Rosslare MD-W11 User manual

MD-W11 Installation ManualPage 1
Wireless Access Control Door Interface
MD-W11
Installation Manual
February 2009

Table of Contents
MD-W11 Installation ManualPage 3
Table of Contents
1. Introduction..............................................................5
1.1 Overview..............................................................5
1.2 Features................................................................5
2. Technical Specifications ..........................................7
3. General Features....................................................10
4. Installation and Wiring .........................................11
4.1 The Installation Kit ............................................11
4.2 General Installation Requirements..................... 12
4.3 Installing the MD-W11N Unit........................... 12
4.4 Wiring the MD-W11N Unit...............................13
4.5 Installing the MD-W11F Unit............................ 16
4.6 Wiring the MD-W11F Unit................................16
4.7 Installing the MD-W11BP Battery Pack............ 18
4.8 Wiring the MD-W11BP Battery Pack................19
4.9 Indications on the Near and Far Units................19

Table of Contents
MD-W11 Installation Manual Page 4
4.10 Installer Recommendations................................20
5. Enrollment..............................................................21
5.1 Enrolling the Units.............................................21
5.2 Dipswitches........................................................21
6. Operation................................................................25
Appendix A. Limited Warranty.................................26
Appendix B. Technical Support.................................29

Introduction
MD-W11 Installation ManualPage 5
1. Introduction
1.1 Overview
The Rosslare Enterprises Ltd. MD-W11 Wireless Access Control Door
Interface, is a quick, inexpensive solution for connecting remote
door devices, such as readers, locks, and REX Buttons to an
access control unit.
The MD-W11 Wireless Access Control Door Interface consists of
two units per door, one located near the controller (the Near unit)
and the other near the door (the Far unit). The Near unit is
connected to a Rosslare door controller (e.g., AC-215, AC-225, or
AC-525). The Far unit is connected to proximity card readers or
keypads (e.g., AY-K12 and AY-Q64B).
When a card is read or a code (in 26 Wiegand format only) is
keyed onto the keypad, the Far unit transmits the information to
the Near unit. The Near unit, attached to the AC-225 or to another
controller, determines whether or not to open the door. The
controller then sends the message to the Near unit, which
transmits it to the Far unit, and if authorized, the door is opened.
1.2 Features
The MD-W11 Wireless Access Control Door Interface includes:
•Bi-directional RF data communication
•Wiegand 26-bit reader communication
•Lock and door relay commands
•Tamper, door monitor, and REX messages between the
controller and the interface unit
•Rolling Code to increase security
•Four different RF channels to prevent collisions

Introduction
MD-W11 Installation Manual Page 6
The MD-W11 Wireless Access Control Door Interface is displayed in
Figures 1 and 2.
Figure 1: MD-W11 Wireless Access Control Door Interface –
Battery Pack
Figure 2: MD-W11 Wireless Access Control Door Interface –
Near Unit/ Far Unit

Technical Specifications
MD-W11 Installation ManualPage 7
2. Technical Specifications
Electrical Characteristics
Input Voltage: Far unit: 12-24VAC/VDC.
Near unit: 12VDC from the
controller's power supply or wall
adapter.
Battery Charger: 12V sealed Lead-Acid, up to 7Ah
(Far Unit only).
Input Current: Standby: 70mAh
Max: 160mA
Maximum Range: Open field: 180 meters (585 ft)
Range depends on RF related
environmental conditions.
Response time: Up to 500ms with Rosslare’s AC-
215 controller and reader.
Response time depends on RF
link quality, number of doors used
as well as controller and reader
response time.
Output Relays: Far unit: 1 relay 5A Form C, NO,
NC for lock strike.
Near unit: 2 relays 1A Form C for
door monitor and Rex.

Technical Specifications
MD-W11 Installation Manual Page 8
Output Types: Far unit: LED CTRL – open
collector
Near unit: STAM, SPV, LBAT, AC,
TMP – open collector
Communications: Bi-directional RF, narrow band.
Fast anti-collision, rolling code
protocol with data protection.
Available in 4 bands
(see Dipswitches).
Data Transfer: Wiegand 26-bits, Lock
commands, REX, Door Monitor,
LED control and reader tamper
inputs.
Supervisory & Alerts: Full supervision over the remote
unit. Alert outputs at the Near
unit for supervision failure, system
tamper, reader tamper, low
battery and power failure.
Environmental Characteristics
Operating Environment: Indoor Use
Operating Temperature: -10°C to 50°C (14°F to 122°F)
Operating Humidity: 0 to 95% (Non Condensing)
Dimensions

