alphatronics UNii AT-100 User manual

UNii Door controller Installation manual
UNii Deur controller installatie handleiding
English page 2
Nederlands pagina 21

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Table of contents
UNii door controller.............................................................................................................................................4
Mounting...............................................................................................................................................................4
Connections .........................................................................................................................................................5
Connections .........................................................................................................................................................6
Power supply........................................................................................................................................................6
Backup power supply .........................................................................................................................................6
Protection against discharge............................................................................................................................6
Low battery voltage ............................................................................................................................................6
230V mains connection .....................................................................................................................................7
Jumpers ................................................................................................................................................................7
General specifications........................................................................................................................................8
Fuses .....................................................................................................................................................................8
Service ...................................................................................................................................................................8
Identification.........................................................................................................................................................8
AT-100...................................................................................................................................................................9
System requirements .........................................................................................................................................9
Wiring.....................................................................................................................................................................9
Measurements...................................................................................................................................................10
Mounting steps..................................................................................................................................................11
Connections and indicators ............................................................................................................................12
Connecting Card Reader interface.................................................................................................................14
AT-100 with pigtail............................................................................................................................................14
AT-200P ..............................................................................................................................................................15
System requirements .......................................................................................................................................15
Wiring...................................................................................................................................................................15
Measurements...................................................................................................................................................16
Location...............................................................................................................................................................16
Mounting steps..................................................................................................................................................16
Connections .......................................................................................................................................................17
Technical specifications AT-100 / 200P ......................................................................................................17
Connecting AT-100 and AT-200P to Card Reader Interface ....................................................................18
Connecting AT-100 and AT-200P to Door controller.................................................................................19
AT-300.................................................................................................................................................................20
Mounting steps..................................................................................................................................................20

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AT-400P ..............................................................................................................................................................21
Mounting steps..................................................................................................................................................21

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UNii door controller
The UNii door controller can be connected to the RS-485 bus of the UNii control panel and is
intended for access control of two doors with associated readers. The controller is available in two
versions 12 and 24V and has an independent voltage and emergency power supply and is supplied
in a metal housing.
Mounting
The metal enclosure must be securely fastened using 3 screws (4.2 x 60 mm) and suitable plugs.
For a surface other than brick, suitable screws and, if necessary, plugs must be used. The screw
holes are located at the bottom left and right of the cabinet and one slotted hole in the middle of
the cabinet. See the figure below.
Mounting holes for the metal enclosure.

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Connections
1. Reader 1 - RTE and door position
inputs
2. Reader 1 (Wiegand) connection
3. Reader 1 - LED and OC output
4. Reader 2 -RTE and door position
inputs
5. Reader 2 (Wiegand) connection
6. Reader 2 -LED and OC output
7. RS485 bus IN
8. RS485 bus OUT
9. OSDP connection
10.Reader 1 – Door activation (Relay)
11.Reader 2 – Door activation (Relay)
12.External (AUX) power
13.Battery connection
14.Power supply connection
15.Input expander connector
16.Output expander connector
17.Tamper switch connection
18.Jumpers
19.Low battery indicator
20.230V power OK
21.UNii RS-485 bus communication
error
22.UNii RS-485 bus communication OK
23.Watchdog led

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Connections
-2 reader (Wiegand) inputs with power supply and connections for LED indication and
buzzer. (Equipped with a polyfuse 100mA)
-2 Request to Exit (RTE) inputs (1 per door). If this input is activated, the corresponding door
control (relay) will be activated for the set time.
-2 Door position inputs (1 per door). For details see programming manual UNii control
panel.
-2 Relay outputs (1 per door) for electric door strike.
-UNii RS485 bus in and out connection. (The door controller dos does not supply a 12VDC
power supply to the outgoing RS-485 bus !).
-OSDP bus connection (for future use)
-Output expander connector for optional connection of 4 extra relays (art.nr. 004666) or O.C.
outputs (art.nr. 004668).
-Input expander connector for connecting 8 hardwired inputs (art.nr. 004664). Inputs are
normal inputs on the UNii control panel. These inputs are NOT! allowed to be part of a
certified installation.
-Connection fort amper switch in the metal enclosure.
Power supply
The door controller is supplied in a 12VDC or 24VDC version, check before connecting electric door
strikes whether you have the correct version.
The outgoing power supply (AUX) socket (No. 12) is used to power an electric door strike.
The door reader (Wiegand) connections (no. 2 and 5) are equipped with a 12VDC power supply
terminal for powering the door readers.
In the 12V version, 1.5A is available externally for connecting door readers, door strikes, etc.
In the 24V version, 800mA is available externally for connecting door readers, door strikes, etc.
When using a 24V version, two 12V lead acid batteries must be connected in series using the
supplied linking cable.
The 12VDC power supply terminal in the RS485 IN and OUT (No. 7 and 8) are interconnected, so
the door controller does NOT! provide additional power supply for the outgoing RS485 bus and
connected components.
Backup power supply
The metal housing has space for 1 12V-7Ah or 12V-12Ah lead battery or 2 12V-3.2Ah (with 24V
version).
Protection against discharge
If the mains voltage stays away too long and the battery voltage becomes too low (below
10.1VDC), the pcb board will switch itself off completely. You can only restart and charge the
battery if the mains voltage is restored. The voltage of the recommended 12Ah Yuasa battery is
9.7VDC with a deep discharge.
Low battery voltage
A low battery voltage is detected when the battery voltage drops below 11.0VDC (SD low voltage).

