FALCO
Native IP Controller
Controller for Alarm Monitoring
| Falco IP Alarm Access Controller
Receive alert message regarding security breaches on your security system, such as unauthorized intrusions or device tampering, as well as a map of the immediate vicinity of the alert highlighting the location(s) of the occurrences directly on your computer screen in real time as they occur. This helps you response time and assists you in organizing and implementing a response such as contacting the police or deploying security personnel to the scene. |
SMART ARCHITECTURE
Effective Infrastructure
- Leverage on the usage of existing network infrastructure, hence saving your cost.
Adaptive Network Bandwidth
- High bandwidth with high speed polling transmits data easily, enabling real-time transaction to the users.
ACTIVE ENVIRONMENT
Client to Server Environment
- Communication between Server and FALCO controllers happens whenever an event is active on the controller.
Peer to Peer Communication
- Communication between one controller with another controller without the need of the database server acting as the facilitator.
ADVANCED TECHNOLOGY
High Speed Transmission
- Patented card searching algorithm to search card database within 1 second for controller memory of 150k users.
Secure Technology
- Falco proprietary protocol utilized.
- Integrated power supply module ensures stable operation despite electricity cut-off
- Door controller and the relay are placed in secure location for the better security
Larger Storage
- Unbeatable technology enables Falco controller to support up to 150k users & 80k events memory.
Advanced Design
The Falco door controller uses the latest state-of-the-art flash memory technology which allows firmware upgrade. .Essential equipment settings, card database and transaction database are stored in EEPROM, so that there is no loss of data during power outage.
Multiple Entry Access Mode
There are 3 different entry access modes that you can set to adjust to your security requirements: Card only, PIN only and Card & PIN only. This means a door can be programmed to operate on different entry access mode at either same or different time for each day of the week, including weekends and holidays. For example, a door can be programmed to operate on ‘Card only’ entry mode during office hours but automatically switch to ‘Card & PIN only’ entry mode after office hours.
Use of Single Card to Perform Multiple Functions
The prowess of the Falco door controller is its ability to allow a single card to perform multiple functions through software control. The types of functions consist of normal access control, programming, Arm/DisArm, guard tour, etc.
Schedules Settings
Up to 50 sets of weekly timers, where each daily timer consists of 3 sets of start and stop time interval settings can be used for system behavior control. These timers are also tagged to a day-of-week selection, which are used for all timers related operations, such as locking and unlocking of doors, activating of User PIN function, etc.
Automatically Locking and Unlocking of Door
Quite often you may want to unlock the office main entrance door during office hours, but the door shall be locked during lunch break and after office hours. This requirement can be achieved through timer(s) controls.
Power Supply
Falco Controller comes with battery charging and a power regulation circuit. The input power requirement is 14VAC, and a lead-acid battery can be connected to the charger output. In addition, AC power failure, low battery cut off and battery low status sensing are built-in.
– Supports firmware upgrade via IE
– Compatible with various reader technologies
– Interlocking
– Built-in web server
– Supports up to 32 zones alarm input and l 64 output point
FALCO IP ALARM MONITORING SYSTEM ARCHITECTURE
Technical Specification
Microcontroller (MCU) : FREESCALE CF 32 bits @ 60mHz
Memory : 512 kb EEPROM & 16 Mb FLASH
Battery Charger (12 VDC) : 7AH (Onboard battery backup charger)
Operating Temperature : 0˚C to 60˚C
Humidity Range : 0-85% non-condensing
Card Holder : 75,0000(upgradable to 150,000)
Event : 40,0000(upgradable to 80,000)
Digital Input/Output : Input : 8- Expandable to 32, Output: 8- Expandable to 64
Trigger Mode : Open trigger/ Short trigger
Reader Format : Standard Wiegand (26 bit to 64 bit)
Input Points On-board : 4 (Fire / Tamper / Door Contact / REX)
Security Encryption : AES-128
Holidays | Time Zones : 50 | 3
Time Sets | Time Sets Interval : 50 | 3
Redundancy Control : TWO Destination (configurable) IP address
Software User Level : 3 (web 100)
Communication Type : RJ45 Ethernet | 10Base-T
Network Protocols : TCP/IP, ARP, DHCP,WEB
Minimum Power Requirement : IEEE 802.3af (PoE 15.4W of DC Power)
: IEEE 802.3at (PoE+ 30W of DC Power)
Board Dimension | Weight : 137 (L) x 117 (W) x 15.5 (H) mm | 25g (w/o casing)
Certifications : CE – Class A | UL 294 Listed
Security Mark : FCC Part 15 | Class A ROHS
Controller For Car Park-SBOX
| FALCO Car Park SBOX-X Access Controller
is designed to make the access control systems truly simple and accessible. The result of the sturdiness and stability of the Falco SBOX-X controllers, it preserves the main and most important functions of the line. It was developed to bring the highest technology, in an accessible manner, to the small scale project market. Resources from large systems are now a reality in the SMB market. Always thinking about the idea of making viable the best cost benefit in security investments, the Falco SBOX-X controllers were projected to continue guaranteeing important savings in infrastructure and installation. Each Falco SBOX-X controller is able to control up to two doors (available only for door control). |
SMART ARCHITECTURE
Effective Infrastructure
- Leverage on the usage of existing network infrastructure, hence saving your cost.
