Gantner GAT SMART.Lock 7000 System User Manual

GAT SMART.Lock 7000 System
Electrical Connection
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4. ELECTRICAL CONNECTION
This chapter describes the electrical connections of the GAT SMART.Lock 7001. It also includes a description of the
connection and networking of the GAT SMART.Controller S 7000.
Attention: Cable connection must only be done in a powerless state and only by trained, specialised per-
sonnel.
4.1 System Structure
The GAT SMART.Lock 7001 locks connect to the GAT SMART.Controller S 7000 controller units. The controller
units are in turn networkable via RS 485 and can be connected through a COM Server or Master Controller to a
server over Ethernet. Depending on the system requirements, different options are available to control (lock & un-
lock) the individual GAT SMART.Lock 7001 locks. Lock functions can be controlled by a PC running system control
software, or via a central reader terminal where users can identify themselves and where only the central reader
has autonomous control of the corresponding locker.
Figure 4.1 - System structure of a GAT SMART.Lock system

: The GAT NET.Controller M 7000 master controller is used to control the GAT SMART.Lock 7001. For larger
systems, several master controllers may be used together with each master controller able to control up to 8
slave controllers.

: The GAT SMART.Lock 7001 locker locks are connected to a PC/server via a COM converter (e.g., MOXA) via
Ethernet. The control of the lockers is performed by a PC running system control software.

: System users can identify themselves at a central reader terminal with their RFID data carriers and unlock the
corresponding locker.

Gantner GAT SMART.Lock 7000 System Specifications

General

Brand	Gantner
Model	GAT SMART.Lock 7000 System
Category	Locks
Language	English