Magellan PMD85W Instructions

P M D 8 5 S E R I E S
Outdoor Digital Dual-Optic High-
Performance PIR V1.01
Instructions
Instrucciones
PRINTED IN CANADA - 01/2009 PARADOX.COM PMD85-TI06
English
Beam Patterns
The PMD85 series features the following beam patterns:
Detector Beam Pattern
PMD85W Pet Array beam pattern (see figure 3)
PMD85L1 Horizontal Curtain beam pattern (see figure 4)
PMD85L2 Vertical Curtain beam pattern (see figure 5)
Installation
After selecting the detector's location, drill or punch out holes for the mounting screws
as shown in Figure 1.
Avoid placing the detector within proximity of sources of interference such as direct
sunlight, reflective surfaces and moving cars. Do not mount the detector near or on
metal, such as aluminum siding, as this may affect signal transmission.
The PMD85 can also be mounted using the Paradox Swivel Mount Bracket
(469). The swivel mount may allow for easier mounting. If using the swivel
mount, it is recommended that you seal the space where the swivel mount is
connected to the back cover with some silicon or with a rubber gasket to ensure
that moisture does not enter the detector.
After you have installed the detector, ensure that the adjustable height markings on the
upper right of the PCB's cover inside the unit match the installation height (see Figure
2). Any PCB adjustments should be followed by a walk-test to verify detector
coverage.
Do not touch the sensor surface as this could result in a detector malfunction.
If necessary, clean the sensor surface using a soft cloth with pure alcohol.
Ensure that the unit's front and back cover are tightly joined together without
any spacing (around the rim of the unit) before tightening the screw, otherwise
the weatherproof casing may be compromised and moisture may enter the
unit.
Powering the Detector
1. Insert three "AA" batteries into the battery holder while verifying polarity (see
Figure 2).
2. Insert the battery holder into the back cover and affix the battery cable to the battery
connector on the PCB.
After connecting the battery cable, a power-up sequence will begin (lasting
between 10 to 30 seconds). During this time, the red LED will flash and the
detector will not detect an open zone or tamper.
Replacing the Batteries
1. Disconnect the battery cable from the battery connector of the PCB.
2. Remove the battery holder from the back cover and remove the old batteries.
3. Press and release the tamper switch to ensure that the unit has powered down.
Follow the steps outlined in "Powering the Detector" above.
Figure / Figura / Figure 1
Installation / Instalación / Installation
A -Corner mount
-Montaje en esquina
B B -Montage en coin
A A
B -Flat surface mount
-Montaje superficie plana
C
-Support pivotant
C -Swivel mount bracket
A A
-Soporte de montaje giratorio
-Support pivotant
D -PCB screw
D -Vis de la carte de circuits imprimés
B B -Tornillo de la PCI
Figure / Figura / Figure 2
PCB Setup / Configuración de la PCI / Configuration de la carte de circuits imprimés
A E
- Sensors / Sensores / - Detect LED
Capteurs - LED de detección
- DEL de détection
B
B - Battery connector F
- Conector de batería - DIP switches
- Connecteur de piles - Interruptores DIP
- Commutateurs DIP
A
C
- Anti-tamper switch
G
- Interruptor - Sensitivity trimpot
antisabotaje - Potenciómetro
- Interrupteur de - Potentiomètre de
2.1m
sécurité sensibilité
G
(7ft/pi)
C
D
F
- Antenna / Antena /
D
E Antenne
Avoid bending, cutting
or altering the antenna
as this may affect signal
transmission.
Evitar doblar, cortar o
alterar la antena pues
esto puede afectar la
Height Tab / Lengüeta de Altura / transmisión de la señal.
Onglet de hauteur
Éviter de courber,
Align PCB height with the height tab of
couper ou altérer
the back cover (see above).
l'antenne, car cela peut
nuire à l'émission des
Alinear la altura de la PCI con la
signaux.
lengüeta de altura de la cubierta
trasera (ver arriba).
Aligner la hauteur de la carte de
circuits imprimés avec l'onglet de
hauteur du couvercle arrière (voir ci-
dessus).
Technical Specifications
Compatibility: MG5000, MG5500, MG-
6030, MG-6060, MG6130,
MG6160, 1759MG, RTX3,
11m x 11m
MG-RCV3
PMD85W 90°
(35ft x 35ft)
Sensor type: Dual Element Infrared (x2)
Sensor geometry: Rectangular
PMD85L1 11m x 11m
85°
Operating temp: -35°C to +50°C (-31°F to (Horizontal) (35ft x 35ft)
+122°F)
PMD85L2 13m (43ft)
Power: 3 x "AA" alkaline batteries 5.64°
(Vertical) x 2 beams
RF frequency: 433* or 868**MHz
Lens: 2nd generation Fresnel lens,
LODIFF®, segments
Transmitter range: 35m (115ft) with MG6160 / MG6130
70m (230ft) with MG5000 / MG5500 / RTX3
typical in a residential environment
Tamper switch: Yes
Detection speed‡: 0.2m to 3.5m/s (0.6ft to 11.5ft/s)
Battery life † : 4 years
* FCC ID: KDYMGPMD85 Canada: 2438A-MGPMD85
The PMD85W 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.
