Orion EL-55 User manual

Orion EL-55
Passive Infrared Detector - 1, 2 or 3 Pulse Count, RFI/EMI Immunity, Temperature Compensation, Easy Lock • Détecteur Infrarouge Passif - 1, 2 ou 3 Comptages d’Impulsions, Immunité aux Interférences Radio Électriques et Électro-
magnetiques, Compensation de Température, Fermoir • Detector Infrarrojo Pasivo - Conteo de 1, 2 or 3 pulsos, Alta Immunidad a Interferencias EM y de RF, Compensación de Temperatura, Traba de PCB de fácil ajuste “Easy Lock”
English
Location of Detector
Consider the following before mounting the
detector:
• Select a location from which the pattern of
the detector is most likely to be crossed by
a burglar, should there be a break in.
• Select an appropriate height from the
following table:
Lens Type Recommended
Installation Height
Standard 6.6ft / 2.2m
Pet 4ft / 1.2m
Long Range 6.5ft / 2m
Curtain 3.25ft / 1m
Table 1
• Avoid a location that comes in direct contact
with radiators, heating/cooling ducts or air
conditioners.
• Do not place the detector in front of
windows subject to direct sunlight or drafts.
• Do not place bulky objects in front of the
detector.
Installation Instructions
1. Open the housing by removing the front
cover. To do so, remove the cover screw
located at the bottom of the unit.
2. Remove the PCB by turning counter-
clockwise and removing the “Easy Lock”.
Note: Do not touch the face of the PYRO
sensor.
3. Knock out the required mounting and
wiring holes.
4. Thread the wires through the wiring holes
(from the outside of the unit) using the
appropriate wiring hole knock outs shown in
Figure 2.
Note: Electronics Line 3000 recommends
using 20-22 AWG connection cable.
5. Seal the wiring hole with the foam plug
provided.
6. Choose an appropriate mounting height
from table 1 and attach the base to the wall.
7. Connect the wires to the terminal block (as
shown in figure 1).
Alarm
Tamper
RLY NC
TAMP NC +Vin GND
Figure 1: Terminal Block
Terminals 1 & 2: Tamper Contacts
Terminals 3 (+) & 4 (-): Voltage Input
Terminals 5 & 6: Alarm Relay Contacts
Note: This equipment should be installed in
accordance with the NFPA 70 standard.
8. Mount the PCB at the required vertical
adjustment and replace the Easy Lock.
9. Optional - If a restricted field of view is
desired, mask the appropriate lens
segments with the stickers provided.
10. Attach the front cover making sure to
close the plastic housing with the cover
screw.
Operation and Adjustment
Warm-up Time: The detector will need to warm
up for the first 90 seconds after applying power.
Note: The unit is to be connected to a UL
listed power supply or control unit capable
of providing a minimum of four hours
standby power.
Setting the pulse counter: The pulse counter
controls the amount of pulses that need to be
detected before the detector will generate an
alarm. To set the pulse counter, refer to the
following table:
Jumper Position Pulse Count
Removed 1
Pins 2&3 2
Pins 1&2 3
Table 2
Note: The maximum pulse count for the
long range and curtain lenses is 2P. It is not
recommended to select 3P for distances
above 12m.
Vertical Adjustment: To position the PCB, turn
the Easy Lock counter-clockwise and slide the
PCB up or down to the required setting using
the vertical adjustment scale. The detector’s
coverage area is 14m x 14m when the PCB is
positioned at 0. Slide the PCB up towards the
-10 position to decrease the coverage area
bringing the beams closer to the mounting wall.
Walk testing the detector: A walk test is
performed in order to determine the lens
coverage pattern of the detector. To do so, walk
across the scope of the detector according to
the detection pattern selected. Confirm that the
LED activates and deactivates accordingly.
This test should be performed weekly. Note: It
is recommended to set the pulse counter to
1P for the walk test. The left and right lens
blind spots (located on the lower corners of
the lens) can be compensated for by
repositioning the lens.
Setting the LED indicator: Insert the LED
jumper to enable LED indication and remove
the LED jumper to disable LED indication.
Note: The LED should be disabled only after
successfully walk testing the detector.
Changing Lenses: To change a lens, release
the lens frame using a small screwdriver and fix
the new lens into place with the smooth side
facing outwards. Verify that the word TOP is
located at the top of the lens (alternatively a
notch may appear on the bottom edge of the
lens) before snapping the lens frame back into
place.
