect the GAT NET.Lock 7020 to a GAT NET.Controller S 7020 sub controller and has a male 4-pin MOLEX Micro-Fit 3.0TM connector on both ends. The cable is the same as used with the previous generation GAT NET.Lock 7000 locks. If you are upgrading from the GAT NET.Lock 7000 to the GAT NET.Lock 7020, the existing cables can be used. 4.3.3 Connection Cable Installation There are two options for installing the GAT NET.Lock 7020 connection cable. Option 1: Cable exit outside locker housing There are five outlets in the housing of the GAT NET.Lock 7020 where the cable can exit (see Figure 4.2). Depending on the orientation of the GAT NET.Lock 7020 and the cable in the locker, select the outlet that allows the cable to be installed with minimum effort. Remove the plastic piece from the outlet that you intend to use. Figure 4.2 - GAT NET.Lock 7020 cable outlets 38 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Electrical Connections Option 2: Cable exit inside locker housing This method involves a channel or space in the locker housing being used to route the cable. A hole is drilled in the locker wall through which the cable is fed and over which the GAT NET.Lock 7020 is installed, thereby providing a neat cable-free appearance. For this method, install the connection cable as shown in Figure 4.3. The circle (1 in Figure 4.3) represents the cable-exit location in the locker wall. This cable installation method ensures there is sufficient spare cable at the lock end to aid future lock exchanges or modifications. Figure 4.3 - GAT NET.Lock 7020 cable routing www.gantner.com HB_GAT-NETLOCK7020--EN_12 39 GAT NET.Lock 7020 System Electrical Connections 4.4 GAT NET.Controller S 7020 4.4.1 GAT NET.Lock 7020 Connection

CAUTION!

- Do not connect the GAT NET.Lock 7020 locks to the GAT SMART.Controller S 7000 as this controller only operates with GAT SMART.Lock 7001 locks. The GAT NET.Controller S 7020 sub controller must be used to connect the GAT NET.Lock 7020. It is possible to connect the previous GAT NET.Lock 7000 locks to the GAT NET.Controller S 7020 sub controller;

however, only when the controller is unpowered. If a GAT NET.Lock 7000 is connected to a powered GAT NET.Controller S 7020 sub controller that has only GAT NET.Lock 7020 locks connected (24 V operation), the GAT NET.Lock 7000 is destroyed as 24 V is too much. If a GAT NET.Lock 7000 is connected to an unpowered controller and power is turned on, the GAT NET.Controller S 7020 detects the GAT NET.Lock 7000 and switches the system to 5 V. Both the GAT NET.Lock 7000 and the GAT NET.Lock 7020 can operate together as normal in this situation, but the USB and LED functions are disabled. NOTE!

It is possible to connect the GAT NET.Lock 7020 (USB) P (with 125 kHz reader) and the GAT NET.Lock 7020

(USB) (13.56 kHz reader only) together on the same controller. Depending on the type of sub controller, up to 24 GAT NET.Lock 7020 can be connected per sub controller. The locks are identified via the channel numbers indicated on the side panel of the sub controller. Therefore, it is important where the locks are connected and how the locking system is configured. Locate the sub controllers in a position that allows the locks to connect using minimal cabling, e.g., directly on Connect the GAT NET.Lock Cable from the GAT NET.Lock 7020 locks to the 4-pin MOLEX connectors on the top of or underneath the lockers. side panel of the GAT NET.Controller S 7020. Figure 4.4 Connecting the GAT NET.Lock 7020 to a GAT NET.Controller S 7020 sub controller 40 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Electrical Connections 4.4.2 Sub Controller Connection The sub controllers are interconnected via the serial RS-485 interface. The same RS-485 interface is used to connect the sub controllers to a GAT NET.Controller M 7020 master controller. RJ45 plugs are used for connecting the RS-485 cables to the GAT NET.Controller S 7020. It is recommended to use at least CAT.5 (STP) cable for all network connections. For the RS-485 interface, it is important to differentiate between the IN and OUT sockets. Figure 4.5 RS-485 connection on the GAT NET.Controller S 7020 There are two options for connecting the sub controllers. Option 1 Series Connection Connect the incoming line (either from the master controller or the previous sub controller) to the RS 485 IN socket. Connect the outgoing line (going to the next sub controller) to the RS 485 OUT socket. NOTE! This is particularly important when the power supply is being forwarded on to the following sub controllers (refer to 4.4.4 Power Supply Connection). Figure 4.6 Series connection of the GAT NET.Controller S 7020 NOTE! Observe the following values for the number of connectable controllers per interface:

- GAT NET.Controller M 7020: max. 8 sub controllers per RS-485 line.

- GAT NET.Controller M 7020 Light: max. 3 sub controllers per RS-485 line.

