Paxton 654-549-US User manual

Page1
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+V out
Red LED
Amber LED
Green LED
Data/D0
Clock/D1
Media Detect
0V
Entry
12V
12V Lock
0V
0V
N.C.
N.O.
COM
Alarm
12V
Green LED
Exit
0V
Contact
0V
0V
Tamper
PSU
0V
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Net2 nano
Ins-40075-US Net2 nano control unit - UL
Exit button
(push to make)
Reader/keypad
Tamper switch
Door contact switch
(held closed by door)
01/28/2013
12V DC
power supply
This is the heartbeat of the
system and should pulse
regularly. This indicates that
the processor is functioning. Net2Air wireless activity (Tx/Rx) - Blue
12V (Green) - Power LED.
Lock (Orange) - The 12V lock output is energised.
Relay (Orange) - The relay is energised - (NO/COM contacts are closed).
Alarm (Red) - 12V Alarm output is active.
Exit (Orange) - The exit button contacts are closed.
Contact (Orange) - The door contacts are closed.
Tamper (Orange) - The tamper contacts are closed.
PSU (Orange) - The PSU contacts are closed.
Net2Air (Blue) - Net2Air interface Tx/Rx activity.
OK (Green ash) - The internal software is running.
LED indications
This access control unit uses wireless communication. It is recommended that a Net2Air
site surveyor is used to determine the best position for the bridge and control units.
Diagnostic LEDs
This wireless unit requires a Net2Air bridge to communicate with the server PC.
*
Not connected
*
Lock release
A new unit requires approximately 30 seconds after initial power up to self congure.
During this time the OK LED will not be ashing.
The unit will not operate correctly until this function has completed.
Paxton
Technical Support
Technical help is available: Monday - Friday from 02:00 AM - 8:00 PM (EST)
1.800.672.7298 [email protected]
Documentation on all Paxton products can be found on our web site - http://www.paxton-access.com/
For instructions in alternative languages - http://paxton.info/1000

Page 2
The access control unit connects to the Net2 software running on the PC using Paxton Net2Air proprietary wireless
technology. A Net2Air bridge enables communication from the Net2 software to the Paxton wireless products.
Radio signals do not always behave as you might expect. For example, a cell phone that displays a full signal on
one part of the site will lose signal completely only a few feet away. These problems can be addressed by using the
Net2 site surveyor kit (690-200-US)
See also: XAN1095 - Net2 nano - How does it work? < http://paxton.info/974 >
XAN1096 - How to plan a Net2 nano installation < http://paxton.info/975 >
XIns-30096-US - Net2Air site surveyor < http://paxton.info/1193 >
Data transfer with wireless technology requires far more control and error checking than with a hard wired data
line connection. Net2 classic runs with a server that originates and controls all the communications on the data
line. This would not be ecient in a wireless environment.
We therefore give the Nano controller the active role. Each Nano is always active and transmits data bursts
(including a regular Heartbeat) every few seconds. The Net2 server then acts upon these requests for service.
The PC requires at least one Net2Air bridge to communicate with a Nano. This can be a local Net2Air USB bridge
(only one per system) and/or multiple Net2Air Ethernet bridge units connected to the PC via a TCP/IP connection.
Net2 nano PC / server operation
Net2Air wireless communication
There is NO Net2 nano detection function. It is recognised that there could be security issues if the wireless
units were detectable from outside the site. During installation, a Nano unit binds with a Net2Air bridge which will
then only talk to registered units. The Server conguration utility also has an ' Enable commissioning' mode which
can be turned o to inhibit Nano units being added.
Net2Air wireless control units are fully compatible with the hard wired Net2 range but there are several important
dierences that need to be understood before installing wireless equipment. The most important of these is the
location of the control units and their bridge components.
These principles are therefore explained rst before we move on to the control unit itself.
The reader's default indication has all the LED's on. Access granted is denoted with a single ashing Green LED.
Access Denied is a single ashing Red LED.
A Net2 nano ACU or a Hands free interface cannot be installed in a Metal cabinet as this would block the RF signal
used for the Net2Air wireless technology.
Reader
Control unit
Net2 Server
An entry is then made on the Doors screen and a special icon is used to denote the wireless connection.
Part number Description
654-943-US Net2 nano 1 door access control unit
654-549-US Net2 nano 1 door ACU in plastic housing
Options
Radio frequency
This product should not be installed within 10 feet of other wireless equipment operating on a 2.4Ghz frequency.
To ensure optimum performance other wireless networks should avoid WiFi channels 11, 12 and 13 to reduce the
possibility of interference.

