Parts List .......................................................................................................................................... 3
HID’s VertX open platform is flexible and scalable to permit economic and high performance access control
solutions for a wide range of applications. The VertX units interconnect through different sub-networks and
protocols to a standard TCP/IP network with the capability of a variety of applications.
For example, the VertX Access Controllers are a cost-effective method for two-way communication using
Ethernet between a computer and a V1000 or V2000. In addition, the V1000 can communicate through a
RS-232 serial port and a multi-drop RS-485.
Parts List
Description Quantity
VertX™ units (one of the following):
V2000 (Reader Interface / Access Controller)
V1000 (Access Controller)
V100 (Door/Reader Interface)
V200 (Input Monitor Interface)
V300 (Output Control Interface)
Note: Each VertX unit has a plastic base and is covered with a Plastic or Mylar cover.
- Lithium Battery (V1000 / V2000) 1
- Mounting screws 4
- 2.2K EOL resistors 8 ea V1000/V2000
- Quick Installation Guide 1
- Installation Wiring Diagram Example 1
Note: One or more VertX Interface panels are required when installing a V1000 controller.
Note: A modem and RS-232 Serial modem cable must be purchased separately, if your installation includes a
modem.
1 V2000
or
1 V1000 and
any combination of
(up to 32) interface
panels.
4 ea V100-Series
Product Specifications
Description Specification
Power Supply 12-16VDC
Maximum Current at 12VDC per unit 1 Amp
Average operating current at 12VDC
Operating temperature range 32°-122°F (0°-50°C)
Humidity 5% to 95% non-condensing
December 2010 Page 3 of 24
V1000 -210mA
V2000 - 625mA (with two R40 iCLASS Readers)
V100 - 450mA (with two R40 iCLASS Readers)
Prior to starting the installation, completely read this guide.
Reference the Configuration Checklist
instructions.
CAUTION: VertX controllers and panels are sensitive to Electrostatic Discharges (ESD). Observe
precautions while handling the circuit board assembly by using proper grounding straps and
handling precautions at all times.
1.2V1000 or V2000
1. Verify the battery jumper is installed in the ON position
(or OUT position on old covers), P15 connector
(V1000).
2. If installing a V1000 - Verify the termination jumper is in
the Out position when there are no panels attached to
the port. If there are downstream interface panels
attached then the termination jumper should be in the In
position. The V1000 is shipped with jumpers in the Out
positions
, page 21, and gather the information before proceeding with these
1.3 Mounting Instructions
1. The controllers and interface panels should always be
mounted in a secure area.
2. Mount using the four mounting screws (provided) or
other appropriate fasteners. Place the fasteners in the
corner holes of the base.
3. The VertX devices can be stacked with or without the cover. Do not remove the plastic base. Make
sure you position the VertX devices in such a way as to provide room for wiring, air-flow and cable
runs.
1.4 V100, V200, or V300
1. If the V100-Series panel will be attached to the end of the
RS-485 bus, install a terminating jumper to the In position
on the termination resistor pins, P8 on the cover (P10 on
the PCB) of the V100, V200 and V300.
2. If the V100-Series panel is being installed as part of an
array, or in a third party enclosure, follow the directions
provided by the Integrator or Dealer.
CAUTION: Connectors on the VertX devices are positioned to be mirror images and are not
interchangeable once the installation is complete. Therefore, you cannot unplug a
connector from one side and plug it into the corresponding connector on the other side.
1. Network Connection: Connect the VertX V1000/V2000 to the network using a standard Cat5
network patch cable. Connect one end of the Cat5 network patch cable to the J1 (RJ-45) connector
on the V1000/V2000 and the other end to the network connection point (network jack, hub, switch,
or router) on your site.
2. Serial (RS-232) Adapter cable (P/N 70007)
The Serial Adapter cable is a six inch adapter that converts the 9 pin MTA header to a standard DB-9 male
connector. This adapter is to be utilized for attaching a standard RS-232 serial modem cable (not included)
to the VertX controller. This will allow one of the approved external modems (listed in 1.6.1 Modem Setup
Requirements, page 12) to be attached to the VertX V1000.
The table shows the P17 pin settings.
Pin # P17
1 DCD
2 RX
3 TX
4 DTR
5 GND
6 DSR
7 RTS
8 CTS
9 RI
3. Power and Alarm input connections (All VertX units): Connect power by providing 12VDC to the
P7 connector. +12VDC goes to Pin 1 and ground to Pin 2. Batt
Fail, AC Fail, and Tamper switch inputs are wired as shown in
the table. Connect the Bat Fail and AC Fail inputs to battery
low/failure and AC failure contacts provided on the power
supply. Connect the Tamper input to a tamper switch on the
enclosure.
Connect Wiegand or clock-and-data
interfaces to a V2000 or V100 using the
connection table shown. You can connect
up to 10 signal lines for the reader. Use
as many of the signal lines as required for
your reader interface.
Note: Connect the data return line to the
same ground as the reader power if the
reader is not powered by the VertX units
12VDC.
Pin #
1 Reader Power Shield Ground
2 Ground Hold
3 Data 0 / Data Beeper
4 Data 1 / Clock Red LED
5 Data Return Green LED
6 Green LED Data Return
7 Red LED
8 Beeper Data 0 / Data
V2000 and V100 V2000 and V100
P4 P1
Data 1 / Clock
9 Hold
10 Shield Ground Reader Power
Ground
5. RS-485 Connections – The V1000
has two - RS-485 connectors and uses
the 10-pin connector on P3 and P4.
Each RS-485 bus can support a
maximum of 16 V100-Series panels
using one or two ports.
Having two ports on each bus provides
the option of splitting each RS-485 bus
into two physical connections, allowing a
total of four physical connections for the
wo busses.
t
RS-485 busses must be connected in a
daisy chain topology and not a star
topology.
The V1000 termination jumper should
be in the Out position if there are no
panels attached to the port. If there are
downstream panels attached then the
termination jumper should be in the In
PCB
Pin #
1 A 1 Not in use
2 B 2 Not in use
3 Shield 3 Shield
4 Not in use 4 B
5 Not in use 5 A
6 A 6 Not in use
7 B 7 Not in use
8 Shield 8 Shield
9 Not in use 9 B
10 Not in use 10 A
V1000 P3
(port 1 and 2)
PCB
Pin #
V1000 P4
(port 3 and 4)
position.
CAUTION: The V1000 RS-485 Ports 1 & 2 (P1) are a common bus and therefore cannot hav
panels with duplicate Interface Addresses assigned. The same is true of the V1000 RS-485,
Ports 3 & 4 (P4). For example, two panels, both with Interface Address 0 (factory default),
cannot be connected to Ports 1 and/or 2 (P1).