- Max. cabling length per RS-485 line: 800 m (2624 ft). www.gantner.com HB_GAT-NETLOCK7020--EN_12 41 GAT NET.Lock 7020 System Electrical Connections Option 2 Parallel Connection For this connection option, an RS-485 splitter is required, which is available to order from GANTNER (RS-485 Splitter 8port CAT 5; Part No. 1102453). Figure 4.7 RS-485 Splitter 8port CAT 5 Connect the 1.5 m RJ45 cable (connected to the RS-485 splitter) to the "RS 485 SUB" socket on the master Connect one network cable from the output sockets of the RS-485 splitter to each sub controller. controller. NOTE!

- Max. 8 sub controllers can be connected per RS-485 splitter.

- Each sub controller must be powered by a separate power supply.

- Max. cable length from the RS-485 splitter to the sub controller: 100 m (328 ft). Figure 4.8 Parallel connection of the GAT NET.Controller S 7020 42 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Electrical Connections 4.4.3 Sub Controller to Master Controller Connection The sub controllers connect to the master controllers via the RS-485 interface using RJ45 plugs. Connect the RJ45 plug to the "RS 485 SUB" socket on the master controller. NOTE! The "RS 485 ADD-ON" socket is reserved for future use and must not be used to connect the sub controllers. Figure 4.9 Connecting the GAT NET.Controller S 7020 to the GAT NET.Controller M 7020 4.4.4 Power Supply Connection The GAT NET.Controller S 7020 connects to the mains power supply via an external power supply. Depending on the country, mains voltage may be UAC 230 V or UAC 115 V (refer to "7 TECHNICAL DATA). GANTNER provides two types of power supplies for the sub controller depending on whether the GAT NET.Lock 7020 locks connected to the sub controller have USB or not. The correct type of power supply must be used:

Type of GAT NET.Lock 7020 GAT NET.Lock 7020 GAT NET.Lock 7020 P GAT NET.Lock 7020 USB GAT NET.Lock 7020 USB P Required Power Supply GAT NET.Power Supply 7020 100-240V / VI (Part No. 1100051) GAT NET.Power Supply 7020 100-240V / VI (Part No. 1100051) GAT NET.Power Supply 7020 USB 100-240V / VI (Part No. 1100052) GAT NET.Power Supply 7020 USB 100-240V / VI (Part No. 1100052) NOTE!

- Pay attention to the direction of supply as power is only forwarded via the RS 485 OUT socket (see Figure 4.6). Max. length per RS-485 line: 800 m (2624 ft). There are two options for connecting the power supplies to the sub controllers. Option 1: Separate power supply For systems that have GAT NET.Lock 7020 USB locks, connect one GAT NET.Power Supply 7020 USB 100-

240V / VI to each sub controller. NOTE! The USB power supply can only power one sub controller regardless of whether the USB function is used or not. The power cannot be forwarded to the next controller as shown in option 2. www.gantner.com HB_GAT-NETLOCK7020--EN_12 43 GAT NET.Lock 7020 System Electrical Connections For systems that do not have any GAT NET.Lock 7020 USB locks and are connected in series (see 4.4.2 Sub Controller Connection), connect one GAT NET.Power Supply 7020 100-240V / VI to each sub controller. As an alternative for non-USB systems, the number of power supplies can be reduced as shown in option 2. To calculate the requirements for an emergency power supply (UPS), allow for a typical power consumption of 3 W (+2 W reserve) per master controller and 90 W per sub controller fully connected with locks. Option 2: Shared power supply NOTE! This option is only suitable for systems that do not use any GAT NET.Lock 7020 USB locks. Connect one GAT NET.Power Supply 7020 100-240V / VI to the master controller and the first and fifth sub controllers only. A power supply must always be connected to the master controller and the first sub controller. If 5 or more sub controllers are used in one line, a second power supply is required at the fifth controller. For the sub controllers that are not directly connected to a power supply, insert one GAT NET.Power Plug