Adaptive Network Bandwidth
- High bandwidth with high speed polling transmits data easily, enabling real-time transaction to the users.
ACTIVE ENVIRONMENT
Client to Server Environment
- Communication between Server and FALCO controllers happens whenever an event is active on the controller.
Peer to Peer Communication
- Communication between one controller with another controller without the need of the database server acting as the facilitator.
ADVANCED TECHNOLOGY
High Speed Transmission
- Patented card searching algorithm to search card database within 1 second for controller memory of 150k users.
Secure Technology
- Falco proprietary protocol utilized.
- Integrated power supply module ensures stable operation despite electricity cut-off
- Door controller and the relay are placed in secure location for the better security
Advanced Design
The Falco SBOX-X controller uses the latest state-of-the-art flash memory technology which allows firmware upgrade. .Essential equipment settings, card database and transaction database are stored in EEPROM, so that there is no loss of data during power outage.
Multiple Entry Access Mode
There are 3 different entry access modes that you can set to adjust to your security requirements: Card only, PIN only and Card & PIN only. This means a door can be programmed to operate on different entry access mode at either same or different time for each day of the week, including weekends and holidays. For example, a door can be programmed to operate on ‘Card only’ entry mode during office hours but automatically switch to ‘Card & PIN only’ entry mode after office hours.
Schedules Settings
Up to 50 sets of weekly timers, where each daily timer consists of 3 sets of start and stop time interval settings can be used for system behavior control. These timers are also tagged to a day-of-week selection, which are used for all timers related operations, such as locking and unlocking of doors, activating of User PIN function, etc.
Automatically Locking and Unlocking of Door
Quite often you may want to unlock the office main entrance door during office hours, but the door shall be locked during lunch break and after office hours. This requirement can be achieved through timer(s) controls.
Power Supply
Falco SBOX-X Controller comes with battery charging and a power regulation circuit. The input power requirement is 14VAC, and a lead-acid battery can be connected to the charger output. In addition, AC power failure, low battery cut off and battery low status sensing are built-in.
– Supports firmware upgrade via IE
– Compatible with various reader technologies
– Interlocking
– Built-in web server
– Support up to 5x In Barriers & 5x Our Barriers or 5 controllers with relay
FALCO SBOX-X SYSTEM ARCHITECTURE
Technical Specification
Microcontroller (MCU) : FREESCALE CF 32 bits @ 60mHz
Memory : 512 kb EEPROM & 16 Mb FLASH
Battery Charger (12 VDC) : 7AH (Onboard battery backup charger)
Operating Temperature : 0˚C to 60˚C
Humidity Range : 0-85% non-condensing
Card Holder : 1,000
Event : 2,0000
Reader : 1 IN + 1 OUT for one door
: 2 IN + 2 OUT for OUT for one controller with relays
: 12 VDC @ 200 mA per reader port
Reader Format : Standard Wiegand (26 bit to 64 bit)
Controlled Barriers : 1 IN + 1 OUT for one controller
: 2 IN + 2 OUT for one controller with relays
Input Points On-board : 4 (Fire / Tamper / Door Contact / REX)
Security Encryption : AES-128
Holidays | Time Zones : 50 | 3
Time Sets | Time Sets Interval : 50 | 3
Redundancy Control : TWO Destination (configurable) IP address
Software User Level : 3 (web 100)
Communication Type : RJ45 Ethernet | 10Base-T
Network Protocols : TCP/IP, ARP, DHCP,WEB
Minimum Power Requirement : IEEE 802.3af (PoE 15.4W of DC Power)
: IEEE 802.3at (PoE+ 30W of DC Power)
Board Dimension | Weight : 137 (L) x 117 (W) x 15.5 (H) mm | 25g (w/o casing)
Certifications : CE – Class A | UL 294 Listed
Security Mark : FCC Part 15 | Class A ROHS
Operation System : Only SBOX Access Control Embedded Linux Server
Controller for Door
| FALCO IP Door Access Controller
designed in a secure technology by utilized Falco proprietary protocol , at the same time, provides you a high speed transmission under Falco Patented card searching algorithm. All Falco controllers are in peer to peer communication environment. Therefore users will have the real time transaction all the time. Its wide capabilities make it suitable for even the largest, most complex building architectures and the most demanding security requirements. |
SMART ARCHITECTURE
Effective Infrastructure
- Leverage on the usage of existing network infrastructure, hence saving your cost.