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230V mains connection
A mains fuse with a value of 315 mA is included in the terminal block. The installation must be
equipped with a double-pole switch / disconnector to make the mains connection completely
voltage-free.
The mains voltage is connected to the terminal block in the cabinet. The middle connection is the
earth connection, and this connection is connected to the metal enclosure of the control panel. The
terminal block is equipped with a glass fuse. The earth connection is also provided with an earth
wire (yellow / green) with a connection lip. This is intended to connect the lid of the metal
enclosure with the protective earth.
Ensure that this connection is properly connected when closing the cabinet.
This equipment may only be installed by qualified personnel and must be kept out of
reach of children!
Always ensure that the alarm system is properly earthed. If there are doubts about the
grounding, check it carefully. A good grounding is essential for the proper removal of
electrical interference!
Jumpers
The main board has a row of pin headers (no. 20 in the drawing) on which a jumper can be placed.
The following jumpers can be useful during installation or when maintaining the system:
TXD RXD Programming interface
TAMPSW Override the tamper switch in the metal enclosure
PROG Not in use in normal operation mode
RESET By short circuiting these 2 pins the mainboard will restart
BOOT Not in use in normal operation mode

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General specifications
Power supply: Type A (power supply with back-up facility)
PRIMARY: 230VAC ±10% / 50Hz ±10% . At full load, the maximum primary
consumption is 0,5 A
(@230VAC). Min. cable diameter 3 x 0,75mm
Own consumption: 30mA at 12VDC
Battery:12VDC or 24VDC trickle charge, 12VDC 900mA, 24VDC 450mA
Aux power: Maximum external current consumption 12V@1,5A or
24VDC@800mA. Cable diameter 2 x 0,5mm2
Casing: Metal enclosure; 400mm x 250mm x 135mm (H x W x D).
Weight: 5200gr excluding battery.
Control panel cabinet must be installed within the protected
area. The maximum depth (thickness) of the battery is 100 mm.
Manufacturer: Alphatronics BV
Operating temperature: 0° C tot +40° C
Storage temperature: -20° C tot +60° C
Humidity: 85% relative humidity at 30° C
Environment: Indoor use only
Fuses
The pcb board has several polyfuses and two glass fuses:
F1: 100mA (polyfuse) protects the RED led output of door reader 1
F2: 100mA (polyfuse) protects the RED led output of door reader 2
F3: 100mA (polyfuse) protects the GREEN led output of door reader 2
F4: 500mA (polyfuse) protects the internal +3V3 power supply.
F9: 100mA (polyfuse) protects the OC output of door reader 2
F10: 100mA (polyfuse) protects the GREEN led output of door reader 1
F11: 100mA (polyfuse) protects the OC output of door reader 1
F12: 750mA (polyfuse) protects the 12V OSDP bus supply
Battery:5A (glass fuse 6x 32mm)
230V: 315mA (glass fuse 5 x 20mm)
Service
The UNii keypad has no serviceable parts or adjustment points. In the event of established defects,
the entire keypad must be replaced (in consultation with the support desk). The battery has an
expected lifetime of 3-5 years and must be checked (and replaced if necessary) every year during
maintenance.
Identification
A label has been fixed to the back on the inside of the metal enclosure, based on which the device
can be identified. The label includes the name of the manufacturer, the model, a production date (2
digits for the month, followed by 2 digits for the year), the security Grade and the environmental
class.
- Labels may not be removed!