(included with the sub controller) into the power connector. o The power is then forwarded on to the remaining sub controllers via the RS-485 line. To calculate the requirements for an emergency power supply (UPS), allow for a typical power consumption of 3 W (+2 W reserve) per master controller and per sub controller fully connected with locks. 44 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Electrical Connections Connecting the power supply to the sub controller Connect the power supply to the MOLEX plug labelled Power on the controller. Figure 4.10 - Power supply connection on the GAT NET.Controller S 7020 For controllers with a non-USB power supply, the power supply can be stored in the designated storage space on the side of the controller. Place the power supply into the compartment and insert the cabling into the designated slots on the base of the Remove the compartment cover (1), controller. Replace the compartment cover. Figure 4.11 - Power supply storage location www.gantner.com HB_GAT-NETLOCK7020--EN_12 45 GAT NET.Lock 7020 System Electrical Connections 4.5 GAT NET.Controller M 7020 4.5.1 Ethernet Connection The connection of several GAT NET.Controller M 7020 as well as the connection of the master controller to a PC/server is performed via Ethernet. Connect the Ethernet cable to the RJ45 plug labelled Ethernet on the side of the GAT NET.Controller M 7020. Figure 4.12 - GAT NET.Controller M 7020 Ethernet connection 4.5.2 Power Supply Connection The GAT NET.Controller M 7020 connects to the mains power supply via an external power supply. The GAT NET.Power Supply 7020 100-240V / VI (Part No. 1100051) must be used to power the GAT NET.Controller M 7020. Depending on the country, mains voltage may be UAC 230 V or UAC 115 V (refer to "7 TECHNICAL DATA). Connect the power supply to the MOLEX plug labelled Power on the controller. Figure 4.13 - Power supply connection on the GAT NET.Controller M 7020 46 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Electrical Connections For controllers with a non-USB power supply, the power supply can be stored in the designated storage space on the side of the controller. Place the power supply into the compartment and insert the cabling into the designated slots on the base of the Remove the compartment cover (1), controller. Replace the compartment cover. Figure 4.14 - Power supply storage location 4.5.3 Relay Connection The GAT NET.Controller M 7020 has four potential-free relay outputs (1 in Figure 4.15) that can be used to send signals when a certain event occurs. The master controller also has four optocoupler inputs (2 in Figure 4.15) that are currently reserved for future use. The GAT NET.Controller M 7020 Light is intended for smaller systems and has no inputs and outputs. Figure 4.15 Inputs and outputs on the GAT NET.Controller M 7020 Some application examples for the relay outputs include:

- To trigger an alarm notification system. If a break-in is attempted at a locker, an alarm is triggered in GAT Relaxx. An additional alarm notification system with flashing light and beeper can be installed in a visible position to immediately alert staff of the security problem.

- To trigger a locker occupancy system. The relay could be configured to indicate, e.g., via a display installed above the locker room entrance, when the controlled lockers are almost fully occupied. www.gantner.com HB_GAT-NETLOCK7020--EN_12 47 GAT NET.Lock 7020 System Electrical Connections The outputs connect to the corresponding inputs of the controlled device. The supply voltage can be taken from the GAT NET.Controller M 7020 or supplied by another source. Figure 4.16 is an example of how an external device (3) can connect to the relay output. Figure 4.16 also provides an example of how an external device (4) can connect to the optocoupler input. Figure 4.16 Relay and optocoupler connection example NOTE! Adhere to the max. permitted switching voltages and currents, as indicated in "7 TECHNICAL DATA. Also read the documentation of the connected device(s) for more information about the electrical connections. 48 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Configuration and Operation 5. CONFIGURATION AND OPERATION NOTE! To ensure that all the latest features and functions are available after you install the system, GANTNER recommends updating the firmware of the GAT NET.Lock 7020, GAT NET.Controller S 7020, and GAT NET.Lock Controller M 7020 to the latest version. The latest firmware is available via the partner area of the GANTNER website or from your GANTNER representative. 5.1 GAT NET.Lock 7020 Antenna Calibration The antenna of the GAT NET.Lock 7020 must be calibrated so that an optimal reading range for the RFID data carriers is obtained. The antenna calibration process for the GAT NET.Lock 7020 can be performed automatically via PC software or by pressing the MODE button of the GAT NET.Controller 7020 sub controller as shown in Figure 5.1. NOTE! The locker door must be locked during antenna calibration to ensure the test conditions meet the operating conditions. Figure 5.1 MODE button for automatic antenna calibration Proceed with these steps:

Lock all locker doors, e.g., with a master data carrier. Press the MODE button once. o The antenna adjustment is completed in less than 1 second. 5.2 Restarting a Controller In certain situations, e.g., after a network problem, it may be helpful to restart a master or sub controller. This means that the software application in the device is restarted. Figure 5.2 RESET button for restarting a controller (sub controller shown) www.gantner.com HB_GAT-NETLOCK7020--EN_12 49 GAT NET.Lock 7020 System Configuration and Operation The process for restarting a master or sub controller is identical. Proceed with these steps:

Press and hold the RESET button for 5 seconds. o LED 2 flashes red and green. Release the RESET button. o The controller restarts after approx. 5 seconds. The configuration parameters remain unchanged. 5.3 Resetting a Controller to the Default Settings Resetting a master or sub controller to the default settings deletes all configuration parameters saved in the controller and returns it to that same state it was in at the time of delivery. NOTE! The resetting of a controller must only be performed by an authorized service technician. After resetting the controller, the entire locker system must be reconfigured via software. Figure 5.3 RESET button for resetting a controller (Sub controller shown) The process for resetting a master or sub controller is identical. Proceed with these steps:

