RBH Sound UNC100 User manual

UNC100 Axiom Installation Manual
new generation
building security
July 31, 2014 –V1.2

UNC100 Axiom Hardware Manual V1.2 RBH Access Technologies Inc.
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Copyright Notice
Copyright©1995-2014 by RBH Access Technologies Inc.
All rights reserved Worldwide. Printed in Canada. This publication has been provided pursuant to an
agreement containing restrictions on its use. No part of this book may be copied or distributed,
transmitted, stored in a retrieval system, or translated into any human or computer language, in any
form or by any means, electronic, mechanical, magnetic, manual, or otherwise, or disclosed to third
parties without the express written consent of RBH Access Technologies Inc., Mississauga, Ontario,
Canada.
Trademark
AxiomV™is the trademark of RBH Access Technologies Inc. Windows is a trademark of Microsoft
Corporation. All other product names mentioned herein are the property of their respective owners.
Use of a term in this book should not be regarded as affecting the validity of any trademark or service
mark.
Disclaimer
This book is provided as is, without warranty of any kind, either express or implied, including but not
limited to performance, merchantability, or fitness for any particular purpose. Neither RBH Access
Technologies Inc. nor its dealers or distributors shall be liable to any person or entity with respect to any
liability, loss, or damage, caused, or alleged to have been caused directly or indirectly by this
information. Further RBH Access Technologies Inc. reserves the right to revise this publication, and to
make changes to the content hereof from time to time, without the obligation of RBH Access
Technologies Inc. to notify any person or organization of such revision or changes.
RBH ACCESS TECHNOLOGIES INC.
2 Automatic Road, Suite 108
Brampton, Ontario
CANADA
L6S 6K8
www.rbh-access.com

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Revision History
Editor
Revision
Comment
Date mm/dd/yy
DM
1.0
First Release
08/13/13
RB
1.1
Removed reference to fire input
Removed partial firmware upgrade (formats)
Added dip-switch 5
Added Revision History
Updated copyright
Eliminated reference to rack mount type
Clarified the use of the Power Input/ Output
Moved all cable specs to one location.
Moved all input specs to one location.
Moved all output specs to one location.
Reduced the number of pages.
03/19/14
DM
1.1
Minor editing of text.
03/24/14
RB
1.2
Changing output voltage from
12V to 12v –14v
Changing battery charger spec
07/21/14
DM
1.2
Minor editing.
07/31/14
DM
1.2
ULC text added.
08/06/14

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Copyright Notice ............................................................................................................................................ 2
Trademark...................................................................................................................................................... 2
Disclaimer....................................................................................................................................................... 2
Revision History ............................................................................................................................................. 3
Panel Graphics ............................................................................................................................................... 5
Introduction ................................................................................................................................................... 7
ULC-S319-05 III.............................................................................................................................................. 7
Communication.............................................................................................................................................. 7
Networks........................................................................................................................................................ 7
RS485 Applications......................................................................................................................................... 8
DIP Switch Settings ........................................................................................................................................ 8
Controller Addressing .................................................................................................................................... 9
Master Controller......................................................................................................................................... 10
Slave Controller............................................................................................................................................ 10
RS485 (HOST) Port Baud Rate Selection (Master Only)............................................................................... 10
Host Connection........................................................................................................................................... 10
PC to UNC100 Connection –RS485 Wiring.................................................................................................. 11
UNC100 TCP/IP Connection ......................................................................................................................... 12
Telnet ........................................................................................................................................................... 13
Battery Charger............................................................................................................................................ 15
Reverse Battery Protection.......................................................................................................................... 15
Battery Test.................................................................................................................................................. 15
Fuse Monitoring........................................................................................................................................... 15
Diagnostic LED’s ........................................................................................................................................... 15
Tamper Detection ........................................................................................................................................ 15
RAM Memory............................................................................................................................................... 16
Power Input / Output................................................................................................................................... 16
D-NET Device Network................................................................................................................................. 16
Reader Interface .......................................................................................................................................... 19
Reader Connection ...................................................................................................................................... 19
Access Point Operating Modes .................................................................................................................... 20
Two Person .......................................................................................................................................... 20
High Security ........................................................................................................................................ 20