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- If the installation does not comply with Grade 1, 2 or 3, the labels MUST be removed or
made clear in another way that the installation is non-compliant!
- The serial number must not be removed.
AT-100
The AT-100 access reader is a DESFire EV2 access control reader for the UNii control panel. The
AT-100 can be used for access control applications and/or arming and disarming of the UNii
control panel.
System requirements
The AT-100 access reader can only be used on the UNii control panel and supports DESFire EV2
tagss (art.code 008072 and 008074) and cards (008075).
To ensure proper functioning of the equipment, the environment of the AT-100 must be compliant
with certain conditions.
Caution: The AT-100 operates between a temperature and humidity of -30°C and + 85°C
and 20 ~ 90%
RH non-condensing.
Wiring
The AT-100 access reader is available in a version with terminal connections (art.code 004630)
and a version with 3m cable (art.code 004639) and must be connected to a card reader interface
(art.code: 004628) or Door controller (art.code 004650/004651) using shielded twisted-pair CAT5E
cable. The maximum cable length between the AT-100 access reader and card reader interface or
Door controller is 100m.
Spacers
Spacer name: Article code:
Spacer 004634
Spacer protector 004635
Rubber seal (10 pcs) 004636
The spacer can be used when mounting the access reader on a metal surface, placing the reader
on the metal surface can influence the reading distance.
The spacer protector is like the spacer but offers extra protection on both sides of the access
reader. The spacer protector can be used when the access reader is mounted in a harsh
environment.

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The rubber seal is a foam rubber pad that can be mounted between the access reader and the
mounting surface to ensure a better protection from water and moisture getting into the back of
the access reader. The rubber seal can also be used when mounting the access reader on an
uneven surface like a brick wall.
Measurements
Location
- Determine the location where the AT-100 card reader should be installed. Please note that
there is a maximum cable length of 100m between the access reader and the card reader
interface or Door controller.
- Keep a minimum distance of 20cm between AT-100 and AT-200P access readers.
- The AT-100 should preferably not be installed directly on a metal surface. If this is
necessary, please use a spacer (see wiring: spacers) to achieve optimal reading distance.

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Mounting steps
Mount the access reader preferably on a flat surface.
•Drill two holes for mounting the backplate of the access reader on the preferred location.
The hole diameter should be 6mm for plugs in a brick wall and 3mm in wooden walls.
•Pull the cable through the backplate (and spacer or rubber seal, if applicable). Fasten the
backplate on the surface with the appropriate screws (and plugs). The head of the screws
must be at least 6mm wide. Please notice that the screw hole of the access reader must
be placed on the underside.
•Remove the 9-pin terminal connector from the back of the access reader Connect the
cable to the connector (For correct wiring see connections and indicators.) Place the
connector back on the back of the access reader.
•Place the card reader on top of the backplate and smoothly close it. A click should be heard
when both parts are connected.
•Fix the reader to the backplate with the supplied screw on the bottom of the reader.

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Connections and indicators
The AT-100 access reader contains the following indicators and connections:

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Connecting Card Reader interface
Label
Interface
Description
A
Light Guide
Multicolor RGB LED to display status
B
Buzzer
Multitoe buzzer for audio feedback
C
Dip switch
3-pin DIP switch for RS-485 purpose (not used)
B
9-pin connector
Connector to connect to Card Reader interface or Door
controller
AT-100 with pigtail
Terminal
Wire colour
Description
5-16VDC
Red
Power connedtion (5-16VDC) *
GND
White
Ground
A
x
RS485 A (not used)
B
x
RS485 B (not used)
LED
Orange
Activate LED input
BUZ
Gray
Activate buzzer input
TAMP
x
D0
Green
D0 input Card reader interface
D1
Yellow
D1 input Card reader interface
*The AT-100 accepts a power between 5.0 and 16.0 VDC. A higher input voltage results in lower
power consumption and ensuring cost-efficient wiring with a smaller conductor diameter. When
using an external power supply, it must comply with SELV guidelines.
DIP Switch-1 is used to determine the RS485 resistance. Set the dipswitch to DEFAULT.
Function
1
2
3
DEFAULT
Off
Off
On
Polyx
On
On
Off
Ext.
Off
Off
Off

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AT-200P
The AT-200P keypad access reader is a DESFire EV2 access control reader including keypad for
the UNii control panel. The AT-100 can be used for access control applications and/or arming and
disarming of the UNii control panel.
System requirements
The AT-200P keypad access reader can only be used on the UNii control panel and supports
DESFire EV2 tags (art.code 008072 and 008074) and cards (008075).
To ensure proper functioning of the equipment, the environment of the AT-200P must be
compliant with certain conditions.
Caution: The AT-200P operates between a temperature and humidity of -30°C and + 85°C
and 20 ~ 90%
RH non-condensing.
Wiring
The AT-200P access reader contains terminal connections on the back and must be connected to
a card reader interface (art.code: 004628) or Door controller (art.code 004650/004651) using
shielded twisted-pair CAT5E cable. The maximum cable length between the AT-200P access
reader and card reader interface or Door controller is 100m.
Spacers
Spacer name: Article code:
Spacer 004637
Outside spacer 004638
The spacer can be used when mounting the keypad access reader on a metal surface, placing the
reader on the metal surface can influence the reading distance.
The outside spacer is like the standard spacer but designed to used outdoors and offers extra
protection against rain and moisture.

