Magellan MG-PMD75 Leaflet
English
At the recommended height of 2.1m (7ft) ±10%, the MG-PMD75 motion detectors
provide full coverage from 1.5m (5ft) to 11m (35ft). The installation height is measured
from the center of the detector (Figure 1).
provide full coverage from 1.5m (5ft) to 11m (35ft). The installation height is measured
from the center of the detector (Figure 1).
Avoid placing the detector within proximity of the following sources of interference:
reflective surfaces, direct air flow from vents, fans, windows, sources of steam/oil
vapor, infrared light sources and objects causing temperature changes such as
heaters, refrigerators and ovens.
reflective surfaces, direct air flow from vents, fans, windows, sources of steam/oil
vapor, infrared light sources and objects causing temperature changes such as
heaters, refrigerators and ovens.
Avoid bending, cutting or altering the antenna or mounting the detector near or on
metal as this may affect signal transmission.
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.
metal as this may affect signal transmission.
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.
PCB Height Adjustment
The MG-PMD75 is designed for optimal performance at a height of 2.1m (7ft), but can
be installed lower or higher. After you have installed the detector, ensure that the
adjustable height markings on the right side of the PCB matches the tab inside the
back cover (see “H” in Figure 1). For example, if the detector is installed at a height of
2.1m (7ft), the PCB should then be adjusted to 2.1m (7ft) (Figure 1). Align the desired
marking (height) with the back cover’s plastic tab. If another installation height is called
for, readjust the PCB accordingly. Any PCB adjustments should be followed by a walk-
test of the protected area. Walk-testing verifies that the required coverage is in place.
be installed lower or higher. After you have installed the detector, ensure that the
adjustable height markings on the right side of the PCB matches the tab inside the
back cover (see “H” in Figure 1). For example, if the detector is installed at a height of
2.1m (7ft), the PCB should then be adjusted to 2.1m (7ft) (Figure 1). Align the desired
marking (height) with the back cover’s plastic tab. If another installation height is called
for, readjust the PCB accordingly. Any PCB adjustments should be followed by a walk-
test of the protected area. Walk-testing verifies that the required coverage is in place.
LED Setting (J5)
This setting enables or disables the red LED (Table 1). The red LED will illuminate for
a period of 4 seconds to indicate detected movement. The motion detector performs a
battery test every 12 hours. If the battery voltage is too low, the red LED will flash at 5-
second intervals and the motion detector will send a low battery signal to the receiver.
A trouble will then be generated and transmitted to the central monitoring station. The
red LED will flash rapidly when the motion detector transmits a signal to the receiver.
a period of 4 seconds to indicate detected movement. The motion detector performs a
battery test every 12 hours. If the battery voltage is too low, the red LED will flash at 5-
second intervals and the motion detector will send a low battery signal to the receiver.
A trouble will then be generated and transmitted to the central monitoring station. The
red LED will flash rapidly when the motion detector transmits a signal to the receiver.
Digital Shield™ Setting (J4)
In Normal Shield mode, the detector is set for normal environments. In High Shield
mode, the detector is set for high-risk environments (potential interferences) and
therefore provides greatly increased false alarm immunity. However, response time
and detector speed may be slower. Refer to Table 1.
mode, the detector is set for high-risk environments (potential interferences) and
therefore provides greatly increased false alarm immunity. However, response time
and detector speed may be slower. Refer to Table 1.
Single or Dual Edge Processing (J3)
This setting determines the DSP (Digital Signal Processing) operational mode of the
detector. Single Edge Processing mode should be used in normal environments with
minimal sources of interference. Dual Edge Processing mode provides better false
alarm rejection in the case where the detector is placed near sources of interference
that can adversely affect the motion detector. Refer to Table 1.
detector. Single Edge Processing mode should be used in normal environments with
minimal sources of interference. Dual Edge Processing mode provides better false
alarm rejection in the case where the detector is placed near sources of interference
that can adversely affect the motion detector. Refer to Table 1.
Operating Mode (J2)
This jumper determines what model of wireless receiver the motion detector will be
communicating with, Omnia or Magellan. Refer to Table 1.
communicating with, Omnia or Magellan. Refer to Table 1.