** 868MHz (only) is not UL approved.
†
Tested at 25°C. Battery life expectancy will vary according to the amount of traffic (movement) the detector has processed and
the temperature outdoors. A higher check-in time interval and higher traffic will lower battery life. In colder temperatures, the
capacity of alkaline batteries is reduced.
‡ The UL approved detection speed is 0.76m/s (2.5ft/s).
Figure / Figura / Figure 3
PMD85W Pet Array Beam Pattern / Estructura de Tipo Paso de Mascotas PMD85W /
Diagramme de lentilles Couloir pour animaux PMD85W
Figure / Figura / Figure 4
PMD85L1 Horizontal Curtain Beam Pattern / Estructura de Tipo Cortina Horizontal
PMD85L1 / Diagramme de lentilles Rideau horizontal PMD85L1
Figure / Figura / Figure 5
PMD85L2 Vertical Curtain Beam Pattern/ Estructura de Tipo Cortina Vertical
PMD85L2 / Diagramme de lentilles Rideau vertical PMD85L2
2.1m 40kg
(7ft) (90lbs)
1.1m Multi/large
(3.6ft) pet
2.1m
N/A
(7ft)
Detector Settings
Step DIP Details
LED Feedback
On for 4 seconds: Motion has been detected
1
Flash every 8 seconds: Low battery trouble (checked
LED Setting
every 12 hours)
Rapid Flash: Sending signal to receiver
DIP OFF = LED deactivated
Switch 1 ON = LED activated
2 Single edge processing should be used in normal
environments with minimal sources of interference.
Signal
Dual Edge Processing provides better false alarm
Processing
rejection if the detector is placed near sources of
Mode
interference that can adversely affect it.
DIP OFF =Dual edge
ON =Single edge
Switch 2
The PMD85 features adjustable sensitivity. Adjust from
1 (lowest sensitivity) to 10 (highest sensitivity) .
Depending on the sensitivity setting, an alarm
condition can be generated between 0.25 sec.
(highest) and 2 sec. (lowest) after the actual
3
movement.
Sensitivity
Viewing Sensitivity Settings
Remove the cover to view how many times the LED
flashes, then adjust the setting accordingly. The LED
flashes a consecutive amount of times to show the
setting. Thus if the sensitivity is set to 6, the LED
flashes 6 times.
Trimpot Turn clockwise =Increase sensitivity
Turn counterclockwise =Decrease sensitivity
The sensitivity trimpot is fragile. Do not
overtorque.
= default settings
DIP switches 3 and 4 are reserved for future use.
Walk-testing
To put the detector into Walk-test Mode, open and close the cover. At 20°C (68°F), at
the highest sensitivity setting and in Single Edge Processing mode, you should not be
able to cross more than one complete zone (consisting of 2 beams, left and right
sensor detecting elements) in the coverage area with any kind of movement; slow/fast
walking or running.
At the lowest sensitivity setting, the amount of movement required to generate an
alarm is doubled. The approximate width of a full beam at 11m (35ft) from the detector
is 1.8m (6ft). To walk-test, move across the detection path, not toward the detector.
After a power up, the detector will automatically enter Walk-Test mode for three
minutes.
Signal Strength Test
In order to verify the receiver's reception of the motion detector's signal, perform a
signal strength test before finalizing the installation of the PMD85. Prior to performing
the test, make sure that the batteries have been inserted into the battery holder to
power the detector. Also verify that the motion detector has been assigned to a zone.
For more information on signal strength tests and zone programming, refer to the
appropriate receiver's Reference & Installation Manual. If the transmission is weak,
just moving the detector by a few inches can greatly improve the reception. If the
signal is still weak, it is recommended that the detector be moved to another location.
Alive Software
If the motion detector transmits two alarm signals (LED on for 4 seconds) within a five
minute period, the detector will fall into Energy Save mode where the detector will not
transmit any alarm signals for approximately 3 minutes. Due to the motion detector's
Alive software, the red LED continues to flash to indicate a detection even when in
Energy Save mode. Once the three-minute Energy Save mode ends, the detector will
return to normal operation.
If the detector's cover is removed and then replaced while in Energy Save
mode, the first detection will trigger an alarm signal.
© 2007 Paradox Security Systems Ltd. All rights reserved. Specifications may change without prior notice.
One or more of the following US patents may apply: 7046142, 6215399, 6111256, 6104319, 5920259,
5886632, 5721542, 5287111, 5119069, 5077549 and RE39406 and other pending patents may apply.
Canadian and international patents may also apply. LODIFF® lens: patent #4,787,722 (U.S.).
Digigard is a trademark or registered trademark of Paradox Security Systems Ltd. or its affiliates in Canada,
the United States and/or other countries.
LODIFF® is a registered trademark of Fresnel Technologies Inc.
Warranty: For complete warranty information on this product please refer to the Limited Warranty Statement
found on the website www.paradox.com/terms. Your use of the Paradox product signifies your acceptance
of all warranty terms and conditions.