Technical Specifications
Operating Voltage: 9 - 16Vdc
Current Consumption: Standby @ 12V - 15mA
Max. (Alarm) @ 16V - 17mA
Maximum Coverage: 46ft x 46ft / 14m x 14m
Alarm Duration: 1 second min.
Pulse Count: 1, 2 or 3 Jumper Selectable
Pyroelectric Sensor: Dual Element
RFI Immunity: 30V/m up to 1GHz
Alarm Output: N.C., Contact Rating 10W max.
Switching Voltage: 30Vdc not to exceed 10W
Switching Current: 0.3A not to exceed 10W
Tamper Switch: N.C.
Contact Rating 30Vdc, 50mA max.
Operating Temperature: -10°to 60°C
Temperature Compensation: Thermistor
Reverse Polarity Protection: Diode
Fire Protection: ABS Plastic Housing
LED Indicator: Jumper Selectable
Dimensions: 114 x 60 x 50mm
Figure 2: PCB / Figure 2: Circuit Imprimé / Figura 2: PCB
0
-5
-10
3 1
LED P.CNT
Wiring Hole/
Trou de câblage/
A
gujero pasa-cables
NC Relay/
Relais NF/ Relé NC
Pyro Sensor/
Détecteur Pyro/
Sensor Piroeléctrico
Vertical
A
djustment Scale/
Graduation
d’ajustement vertical/
Escala de
ajuste vertical
LED Jumper/
Cavalier LED/
Puente del LED
Pulse Count Jumper/
Cavalier de comptage
impulsions/
Puente del contador de
pulsos
Mounting Hole
/
Trou de montage
/
Agujero para
monta
j
e
Terminal Block/
Bornier/
Bloque de
terminales
Tamper Switch
/
Contact
d’autoprotection
/
Llave del Tampe
r
Easy Lock/
Fermoir circuit imprimé/
Traba “Easy Lock”
LED Indicator/
Indicateur LED/
Indicador LED
Lens Patterns
The diagram shows the coverage pattern
for the detector fitted with a standard
lens, with the PCB set at a vertical
adjustment of 0.
Zones de Couverture
Le schema indique la zone de couverture
pour un détecteur équipé d’une lentille
standard, avec le circuit imprimé en
ajustement vertical à 0.
Diagramas de Detección
El diagrama muestra la cobertura del
detector con lente standard y con la
tarjeta PCB en la posicion 0 de ajuste.
0m
0m
Top View/Vue de Dessus/ Vista Superior
Side View/Vue de Côté/Vista Lateral
10m
10m
10m
14m
2.2m
5m
5m
5m
10m 14m5m2m
0

Orion EL-55
Passive Infrared Detector - 1, 2 or 3 Pulse Count, RFI/EMI Immunity, Temperature Compensation, Easy Lock • Détecteur Infrarouge Passif - 1, 2 ou 3 Comptages d’Impulsions, Immunité aux Interférences Radio Électriques et Électro-
magnetiques, Compensation de Température, Fermoir • Detector Infrarrojo Pasivo - Conteo de 1, 2 or 3 pulsos, Alta Immunidad a Interferencias EM y de RF, Compensación de Temperatura, Traba de PCB de fácil ajuste “Easy Lock”
English
Location of Detector
Consider the following before mounting the
detector:
• Select a location from which the pattern of
the detector is most likely to be crossed by
a burglar, should there be a break in.
• Select an appropriate height from the
following table:
Lens Type Recommended
Installation Height
Standard 6.6ft / 2.2m
Pet 4ft / 1.2m
Long Range 6.5ft / 2m
Curtain 3.25ft / 1m
Table 1
• Avoid a location that comes in direct contact
with radiators, heating/cooling ducts or air
conditioners.
• Do not place the detector in front of
windows subject to direct sunlight or drafts.
• Do not place bulky objects in front of the
detector.
Installation Instructions
1. Open the housing by removing the front
cover. To do so, remove the cover screw
located at the bottom of the unit.
2. Remove the PCB by turning counter-
clockwise and removing the “Easy Lock”.
Note: Do not touch the face of the PYRO
sensor.
3. Knock out the required mounting and
wiring holes.
4. Thread the wires through the wiring holes
(from the outside of the unit) using the
appropriate wiring hole knock outs shown in
Figure 2.
Note: Electronics Line 3000 recommends
using 20-22 AWG connection cable.