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Unlocked .............................................................................................................................................. 20
Tamper................................................................................................................................................. 20
Lockout Alarm ...................................................................................................................................... 20
Door Held Open Warning..................................................................................................................... 20
Door Held Open Alarm......................................................................................................................... 20
Keypad / Reader Combination............................................................................................................. 20
Access Granted .................................................................................................................................... 20
Access Denied ...................................................................................................................................... 20
Outputs ........................................................................................................................................................ 21
Default Output Operation........................................................................................................................ 21
Lock Output.......................................................................................................................................... 21
Forced / Tamper................................................................................................................................... 21
Door Held Open ................................................................................................................................... 21
Alarm Shunt ......................................................................................................................................... 21
Switching Inductive Devices (Locks, Bells) ............................................................................................... 21
Input Applications ........................................................................................................................................ 22
Request to Exit (RTE)................................................................................................................................ 22
Door Contact (DC) .................................................................................................................................... 22
Supervised Inputs......................................................................................................................................... 23
Input Circuit Types ....................................................................................................................................... 23
UNC100 Specification................................................................................................................................... 25
Cable Specification....................................................................................................................................... 25
Panel Graphics

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Introduction
The UNC100 is a single door In/Out access point controller for the Axiom™ system that includes a built-in
local area network interface.
The network interface also utilizes a POE (power over Ethernet) converter.
ULC-S319-05 III
For ULC-S319-05 III compliance, all wiring into the panel’s cabinet must enter through metal conduit.
Also be sure to mount the panel in a protected area.
Communication
The UNC100 has one RS485 port and an Ethernet 10/100 interface. Communications from the host
computer running Axiom software can be achieved in the following ways; either via the Ethernet
interface or via RS485 through a direct connection to a designated channel. The UNC100’s RS485
channel may be programmed as HOST, DNET, UNC-NET, or LAN. Use the DIP switch to select baud rate
for Host communications as 9600, 38400, 57600, or 115200.
Networks
There are three networks supported by the UNC100 these are:
1) Host Communications through the Ethernet or direct connection.
2) Device Communications for devices such as additional RC-2s starting at address 2, Alarm Keypads,
IOC-16 controllers, and PC100.
3) Controller Communications for controllers such as additional UNC500s or for NC100s via UNC-NET
which is protocol designed for RS485 communications between UNC500s and UNC100s only.

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RS485 Applications
Application name
Description
HOST
The Host port connects the UNC500 to a PC through an RS485
interface.
D-NET
The D-NET (Device Network) connects local device controllers
(RC-2, IOC-16, SafeSuite™ Panels, NRC2000, or NURC2000) to
the UNC100 controller on a high-speed bi-directional RS485
network.
UNC-NET
The UNC-NET (Controller Network) connects the UNC100
controller to other on a high-speed bi-directional RS485
network.
DIP Switch Settings
The UNC100 DIP switch controls the device’s address and serial port baud rate.
Note: To Clear Panel memory –All DIP switches must be off and the unit powered off and
on.
DIP Switch
DIP Switch
Function
1 - 4
Controller Address
5
Ethernet Secure Mode1
6,7
Controller Baud Rate
8
Not used
1DIP switch 5 up will enables Ethernet Secure Mode. This will prevent access to the panel’s programming through
the Ethernet.

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Controller Addressing
Use DIP switches 1, 2, 3, and 4 to select the controller address. The address is binary coded and the
switch settings for all fifteen possible addresses are given below.
Controller Addressing
Switch 1
Switch 2
Switch 3
Switch 4
Address
Off
Off
Off
Off
Clear Memory
On
Off
Off
Off
1 (Master)
Off
On
Off
Off
2 (Slave)
On
On
Off
Off
3 (Slave)
Off
Off
On
Off
4 (Slave)
On
Off
On
Off
5 (Slave)
Off
On
On
Off
6 (Slave)
On
On
On
Off
7 (Slave)
Off
Off
Off
On
8 (Slave)
On
Off
Off
On
9 (Slave)
Off
On
Off
On
10 (Slave)
On
On
Off
On
11 (Slave)
Off
Off
On
On
12 (Slave)
On
Off
On
On
13 (Slave)
Off
On
On
On
14 (Slave)
On
On
On
On
15 (Slave)