Adaptive Network Bandwidth
- High bandwidth with high speed polling transmits data easily, enabling real-time transaction to the users.
ACTIVE ENVIRONMENT
Client to Server Environment
- Communication between Server and FALCO controllers happens whenever an event is active on the controller.
Peer to Peer Communication
- Communication between one controller with another controller without the need of the database server acting as the facilitator.
ADVANCED TECHNOLOGY
High Speed Transmission
- Patented card searching algorithm to search card database within 1 second for controller memory of 150k users.
Secure Technology
- Falco proprietary protocol utilized.
- Integrated power supply module ensures stable operation despite electricity cut-off
- Door controller and the relay are placed in secure location for the better security
Larger Storage
- Unbeatable technology enables Falco controller to support up to 150k users & 80k events memory.
Advanced Design
The Falco door controller uses the latest state-of-the-art flash memory technology which allows firmware upgrade. .Essential equipment settings, card database and transaction database are stored in EEPROM, so that there is no loss of data during power outage.
Multiple Entry Access Mode
There are 3 different entry access modes that you can set to adjust to your security requirements: Card only, PIN only and Card & PIN only. This means a door can be programmed to operate on different entry access mode at either same or different time for each day of the week, including weekends and holidays. For example, a door can be programmed to operate on ‘Card only’ entry mode during office hours but automatically switch to ‘Card & PIN only’ entry mode after office hours.
Use of Single Card to Perform Multiple Functions
The prowess of the Falco door controller is its ability to allow a single card to perform multiple functions through software control. The types of functions consist of normal access control, programming, Arm/DisArm, guard tour, etc.
Schedules Settings
Up to 50 sets of weekly timers, where each daily timer consists of 3 sets of start and stop time interval settings can be used for system behavior control. These timers are also tagged to a day-of-week selection, which are used for all timers related operations, such as locking and unlocking of doors, activating of User PIN function, etc.
Automatically Locking and Unlocking of Door
Quite often you may want to unlock the office main entrance door during office hours, but the door shall be locked during lunch break and after office hours. This requirement can be achieved through timer(s) controls.
Power Supply
Falco Controller comes with battery charging and a power regulation circuit. The input power requirement is 14VAC, and a lead-acid battery can be connected to the charger output. In addition, AC power failure, low battery cut off and battery low status sensing are built-in.