5. Seal the wiring hole with the foam plug
provided.
6. Choose an appropriate mounting height
from table 1 and attach the base to the wall.
7. Connect the wires to the terminal block (as
shown in figure 1).
Alarm
Tamper
RLY NC
TAMP NC +Vin GND
Figure 1: Terminal Block
Terminals 1 & 2: Tamper Contacts
Terminals 3 (+) & 4 (-): Voltage Input
Terminals 5 & 6: Alarm Relay Contacts
Note: This equipment should be installed in
accordance with the NFPA 70 standard.
8. Mount the PCB at the required vertical
adjustment and replace the Easy Lock.
9. Optional - If a restricted field of view is
desired, mask the appropriate lens
segments with the stickers provided.
10. Attach the front cover making sure to
close the plastic housing with the cover
screw.
Operation and Adjustment
Warm-up Time: The detector will need to warm
up for the first 90 seconds after applying power.
Note: The unit is to be connected to a UL
listed power supply or control unit capable
of providing a minimum of four hours
standby power.
Setting the pulse counter: The pulse counter
controls the amount of pulses that need to be
detected before the detector will generate an
alarm. To set the pulse counter, refer to the
following table:
Jumper Position Pulse Count
Removed 1
Pins 2&3 2
Pins 1&2 3
Table 2
Note: The maximum pulse count for the
long range and curtain lenses is 2P. It is not
recommended to select 3P for distances
above 12m.
Vertical Adjustment: To position the PCB, turn
the Easy Lock counter-clockwise and slide the
PCB up or down to the required setting using
the vertical adjustment scale. The detector’s
coverage area is 14m x 14m when the PCB is
positioned at 0. Slide the PCB up towards the
-10 position to decrease the coverage area
bringing the beams closer to the mounting wall.
Walk testing the detector: A walk test is
performed in order to determine the lens
coverage pattern of the detector. To do so, walk
across the scope of the detector according to
the detection pattern selected. Confirm that the
LED activates and deactivates accordingly.
This test should be performed weekly. Note: It
is recommended to set the pulse counter to
1P for the walk test. The left and right lens
blind spots (located on the lower corners of
the lens) can be compensated for by
repositioning the lens.
Setting the LED indicator: Insert the LED
jumper to enable LED indication and remove
the LED jumper to disable LED indication.
Note: The LED should be disabled only after
successfully walk testing the detector.
Changing Lenses: To change a lens, release
the lens frame using a small screwdriver and fix
the new lens into place with the smooth side
facing outwards. Verify that the word TOP is
located at the top of the lens (alternatively a
notch may appear on the bottom edge of the
lens) before snapping the lens frame back into
place.
Technical Specifications
Operating Voltage: 9 - 16Vdc
Current Consumption: Standby @ 12V - 15mA
Max. (Alarm) @ 16V - 17mA
Maximum Coverage: 46ft x 46ft / 14m x 14m
Alarm Duration: 1 second min.
Pulse Count: 1, 2 or 3 Jumper Selectable
Pyroelectric Sensor: Dual Element
RFI Immunity: 30V/m up to 1GHz
Alarm Output: N.C., Contact Rating 10W max.
Switching Voltage: 30Vdc not to exceed 10W
Switching Current: 0.3A not to exceed 10W
Tamper Switch: N.C.
Contact Rating 30Vdc, 50mA max.
Operating Temperature: -10°to 60°C
Temperature Compensation: Thermistor
Reverse Polarity Protection: Diode
Fire Protection: ABS Plastic Housing
LED Indicator: Jumper Selectable
Dimensions: 114 x 60 x 50mm
Figure 2: PCB / Figure 2: Circuit Imprimé / Figura 2: PCB
0
-5
-10
3 1
LED P.CNT
Wiring Hole/
Trou de câblage/
A
gujero pasa-cables
NC Relay/
Relais NF/ Relé NC
Pyro Sensor/
Détecteur Pyro/
Sensor Piroeléctrico
Vertical
A
djustment Scale/
Graduation
d’ajustement vertical/
Escala de
ajuste vertical
LED Jumper/
Cavalier LED/
Puente del LED
Pulse Count Jumper/
Cavalier de comptage
impulsions/
Puente del contador de
pulsos
Mounting Hole
/
Trou de montage
/
Agujero para
monta
j
e
Terminal Block/
Bornier/
Bloque de
terminales
Tamper Switch
/
Contact
d’autoprotection
/
Llave del Tampe
r
Easy Lock/
Fermoir circuit imprimé/
Traba “Easy Lock”
LED Indicator/
Indicateur LED/
Indicador LED
Lens Patterns
The diagram shows the coverage pattern
for the detector fitted with a standard
lens, with the PCB set at a vertical
adjustment of 0.