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Master Controller
Each network must have a single unit designated as the master controller. The master controller
connects to the PC. Setting the DIP switch address to 1 will automatically designate a unit as the master
controller.
Slave Controller
All controllers addressed 2 through 15 are referred to as slave controllers.
RS485 (HOST) Port Baud Rate Selection (Master Only)
The controller's serial port baud rate is set with controller DIP switches 6 and 7. This setting determines
the speed used to communicate with the PC; the controller baud rate must be the same as the baud rate
set for the port within the AxiomV™ software. The default baud rate is 9600.
Controller Baud Rate Selection
DIP Switch 6
DIP Switch 7
Baud Rate
OFF
OFF
9600
ON
OFF
38400
OFF
ON
57600
ON
ON
115200
Host Connection
The master controller is connected to either a serial port on the PC or through the local Ethernet via a
static IP address. The means of communication is configured in the AxiomV™software under Network
Properties/Port Type.

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PC to UNC100 Connection –RS485 Wiring
Cable Specification
Twisted pair, shielded, 18 to 22 AWG
Maximum Cable Length
4000 feet (1200 meters)
For ULC-S319-05 III compliance, all wiring into the panel’s cabinet must enter through metal conduit.
Also be sure to mount the panel in a protected area.

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UNC100 TCP/IP Connection
The master controller in some installations may not be directly connected to the PC and may be linked by
the local Ethernet. The system supports a static IP address only [default address is 192.168.168.125]. To
change the IP address of the unit you can either use IP Locator [a utility program provided by RBH] or
Telnet.
PC to UNC100 Connection - LAN
For ULC-S319-05 III compliance, all wiring into the panel’s cabinet must enter through metal conduit.
Also be sure to mount the panel in a protected area.

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Telnet
To program the UNC100 through Telnet you first have to set all DIP switches off. Connect to the panel
with an Ethernet cable and configure your computer to have IP address 192.168.168.20 [remember to
reconfigure your machine’s IP address back when you are done]. In the “cmd”window type the
following “telnet 192.168.168.125”. If a connection is made the following message will be displayed.
Telnet Opened on port 23 2 MEG RAM detected.
A password is required in order to change user parameters. The default password is “password”. The
password can be changed by the user. After entering the password the following items are available for
the use to alter.
Name
Defaults
Description and notes
IP ADDRESS
192.168.168.125
Local Ethernet address.
SUBNET MASK
255.255.255.0
Local Ethernet mask
IP GATEWAY
0.0.0.0
For future use when DNS option becomes available.
PORT NUMBER
3002
Primary port number.
ALT PORT NUMBER
3003
Alternate port number applies to “LAN” application.
RS485
HOST
Set the RS485 to HOST in order to connect via RS485 to the PC.
Telnet Password
password
This is a string of up to 10 characters that allows the user access
to this program.

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UNC-NET (Controller Network)
When combining UNC500s and UNC100s; connect the RS485 of the previous
UNC100 to CH3 (Configured as NC-NET) of the UNC500.

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If host connection is made through the RS485 port, then only one panel can be connected.
Battery Charger
The battery charger routes input power from the 13.8v input source or POE module and constantly
monitors the battery voltage.
Reverse Battery Protection
A combination of a three ampere diode and a 1.6 amp thermal fuse protects against accidental
connection of a battery in the reverse direction.
Battery Test
A battery test cycle is operator initiated or scheduled. When initiated the charger is turned off and a
24Ω resistor provides a load to the battery for about ten seconds. If during this period the voltage drops
below 10 volts a battery alarm message is sent to the host, otherwise a battery normal message is sent.
Fuse Monitoring
Besides monitoring the battery voltage the UNC100 also monitors the input voltage (DC), auxiliary
voltage (aux) and the reader voltage (reader) and reports to the host whenever the state changes.
Diagnostic LED’s
The RS485 circuit has a red and green LED to indicate when a signal is received or transmitted.
Host Comms LED is a bicolour LED when red indicates receiving data from the host and when green
indicates transmission of data.
Run LED will flash slowly when connected to the host and quickly when not connected.
Trouble LED will flash when a power problem such as a low battery or low auxiliary power is detected.
Tamper Detection
A tamper wire may be connected to JP1 located close to the center of the board. A short to this input is
normal and an open is alarm.