Press and hold the RESET button for approximately 12 seconds. o LED 1 flashes blue. Within 3 seconds, release the RESET button then press it again. o The configuration parameters reset to default. The LEDs of the connected locks flash red/green while the controller is being reset. 50 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Configuration and Operation 5.4 Controller LED Signaling and Buttons 5.4.1 Sub Controller To display different operating states and to start certain functions, the following LED indicators and buttons are provided on the GAT NET.Controller S 7020. Figure 5.4 - LEDs and buttons provided on the GAT NET.Controller S 7020 Yellow LED Green LED BUTTONS RESET MODE LEDs RS 485 IN (yellow) RS 485 IN (green) LED 1 (blue) LED 2 (green/red) 1. See "5.2. Restarting a Controller"

2. See "5.3 Resetting a Controller to the Default Settings"

See "5.1 GAT NET.Lock 7020 Antenna Calibration "

The connection to the master controller has been established RS-485 communication active Lock activated/controlled Red:

Red flashing:

Green:

Emergency operation (no connection to master controller; no connection to server/software) Emergency operation (connection to master controller OK; no connection to server/software) Normal operation server/software OK) to master controller and

(connection Red/green flashing: Bootloader mode (a firmware update is currently being loaded or there is no firmware installed) Table 5.1 - Buttons and LEDs of the GAT NET.Controller S 7020 sub controller www.gantner.com HB_GAT-NETLOCK7020--EN_12 51 GAT NET.Lock 7020 System Configuration and Operation 5.4.2 Master Controller To display different operating states and to start certain functions, the following LED indicators and buttons are provided on the GAT NET.Controller M 7020. Figure 5.5 - LEDs and buttons on the GAT NET.Controller M 7020 Yellow LED Green LED 1. See "5.2. Restarting a Controller"

2. See "5.3 Resetting a Controller to the Default Settings"

Reserved for future use BUTTONS RESET MODE LEDs RS 485 IN (yellow) RS 485 IN (green) LED 1 (blue) LED 2 (green/red) The connection with the sub controller has been established RS-485 communication active Reserved for future use Red:

Green:

Emergency operation (no connection to server/software) Normal operation (connection to server/software OK) Red/green flashing: Bootloader mode (a firmware update is currently being loaded or there is no firmware installed) Table 5.2 - Buttons and LEDs of the GAT NET.Controller M 7020 master controller 52 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Configuration and Operation 5.5 GAT NET.Lock 7020 Signalization Overview The GAT NET.Lock 7020 displays current status information via an integrated multi-color status LED. The status LED is designed to remain visible through a hole in the locker door even when the locker door is closed (provided the GAT NET.Lock 7020 is installed correctly). The following tables show the different LED signals and their corresponding lock states. 5.5.1 General (applicable for all modes) LED Signal (each field = 0.5 second) Status 3 4 5 6 7 8 Not configured (default setting on delivery) Door is open, lock is unlocked (also when pre-closed) Door is closed, ready to lock Door is closed and locked Door is closed and locked, data carrier not valid ALARM (recommended with beeper) Door is closed and locked, lock is disabled Door is open, lock is disabled Door is open, lock is in cleaning mode Door is closed and locked, lock is in cleaning mode 1 1 1 2 2 2 Table 5.1 - LED status signals of the GAT NET.Lock 7020 - applicable for all modes 5.5.2 Personal Locker Mode LED Signal (each field = 0.5 second) Status 3 4 5 6 7 8 Configurable Door is open, lock is unlocked, no data carrier assigned Door is open, lock is unlocked, min. 1. data carrier assigned Door is closed, lock is locked, min. 1. data carrier assigned Door is closed, lock is locked, no data carrier assigned Table 5.2 - LED status signals of the GAT NET.Lock 7020 - personal locker mode 5.5.3 Dynamic Personal Locker Mode LED Signal (each field = 0.5 second) Status 3 4 5 6 7 8 Free - no data carrier assigned In use - data carrier assigned

*Show inactive rental locker in advanced configuration Table 5.3 - LED status signals of the GAT NET.Lock 7020 dynamic personal locker mode Configurable X (beeper) X X X X X*