Technical Specifications
MD-W11 Installation ManualPage 9
Height x Width x Depth 13 x 8.7 x 3.2 cm
(5.1 x 3.42 x 1.26 in)
Battery pack:
12.8 x 6.9 x 3.4 cm
(5.04 x 2.72 x 1.34 in)
Weight: 433 gr (15.27 oz)
Weight 155 g (0.34 lb)

General Features
MD-W11 Installation Manual Page 10
3. General Features
The general features of the MD-W11include:
•Maximum range of 200 meters (650 ft) outdoors,
depending on RF-related environmental conditions.
•Overall response time of 500 ms when used with
Rosslare’s AC-225 controller and readers. Response time
depends on RF link quality and the controller/reader’s
response time.
•Built-in charger for up to 12VDC, 7Ah backup battery on
the Far unit.
•Compatible with 26-bit Wiegand reader format keypads
and all of Rosslare’s readers.
•Case and wall tamper protection. Tamper events from
either near or far sides are reported from a tamper
output on the Near unit.
•Transfers proximity card information and LED control,
reader tamper, lock relay commands, REX and door
monitor events between the coupled units.
•Optional MD-W11BP battery pack housing with space for
12VDC/800mAh, sealed lead-acid battery. Suitable for
indoor use.
•Available in 868 MHz band.
•Outputs to report event signals.
•The Near unit is powered from the controller's power
supply. The Far unit is powered by a local wall
transformer. A built-in charger provides battery backup.

Installation and Wiring
MD-W11 Installation ManualPage 11
4. Installation and Wiring
The Near and Far units of the MD-W11 are installed and wired as
follows:
4.1 The Installation Kit
The installation kit of the MD-W11 interface includes:
•MD-W11N Near Unit: The Near unit sends the Controller
the Proximity card ID or Keypad code as though it were
a local reader. Following controller code/ID verification,
the lock relay receives a command (transmitted to the
Far unit) to open the door.
•MD-W11F Far Unit: The Far unit is connected to a
proximity card reader and/or keypad, and controls the
door lock relay.
•MD-W11BP Battery Pack: The Battery Pack is mounted
only on the MD-W11 Far Unit side (See Installing the MD-
W11BP Battery Pack, on page 18).
The MD-W11N and the MD-W11F are connected to the controller
and the door components (lock, door monitor, reader). Both units
are transceivers: the Near unit receives the data transmitted from
the Reader, and sends it to the controller. If authorized, the
controller sends authorization to the near unit, which transmits
authorization to the Far unit. The Far unit then opens the door.
The Wireless Access Control Door Interface makes the transfer of
data between the Controller input, the outputs, and the door
components (Lock, Reader, Door Monitor, Exit Button) transparent,
as if the door components were connected directly to the
controller.

Installation and Wiring
MD-W11 Installation Manual Page 12
4.2 General Installation Requirements
The installation kit includes:
•One drilling template (Label /Sticker)
•One Security spline key
•One Security hex screw
•Four mounting screws
•Four wall plugs
4.3 Installing the MD-W11N Unit
The Near unit can be connected to a standard Rosslare controller,
such as the AC-225. Decide where to mount the unit, and install it
as follows:
1) Use the spline key to remove the case security screw from the
back of the unit, as shown in Figure 3.
Figure 3: MD-W11 Back Cover

Installation and Wiring
MD-W11 Installation ManualPage 13
2) Use the drilling template to determine where to drill holes in
the wall.
3) Use the hardware to mount the back plate on the wall.
4) Wire the unit as instructed in the chapter on Wiring the MD-
W11N Unit, page 13.
4.4 Wiring the MD-W11N Unit
Wire the following terminals between the Controller's Input and
Output to the MD-W11N Near Unit, as shown in Figure 4:
1) Power supply connection (+12V and GND)
2) System tamper (STAM)
3) Supervision failure (SPV) - Far unit has supervision failure
4) Low battery (LBAT) - Far unit has low battery
5) AC Fail (AC) - Far unit has power failure
6) Data 0 (D0)
7) Data 1 (D1)
8) Reader LED control (LED input)
9) Far Reader Tamper (TMP)
10) Connection for lock (Lock input)
11) Relay 1 REX (output)
12) Relay 2-Door monitor (output)
Notes:
1. System tamper (STAM), Supervision failure (SPV), Low
battery (LBAT), AC Fail (AC) are outputs which can be
connected to any input of AC-225 and in AxTrax this input
should be configured accordingly (using Panel Links).
2. If either the Far reader or the Near reader, or both have
been tampered with, the STAM status changes, and retains
this status until both readers have been closed.

