HID VertX EVO™ V1000 Controller

The HID VertX V1000 Controller is a networked access controller with a multi-door access control panel. It reduces the burden on corporate Local Area Networks (LANs) by connecting up to 32 door controllers using only one IP address. The high performance platform increases door uptime while the master controller minimizes corporate LAN overhead by providing access control decisions for up to 64 readers.

The VertX V1000 Controller from HID makes all online door decisions, input monitoring and output control for all connected interface modules, including the HID VertX® V100 (door interface), V200 (input monitor) and V300 (output control). The V1000 Controller has two on-board inputs and outputs for local input point monitoring and auxiliary output control, and is powered by a local power supply (12 or 24 VDC). You can get the entire Access Control System as a solution from us or also buy the HID Controllers like the HID V1000 Controller as a product itself. We are the authorized HID Distributors in Dubai and UAE for all HID Products like the HID V1000 Main Controller.

VertX EVO™ V2000

VertX EVO™ V2000 is a two-reader access control panel that enables interface with two doors (single reader) or one door (in/out reading).

The EVO V2000 handles all online door decisions, door input monitoring and output control and reader interface for up to two doors. The solution has two inputs per door for door monitor and REX, and two outputs per door for lock and AUX.

VertX EVO V2000 also includes three inputs for AC power fail, Battery power fail and Tamper, and is powered by a local power supply (12 or 24 VDC).

V100 Door / Reader Interface

The HID VertX® products provide a complete and fully featured hardware/firmware infrastructure for access control software host systems.

The V100 Door / Reader Interface connects two access control card readers via Wiegand or Clock-and-Data interface controlling either one or two doors. The V100 features on-board flash memory, allowing program updates to be downloaded via the network. The V100 connects to the V1000 through a high speed RS-485 network. The V1000, in turn, communicates with the system host via industry standard TCP/IP protocol over 10/100 Mbps Ethernet or the Internet. This architecture minimizes the impact on corporate LANs by using only one TCP/IP address for every 32 interfaces and by handling low-level transactions on the RS-485 network.

The V200 Input Monitor

The HID VertX® products provide a complete and fully featured hardware/firmware infrastructure for access control software host systems.

The V200 input monitor interface connects up to 16 supervised input circuits. Each input point monitors and reports normal, off-normal, and alarm states. The V200 features on-board flash memory, allowing program updates to be downloaded through the network. The V200 connects to the V1000 via a high speed RS-485 network. The V1000, in turn, communicates with the system host via industry standard TCP/IP protocol, over 10/100 Mbps Ethernet, or the Internet. This architecture minimizes the impact on corporate LANs, by using only one TCP/IP address for every 32 interfaces, and by handling low-level transactions on the RS-485 network.

The V300 Output Control Interface

The HID VertX® products provide a complete and fully featured hardware/firmware infrastructure for access control software host systems.

The V300 output control interface contains 12 latching Form-C relays, which can connect up to 12 devices controllable by simple contact closures, such as logic inputs for process equipment, HVAC and elevator control panels, CCTV switchers, etc. Loads exceeding 2 A @ 30 VDC should be controlled via interposing relays.

The V300 features on-board flash memory, allowing program updates to be downloaded via the network. The V300 connects to the V1000 through a high speed RS-485 network. The V1000 communicates with the system host via industry standard TCP/IP protocol over 10/100 Mbps Ethernet or the Internet. This architecture minimizes the impact on corporate LANs, by using only one TCP/IP address for every 32 Interfaces, and by handling low-level transactions on the RS-485 network.