Zones de Couverture
Le schema indique la zone de couverture
pour un détecteur équipé d’une lentille
standard, avec le circuit imprimé en
ajustement vertical à 0.
Diagramas de Detección
El diagrama muestra la cobertura del
detector con lente standard y con la
tarjeta PCB en la posicion 0 de ajuste.
0m
0m
Top View/Vue de Dessus/ Vista Superior
Side View/Vue de Côté/Vista Lateral
10m
10m
10m
14m
2.2m
5m
5m
5m
10m 14m5m2m
0

Orion EL-55
Passive Infrared Detector - 1, 2 or 3 Pulse Count, RFI/EMI Immunity, Temperature Compensation, Easy Lock • Détecteur Infrarouge Passif - 1, 2 ou 3 Comptages d’Impulsions, Immunité aux Interférences Radio Électriques et Électro-
magnetiques, Compensation de Température, Fermoir • Detector Infrarrojo Pasivo - Conteo de 1, 2 or 3 pulsos, Alta Immunidad a Interferencias EM y de RF, Compensación de Temperatura, Traba de PCB de fácil ajuste “Easy Lock”
English
Location of Detector
Consider the following before mounting the
detector:
• Select a location from which the pattern of
the detector is most likely to be crossed by
a burglar, should there be a break in.
• Select an appropriate height from the
following table:
Lens Type Recommended
Installation Height
Standard 6.6ft / 2.2m
Pet 4ft / 1.2m
Long Range 6.5ft / 2m
Curtain 3.25ft / 1m
Table 1
• Avoid a location that comes in direct contact
with radiators, heating/cooling ducts or air
conditioners.
• Do not place the detector in front of
windows subject to direct sunlight or drafts.
• Do not place bulky objects in front of the
detector.
Installation Instructions
1. Open the housing by removing the front
cover. To do so, remove the cover screw
located at the bottom of the unit.
2. Remove the PCB by turning counter-
clockwise and removing the “Easy Lock”.
Note: Do not touch the face of the PYRO
sensor.
3. Knock out the required mounting and
wiring holes.
4. Thread the wires through the wiring holes
(from the outside of the unit) using the
appropriate wiring hole knock outs shown in
Figure 2.
Note: Electronics Line 3000 recommends
using 20-22 AWG connection cable.
5. Seal the wiring hole with the foam plug
provided.
6. Choose an appropriate mounting height
from table 1 and attach the base to the wall.
7. Connect the wires to the terminal block (as
shown in figure 1).
Alarm
Tamper
RLY NC
TAMP NC +Vin GND
Figure 1: Terminal Block
Terminals 1 & 2: Tamper Contacts
Terminals 3 (+) & 4 (-): Voltage Input
Terminals 5 & 6: Alarm Relay Contacts
Note: This equipment should be installed in
accordance with the NFPA 70 standard.
8. Mount the PCB at the required vertical
adjustment and replace the Easy Lock.
9. Optional - If a restricted field of view is
desired, mask the appropriate lens
segments with the stickers provided.
10. Attach the front cover making sure to
close the plastic housing with the cover
screw.
Operation and Adjustment
Warm-up Time: The detector will need to warm
up for the first 90 seconds after applying power.
Note: The unit is to be connected to a UL
listed power supply or control unit capable
of providing a minimum of four hours
standby power.
Setting the pulse counter: The pulse counter
controls the amount of pulses that need to be
detected before the detector will generate an
alarm. To set the pulse counter, refer to the
following table:
Jumper Position Pulse Count
Removed 1
Pins 2&3 2
Pins 1&2 3
Table 2
Note: The maximum pulse count for the
long range and curtain lenses is 2P. It is not
recommended to select 3P for distances
above 12m.
Vertical Adjustment: To position the PCB, turn
the Easy Lock counter-clockwise and slide the
PCB up or down to the required setting using
the vertical adjustment scale. The detector’s
coverage area is 14m x 14m when the PCB is
positioned at 0. Slide the PCB up towards the
-10 position to decrease the coverage area
bringing the beams closer to the mounting wall.