– Supports firmware upgrade via IE
– Compatible with various reader technologies
– Interlocking
– Built-in web server
FALCO IP DOOR ACCESS SYSTEM ARCHITECTURE
Technical Specification
Microcontroller (MCU) : FREESCALE CF 32 bits @ 60mHz
Memory : 512 kb EEPROM & 16 Mb FLASH
Battery Charger (12 VDC) : 7AH (Onboard battery backup charger)
Operating Temperature : 0˚C to 60˚C
Humidity Range : 0-85% non-condensing
Card Holder : 75,0000(upgradable to 150,000)
Event : 40,0000(upgradable to 80,000)
Reader : 1 IN + 1 OUT for one door
: 2 IN + 2 OUT for two doors
: 12 VDC @ 200 mA per reader port
Reader Format : Standard Wiegand (26 bit to 64 bit)
Controlled Doors : Two Door Controller (Door Access)
Input Points On-board : 4 (Fire / Tamper / Door Contact / REX)
Security Encryption : AES-128
Holidays | Time Zones : 50 | 3
Time Sets | Time Sets Interval : 50 | 3
Redundancy Control : TWO Destination (configurable) IP address
Software User Level : 3 (web 100)
Communication Type : RJ45 Ethernet | 10Base-T
Network Protocols : TCP/IP, ARP, DHCP,WEB
Minimum Power Requirement : IEEE 802.3af (PoE 15.4W of DC Power)
: IEEE 802.3at (PoE+ 30W of DC Power)
Board Dimension | Weight : 137 (L) x 117 (W) x 15.5 (H) mm | 25g (w/o casing)
Certifications : CE – Class A | UL 294 Listed
Security Mark : FCC Part 15 | Class A ROHS
Controller For Door-SBOX-X
| FALCO IP DOOR-SBOX-X Controller
is designed to make the access control systems truly simple and accessible. The result of the sturdiness and stability of the Falco SBOX-X controllers, it preserves the main and most important functions of the line. It was developed to bring the highest technology, in an accessible manner, to the small scale project market. Resources from large systems are now a reality in the SMB market. Always thinking about the idea of making viable the best cost benefit in security investments, the Falco SBOX-X controllers were projected to continue guaranteeing important savings in infrastructure and installation. Each Falco SBOX controller is able to control up to two doors (available only for door control). |
SMART ARCHITECTURE
Effective Infrastructure
- Leverage on the usage of existing network infrastructure, hence saving your cost.
Adaptive Network Bandwidth
- High bandwidth with high speed polling transmits data easily, enabling real-time transaction to the users.
ACTIVE ENVIRONMENT
Client to Server Environment
- Communication between Server and FALCO controllers happens whenever an event is active on the controller.
Peer to Peer Communication
- Communication between one controller with another controller without the need of the database server acting as the facilitator.
ADVANCED TECHNOLOGY
High Speed Transmission
- Patented card searching algorithm to search card database within 1 second for controller memory of 150k users.
Secure Technology
- Falco proprietary protocol utilized.
- Integrated power supply module ensures stable operation despite electricity cut-off
- Door controller and the relay are placed in secure location for the better security
Larger Storage
- Unbeatable technology enables Falco controller to support up to 150k users & 80k events memory.
Advanced Design
The Falco SBOX-X door controller uses the latest state-of-the-art flash memory technology which allows firmware upgrade. .Essential equipment settings, card database and transaction database are stored in EEPROM, so that there is no loss of data during power outage.
Multiple Entry Access Mode
There are 3 different entry access modes that you can set to adjust to your security requirements: Card only, PIN only and Card & PIN only. This means a door can be programmed to operate on different entry access mode at either same or different time for each day of the week, including weekends and holidays. For example, a door can be programmed to operate on ‘Card only’ entry mode during office hours but automatically switch to ‘Card & PIN only’ entry mode after office hours.
Schedules Settings
Up to 50 sets of weekly timers, where each daily timer consists of 3 sets of start and stop time interval settings can be used for system behavior control. These timers are also tagged to a day-of-week selection, which are used for all timers related operations, such as locking and unlocking of doors, activating of User PIN function, etc.
Automatically Locking and Unlocking of Door
Quite often you may want to unlock the office main entrance door during office hours, but the door shall be locked during lunch break and after office hours. This requirement can be achieved through timer(s) controls.
Power Supply
Falco SBOX-X Controller comes with battery charging and a power regulation circuit. The input power requirement is 14VAC, and a lead-acid battery can be connected to the charger output. In addition, AC power failure, low battery cut off and battery low status sensing are built-in.