Page3
Control unit installation
Wire the components to the Access Control Unit (ACU) as shown on the rst page.
Press the exit button or in the absence of an exit button, short the 0V and exit terminals together.
The congured lock output LED will come on and the lock should release.
Use Max length Type
Reader / Keypad 500 feet 8 core, shielded - Belden 9538, Alpha 1298C (22AWG) General Cable
C0744A / C0745A (22AWG)
Input / Output 100 yds 2 conductor - Alpha 1172C (22AWG) or equivalent
Cable specication
Cable type
Part number Qty Description
Fitting Kit fk1-095 3 35mm wall plugs
3 8g x 1.5 pozi twin woodscrew
1 M4 x 20 pozi pan machine screw
5 Cable tie
4 Cable clip
1 Diode 1N4001
1 M4 Rubber washer
Parts kits
Mounting
The unit will continue to operate in a 'standalone' mode if the PC is shut down. Any Events that occur during this
period are stored in the unit and the PC is updated when it comes back on line.
The ACU shall be installed within the protected premises as both the power and lock wiring is present at the PCB.
A Tamper alarm input is provided on the PCB - See Input/Output Wiring
Where the ACU is being installed within a plastic enclosure, the hub must be connected to the conduit before it is
connected to the plastic enclose. This is to eliminate the potential of any excessive torque loading being applied
to the plastic enclosure during installation.
This housing should be xed to the surface with suitable fasteners; screws and wall plugs are provided for this in
the tting kit. Also provided are cable ties to secure the cabling and a smaller securing screw for the lid.
This product is not suitable for retail sale. All warranties are invalid if this product
is not installed by a trained technician.
This unit is for Indoor use only
PC installation
The current specication for compatible PC hardware, network and operating systems is available on our website
at the following link: http://paxton.info/720

Page 4
The Net2 software should be loaded on the controlling PC with at least one Net2Air bridge installed.
Full documentation is supplied with the Net2Air bridge unit and also from the website as follows:
Software installation
XAN1051 - Installing Net2 software < http://paxton.info/1520 >
XIns-40084-US Net2Air USB bridge < http://paxton.info/1453 >
XIns-40085-US Net2Air Ethernet bridge < http://paxton.info/1192 >
Only ONE Net2Air USB bridge may be used per system. Multiple Net2Air Ethernet bridges may also be congured.