X*

Configurable www.gantner.com HB_GAT-NETLOCK7020--EN_12 53 GAT NET.Lock 7020 System Configuration and Operation 5.5.4 GAT Lock 5000 Mode To operate in this mode, the GAT NET.Lock 7020 must be configured accordingly. LED Signal (each field = 0.5 second) Status 3 4 5 6 7 8 1 2 Door is open, lock is unlocked Door is closed and locked Door is closed, ready to lock Door is locked, data carrier not valid Table 5.4 - LED status signals of the GAT NET.Lock 7020 - GAT Lock 5000 mode 5.6 Locker Operation for Visitors 5.6.1 Lock a Locker Configurable In order to use an unoccupied locker, i.e., to lock a locker, the door must be pressed shut so that the door shackle inserts into the GAT NET.Lock 7020 and the LED begins to flash. While the door is pressed shut, the user holds their data carrier next to the reading field on the locker door. The GAT NET.Lock 7020 reads the data carrier and sends the information on to the sub/master controllers and locker management software for evaluation. If the data carrier, i.e., the user, is allowed to use the locker, a command is sent instructing the GAT NET.Lock 7020 to lock the locker. A door contact at the front of the GAT NET.Lock 7020 lock detects whether the locker door is closed or not. This feature allows the locker state to be detected and displayed on a PC via locker system software. 5.6.2 Unlock and Open a Locker When a user wants to open a locker, they must identify themselves at the lock using their RFID data carrier. When the user holds their data carrier in front of the RFID scan field, the GAT NET.Lock 7020 reads the data carrier, communicates with the sub and master controllers, and if the data carrier (i.e., the user) is allowed to open the locker, a command is sent instructing the GAT NET.Lock 7020 to unlock the locker. 5.6.3 USB Ports For the GAT NET.Lock 7020 USB (P), two type-A USB ports are provided on the side of the lock to allow the user to charge devices, such as smartphones or tablets, inside the locker. The USB ports only supply power and the port pin responsible for data transmission is not connected. Therefore, the user must not be concerned that data on their mobile device being charged can be read or copied. NOTE!

Adhere to the max. permitted loading current, as indicated in "7 TECHNICAL DATA. Ensure that the USB cable is properly inserted into the USB port. Ensure that the USB cable is clear of the locker door upon closing. 54 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Configuration and Operation 5.6.4 LED Lighting 5.7.1 General The GAT NET.Lock 7020 USB (P) provides the locker user with the convenience of LED lighting to illuminate the locker interior. The LED lighting switches on automatically for a configurable period when the locker door is opened. 5.7 GAT Relaxx Locker Management Software This chapter includes a brief overview of the management software. Detailed information on GAT Relaxx is available in the user manual. An installation manual is also available for information on the system requirements and installation. The GAT NET.Lock 7020 system can also operate in standalone mode without locker management software. System management and configuration is performed via the controllers in this instance. Detailed information on standalone mode operation is available in a separate document. GAT Relaxx provides system operators with a platform to configure, control, and visually manage the electronic locker locks as well as the access and information terminals by GANTNER Electronic GmbH. GAT Relaxx is installed on computers that run a Microsoft Windows operating system. See the GAT Relaxx installation manual for information on the supported operating systems. GAT Relaxx consists of a Windows service, which operates autonomously in the background ensuring communication to the locker system is maintained, and a user interface that provides operators with a means to control and monitor the lockers and online devices in the system. The simplest installation involves a single GAT Relaxx client operating with the GAT Relaxx service, both installed on the same PC. A more complex installation involves multiple clients, installed on different PCs within a network, all operating with the GAT Relaxx service. In the latter configuration, users log into the GAT Relaxx system and database using their assigned username and password. A database application is required for GAT Relaxx. For this purpose, the SQL Server Express application is included in the GAT Relaxx installation package. In addition, version 4.0 or higher of the .NET framework is required and this is also included in the installation package. 5.7.2 Installation and Initial Start-Up NOTE! Before installing GAT Relaxx, please read the installation manual, which includes important information about the system requirements, installation process, and setup of the database. The GAT Relaxx installation package includes an installation wizard that guides the user through the installation of GAT Relaxx. During the initial start-up of GAT Relaxx, the database settings and general software options must be configured. It is also necessary to enter the license and activation codes in order to work with GAT Relaxx. These codes are available by contacting GANTNER Electronic GmbH. www.gantner.com HB_GAT-NETLOCK7020--EN_12 55 GAT NET.Lock 7020 System Configuration and Operation 56 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Cleaning and Maintenance 6. CLEANING AND MAINTENANCE 6.1 Target Group 6.2 Cleaning This chapter contains information for the cleaning personnel and service technicians responsible for the cleaning and maintenance of the GAT NET.Lock 7020 locker locks and the GAT NET.Controller S 7020 and GAT NET.Controller M 7020 control units ATTENTION! The instructions described in this chapter may only be carried out by suitably trained personnel. The warnings in this chapter must be observed and followed during functional testing, cleaning, and maintenance. Regular cleaning of the locker components ensures that the locker system remains in good condition and the correct working order is maintained. NOTE! Do not use cleaning benzene, diluents, or other abrasive detergents. In addition, the components must not be cleaned using a high-pressure or steam cleaner otherwise they can become damaged!