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RAM Memory
The static ram memory holds the database from the host (capable of handling 50k cards) that is
downloaded using Axiom software. The coin cell provides power to the memory as well as the real time
clock.
Power Input / Output
Located on the top right corner of the board is a jumper that selects if the power terminals are to be
used to supply power or provide power. Select “OUT” when using a POE supply and require 13.8V @
500ma for other equipment.
When not using POE, the jumper should be set to “IN”.
The UNC100 controller requires 13.8VDC to be supplied from an external source. (Note: Although the
unit can run on 12VDC, you will need 13.8VDC to be able to charge backup batteries.
D-NET Device Network
Up to four RC-2 reader controllers (The UNC100 is configured for 1, then you can connect 3 physical
RC2s), and up to sixteen IOC-16 input/output controllers, may be connected to each network controller
in the UNC-NET using high speed RS485 communications.
D-NET (Device Network)

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NRC2000 panels may be used in place of RC-2 panels.
NURC2000 may also be used in place of RC-2 panels.
The D-NET connects IOC-16, RC-2, SafeSuite™ panels, PC-100, NRC2000, and NURC2000 devices in a daisy
chain fashion (parallel connection) to the network controller. Device controllers do not have to be
addressed sequentially. However, using sequential device controller addressing is recommended as this
makes your cabling diagrams easier to follow and simplifies troubleshooting as the devices are in the
correct numerical sequence.
*** UNC100 D-NETs comprising SafeSuite™ panels, PC-100, NIRC2000, and NURC2000 devices must
have the last unit in the line terminated.
Device Controller Address Assignment
Address
Device Controller
1 –4 *
RC-2, NRC2000, NURC2000
5 –20
IOC-16, PC-100
1-255
SafeSuite™ panel
* The first RC2 is on the NC100 –Therefore, the first physical RC2 to be connected will start at address 2.

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D-NET (Device Network) Connection Example

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Reader Interface
Two standard Wiegand interfaces provide the following connections for typical proximity readers.
Thermal fuse protected power (500ma @13vdc).
Reader tamper input(s). Initially if open it will be ignored but once a short is connected it will report a
reader tamper alarm whenever the input is opened.
LED and beeper outputs are open collector current limited to 100ma.
Reader Connection
RC-2 to 12-Volt Reader Connection Diagram1
For ULC-S319-05 III compliance, all wiring into the panel’s cabinet must enter through metal conduit.
Also be sure to mount the panel in a protected area.
1Reader wire colours may vary for different reader manufactures. Please verify your wiring.

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Access Point Operating Modes
Two Person
The Red LED flashes slowly.
In Two Person Mode, two valid cards are required for access. The reader Buzzer beeps rapidly after the
first card is presented. A second valid card must be presented within ten seconds for access to be
granted.
High Security
The Red LED flashes quickly.
In High Security Mode, only cardholders with High Security Privilege are allowed access.
Unlocked
The green LED turns on to indicate the door is unlocked.
Tamper
The Buzzer sounds continuously.
Lockout Alarm
The Buzzer beeps rapidly.
A lockout alarm occurs when a user-defined number of „Access Denied‟ messages occur.
These messages can include „Invalid Card Number‟, „No Access at this Time‟, „No Access at this Reader‟,
or „Invalid PIN Code‟.
Door Held Open Warning
The Buzzer beeps slowly.
Door Held Open Alarm
The Buzzer sounds continuously.
Keypad / Reader Combination
The Buzzer emits a short beep every second after a card is presented, until a PIN is entered.
Access Granted
The Buzzer emits one long beep and the green LED turns on for the duration of the unlock time.
Access Denied
The Buzzer emits two short beeps and the red LED flashes twice.