Walk testing the detector: A walk test is
performed in order to determine the lens
coverage pattern of the detector. To do so, walk
across the scope of the detector according to
the detection pattern selected. Confirm that the
LED activates and deactivates accordingly.
This test should be performed weekly. Note: It
is recommended to set the pulse counter to
1P for the walk test. The left and right lens
blind spots (located on the lower corners of
the lens) can be compensated for by
repositioning the lens.
Setting the LED indicator: Insert the LED
jumper to enable LED indication and remove
the LED jumper to disable LED indication.
Note: The LED should be disabled only after
successfully walk testing the detector.
Changing Lenses: To change a lens, release
the lens frame using a small screwdriver and fix
the new lens into place with the smooth side
facing outwards. Verify that the word TOP is
located at the top of the lens (alternatively a
notch may appear on the bottom edge of the
lens) before snapping the lens frame back into
place.
Technical Specifications
Operating Voltage: 9 - 16Vdc
Current Consumption: Standby @ 12V - 15mA
Max. (Alarm) @ 16V - 17mA
Maximum Coverage: 46ft x 46ft / 14m x 14m
Alarm Duration: 1 second min.
Pulse Count: 1, 2 or 3 Jumper Selectable
Pyroelectric Sensor: Dual Element
RFI Immunity: 30V/m up to 1GHz
Alarm Output: N.C., Contact Rating 10W max.
Switching Voltage: 30Vdc not to exceed 10W
Switching Current: 0.3A not to exceed 10W
Tamper Switch: N.C.
Contact Rating 30Vdc, 50mA max.
Operating Temperature: -10°to 60°C
Temperature Compensation: Thermistor
Reverse Polarity Protection: Diode
Fire Protection: ABS Plastic Housing
LED Indicator: Jumper Selectable
Dimensions: 114 x 60 x 50mm
Figure 2: PCB / Figure 2: Circuit Imprimé / Figura 2: PCB
0
-5
-10
3 1
LED P.CNT
Wiring Hole/
Trou de câblage/
A
gujero pasa-cables
NC Relay/
Relais NF/ Relé NC
Pyro Sensor/
Détecteur Pyro/
Sensor Piroeléctrico
Vertical
A
djustment Scale/
Graduation
d’ajustement vertical/
Escala de
ajuste vertical
LED Jumper/
Cavalier LED/
Puente del LED
Pulse Count Jumper/
Cavalier de comptage
impulsions/
Puente del contador de
pulsos
Mounting Hole
/
Trou de montage
/
Agujero para
monta
j
e
Terminal Block/
Bornier/
Bloque de
terminales
Tamper Switch
/
Contact
d’autoprotection
/
Llave del Tampe
r
Easy Lock/
Fermoir circuit imprimé/
Traba “Easy Lock”
LED Indicator/
Indicateur LED/
Indicador LED
Lens Patterns
The diagram shows the coverage pattern
for the detector fitted with a standard
lens, with the PCB set at a vertical
adjustment of 0.
Zones de Couverture
Le schema indique la zone de couverture
pour un détecteur équipé d’une lentille
standard, avec le circuit imprimé en
ajustement vertical à 0.
Diagramas de Detección
El diagrama muestra la cobertura del
detector con lente standard y con la
tarjeta PCB en la posicion 0 de ajuste.
0m
0m
Top View/Vue de Dessus/ Vista Superior
Side View/Vue de Côté/Vista Lateral
10m
10m
10m
14m
2.2m
5m
5m
5m
10m 14m5m2m
0

Orion EL-55
Passive Infrared Detector - 1, 2 or 3 Pulse Count, RFI/EMI Immunity, Temperature Compensation, Easy Lock • Détecteur Infrarouge Passif - 1, 2 ou 3 Comptages d’Impulsions, Immunité aux Interférences Radio Électriques et Électro-
magnetiques, Compensation de Température, Fermoir • Detector Infrarrojo Pasivo - Conteo de 1, 2 or 3 pulsos, Alta Immunidad a Interferencias EM y de RF, Compensación de Temperatura, Traba de PCB de fácil ajuste “Easy Lock”
English
Location of Detector
Consider the following before mounting the
detector:
• Select a location from which the pattern of
the detector is most likely to be crossed by
a burglar, should there be a break in.