Page5
A Nano must rst bind to a Net2Air bridge before it will enroll itself onto the Net2 system. The term 'bind' is used
to denote the xed relationship between a Nano and its bridge.
Create a user record in the database and assign a Net2 token to the user. If you are not using PROXIMITY tokens
you should still create the user record and assign a token number (Not a PIN) of your choice. These records can
be deleted after the installation is complete.
Connect a PROXIMITY reader to the Nano and then present the same user token previously assigned. (If you are
enrolling a Keypad only unit, enter the token number on the keypad followed by * ) The Nano will then transmit
the token number and wait for a response from a bridge.
If more than one bridge replies, the Nano checks the signal strength and selects the strongest bridge to
communicate with. The Net2 software conrms that the token number is in the database and if so registers this
Net2 nano/bridge binding.
Enrolling a Net2 nano
Software conguration
Reader: Settings for the Reader and Keypad.
Outputs: Lock, Relay, Alarm. - Selects these outputs to be
used by the Lock, Bell or Alarm functions.
Alarm: Congures the settings for the dierent alarm types.
Codes: Valid keypad codes can be viewed, added and removed
(This tab is only displayed when a keypad is tted)
Events: Shows the events for this control unit only.
Access Rights: Lists users who have access through this door.
Name: Each reader can be named individually if required.
Reader type: Set the reader type, if applicable.
Keypad type: Set the keypad type, if applicable
Reader operating mode: Set the operating mode.
Timed operating modes: A dierent operating
mode can be congured within a time window.
Door name: Name the Door.
Door open time: Set the door open time.
Unlock the Door during: Holds the door unlocked during this
timezone. - Set to 'At No Time' for normal user operation.
Present a token at each reader. An event for each read should appear in the Events screen.
Change the default password for the System Engineer.
Set up other operators if required.
Set up time zones.
Set up access levels.
Users can be added & assigned to the required access level.
Departments can be created if required.
The Net2 CD can assist here with detailed application notes for setting up users and general system operation.
System checks
UL compatable readers
Part Type
373-110-US PROXIMITY P75 reader
373-120-US PROXIMITY P75 reader, screw connector
353-110-US PROXIMITY P50 reader
390-747-US PROXIMITY metal reader
390-727-US PROXIMITY metal reader, chrome
390-737-US PROXIMITY metal reader, brass
390-135-US PROXIMITY panel mount reader
Part Type
371-110-US TOUCHLOCK K75 keypad
371-120-US TOUCHLOCK K75 keypad, screw connector
372-110-US TOUCHLOCK K75 stainless steel keypad
372-120-US TOUCHLOCK K75 stainless steel, screw connector
375-110-US PROXIMITY KP75 keypad
375-120-US PROXIMITY KP75 keypad, screw connector

Page 6
The Net2 nano is designed to take input from Clock and Data readers through its (In/Out) reader port. It can
also be congured for 26bit Wiegand.
It has a Net2Air wireless interface that is used for uploading rmware and user information as well as providing
Event information to the PC on demand.
Following the completed installation of this equipment, no further maintenance or testing is required.
It is advisable to ensure that any third party backup power supplies or recovery procedures are checked
regularly to ensure that the operation of the Paxton system is not compromised.
Maintenance
INPUT / OUTPUT WIRING
Lock output - This is a transistor 'open drain' output, (not a voltage free contact) that has been designed
to simplify the wiring of the lock. It can be congured to operate in Fail lock, Fail unlock or toggle modes and
removes the need for additional links or diodes normally required when using a relay for output switching.
Relay output - This provides a set of volt free contacts to switch external devices.
Alarm output - This is a transistor driven output that switches to 0V when activated.
The Net2 nano has 3 outputs that can be congured in the Doors screen to perform dierent functions.
This exibility means that a site that requires the Relay output (volt free contacts) for the door function can
congure the Lock output to drive a door bell.
Net2 nano reset
The Nano controller holds the address information for the bridge that it has bound with. This will cause
problems if the unit is to be used on another system.
To clear this address information, you need to perform a hardware reset. Link Orange/White on the reader port
and then power cycle the unit.
Make sure that the power is not removed again until after the green OK LED is ashing again. Later versions
of software also ash the reader LED's until the reset process has nished. Remove the Orange/White link.
1 - Short circuiting, mutilation or incineration of the cells must be avoided to prevent one or more of the following
occurrences; Release of toxic materials, release of hydrogen and/or oxygen gas, rise in surface temperature.
2 - If a cell has leaked or vented the control unit must be replaced. The battery is not to be replaced.