Complete the following steps to clean the locker:

Wipe off dirt and dust using a soft, lint-free, dry cloth. For extreme dirt, clean the locker components using a slightly moistened cloth. Do not allow moisture to enter the inner parts of the lock or the controller. 6.3 Maintenance The GAT NET.Lock system components are maintenance-free, i.e., maintenance of the mechanical parts is not required. Should a malfunction be detected during functional testing that cannot be remedied, the corresponding faulty part(s) must be replaced. The control software GAT Relaxx has a "maintenance function that is used to periodically clean the database and export older log files. Configure the maintenance function in GAT Relaxx via the "Scheduler" page. By default, log files older than 30 days are exported weekly on Monday at 2:00 am. 6.4 Functional Testing To ensure that the locker locks are functioning correctly, periodically test the functionality of the locker doors and lock components. www.gantner.com HB_GAT-NETLOCK7020--EN_12 57 GAT NET.Lock 7020 System Cleaning and Maintenance Frequency

- After every 1000 locking operations, or,

- If the locking function of a locker door is impaired. Instructions Press the locker door shut. o The door shackle must enter the corresponding opening in the lock centrally without touching the opening. The door must close shut without increased effort. Readjust the door (see below) if these conditions are not met. o The GAT Lock Bolt Set must touch the front of the door lock when the door is pressed shut. Readjust the door (see below) if it does not. While pressing the locker door shut, hold an authorized data carrier near the reading field on the door. o The locker door must lock. If it does not, check that the data carrier authorization is valid and also check that the cabling / communication between the lock, controller, and control software (e.g., GAT Relaxx) on the server is functioning. While the locker door is locked, press the door in slightly with the fingers several times. o The door must be able to be pressed in slightly, one or two millimeters, and then return by itself. If the door gets jammed or is stiff, it must be readjusted (see below). While the locker door is locked, firmly push the door with the palm of the hand (do not damage the door). o The alarm must not be triggered. Hold an authorized data carrier a distance of approximately 1 cm in front of the locker door. o The locker door must unlock and spring open independently. If the door does not spring open by itself, the door must be readjusted (see below). If the data carrier is not read at this distance, the RFID reading range is possibly too small and may benefit from being calibrated using GAT Relaxx software (see the GAT Relaxx user manual). Adjusting the locker door and door bolt If a problem, as described previously in Instructions, occurs while opening or closing the locker door during functional testing:

Adjust the position of the GAT NET.Lock Bolt Set or the door shackle according to the measurements in chapter

"3 INSTALLATION" (depending on the locker material used). If the door shackle is loose and does not remain in the adjusted position or cannot be adjusted sufficiently, the GAT NET.Lock Bolt Set must be replaced. Adjust the position of the locker door according to the measurements in chapter "3 INSTALLATION". If the door cannot be adjusted sufficiently, install it in a different position. If the door is damaged, replace the door with a new door. 6.5 Disposal

- Do not dispose of the GAT NET.Lock 7020 or any of the associated components with the normal household waste, but rather at your local electronic waste recycling facility in accordance with European Directive 2002/96/EC.

- Recycle defective or used batteries according to European Directive 2006/66/EC.

- Observe local regulations for the separate disposal of batteries.

- Recycle packaging in an environmentally friendly manner. 58 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Technical Data 7. TECHNICAL DATA 7.1 GAT NET.Lock 7020 Nominal voltage

- GAT NET.Lock 7020 (P):

- GAT NET.Lock 7020 USB (P):

DC 5 V DC 24 V Power supply:

Via connection cable from sub controller Average power consumption

- GAT NET.Lock 7020 (P):

60 mW

- GAT NET.Lock 7020 USB (P):

65 mW (without USB charging, without LED) Charging current

(GAT NET.Lock 7020 USB (P)) Up to 2 A per lock and max. 70 W per controller*

* When multiple devices are being charged simultaneously at multiple locks of a sub controller, the charging current of the sub controller is automatically distributed between these locks. Max. transmission power:

<400 mW RFID frequency

- GAT NET.Lock 7020 (USB):

13.56 MHz

- GAT NET.Lock 7020 (USB) P:

13.56 MHz + 125 kHz Break-in resistance capability:

DIN 4547-2 class C Signaling element:

Multi-color status LED Interface to sub controller:

One-wire (special cable for supply, data, and RF signal) Connectors:

Housing material:

Door width:

Dimensions MOLEX, type Micro-Fit 3.0 Plastic (PC) Min. 230 mm (9.05 in)

- GAT NET.Lock 7020 (P):

110 x 100 x 25 mm (4.33 x 3.94 x 0.98 in)

- GAT NET.Lock 7020 USB (P):

110 x 100 x 37 mm (4.33 x 3.94 x 1.46 in) Weight:

Approx. 160 g (5.6 oz) Permitted ambient temperature:

0 C to +60 C (32 F to 140 F) Protection type:

Protection class:

IP 52 III Environment class based on VdS 2110:

II (conditions in indoor areas) Compliance:

CE, FCC, IC, ETL www.gantner.com HB_GAT-NETLOCK7020--EN_12 59 GAT NET.Lock 7020 System Technical Data 7.2 GAT NET.Controller S 7020 (Light) Nominal voltage:

DC 24 V Power supply unit External power supply

- GAT NET.Lock 7020 (P):

GAT NET.Power Supply 100-240V / VI

- GAT NET.Lock 7020 USB (P):

GAT NET.Power Supply USB 100-240V / VI Power consumption

- With GAT NET.Lock 7020 (P) locks:

Typ. 3 W (with 24 GAT NET.Lock 7020 locks connected)

- With GAT NET.Lock 7020 USB (P) locks:

Up to 90 W in USB charging mode Reader types

- GAT NET.Controller S 7020 F/ISO:

MIFARE + ISO 15693

- GAT NET.Controller S 7020 F/ISO Light:

MIFARE + ISO 15693

- GAT NET.Controller S 7020 B:

- GAT NET.Controller S 7020 ICLS:

LEGIC advant HID iCLASS Max. locks per sub controller:

- GAT NET.Controller S 7020 F/ISO / B / ICLS: 24

- GAT NET.Controller S 7020 F/ISO Light:

12

- Sub to master (RS-485):

RJ45 Connectors

- Locks:

- Power:

MOLEX, type Micro-Fit 3.0 6-pin MOLEX Interface to master controller:

RS-485 Housing material:

Plastic (ABS - VO) Permitted ambient temperature:

0 C to +60 C (32 F to 140 F) 310 x 133 x 42 mm (12.2 x 5.24 x 1.65 in) Approx. 600 g (21.2 oz) IP 40 I Environment class based on VdS 2110:

II (conditions in indoor areas) Compliance:

CE, FCC, IC, ETL Dimensions:

Weight:

Protection type:

Protection class:

60 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GAT NET.Lock 7020 System Technical Data 7.3 GAT NET.Controller M 7020 (Light) Nominal voltage:

DC 24 V Power supply unit:

External power supply (GAT NET.Power Supply 100-240V / VI) Power consumption:

Approx. 3 W Memory:

Internal memory for 10,000 bookings. SD card slot for memory expansion, log files, firmware update, or user lists. Interface to server:

Ethernet GAT Lock Network

- GAT NET.Controller M 7020:

Max. 8 GAT NET.Controller S 7020 sub controllers

- GAT NET.Controller M 7020 Light:

Max. 3 GAT NET.Controller S 7020 sub controllers Connectors

- Master to server (Ethernet):

- Sub to master (RS-485):

- Power:

Digital inputs RJ45 RJ45 6-pin MOLEX

- GAT NET.Controller M 7020:

- 4 x optocouplers (function configurable)

- Input voltage: DC 6 to 30 V

- Input current: 4.5 mA

- GAT NET.Controller M 7020 Light:

No inputs Digital outputs

- GAT NET.Controller M 7020:

- 4 x relays (NO/NC, function configurable)

- GAT NET.Controller M 7020 Light:

No outputs Housing material:

Plastic (ABS - VO) Permitted ambient temperature:

0 C to +60 C (32 F to 140 F)

- Switching voltage: max. 30 VAC/DC

- Limiting continuous current: max. 2 A

- Switching power: max. 60 VA 310 x 133 x 42 mm (12.2 x 5.24 x 1.65 in) Approx. 600 g (21.2 oz) IP 40 I Dimensions:

Weight:

Protection type:

Protection class:

Environment class based on VdS 2110:

II (conditions in indoor areas) Compliance:

CE, FCC, IC, ETL www.gantner.com HB_GAT-NETLOCK7020--EN_12 61 GAT NET.Lock 7020 System Technical Data _ _ This manual is valid from xxth xxxx 2019. It is subject to change. Amendments and changes can be made without prior notice at any time. Note:

62 HB_GAT-NETLOCK7020--EN_12 www.gantner.com GANTNER's distribution partner network actively supports customers in over 60 countries. Please visit www.gantner.com Houten, the Netherlands info@gantner.nl Sydney, Australia info-aus@gantner.com Nziders, Austria info@gantner.com London, United Kingdom info-uk@gantner.com Ypern, Belgium info@gantner.be Current contact information: www.gantner.com/locations Bochum, Germany info-de@gantner.com Dubai, UAE info-me@gantner.com Los Angeles, USA info-us@gantner.com Ahmedabad, India info@gantnerticketing.com www.gantner.com

3 Label(s) Label 1: (50.8 mm x 25.4 mm) Gantner Electronse Grit, 6780 Schruns / Austria Model: GAT NET.Lock 7020 P

> /24VDC 300 / 500 mA max. IC: 118734-11901494 FOC ID: NC4-GEAL1I901494 SN: 1913000001 AN:1100391 Label 2: (25.4 mm x 12.7 mm) This device complies with Part 15 of the FCC Rules. Operation is subject tr tia *nliimnusnn fam eansitinmec:

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

(2) this device must accept any interference received, including interference that may cause undesired operation Label 3: (50.8 mm x 25.4 mm) Ganiner Electrorsc Grattt, 6780 Schruns / Austria Model: GAT NET_Lock 7020 USB P 5/24 VDC ts f= ) ((iny = 300 500 mA max.