• Select an appropriate height from the
following table:
Lens Type Recommended
Installation Height
Standard 6.6ft / 2.2m
Pet 4ft / 1.2m
Long Range 6.5ft / 2m
Curtain 3.25ft / 1m
Table 1
• Avoid a location that comes in direct contact
with radiators, heating/cooling ducts or air
conditioners.
• Do not place the detector in front of
windows subject to direct sunlight or drafts.
• Do not place bulky objects in front of the
detector.
Installation Instructions
1. Open the housing by removing the front
cover. To do so, remove the cover screw
located at the bottom of the unit.
2. Remove the PCB by turning counter-
clockwise and removing the “Easy Lock”.
Note: Do not touch the face of the PYRO
sensor.
3. Knock out the required mounting and
wiring holes.
4. Thread the wires through the wiring holes
(from the outside of the unit) using the
appropriate wiring hole knock outs shown in
Figure 2.
Note: Electronics Line 3000 recommends
using 20-22 AWG connection cable.
5. Seal the wiring hole with the foam plug
provided.
6. Choose an appropriate mounting height
from table 1 and attach the base to the wall.
7. Connect the wires to the terminal block (as
shown in figure 1).
Alarm
Tamper
RLY NC
TAMP NC +Vin GND
Figure 1: Terminal Block
Terminals 1 & 2: Tamper Contacts
Terminals 3 (+) & 4 (-): Voltage Input
Terminals 5 & 6: Alarm Relay Contacts
Note: This equipment should be installed in
accordance with the NFPA 70 standard.
8. Mount the PCB at the required vertical
adjustment and replace the Easy Lock.
9. Optional - If a restricted field of view is
desired, mask the appropriate lens
segments with the stickers provided.
10. Attach the front cover making sure to
close the plastic housing with the cover
screw.
Operation and Adjustment
Warm-up Time: The detector will need to warm
up for the first 90 seconds after applying power.
Note: The unit is to be connected to a UL
listed power supply or control unit capable
of providing a minimum of four hours
standby power.
Setting the pulse counter: The pulse counter
controls the amount of pulses that need to be
detected before the detector will generate an
alarm. To set the pulse counter, refer to the
following table:
Jumper Position Pulse Count
Removed 1
Pins 2&3 2
Pins 1&2 3
Table 2
Note: The maximum pulse count for the
long range and curtain lenses is 2P. It is not
recommended to select 3P for distances
above 12m.
Vertical Adjustment: To position the PCB, turn
the Easy Lock counter-clockwise and slide the
PCB up or down to the required setting using
the vertical adjustment scale. The detector’s
coverage area is 14m x 14m when the PCB is
positioned at 0. Slide the PCB up towards the
-10 position to decrease the coverage area
bringing the beams closer to the mounting wall.
Walk testing the detector: A walk test is
performed in order to determine the lens
coverage pattern of the detector. To do so, walk
across the scope of the detector according to
the detection pattern selected. Confirm that the
LED activates and deactivates accordingly.
This test should be performed weekly. Note: It
is recommended to set the pulse counter to
1P for the walk test. The left and right lens
blind spots (located on the lower corners of
the lens) can be compensated for by
repositioning the lens.
Setting the LED indicator: Insert the LED
jumper to enable LED indication and remove
the LED jumper to disable LED indication.
Note: The LED should be disabled only after
successfully walk testing the detector.
Changing Lenses: To change a lens, release
the lens frame using a small screwdriver and fix
the new lens into place with the smooth side
facing outwards. Verify that the word TOP is
located at the top of the lens (alternatively a
notch may appear on the bottom edge of the
lens) before snapping the lens frame back into
place.
Technical Specifications
Operating Voltage: 9 - 16Vdc
Current Consumption: Standby @ 12V - 15mA
Max. (Alarm) @ 16V - 17mA
Maximum Coverage: 46ft x 46ft / 14m x 14m
Alarm Duration: 1 second min.
Pulse Count: 1, 2 or 3 Jumper Selectable
Pyroelectric Sensor: Dual Element
RFI Immunity: 30V/m up to 1GHz
Alarm Output: N.C., Contact Rating 10W max.
Switching Voltage: 30Vdc not to exceed 10W
Switching Current: 0.3A not to exceed 10W
Tamper Switch: N.C.
Contact Rating 30Vdc, 50mA max.