Page7
Alarm sounder
The Net2 ACU has a local alarm output. This is a transistor
'open drain' output, (not a volt free contact) that is capable of
switching 1A at 12V DC.
A Lock output, Relay output or Alarm output must be congured
to function as the Alarm output.
This local output can be turned on or o for each type of alarm
and can be congured to sound continuously or intermittently to
distinguish between dierent alarm types.
The lock is wired across 12V and COM. A 0V link is then required to complete the circuit. This will be wired from
0v to NO or NC depending on lock type (Fail Open / Fail Closed)
A diode is supplied which should be tted across 12V and COM (Silver end to 12V ) to protect the relay contacts.
The dry relay contacts can be used to switch the power from an independent lock power supply. Wire the 0V to
NC or NO and the lock to COM; the +VCC supply is wired directly to the lock.
Lock Wiring - Relay output
Fail open
12V DC power supply
Door lock
Lock power supply
Fail closed Lock with an independent supply
ALARM
12V
12V Lock
0V
0V
N.C.
N.O.
COM
0V
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See Specication table for Output ratings.
Lock wiring - Lock output (12V DC)
See Specication table for Output ratings.
This wiring illustration shows the Relay output congured for the Door lock function.
12V
12V Lock
0V
0V
N.C.
N.O.
COM
0V
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12V
12V Lock
0V
0V
N.C.
N.O.
COM
0V
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+ -
+
-
12V
12V Lock
0V
0V
N.C.
N.O.
COM
0V
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12V
12V Lock
0V
0V
N.C.
N.O.
COM
0V
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The lock is wired across the 12V Lock and 0V terminals. No diode
or additonal wiring is required.
Set the 'Lock output' to 'Door lock' and set the release type to
fail locked, fail unlocked, or toggle.
This wiring illustration shows the Lock output congured for the
Door lock function.
The use of a Fail closed/Secure conguration shall be determined by the local building codes and the local AHJ.

Page 8
Exit button
Door Contact
Tamper switch
PSU monitoring
A NO switch may be tted so that it is held closed while
the door is shut.
The Contact LED will be ON when the switch is closed.
- Door Closed.
The PSU LED will be ON when the NO Relay contacts are
closed. - Power OK.
When the Exit terminal is shorted to 0V, the ACU will illuminate the Exit LED and activate the lock output for the set
'Door open time'. The lock output will remain active while the short to 0V remains and the reader/exit button Green
LED will ash during this period. More than one exit button can be wired in parallel.
A Lock output, Relay output or Alarm output must be congured to function as the Door Lock output.
When connected, Net2 will check the door position during
access activity and will raise an Alarm in the event of a
'Door Forced' or 'Door left open' condition.
The Tamper LED will be ON when the switch is closed.
Net2 will monitor the switch position and will raise an
Alarm in the event of a 'Tamper' condition.
The Net2 software will monitor the relay contacts and will
raise an Alarm in the event of a 'Power Fail' condition.
Door Bell - Relay output
Pressing the bell button on the keypad will energise the
Door bell output for 1 second.
The Lock output, Relay output or Alarm output must be
congured to function as the Door Bell output.
This wiring illustration shows the Relay output congured
for the Door Bell function.
See Specication table for Output ratings.
12V
12V Lock
0V
0V
N.C.
N.O.
COM
0V
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12V
Green LED
Exit
0V
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Exit
0V
Contact
0V
0V
Tamper
PSU
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COM
N.O.
N.C
Exit
0V
Contact
0V
0V
Tamper
PSU
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COM
N.O.
N.C.
Exit
0V
Contact
0V
0V
Tamper
PSU
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Where tted, a 'push to make' button is required.
(See Specication table for ratings)
The Exit LED will be ON when the switch is closed. -
Button Pushed.
The ACU supplied in a plastic housing has a 'NO' tamper
switch tted and pre-wired into the circuit board.

