4.4 WIRING THE READER TO THE INTERFACE MODULE USING ONE POWER SUPPLY................. 14
IRING THE READER TO THE INTERFACE MODULE USING MULTIPLE POWER SUPPLIES ..... 15
4.5 W
4.6 W
IRING A SOLENOID TO THE READER .................................................................................. 16
ONNECTING THE AUX RELAY BOARD TO THE INTERFACE MODULE .................................. 17
4.7 C
4.8 WIRING A DOOR POSITION SWITCH (DPS), REQUEST TO EXIT (RX) SWITCH, LATCH BOLT
(LX) AND DEADBOLT MONITOR (DX) SWITCH TO THE READER................................................ 18
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Section 1: Introduction
1.1 Product Description
The Profile Series v.N1 Access Control Lock is designed to integrate into an existing
Wiegand access control system.
The unit consists of three components: the Reader(s), the Interface Module and the
Auxiliary Relay Board. The Reader resides within the exterior escutcheon on each door
and connects to the prox antenna, the keypad and it wires back to the Interface Module.
The Interface Module connects the v.N1 system to the access control system and it
supports from one to four Readers.
The third component is the Auxiliary Relay Board. These relay outputs are controlled by
the Latch Bolt and Deadbolt switches in lock bodies. Refer to section 4.8 for further
details.
1.2 Product Features
• Supports 1 to 4 Doors
• Card Reader is 39-bit HID Compatible
• Keypad Data is Sent as 8-bit Burst
• RX (Request to Exit)
• Door Position Switch Monitor
• Deadbolt Monitor
• Latch Bolt Monitor
• Supports Fail-Safe and Fail-Secure Solenoid Locking Devices
NOTE:
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 modifications not expressly approved by the party responsible
for compliance could void the user's authority to operate the equipment.
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1.3 Specifications
Electrical Specifications
Operating Voltage 12 to 30 VDC
Current Draw Reader: 36mA (Typical); 46mA (Max)
*The max current draw on the Interface Module was calculated by
adding 18mA for each relay energized. The max current draw on
the Aux Relay Board was calculated by adding 21mA for each relay
and LED.
Relay Contacts 12-24VAC/DC; 1A (max)
Cable Specifications
RS-485 Cable (between
Reader and Interface
Module)
Power Supply Cable 18 AWG – 22 AWG (dependent on distance) stranded.
RX and Door Contact Cable 18 – 22 AWG (dependent on distance) stranded and
Lock Input Cable 18 – 22 AWG (depended on distance) stranded.
Wiegand Data Cable (Data 0
and Data 1
LED and Sounder Control
Cable
Mechanical Specifications
Interface Module Dimensions 4” x 6”
Aux Relay Board Dimensions 4” x 6”
Miscellaneous Specifications
Operating Temperature
Compatible Proximity Cards HID format cards up to 39 bits in length
24 AWG, shielded two-twisted pair telephone cable with
a shunt capacitance of 16pF/Ft.
Maximum of 4000 Ft.
shielded.
18 – 22 AWG (dependent on distance) stranded and
shielded.
18 – 22 AWG (dependent on distance) stranded and
shielded.
-35°C to +66°C (-31°F to + 151°F)
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1.4 LED Functions
The following chart describes the function of the LED’s on the circuit boards.
Interface Module
LED Color Function Normal
Condition
LED1 Yellow Indicates a Reader is
offline
LED2 Red Indicates communication
errors between a Reader
and Interface Module
LED3 Green Indicates successful
communication between
the Readers and the
Interface Module
LED4 Green Indicates the 9V
regulator on the PCB is
functioning
LED5 Green Indicates the 5V
regulator on the PCB is
functioning
LED6 Green Indicates the tamper
relay is energized
Reader
LED Color Function Normal
LED5 Red Indicates valid proximity
card read.
LED6 Green Indicates valid proximity
card read.
Auxiliary Relay Board
LED Color Function Normal
LED1-16 Green Indicates the Aux Relay
is Energized
Flashing Rapidly Off
Condition
Flash on valid
proximity card
Flash on valid
proximity card
Condition
On = Relay
energized
Off = Relay de-
energized
Off Solid
Off Flashing
On Off
On Off
On Off
read
read
Condition
Condition
Condition
Error
Rapidly
Error
N/A
N/A
Error
N/A
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Section 2: System Operation
The following section discusses the overall operation of the Profile Series v.N1 Access
Control Lock. Section 3 covers how to configure the system to fit your application.
2.1 Presenting a Proximity Card / Entering a Keypad Code
As mentioned above, the Reader is the device used at the door to gain access.
Depending on the system, the user has the option to enter either keypad data, present a
proximity card or both. The Reader then transmits the keypad and/or card data back to
the Interface Module over the RS-485 wires. The data is processed by the Interface
Module and transmitted to the access control panel. The access control system then
makes the decision whether or not to allow access. If a prox card was presented to the
Reader, the Interface Module transmits the wiegand data directly to the panel. The
Reader can read HID format cards up to 39 bits in length. If a code is entered on the
keypad, the Interface Module sends each keypress individually to the access control
panel in an 8-bit burst. The chart below shows the data for each keypress.