Key features
|
Feature
|
Description
|
|
Access points’ management
|
Up to 4 access points: doors, turnstiles, gates or barrier arms
depending on the settings and availability of free terminal blocks
|
|
Internal memory
|
90 000 dentifiers
30 000 time zones
400 000 events 1
|
|
Server networking interface
|
Ethernet 10/100BASE-TX
|
|
Network protocols
|
DHCP, SNMP
|
|
Data encryption
|
SSL/TLS
|
|
Reader interface
|
Wiegand-26, 34, 37, 42, 56, 58
Wiegand-4, 6, 8 (for keyboards)
Dallas Touch Memory
|
Number
of relay outputs
|
4
|
Number
of open collector outputs
|
13
|
Number
of signal inputs
|
10
|
|
Connection to fire alarm
|
Two-wire galvanically isolated line to connect several controllers to a single fire alarm cable.
|
Supply
voltage
|
9,9…17 V
|
Consumed
current
|
max. 250mA
|
|
Protection class
|
IP20
|
Temperature
range
|
-40°C to +50°C
|
Note 1
The allocation of autonomous memory between keys, modes and events is configurable.
Connection to the ip network
The E510 controllers, like other Sigur IP controllers, connect directly to the local network. This feature makes their use at facilities with a developed IP infrastructure convenient, facilitating cable installation greatly. There is no limit on the number of controllers connected to the IP network. All data transmitted between the controllers and the system’s server is encrypted (SSL / TLS).
The IP network used can be of any complexity and length, including controllers that are able to interact via the Internet. Within the system, it is possible to combine any controllers and methods of building a network.
The controllers support the standard DHCP protocol for adding to the system, which allows the ACS server to identify the device in the system automatically.
Centralized monitoring
Sigur E510 controllers support the standard SNMP protocol for monitoring the status of the device itself (for example, supply voltage) and most of the third-party equipment connected to it.
Autonomous access rules’ support
The following logics are implemented by the controller without direct involvement of the software. They can also be combined in any way.
- Access schedules (time zones) of any frequency from 1 to 31 days, any number of access permission intervals independently for entry and exit
- Anti-re-entry, zone control
- Dual authentication: main feature (proximity card, fingerprint, etc.) + PIN
- Security Authorized Access
- Escorted access. Individual installation of escort groups for various employees
- Two-person access
- Blocking access through the doors if one of them is open. A special case - the organization of a gateway
- Automatic opening of the opposite gateway door after entering it, immediately or with a programmable delay
- Limiting the number of people in the zone
- Issuance of control signals by a card capture reader
- Unlocking in case of fire alarm
- Managing the lock status of the access point by double presenting the employee's card
- Control of third-party gate controllers using programmable logic. Direct control of the gate motors, performing the functions of the drive controller
- Delay in locking the lock
- A lot of configurable parameters, including time delays, control methods, methods of analyzing input signals
- Possibilities to override the function of any hardware terminal
- Issuance of signals "hold the door", "burglary", "unlock", and many others. Dozens of possibilities to control other third-party devices
- Taking into account the features of specific models of turnstiles, gates, readers
Note 2
The function requires a connection but its implementation does not create a dependence of the decision-making logic on the quality of the connection. Access decisions are always made autonomously and instantly.