Installation and Wiring
MD-W11 Installation Manual Page 14
Figure 4: MD-W11N Near Unit Wiring Diagram

Installation and Wiring
MD-W11 Installation ManualPage 15
Figure 5: Sample Wiring Detail
Note:
Figure 5 shows sample input connections to any inputs, and
is relevant to: AC-215/225/525.
The relevant input can be configured to result in the required
outcome, using AxTrax and Panel Links.

Installation and Wiring
MD-W11 Installation Manual Page 16
Note:
1. The connection between the REX Input and Relay 1 is
always COM+ N.O. or COM + N.C. so that only two lines
connect this pair.
2. The connection between the Door Monitor Input and Relay
2 is always COM+ N.O. or COM + N.C. so that only two lines
connect this pair.
4.5 Installing the MD-W11F Unit
The Far unit can be connected to a standard Rosslare reader,
such as the AY-K12. The optional battery box can then be
attached to the wall next to the Far unit.
1) Attach the battery box to the wall with two screws.
2) Insert the wires from the reader and from the battery to the
hole in the side of the Far unit box.
3) Attach the side of the unit box to the wall with four screws.
4) Attach the wires to the PCB.
5) Cover both the battery and the Far unit boxes.
6) Tighten the screws on the bottom of both boxes so that they
remain closed.
4.6 Wiring the MD-W11F Unit
Wire the following terminals between the Controller's Input and
Output to the MD-W11 Far Unit, as shown in Figure 6:
1) 12-24VAC/VDC to the VIN+ and VIN- (voltage of Far unit)
2) Optional backup battery that connects to BAT+ and BAT-
3) 12V and GND power output for the Reader.
4) Data 0 Wiegand (D0) (input)
5) Data 1 Wiegand (D1) (input)
6) LED - Reader LED control (output)
7) TMP - Input for receiving reader tamper alert

Installation and Wiring
MD-W11 Installation ManualPage 17
8) Normally Open (NO)/Normally Closed (NC) and COM of 5A
Form C relay to the door’s lock
9) REX - Optional input for Request for Exit
10) DM - Optional input for door monitor contact
Figure 6: MD-W11F Far Unit Wiring Diagram

Installation and Wiring
MD-W11 Installation Manual Page 18
4.7 Installing the MD-W11BP Battery Pack
Only install the MD-W11BP battery pack in the MD-W11 Far Unit.
Decide where to mount the unit, and install the battery pack as
follows:
1) Use the spline key to remove the security screw from the
bottom of the case, and open the unit.
2) Use the drilling template to locate where to drill holes in the
wall.
3) Use the hardware provided to mount the back plate on the
wall.
4) Wire the battery pack as shown in Figure 7.
Figure 7: MD-W11BP Battery Pack

Installation and Wiring
MD-W11 Installation ManualPage 19
4.8 Wiring the MD-W11BP Battery Pack
In the Far unit only, connect the Red (+) and Black (GND) to
MDW11F Bat (+) and Bat (-).
4.9 Indications on the Near and Far Units
Figure 8 shows the six LED’s (which indicate the unit’s current
status) on the display panel of each unit :
1) PWR – Power ON
2) Tx – Sending transmission
3) Rx – Receiving transmission
4) ENRL – Enrolling
5) TRBL – Trouble
6) SYS – System OK
Figure 8: LED Display Panel

Enrollment
MD-W11 Installation Manual Page 20
4.10 Installer Recommendations
To install the MD-W11 units most efficiently, place the Near and Far
units facing each other, rather than placing them at a 90º angle
to one another.
Both transmission and reception are improved if the Near and Far
units have the same polarity.
In addition:
a) Do not place any of the MD-W11 units next to an air
conditioner, heater, blower, or an engine that
generates a magnetic field.
b) Do not place any unit next to an electronic device that
transmits RF or next to an access control reader or
device.
c) Assure that metal fixtures and furnishings (e.g., doors or
closets) are not in line with the Near and Far units.
d) Assure that the Near and Far units are at the same
approximate height, preferably above head level.

Enrollment
MD-W11 Installation ManualPage 21
5. Enrollment
Prevent loss of transmission data by enrolling each pair of Near
and Far units .
5.1 Enrolling the Units
One unit cannot recognize the unique ID of another unit unless
both units are enrolled so that they can work together.
5.2 Dipswitches
The dipswitches on both units are set as follows:
Dipswitches 1-4: Not used Must be in the ON position.
Dipswitch 5: OFF or
ON Used to set the channel.
Dipswitch 6: OFF or
ON Used to set the channel.
Dipswitch 7: Enrolling Normal mode – ON
Enrolling mode – OFF
Dipswitch 8: Not used Must be in the ON position.
Note:
Only handle the Dipswitches when the power is OFF.
Up is ON 1 2 3 4 5 6 7 8
Down is OFF