= B lu (out; 5 voc OF | foul): 2A IC: 11873A-1190149A

, fr FOC ID: NC4-GEALIS0149A

>. SN: 1234567890 AN: 1100392

Gantner el: +493 5556 73/84-0 Fax: +43 5556 73784-8000 info@gantner.com www.gantner.com GANTNER Electronic GmbH | Montafonerstr. 8 | A-6780 Schruns August 8, 2019 Attention: Application Examiner iam Request for Confidentiality Applicant: GANTNER Electronic GmbH FCC ID: NC4-GEA1190149A Ko ioe ieee @ulece IgA AULA Request is hereby submitted by GANTNER Electronic GmbH to withhold permanently from public review certain portions of the application for equipment certification for the referenced FCC identifiers. This request for confidentiality is made pursuant to 47 CFR 0.457(d) and 0.459 of the FCC Rules. In particular, the following sections of the application are to be kept permanently confidential:

AT Tort Coy e Detailed Block Diagrams Detailed Operational/Functional Description Cee eB CLS Short-term Confidentiality Request is hereby submitted by GANTNER Electronic GmbH to withhold from public review for a period of 180 days from the date of the Grant of Equipment Authorization and prior to marketing, certain portions of the application for equipment certification for the referenced FCC identifiers. This request for confidentiality is made pursuant to 47 CFR 0.457(d) and 0.459 of the FCC Rules. In particular, the following sections of the application are to be kept confidential for a period of 180 days from the date of Authorization:

Test setup photos e External photos CMe secre ir-le p)telieys e User manual elie mcm Mae TSCA GANTNER Electronic GmbH has invested considerable time and materials in research and development to produce the referenced product. Disclosure of the permanently confidential portions of this application to competitors would not only give them significant competitive advantages in developing similar products, but would also disclose successful implementation of unpublished, leading edge technology developed by us. Disclosure of the short-term confidential portions of this application during the period of importation and/or distribution would reveal key aspects of proprietary technology to competitors and diminish the value of our UUM AL BUH CCTUMES Beene Tee ETN e Aveo) ete The fee for confidentiality has been submitted along with the fee for certification. If you have questions or need further information, please contact the undersigned. Sincerely, Mag. Elmar Hartmann Managing Director GANTNER Electronic GmbH HG Feldkirch | FN 193360 d | UID-Nr ATU49378007 ERSTE BANK, BIC: GIBAATWW, IBAN: AT10 2011 1410 0340 1156 | Raiffeisenbank im Montafon, BIC: RVVGAT2B468, IBAN: AT39 3746 8000 0036 4794 NordLB, BIC: NOLADE?H, IBAN: DE17 2505 0000 0200 8973 61

Gantner Tel: +43 5556 73784-0 Fax: +43 5556 73784-8000 info@gantner.com www.gantner.com ANTNER Electronic GmbH | Montafonerstr 8 | A-6780 Schruns August 8, 2019 Federal Communications Commission 445 12" Street SW Washington, DC 20554 Subject: BTN cemet amet reel GANTNER Electronic GmbH FCC ID: NC4-GEA1190149A To Whom It May Concern:

We, GANTNER Electronic GmbH, hereby authorized Intertek Testing Services to act as our Agent for the purpose of preparing application for FCC ID number NC4-GEA1190149A under all applicable parts of the FCC rules and regulations. The effective date of this limited agency agreement is August 8, 2019. The Limited Agency Agreement expires on December 31, 2019, unless sooner terminated or extended by written notice to Intertek Testing Services and the Federal Communications Commission. This is to advise that we are in full compliance with the Anti-Drug Abuse Act. The applicant is not subject to a denial of federal benefits pursuant to Section 5301 of the Anti-Drug Act of 1988, 21 U.S.C. 862, and no party to the application is subject to a denial of federal benefits pursuant to that section. Mag. Elmar Hartmann Managing Director HG Feldkirch {[ FN 193360 d | UID-Nr ATU49378007 ERSTE BANK, BIC: GIBAATWW, IBAN: AT10 2011 1410 0340 1156 | Raiffeisenbank im Montafon, BIC: RVVGAT2B468, IBAN: AT39 3746 8000 0036 4794 NordLB, BIC: NOLADE2H, IBAN: DE17 2505 O000 0200 8973 61 If you have any questions or comments, please do not hesitate to contact me. Sincerely,