Operating Temperature: -10°to 60°C
Temperature Compensation: Thermistor
Reverse Polarity Protection: Diode
Fire Protection: ABS Plastic Housing
LED Indicator: Jumper Selectable
Dimensions: 114 x 60 x 50mm
Figure 2: PCB / Figure 2: Circuit Imprimé / Figura 2: PCB
0
-5
-10
3 1
LED P.CNT
Wiring Hole/
Trou de câblage/
A
gujero pasa-cables
NC Relay/
Relais NF/ Relé NC
Pyro Sensor/
Détecteur Pyro/
Sensor Piroeléctrico
Vertical
A
djustment Scale/
Graduation
d’ajustement vertical/
Escala de
ajuste vertical
LED Jumper/
Cavalier LED/
Puente del LED
Pulse Count Jumper/
Cavalier de comptage
impulsions/
Puente del contador de
pulsos
Mounting Hole
/
Trou de montage
/
Agujero para
monta
j
e
Terminal Block/
Bornier/
Bloque de
terminales
Tamper Switch
/
Contact
d’autoprotection
/
Llave del Tampe
r
Easy Lock/
Fermoir circuit imprimé/
Traba “Easy Lock”
LED Indicator/
Indicateur LED/
Indicador LED
Lens Patterns
The diagram shows the coverage pattern
for the detector fitted with a standard
lens, with the PCB set at a vertical
adjustment of 0.
Zones de Couverture
Le schema indique la zone de couverture
pour un détecteur équipé d’une lentille
standard, avec le circuit imprimé en
ajustement vertical à 0.
Diagramas de Detección
El diagrama muestra la cobertura del
detector con lente standard y con la
tarjeta PCB en la posicion 0 de ajuste.
0m
0m
Top View/Vue de Dessus/ Vista Superior
Side View/Vue de Côté/Vista Lateral
10m
10m
10m
14m
2.2m
5m
5m
5m
10m 14m5m2m
0

Orion EL-55
Passive Infrared Detector - 1, 2 or 3 Pulse Count, RFI/EMI Immunity, Temperature Compensation, Easy Lock • Détecteur Infrarouge Passif - 1, 2 ou 3 Comptages d’Impulsions, Immunité aux Interférences Radio Électriques et Électro-
magnetiques, Compensation de Température, Fermoir • Detector Infrarrojo Pasivo - Conteo de 1, 2 or 3 pulsos, Alta Immunidad a Interferencias EM y de RF, Compensación de Temperatura, Traba de PCB de fácil ajuste “Easy Lock”
English
Location of Detector
Consider the following before mounting the
detector:
• Select a location from which the pattern of
the detector is most likely to be crossed by
a burglar, should there be a break in.
• Select an appropriate height from the
following table:
Lens Type Recommended
Installation Height
Standard 6.6ft / 2.2m
Pet 4ft / 1.2m
Long Range 6.5ft / 2m
Curtain 3.25ft / 1m
Table 1
• Avoid a location that comes in direct contact
with radiators, heating/cooling ducts or air
conditioners.
• Do not place the detector in front of
windows subject to direct sunlight or drafts.
• Do not place bulky objects in front of the
detector.
Installation Instructions
1. Open the housing by removing the front
cover. To do so, remove the cover screw
located at the bottom of the unit.
2. Remove the PCB by turning counter-
clockwise and removing the “Easy Lock”.
Note: Do not touch the face of the PYRO
sensor.
3. Knock out the required mounting and
wiring holes.
4. Thread the wires through the wiring holes
(from the outside of the unit) using the
appropriate wiring hole knock outs shown in
Figure 2.
Note: Electronics Line 3000 recommends
using 20-22 AWG connection cable.
5. Seal the wiring hole with the foam plug
provided.
6. Choose an appropriate mounting height
from table 1 and attach the base to the wall.
7. Connect the wires to the terminal block (as
shown in figure 1).
Alarm
Tamper
RLY NC
TAMP NC +Vin GND
Figure 1: Terminal Block
Terminals 1 & 2: Tamper Contacts
Terminals 3 (+) & 4 (-): Voltage Input
Terminals 5 & 6: Alarm Relay Contacts
Note: This equipment should be installed in
accordance with the NFPA 70 standard.
8. Mount the PCB at the required vertical
adjustment and replace the Easy Lock.
9. Optional - If a restricted field of view is
desired, mask the appropriate lens
segments with the stickers provided.
10. Attach the front cover making sure to
close the plastic housing with the cover
screw.
Operation and Adjustment
Warm-up Time: The detector will need to warm
up for the first 90 seconds after applying power.