- Supports firmware upgrade via IE
- Compatible with various reader technologies
- Interlocking
- Built-in web server
- Support up to 10 doors or 5 controllers
FALCO SBOX-X SYSTEM ARCHITECTURE
Microcontroller (MCU) : FREESCALE CF 32 bits @ 60mHz
Memory : 512 kb EEPROM & 16 Mb FLASH
Battery Charger (12 VDC) : 7AH (Onboard battery backup charger)
Operating Temperatur e : 0˚C to 60˚C
Humidity Range : 0-85% non-condensing
Card Holder : 1,000
Event : 2,0000
Reader : 1 IN + 1 OUT for one door
: 2 IN + 2 OUT for two doors
: 12 VDC @ 200 mA per reader port
Reader Format : Standard Wiegand (26 bit to 64 bit)
Controlled Doors : Two Door Controller (Door Access)
Input Points On-board : 4 (Fire / Tamper / Door Contact / REX)
Security Encryption : AES-128
Holidays | Time Zones : 50 | 3
Time Sets | Time Sets Interval : 50 | 3
Redundancy Control : TWO Destination (configurable) IP address
Software User Level : 3 (web 100)
Communication Type : RJ45 Ethernet | 10Base-T
Network Protocols : TCP/IP, ARP, DHCP,WEB
Minimum Power Requirement : IEEE 802.3af (PoE 15.4W of DC Power)
: IEEE 802.3at (PoE+ 30W of DC Power)
Board Dimension | Weight : 137 (L) x 117 (W) x 15.5 (H) mm | 25g (w/o casing)
Certifications : CE – Class A | UL 294 Listed
Security Mark : FCC Part 15 | Class A ROHS
Operation System : Only SBOX Access Control Embedded Linux Server
Controller for Lift / Elevator
| FALCO IP Lift Access Controller
enables you to restrict according to the access of a particular lift access cardholder to access particular floors up to 64 floors. Unauthorized floor entry is restricted at the lift car level, as restricted floors buttons will be rendered inoperative. In addition, floor call overriding can be enabled to give lift usage priority to very important persons (VIP) such as Executive Of directors |
SMART ARCHITECTURE
Effective Infrastructure
- Leverage on the usage of existing network infrastructure, hence saving your cost.
Adaptive Network Bandwidth
- High bandwidth with high speed polling transmits data easily, enabling real-time transaction to the users.
ACTIVE ENVIRONMENT
Client to Server Environment
- Communication between Server and FALCO controllers happens whenever an event is active on the controller.
Peer to Peer Communication
- Communication between one controller with another controller without the need of the database server acting as the facilitator.
ADVANCED TECHNOLOGY
High Speed Transmission
- Patented card searching algorithm to search card database within 1 second for controller memory of 150k users.
Secure Technology
- Falco proprietary protocol utilized.
- Integrated power supply module ensures stable operation despite electricity cut-off
- Door controller and the relay are placed in secure location for the better security
Larger Storage
- Unbeatable technology enables Falco controller to support up to 150k users & 80k events memory.
Advanced Design
The Falco controller uses the latest state-of-the-art flash memory technology which allows firmware upgrade. .Essential equipment settings, card database and transaction database are stored in EEPROM, so that there is no loss of data during power outage.
Use of Single Card to Perform Multiple Functions
The prowess of the Falco controller is its ability to allow a single card to perform multiple functions through software control. The types of functions consist of normal access control, programming, Arm/DisArm, guard tour, etc.
Schedules Settings
Up to 50 sets of weekly timers, where each daily timer consists of 3 sets of start and stop time interval settings can be used for system behavior control. These timers are also tagged to a day-of-week selection, which are used for all timers related operations, such as locking and unlocking of doors, activating of User PIN function, etc.
Power Supply
Falco Controller comes with battery charging and a power regulation circuit. The input power requirement is 14VAC, and a lead-acid battery can be connected to the charger output. In addition, AC power failure, low battery cut off and battery low status sensing are built-in.
– Supports firmware upgrade via IE
– Compatible with various reader technologies
– Interlocking
– Built-in web server
– Up to 64 floors
FALCO IP LIFT ACCESS SYSTEM ARCHITECTURE
Technical Specification
Microcontroller (MCU) : FREESCALE CF 32 bits @ 60mHz
Memory : 512 kb EEPROM & 16 Mb FLASH
Battery Charger (12 VDC : 7AH (Onboard battery backup charger)
Operating Temperature : 0˚C to 60˚C
Humidity Range : 0-85% non-condensing
Card Holder : 75,0000(upgradable to 150,000)
Event : 40,0000(upgradable to 80,000)
Reader Format : Standard Wiegand (26 bit to 64 bit)
Controlled Floors : up to 64 Floors
Input Points On-board : 4 (Fire / Tamper / Door Contact / REX)
Security Encryption : AES-128
Holidays | Time Zones : 50 | 3
Time Sets | Time Sets Interval : 50 | 3
Redundancy Control : TWO Destination (configurable) IP address
Software User Level : 3 (web 100)
Communication Type : RJ45 Ethernet | 10Base-T
Network Protocols : TCP/IP, ARP, DHCP,WEB
Minimum Power Requirement : IEEE 802.3af (PoE 15.4W of DC Power)
: IEEE 802.3at (PoE+ 30W of DC Power)
Board Dimension | Weight : 137 (L) x 117 (W) x 15.5 (H) mm | 25g (w/o casing)
Certifications : CE – Class A | UL 294 Listed
Security Mark : FCC Part 15 | Class A ROHS
Controller for Turnstile
FALCO IP Turnstile Access ControllerReceive alert message regarding security breaches on your security system, such as unauthorized intrusions or device tampering, as well as a map of the immediate vicinity of the alert highlighting the location(s) of the occurrences directly on your computer screen in real time as they occur. This helps you response time and assists you in organizing and implementing a response such as contacting the police or deploying security personnel to the scene.