Check-in Supervision Timer (J1)
Jumper J1 sets the time interval in which the detector communicates a check-in signal
when used with Omnia or Spectra 1759EX (see Operating Mode). Refer to Table 1.
when used with Omnia or Spectra 1759EX (see Operating Mode). Refer to Table 1.
If the detector is used with Magellan (see Operating Mode), J1 is disabled and the
detector will regularly transmit a check-in signal to Magellan. The check-in supervision
time is set in the Magellan console.
detector will regularly transmit a check-in signal to Magellan. The check-in supervision
time is set in the Magellan console.
With an OMN-RCV3 V2.0 or higher, the receiver automatically detects the check-in
time set in each of its assigned transmitters. As a result, the transmitters can have
different check-in times. With a previous version of the OMN-RCV3, the transmitter
check-in time needs to match the setting in the module.
time set in each of its assigned transmitters. As a result, the transmitters can have
different check-in times. With a previous version of the OMN-RCV3, the transmitter
check-in time needs to match the setting in the module.
With an OMN-RCV3 V2.0 or higher, if the check-in time setting is changed, power
down and then power up the receiver in order for the change to be recognized.
down and then power up the receiver in order for the change to be recognized.
Powering the Detector
1. Insert 3 “AAA” batteries into the battery holder while verifying polarity (Figure 4).
2. Insert the battery holder into the back cover and affix the battery connector to the
2. Insert the battery holder into the back cover and affix the battery connector to the
PCB (see “A1” and “A2” in Figure 4).
After connecting the battery connector, a power-up sequence will begin (lasting 10
to 30 seconds). During this time, the red LED will flash and the detector will not
detect an open zone or tamper.
to 30 seconds). During this time, the red LED will flash and the detector will not
detect an open zone or tamper.
Replacing Batteries
1. Disconnect the battery connector from the PCB. Remove the battery holder and
remove the old batteries.
2. Press and release the anti-tamper switch to ensure that the unit has powered down.
3. Follow the steps outlined in “Powering the Detector”.
3. Follow the steps outlined in “Powering the Detector”.
Walk-testing
Open the cover in order to trigger the anti-tamper switch, then snap the cover back
into position. This will activate the motion detector’s walk-test mode for 3 minutes.
At 20°C (68°F), in Normal Shield (J4 = ON) mode and Single Edge Processing mode
(J3 = ON), 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.
into position. This will activate the motion detector’s walk-test mode for 3 minutes.
At 20°C (68°F), in Normal Shield (J4 = ON) mode and Single Edge Processing mode
(J3 = ON), 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.
In High Shield mode, 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). When
walk-testing, always move across the detection path and not toward the detector.
The approximate width of a full beam at 11m (35ft) from the detector is 1.8m (6ft). When
walk-testing, always move across the detection path and not toward the detector.
Walk-test mode is also activated for 3 minutes once the motion detector is powered
on.
on.
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 motion detector. Prior to
performing the test, make sure 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 and Installation Manual. If the transmission is
weak, relocating the transmitter by a few inches can greatly improve the reception.
signal strength test before finalizing the installation of the motion detector. Prior to
performing the test, make sure 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 and Installation Manual. If the transmission is
weak, relocating the transmitter by a few inches can greatly improve the reception.
Alive Software
If the motion detector transmits 2 alarm signals (LED on for 4 sec.) within a 5-minute
period, the detector falls into Energy Save mode where it won’t 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 3-minute Energy Save mode ends, the motion detector returns to normal operation.
period, the detector falls into Energy Save mode where it won’t 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 3-minute Energy Save mode ends, the motion detector returns 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.
first detection will trigger an alarm signal.
*
FCC ID: KDYOMNPMD75 Canada: 2438A-OMNPMD75
The MG-PMD75 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.
The MG-PMD75 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.
†
Battery life expectancy will vary according to the check-in time interval and the amount of traffic (movement) the detector has processed. A higher check-in
time interval and higher traffic will lower battery life.
time interval and higher traffic will lower battery life.
© 2002-2007Paradox Security Systems Ltd. Specifications may change without prior notice.