Note: The unit is to be connected to a UL
listed power supply or control unit capable
of providing a minimum of four hours
standby power.
Setting the pulse counter: The pulse counter
controls the amount of pulses that need to be
detected before the detector will generate an
alarm. To set the pulse counter, refer to the
following table:
Jumper Position Pulse Count
Removed 1
Pins 2&3 2
Pins 1&2 3
Table 2
Note: The maximum pulse count for the
long range and curtain lenses is 2P. It is not
recommended to select 3P for distances
above 12m.
Vertical Adjustment: To position the PCB, turn
the Easy Lock counter-clockwise and slide the
PCB up or down to the required setting using
the vertical adjustment scale. The detector’s
coverage area is 14m x 14m when the PCB is
positioned at 0. Slide the PCB up towards the
-10 position to decrease the coverage area
bringing the beams closer to the mounting wall.
Walk testing the detector: A walk test is
performed in order to determine the lens
coverage pattern of the detector. To do so, walk
across the scope of the detector according to
the detection pattern selected. Confirm that the
LED activates and deactivates accordingly.
This test should be performed weekly. Note: It
is recommended to set the pulse counter to
1P for the walk test. The left and right lens
blind spots (located on the lower corners of
the lens) can be compensated for by
repositioning the lens.
Setting the LED indicator: Insert the LED
jumper to enable LED indication and remove
the LED jumper to disable LED indication.
Note: The LED should be disabled only after
successfully walk testing the detector.
Changing Lenses: To change a lens, release
the lens frame using a small screwdriver and fix
the new lens into place with the smooth side
facing outwards. Verify that the word TOP is
located at the top of the lens (alternatively a
notch may appear on the bottom edge of the
lens) before snapping the lens frame back into
place.
Technical Specifications
Operating Voltage: 9 - 16Vdc
Current Consumption: Standby @ 12V - 15mA
Max. (Alarm) @ 16V - 17mA
Maximum Coverage: 46ft x 46ft / 14m x 14m
Alarm Duration: 1 second min.
Pulse Count: 1, 2 or 3 Jumper Selectable
Pyroelectric Sensor: Dual Element
RFI Immunity: 30V/m up to 1GHz
Alarm Output: N.C., Contact Rating 10W max.
Switching Voltage: 30Vdc not to exceed 10W
Switching Current: 0.3A not to exceed 10W
Tamper Switch: N.C.
Contact Rating 30Vdc, 50mA max.
Operating Temperature: -10°to 60°C
Temperature Compensation: Thermistor
Reverse Polarity Protection: Diode
Fire Protection: ABS Plastic Housing
LED Indicator: Jumper Selectable
Dimensions: 114 x 60 x 50mm
Figure 2: PCB / Figure 2: Circuit Imprimé / Figura 2: PCB
0
-5
-10
3 1
LED P.CNT
Wiring Hole/
Trou de câblage/
A
gujero pasa-cables
NC Relay/
Relais NF/ Relé NC
Pyro Sensor/
Détecteur Pyro/
Sensor Piroeléctrico
Vertical
A
djustment Scale/
Graduation
d’ajustement vertical/
Escala de
ajuste vertical
LED Jumper/
Cavalier LED/
Puente del LED
Pulse Count Jumper/
Cavalier de comptage
impulsions/
Puente del contador de
pulsos
Mounting Hole
/
Trou de montage
/
Agujero para
monta
j
e
Terminal Block/
Bornier/
Bloque de
terminales
Tamper Switch
/
Contact
d’autoprotection
/
Llave del Tampe
r
Easy Lock/
Fermoir circuit imprimé/
Traba “Easy Lock”
LED Indicator/
Indicateur LED/
Indicador LED
Lens Patterns
The diagram shows the coverage pattern
for the detector fitted with a standard
lens, with the PCB set at a vertical
adjustment of 0.
Zones de Couverture
Le schema indique la zone de couverture
pour un détecteur équipé d’une lentille
standard, avec le circuit imprimé en
ajustement vertical à 0.
Diagramas de Detección
El diagrama muestra la cobertura del
detector con lente standard y con la
tarjeta PCB en la posicion 0 de ajuste.
0m
0m
Top View/Vue de Dessus/ Vista Superior
Side View/Vue de Côté/Vista Lateral
10m
10m
10m
14m
2.2m
5m
5m
5m
10m 14m5m2m
0