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Key Benefits:
- Create and assign visitor cards instantly on demand.
- Keep track of visitor locations, areas visited, visitor population in a secure area, etc
- Restrict Access to sensitive areas based on security areas,floors or even particular doors.
- Temporary cards expire automatically within a specified time so they cannot be reused later.
- Old temporary cards can be easily recycled and reassigned.
- Analysis of visitor movement can identify popular routes and visitor destinations.
Advanced Design
The Falco controller uses the latest state-of-the-art flash memory technology which allows firmware upgrade. .Essential equipment settings, card database and transaction database are stored in EEPROM, so that there is no loss of data during power outage.
Multiple Entry Access Mode
There are 3 different entry access modes that you can set to adjust to your security requirements: Card only, PIN only and Card & PIN only. This means a door can be programmed to operate on different entry access mode at either same or different time for each day of the week, including weekends and holidays. For example, a door can be programmed to operate on ‘Card only’ entry mode during office hours but automatically switch to ‘Card & PIN only’ entry mode after office hours.
Use of Single Card to Perform Multiple Functions
The prowess of the Falco controller is its ability to allow a single card to perform multiple functions through software control. The types of functions consist of normal access control, programming, Arm/DisArm, guard tour, etc.
Schedules Settings
Up to 50 sets of weekly timers, where each daily timer consists of 3 sets of start and stop time interval settings can be used for system behavior control. These timers are also tagged to a day-of-week selection, which are used for all timers related operations, such as locking and unlocking of doors, activating of User PIN function, etc.
Automatically Locking and Unlocking of Turnstile Access
Quite often you may want to unlock the office main entrance door during office hours, but the door shall be locked during lunch break and after office hours. This requirement can be achieved through timer(s) controls.
Power Supply
Falco Controller comes with battery charging and a power regulation circuit. The input power requirement is 14VAC, and a lead-acid battery can be connected to the charger output. In addition, AC power failure, low battery cut off and battery low status sensing are built-in.
– Supports firmware upgrade via IE
– Compatible with various reader technologies
– Interlocking
– Built-in web server
– Visitor Card Expiry
FALCO IP TURNSTILE ACCESS SYSTEM ARCHITECTURE
Technical Specification
Microcontroller (MCU) : FREESCALE CF 32 bits @ 60mHz
Memory : 512 kb EEPROM & 16 Mb FLASH
Battery Charger (12 VDC) : 7AH (Onboard battery backup charger)
Operating Temperature : 0˚C to 60˚C
Humidity Range : 0-85% non-condensing
Card Holder : 75,0000(upgradable to 150,000)
Event : 40,0000(upgradable to 80,000)
Reader : 1 IN + 1 OUT for 1x Falco IP Turnstile Controller
: 12 VDC @ 200 mA per reader port
Reader Format : Standard Wiegand (26 bit to 64 bit)
Controlled Turnstile : 1x Turnstile In & 1x Turnstile Out
Input Points On-board : 4 (Fire / Tamper / Door Contact / REX)
Security Encryption : AES-128
Holidays | Time Zones : 50 | 3
Time Sets | Time Sets Interval : 50 | 3
Redundancy Control : TWO Destination (configurable) IP address
Software User Level : 3 (web 100)
Communication Type : RJ45 Ethernet | 10Base-T
Network Protocols : TCP/IP, ARP, DHCP,WEB
Minimum Power Requirement : IEEE 802.3af (PoE 15.4W of DC Power)
: IEEE 802.3at (PoE+ 30W of DC Power)
Board Dimension | Weight : 137 (L) x 117 (W) x 15.5 (H) mm | 25g (w/o casing)
Certifications : CE – Class A | UL 294 Listed
Security Mark : FCC Part 15 | Class A ROHS
Controller for Vehicle Access
FALCO IP Car Park Access Controllerhas been used widely to control the barrier gate. Basically, single barrier controller to control entry barrier and exit barrier simultaneously. Optional 2 barriers In & 2 Barrier Out(within 50m) also available with additional expander board. Anti-passback is a feature that you can use to control the use of cards been misused to enter 2 or more cars to the pre-allowed car parking bay. Anti-passback only allowed 1 time entry and 1 time exit before next entry is allowed. Higher level of integration of Global Anti-passback allowed more car park controller to communicate and determine the anti-passback gantry point that you like at anywhere.
