GAT NET.Lock 7020 System Electronic RFID Locker Locks Installation, Configuration, Operation Document Version 1.2 www.gantner.
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.
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.
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.
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 Association. ➔ Unqualified personnel may potentially perform actions that result in injury due to electrical shock.
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.
GAT NET.Lock 7020 System INDUSTRY CANADA INFORMATION Device (Appareil) GAT NET.Lock 7020 P GAT NET.Lock 7020 USB P IC ID 11873A-1190149A GAT NET.Controller S 7020 F/ISO GAT NET.Controller S 7020 F/ISO light 11873A-1190143A GAT NET.Controller S 7020 BA 11873A-1190148A GAT NET.Controller S 7020 ICLS 11873A-1190147A This device contains licence-exempt transmitter(s)/receiver(s) that comply with Innovation, Science and Economic Development Canada’s licence-exempt RSS(s).
GAT NET.Lock 7020 System Table of Contents TABLE OF CONTENTS 1. INTRODUCTION ..........................................................................................................................................11 1.1 About this Manual .................................................................................................................................11 1.2 Chapter Overview .....................................................................................................................
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 4.4.2 Sub Controller Connection .........
GAT NET.Lock 7020 System Introduction 1. INTRODUCTION 1.1 About this Manual 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.
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.
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.
GAT NET.Lock 7020 System General Information Figure 2.1 – Typical application of the GAT NET.Lock 7020 system 1. 2. 3. 4. 5. LAN Network Lockers RFID data carrier Bolt set (GAT NET.Lock BoltSet 7xxx) 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.
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.
GAT NET.Lock 7020 System General Information 2.5 RFID Technology 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.
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 4. GAT NET.Lock BoltSet 7320 2. GAT NET.Lock BoltSet 7120 For lockers with metallic doors 3. GAT NET.Lock BoltSet 7220 5. GAT NET.Controller S 7020 114 6. GAT NET.Controller M 7020 7. GAT NET.Power Supply 100-240 / VI GAT NET.Power Supply USB 100-240 / VI 1111 8.
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”). 18 1. GAT NET.Lock 7020 Electronic RFID locker lock without connection cable and without bolt set.
GAT NET.Lock 7020 System General Information 7. GAT NET.Power Supply - GAT NET.Power Supply 7020 100-240V / VI (Part No. 1100051). Power supply unit for the master and non-USB sub controllers. - 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.
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.
GAT NET.Lock 7020 System Installation 3. INSTALLATION Risk of damage or failure to the GAT NET.Lock 7020 - Read the information in this chapter carefully before installing the GAT NET.Lock 7020 The GAT NET.Lock 7020 must be installed in a dry place, protected from rain and dripping water 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.
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 cutout 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.
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.
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.
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.
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. 2. 3. 4. 5. Mounting holes for GAT NET.Lock 7020 on the inner side of the locker wall (3x) Opening for door shackle Status LED Top part with LED lighting and USB ports 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.
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. 7. 8. 9. Mounting holes for GAT NET.Lock BoltSet on the inner side of the locker door Door shackle Hole for status LED 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.
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.
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.
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.
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.
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.
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.
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.
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.
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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.
GAT NET.Lock 7020 System Electrical Connections 4.3 GAT NET.Lock 7020 4.3.1 Power Supply 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”). 4.3.2 Connection Cable 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.
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.
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.
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.
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 controller. ► Connect one network cable from the output sockets of the RS-485 splitter to each sub controller. NOTE! - Max.
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.
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.
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.
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.
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. ► Remove the compartment cover (1), ► Place the power supply into the compartment and insert the cabling into the designated slots on the base of the controller. ► Replace the compartment cover. Figure 4.14 - Power supply storage location 4.5.3 Relay Connection The GAT NET.
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.
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.
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.
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. Yellow LED Green LED Figure 5.4 - LEDs and buttons provided on the GAT NET.Controller S 7020 BUTTONS RESET 1. See "5.2. Restarting a Controller" 2. See "5.3 Resetting a Controller to the Default Settings" MODE See "5.1 GAT NET.
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. Yellow LED Green LED Figure 5.5 - LEDs and buttons on the GAT NET.Controller M 7020 BUTTONS RESET 1. See "5.2. Restarting a Controller" 2. See "5.
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.
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) 1 2 3 4 5 6 7 Status Configurable 8 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.
GAT NET.Lock 7020 System Configuration and Operation 5.6.4 LED Lighting 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.
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GAT NET.Lock 7020 System Cleaning and Maintenance 6. CLEANING AND MAINTENANCE 6.1 Target Group 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.
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.
GAT NET.Lock 7020 System Technical Data 7. TECHNICAL DATA 7.1 GAT NET.Lock 7020 Nominal voltage - GAT NET.Lock 7020 (P): DC 5 V - GAT NET.Lock 7020 USB (P): 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.
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.
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.
GAT NET.Lock 7020 System Technical Data _ _ Note: 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. 62 HB_GAT-NETLOCK7020--EN_12 www.gantner.
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