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Measurements
Location
•Determine the location where the AT-200P keypad access reader should be installed.
Please note that there is a maximum cable length of 100m between the keypad access
reader and the card reader interface or Door controller.
•Keep a minimum distance of 20cm between AT-100 and AT-200P access readers.
•The AT-200P should preferably not be installed directly on a metal surface. If this is
necessary, please use a (outside) spacer (see wiring: spacers) to achieve optimal reading
distance.
Mounting steps
Mount the access reader preferably on a flat surface.
•Pull the cable through the mounting plate of the AT-200P reader.
•The screw hole of the card reader should be placed on the underside.
•Mount the back plate of the card reader to the wall of outlet, using the appropriate plugs
and screws.
•When not removed, remove the orange-colored sticker on the Buzzer.
•Click the front of the card reader at the top of the mounting plate.
•Attach the front of the card reader to the mounting plate with the supplied 'special
mounting bolts.

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Connections
The AT-200P keypad access reader contains the following connections:
Pin number
Wiegand
1
Not used
2
Not used
3
D0
4
D1
5
Ext Input 1 (LED)
6
GND
7
Power connedtion (5-16VDC)
Technical specifications AT-100 / 200P
AT-100 AT-200P
Power supply 5-16 VDC 25mA 5-16 VDC 25mA
Current drain 125mA@12VDC 175mA@12VDC
Dimensions 142 x 45 x 22mm 80 x 80 x 19mm
IP rating IP54/IP64 IP64
Operating temperature -40° to 85ºC -40° to 85ºC
Connection 9-pin terminal/cable 7 pin terminal
Output Wiegand Wiegand
Reader technology DESFire EV2 DESFire EV2
Tag distance 20-70mm 50-70mm
User interface LED/Buzzer LED/Buzzer

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Connecting AT-100 and AT-200P to Card Reader Interface
Reader
Interface controller
D1
D1
Wiegand Clock/Data
D0
D0
Wiegand Clock/Data
TAMP
T
Tamper Contact
Buz
OC
Buzzer driver
LED
G
R
Led Driver (Green)
Led Driver (Red)
0
0
GND
+
+
12 VDC
Dipswitch instelling Card Reader Interface
1
2
3
4
5
6
Auto addressing
On
On
On
On
X
Address 1
Off
Off
Off
Off
X
Address 2
On
Off
Off
Off
X
Address 3
Off
On
Off
Off
X
Address 4
On
On
Off
Off
X
Address 5
Off
Off
On
Off
X
Address 6
On
Off
On
Off
X
Address 7
Off
On
On
Off
X
Address 8
On
On
On
Off
X
Address 9
Off
Off
Off
On
X
Address 10
On
Off
Off
On
X
Address 11
Off
On
Off
On
X
Address 12
On
On
Off
On
X
Address 13
Off
Off
On
On
X
Address 14
On
Off
On
On
X
Address 15
Off
On
On
On
X
Bridge tamper reader
On
TXD/RXD
Debug/Flashing
TAMP
Bridge tamper casing
PROG
Debug/Flashing
RESET
Reset module
ISP
Debug/Flashing

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Connecting AT-100 and AT-200P to Door controller
Reader
Door controller
D1
D1
Wiegand Clock/Data
D0
D0
Wiegand Clock/Data
Tamp
T
Tamper contact
Buz
OC
Buzzer driver
LED
G
R
Led Driver (Green)
Led Driver (Red)
0
0
GND
+
+
12 VDC
Rotary switch Jumpers
Rotary setting
Auto addressing
0
Fixed addressing
1-F
TXD/RXD
Debug/Flashing
TAMP
Bridge tamper casing
PROG
Debug/Flashing
RESET
Reset module
ISP
Debug/Flashing

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AT-300
Mounting steps
Mount the reader on an even surface.
Connect the wires to the power supply, Wiegand controller etc.
Right after applying the voltage all 3 LED’s lights and the buzzer beeps. Right after the yellow LED
is lit and the buzzer is silent.
9 – 30/42* VDC / 30mA
0V GND
N/A
Wiegand D0 / Data
Wiegand D1 / Clock
External buzzer, 0V active
External controlling red LED, 0V active
External controlling green LED, 0V active