Page9
Fire Door Interface
A re alarm system must be used to release all re doors.
External relay contacts are held closed by the re alarm's interface
and will be dropped during an alarm condition. The system is fail
safe as the door will release even if the cable burns through.
External Fire Door relay tted
Panic hardware
A break glass should be tted, in conjunction with a fail open
release to ensure a reliable egress method in the event of an
emergency. This is tted on the 12V supply wire to the lock and
drops the power ensuring that the lock opens.
The diagram shows how to include the break glass in the Net2
lock wiring circuit.
Break Glass tted
This wiring illustration shows the Relay output congured for the
Door lock function.
This wiring illustration shows the Relay output congured for the
Door lock function.
12V
12V Lock
0V
0V
N.C.
N.O.
COM
0V
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12V
12V Lock
0V
0V
N.C.
N.O.
COM
0V
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N.O. COM
The use of any add-on, expansion, memory or other module manufactured or supplied by the manufacturer's
representative will invalidate the CAN/ULC-S319 certication.
For CAN/ULC-S319 installations, terminals, leads and wiring methods must comply with CSA, C22.1, Canadian
electrical code, Part 1, safety standards for electrical installations.
Product compliance and limitations
To comply as a UL listed installation, the following conditions must apply:-
Server based functions (Antipassback, Time and Attendance, etc) have not been evaluated by UL and cannot be used
for UL 294 installations.
The use of Wiegand readers and the conguration software has not been evaluated by 'UL'
Wiring: - Where an equivalent cable / wire is used it must be ' UL Listed '
All interconnecting devices must be UL Listed.
Exit buttons - A UL listed 'push to make' button must be used.
Door contact - A UL listed 'Normaly Open' (N.O.) switch must be used.
Tamper alarm - Connect to a UL listed burglar alarm unit for supervision.
Alarm sounder - Connections to this alarm output have not been evaluated by UL for burglar alarm use.
Break glass- A UL listed break glass must be used.
The power must be provided via a separate DC supply, a UL Listed Access Control (or Burglar Alarm) Class 2,
Power-Limited, power source capable of 4 hours standby must be employed. This is wired into the 0V and
12/24V terminals and the cable secured with the cable ties provided.
Wiring methods shall be in accordance with the National Electrical Code (ANSI/NFPA70), local codes, and the
authorities having jurisdiction.
Software features and functions have not been evaluated by UL.
This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to the following
two conditions: (1) this device may not cause interference, and (2) this device must accept any interference,
including interference that may cause undesired operation of the device.

Page 10
10,000
10,000
250
64
1 sec 99,999 sec
50
1
1
2
2
1 10
1 100
30 yds
3,584
12V DC
120 mA 3 A
24V DC
2 A
11.2V DC 12V DC
1.1 A
11.6V DC 12V DC
1 A
10.8V DC 12V DC
500 mA
2.405 GHz
11.3V DC 12V DC
20 mA
0°C (32°F) 55°C (131°F)
85% - Relative humidity
4 1/8in 3 1/4in 7/8in
7 in 7 in 1 5/8in
Input Voltage
Relay switchable current
Relay switchable voltage
Operating temperature - Battery limits
Electrical
Environment
Dimensions
Input Current
Features
Waterproof
Min
Width Height
Max
Min Max
Depth
Min Max
Number of PIN's
Access Levels
Time Zones
Alarm output current
Maximum door open time
Doors per ACU
Reader ports per ACU
Readers per port
Keypads per port
ACU's per Net2Air bridge - Recommended
Data retention after total power loss
Events stored in ACU with no server connection
Number of Cards
Number of Codes
Specications
No
Reader port output current
Control Unit
Plastic Housing
Net2Air bridge (data lines) per system
Net2Air wireless range to ACU
Dedicated lock output current
Carrier frequency
60 days
Reader port voltage
Alarm output voltage
Humidity
Exit button voltage
Exit button current
Dedicated lock output voltage
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that
may cause undesired operation. Changes or modications not expressly approved by the party responsible for compliance could void the
user's authority to operate the equipment.
FCC Compliance
This equipment must not be co-located with any other transmitter and must be used at a distance in excess of 20cm to the user.
The party that incorporates this equipment into another host device is responsible for verication of the emissions produced by the nal
product and must adhere to the limits specied in FCC Part 15.
Furthermore, a label must be applied to the exterior of the nal product referring to this enclosed module, which states : "Contains
Transmitter Module FCC ID: USE654943" or "Contains FCC ID: USE654943".