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Key Benefits:
- Cards owner vehicle plate number can be obtain quickly.
- Give commands such as oppening and closing the gantry for special occasions suck as to facilitate the entry of a convoy of delivery vehicles quickly.
- Log vehicle staff according to Card ID, dates, entry date/time and exit date/time, etc.
- Integration with various IP CCTV brands will seamlessly enhance your security with capture of image at the time of entry or exit. As such, able to do comparison at time of exit where image capture should be same person who drive the vehicle at entry.
- With the feature of temporary card expire feature , it will automatically within a specific time so they cannot be reused later. This is ideal for Residential Community, club house, etc
Advanced Design
The Falco controller uses the latest state-of-the-art flash memory technology which allows firmware upgrade. .Essential equipment settings, card database and transaction database are stored in EEPROM, so that there is no loss of data during power outage.
Multiple Entry Access Mode
There are 3 different entry access modes that you can set to adjust to your security requirements: Card only, PIN only and Card & PIN only. This means a door can be programmed to operate on different entry access mode at either same or different time for each day of the week, including weekends and holidays. For example, a door can be programmed to operate on ‘Card only’ entry mode during office hours but automatically switch to ‘Card & PIN only’ entry mode after office hours.
Use of Single Card to Perform Multiple Functions
The prowess of the Falco controller is its ability to allow a single card to perform multiple functions through software control. The types of functions consist of normal access control, programming, Arm/DisArm, guard tour, etc.
Schedules Settings
Up to 50 sets of weekly timers, where each daily timer consists of 3 sets of start and stop time interval settings can be used for system behavior control. These timers are also tagged to a day-of-week selection, which are used for all timers related operations, such as locking and unlocking of doors, activating of User PIN function, etc.
Power Supply
Falco Controller comes with battery charging and a power regulation circuit. The input power requirement is 14VAC, and a lead-acid battery can be connected to the charger output. In addition, AC power failure, low battery cut off and battery low status sensing are built-in.
– Supports firmware upgrade via IE
– Compatible with various reader technologies
– Interlocking
– Built-in web server
– Visitor Card Expiry
FALCO IP CAR PARK ACCESS SYSTEM ARCHITECTURE
Technical Specification
Microcontroller (MCU) : FREESCALE CF 32 bits @ 60mHz
Memory : 512 kb EEPROM & 16 Mb FLASH
Battery Charger (12 VDC) : 7AH (Onboard battery backup charger)
Operating Temperature : 0˚C to 60˚C
Humidity Range : 0-85% non-condensing
Card Holder : 75,0000(upgradable to 150,000)
Event : 40,0000(upgradable to 80,000)
Reader : 1 IN + 1 OUT for 1x Falco IP Car Park Controller
: 2 IN + 2 OUT for 1x Falco IP Car Park Controller with expander
2 IN + 2 OUT for 1x Falco IP Car Park Controller with relay
: 12 VDC @ 200 mA per reader port
Reader Format : Standard Wiegand (26 bit to 64 bit)
Controlled Barrier : 1x Barrier In & 1x Barrier Out
Input Points On-board : 4 (Fire / Tamper / Door Contact / REX)
Security Encryption : AES-128
Holidays | Time Zones : 50 | 3
Time Sets | Time Sets Interval : 50 | 3
Redundancy Control : TWO Destination (configurable) IP address
Software User Level : 3 (web 100)
Communication Type : RJ45 Ethernet | 10Base-T
Network Protocols : TCP/IP, ARP, DHCP,WEB
Minimum Power Requirement : IEEE 802.3af (PoE 15.4W of DC Power)
: IEEE 802.3at (PoE+ 30W of DC Power)
Board Dimension | Weight : 137 (L) x 117 (W) x 15.5 (H) mm | 25g (w/o casing)
Certifications : CE – Class A | UL 294 Listed
Security Mark : FCC Part 15 | Class A ROHS