Changes or modifications on equipment not expressly approved by Paradox Security Systems could void the user’s authority to operate the equipment. Omnia,
Spectra, Magellan and Shield are trademarks or registered trademarks of Paradox Security Systems Lts and its affiliates in Canada, the United Staes and other
countries. All rights reserved. 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. LODIFF® lens: patent #4,787,722 (U.S.). LODIFF® is a registered trademark of Fresnel
Technologies Inc.
Changes or modifications on equipment not expressly approved by Paradox Security Systems could void the user’s authority to operate the equipment. Omnia,
Spectra, Magellan and Shield are trademarks or registered trademarks of Paradox Security Systems Lts and its affiliates in Canada, the United Staes and other
countries. All rights reserved. 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. LODIFF® lens: patent #4,787,722 (U.S.). 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.
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.
Figure 1 / Figura 1
Figure 2 / Figura 2
Figure 3 / Figura 3
Figure 4 / Figura 4
Table/Tableau/Tabla 1
U= default/par défaut/de fábrica
* = Omnia / Spectra 1759EX only
* = Omnia / Spectra 1759EX seulement
* = Sólo Omnia / Spectra 1759EX
* = Omnia / Spectra 1759EX only
* = Omnia / Spectra 1759EX seulement
* = Sólo Omnia / Spectra 1759EX
After changing the jumper settings, snap on the cover to close the anti-tamper switch
or press and release the anti-tamper switch in order to save the changes.
or press and release the anti-tamper switch in order to save the changes.
Après la modification des réglages des cavaliers, remettre le couvercle en place pour
fermer l’interrupteur de sécurité ou enfoncer et relâcher ce dernier afin de
sauvegarder.
fermer l’interrupteur de sécurité ou enfoncer et relâcher ce dernier afin de
sauvegarder.
Después de cambiar la configuración de los puentes, encaje la cubierta en su lugar
para cerrar el interruptor antisabotaje o pulse y suelte el interruptor anti-sabotaje para
guardar los cambios.
para cerrar el interruptor antisabotaje o pulse y suelte el interruptor anti-sabotaje para
guardar los cambios.
Digital Wireless Motion Detector
with Pet Immunity (MG-PMD75)
V2.0
Instructions
Instrucciones
paradox.com
Printed in Canada - 07/2007 MGPDM75-TI01
Technical Specifications
Sensor Type
Two dual opposed infrared sensors
Coverage - 90° (standard)
11m x 11m (35ft x 35ft)
Pet Immunity
Up to 40kg (90lbs)
Detector Speed
0.2m to 3.5m/sec. (0.6ft to 11.5ft/sec.)
Installation Height
2.1m to 2.7m (7ft to 9ft)
Operating Temperature
0°C to +50°C (+32°F to +122°F)
RF Frequency
433* or 868MHz
Lens
2nd generation Fresnel lens, LODIFF®, segments
Power
3 X “AAA” alkaline batteries
Transmitter Range
35m (115ft) with MG-6130/MG-6160
70m (230ft) with MG5000 / MG5050 / MG-RTX3
70m (230ft) with MG5000 / MG5050 / MG-RTX3
Anti-Tamper Switch
yes
Battery Life
†
Lowest check-in setting: 3 years
Highest check-in setting: 1.5 years
Highest check-in setting: 1.5 years
Certifications (i.e. UL and CE)
For updated information on certifications, go to
www.paradox.com
www.paradox.com
Compatibility
MG-RTX3, MG5000, MG5050, MG-6130/MG-6160, MG-
6030/MG-6060,1759EX/1759MG, Omnia, MG-RCU3
6030/MG-6060,1759EX/1759MG, Omnia, MG-RCU3
C
- unit aims further, the gap between
- unit aims further, the gap between
beams is wider. Pet immunity is
compromised.
compromised.
- l’unité capte plus loin et l’espace entre
les faisceaux est plus grand;
l’insensibilité aux animaux est
compromise.
l’insensibilité aux animaux est
compromise.
- el objetivo de la unidad está más lejos,
la distancia entre haces es mayor. La
inmunidad contra mascotas está
comprometida.
inmunidad contra mascotas está
comprometida.
