Do you have a question about the Gantner GAT Lock 6010 B and is the answer not in the manual?
Details the ideal use of the GAT Lock 6010 B for convenient electronic locking in various facilities.
Explains how lockers are electronically locked and unlocked using the GAT Lock 6010 B and data carriers.
Lists the main advantages and functionalities of the GAT Lock 6010 B, such as status display and selection modes.
Provides the description and part number for the GAT Lock 6010 B battery lock.
Lists various accessories for the GAT Lock 6010 B, including manuals, software sets, and physical components.
Details power supply, battery life, data storage, clock type, reader type, and frequency of reading field.
Covers housing material, dimensions, weight, temperature limits, protection type, and compliance.
General guidance on attaching the GAT Lock 6010 B to locker doors and performing initial tests.
Details the required button drill hole and considerations for door opening direction (right/left-hinged).
Explains mounting steps for different door types and minimum door width requirements.
Instructions for powering the GAT Lock 6010 B using its battery and the battery key.
Describes configuring the GAT Lock 6010 B via PC/laptop or system data carriers.
Highlights critical safety precautions for installation, maintenance, and operation of the device.
Details the ideal use of the GAT Lock 6010 B for convenient electronic locking in various facilities.
Explains how lockers are electronically locked and unlocked using the GAT Lock 6010 B and data carriers.
Lists the main advantages and functionalities of the GAT Lock 6010 B, such as status display and selection modes.
Provides the description and part number for the GAT Lock 6010 B battery lock.
Lists various accessories for the GAT Lock 6010 B, including manuals, software sets, and physical components.
Details power supply, battery life, data storage, clock type, reader type, and frequency of reading field.
Covers housing material, dimensions, weight, temperature limits, protection type, and compliance.
General guidance on attaching the GAT Lock 6010 B to locker doors and performing initial tests.
Details the required button drill hole and considerations for door opening direction (right/left-hinged).
Explains mounting steps for different door types and minimum door width requirements.
Instructions for powering the GAT Lock 6010 B using its battery and the battery key.
Describes configuring the GAT Lock 6010 B via PC/laptop or system data carriers.
Highlights critical safety precautions for installation, maintenance, and operation of the device.
The GAT Lock 6010 B is an electronic locking solution designed for a variety of applications, including leisure facilities, universities, companies, and depots. This battery-powered lock offers convenient and secure access control for lockers, utilizing contactless RFID data carriers for user identification.
The core function of the GAT Lock 6010 B is to electronically lock and unlock lockers. Users interact with the lock by pressing a button while presenting their RFID data carrier. When the button is pressed, the lock's internal electronics are activated, and the authorization of the presented data carrier is checked. If the data carrier is valid and authorized, the locker door will either lock or unlock accordingly. A key visual indicator of the locker's status is the button itself: when the locker is locked, the button remains pressed in, providing a clear signal to the user.
The lock is designed to be versatile, accommodating various locker materials such as wood, HPL (High-Pressure Laminate), solid plastic, glass, and steel sheet. It can be installed on both left- and right-hinged doors, offering flexibility in locker system design. The GAT Lock 6010 B supports multiple operating modes, allowing the locker system to be configured to meet specific individual requirements and operational needs.
The GAT Lock 6010 B offers several features that enhance its usability and adaptability:
The GAT Lock 6010 B is designed with ease of maintenance in mind, particularly concerning its power source:
| Technology | RFID |
|---|---|
| Material | Stainless Steel |
| Power Supply | Battery |
| Lock Type | Electronic |
| Communication | RFID |
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