B
- unit aims closer, the gap
- unit aims closer, the gap
between beams is smaller. Pet
immunity is compromised.
immunity is compromised.
- l’unité capte plus près et l’espace
entre les faisceaux est plus petit;
l’insensibilité aux animaux est
compromise.
l’insensibilité aux animaux est
compromise.
- el objetivo de la unidad está más
cerca; la distancia entre los haces es
más pequeña. La inmunidad contra
mascotas está comprometida.
más pequeña. La inmunidad contra
mascotas está comprometida.
2.1m
(7ft / pi.)
A
A
- optimum beam dispersion
- dispersion optimale du faisceau
- dispersión de haz óptima
- optimum beam dispersion
- dispersion optimale du faisceau
- dispersión de haz óptima
3.1m
(10ft / pi.)
B
1.1m
(4ft / pi.)
C
2.1m
(7ft /
7 pi)
7 pi)
2.1m
(7ft /
7 pi)
7 pi)
2.1m
(7ft /
7 pi)
7 pi)
3m
(10ft)
3m
(10ft)
1.5m
(5ft)
1.5m
(5ft)
0m
(0ft)
0m
(0ft)
1.5m
(5ft)
3m
(10ft)
6m
(20ft)
9m
(30ft)
11m
(35ft)
90°
2.1m
(7ft)
(7ft)
A
- corner mount
- montage en coin
- montaje en esquina
- corner mount
- montage en coin
- montaje en esquina
B
- flat surface mount
- montage sur surface plane
- montaje en superficie plana
- flat surface mount
- montage sur surface plane
- montaje en superficie plana
C
- PCB height tab
- onglet pour hauteur de carte de
- PCB height tab
- onglet pour hauteur de carte de
circuits imprimés
- lengüeta de altura de PCI
A
A
A
B
B
B
B
C
A
LED Indicator / Voyant DEL / Indicador LED
J5
OFF =
disabled/désactivé/deshabilitado
ON =
enabled/activé/habilitado
U
Digital Shield (sensitivity) / Algorithme numérique Shield (sensibilité) / Digital
Shield (sensibilidad)
Shield (sensibilidad)
J4
OFF = High Shield (low sensitivity) / Protection élevée (faible sensibilité)
Blindaje Superior (baja sensibilidad)
ON = Normal Shield (high sensitivity) / Protection normale (forte sensibilité)
Blindaje Normal (alta sensibilidad)
U
Processing Type/Type de traitement/Tipo de Procesamiento
J3
OFF = Dual edge / divisé / polaridad doble
ON = Single edge / simple / polaridad simple
ON = Single edge / simple / polaridad simple
U
Operating Mode / Mode de fonctionnement / Modo de Funcionamiento
J2
OFF = Omnia / Spectra 1759EX
ON = Magellan
ON = Magellan
U
Check-in Supervision Timer / Délai de supervision de présence / Tiempo de
Verificación de Prescencia
Verificación de Prescencia
J1*
OFF = 12 minutes / minutos
ON = 12 hours / heures / horas
ON = 12 hours / heures / horas
U
A1, A2
- battery connector
- connecteur de piles
- conector de batería
- battery connector
- connecteur de piles
- conector de batería
B
- anti-tamper switch
- interrupteur de sécurité
- interruptor antisabotaje
- anti-tamper switch
- interrupteur de sécurité
- interruptor antisabotaje
C
- PCB height markings
- marques pour hauteur de
- PCB height markings
- marques pour hauteur de
carte de circuits imprimés
- marcas de altura de PCI
D
- antenna/antenne/antena
- antenna/antenne/antena
E
- sensors/capteurs/sensores
- sensors/capteurs/sensores
F
- LED/DEL/LED
- LED/DEL/LED
G
- battery holder
- porte-piles
- compartimiento de batería
- battery holder
- porte-piles
- compartimiento de batería
H
- PCB height tab
- onglet pour hauteur de carte
- PCB height tab
- onglet pour hauteur de carte
de circuits imprimés
- lengüeta de altura de PCI
A1
B
C
D
F
E
A2
G
H
J5
J4
J3 J2 J1
- top battery
- pile du dessus
- batería de arriba
- pile du dessus
- batería de arriba