Instrukcja obsługi Seco-Larm E-936-S45RRGQ

Seco-Larm Niesklasyfikowane E-936-S45RRGQ

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Conforms to UL 325

Caution:

 This sensor was not designed to prevent bodily injury or loss of life.

 This sensor was not designed for use in environments where explosive gases may be present.

 Use of this sensor in certain security applications may be regulated by local laws or codes. SECO-LARM

is not responsible for compliance with such laws or codes.

Features:

 Range 45 ft (14m)

 Weatherproof (IP66) construction for

indoor/outdoor usage

 Pre-wired t (2m) cord 6.5f

 Bracket and mounting hardware included

for both sensor and reflector

 Adjustable sensing range

 Compact size

Typical Applications:

 Sensor for garage doors or outdoor gates

 Entry detection for store fronts

 Assist in measuring parking distance

 Light on type

IMPORTANT: The E- -S45RRGQ 936

conforms to UL325 for gate operators that

use the N.C. or 10kΩ resistor for

monitoring.

E- 6-S45RRGQ 93

Retro-Reflective Photoelectric Beam Sensor

Manual

ENFORCER Retro-Reﬂective Photoelectric Beam Sensor

2 SECO-LARM U.S.A., Inc.

Type

Retro-reflective

Sensing range

0.5~ ft (0.2~14 m) 45

Operating voltage

12 30V- / 60Hz, 100mA DC AC

Current draw

Standby

70mA@12VDC

Active

55mA@12VDC

Response time

10ms

Light source

IR LED

LED indicators

Yellow LED (Alignment), Red LED (Power on)

Trigger output

SPDT Relay output

(NO/NC/COM, with built-in esistor on N.O. output) 10KΩ r

Switching capacity

2A@30VAC/VDC

Enclosure

IP66 Weatherproof

Operating temperature

-4~131° F (-20~55° C)

Mounting brackets for sensor and reflector

Included

Specifications:

Dimensions:

Reflector

Transmitter/Receiver

3/8″ (9mm)

/16 ″ (4.5mm) thru holes

31/4″

(82mm)

/16

″ (20.5mm)

/2″

(63mm)

/16″

(5mm)

19/16″ (39mm)

2″

(51mm)

″

(29mm)

61/2′ (2m) cable

1/4″ (6mm) diameter

Parts List:

Transmitter/Receiver

Round reflector

Adjustment screwdriver

13/16 " Phillips/slotted wood screw

Plastic wall anchor

13/16" Phillips wood screws

/4" Phillips machine screws

Hex nuts

1/4" Phillips/slotted machine screws

5/8

" Phillips/slotted machine screw

Reflector hood for round/square reflector

Sensor mounting bracket E-931ACC-BLS5Q

Sensor mounting bracket E-931ACC-BLS1Q

Sample Installations:

Garage Door

Main Entrance Door

Store Entrance

Parking Distance Monitor

Entry Gate

ENFORCER Retro-Reﬂective Photoelectric Beam Sensor

SECO-LARM U.S.A., Inc. 3

Fig. 1

Red LED

Yellow LED

Installation and Adjustment:

Sensing Range Adjustment Functions:

The Sensing Range adjustment knob sets how powerful the

infrared signal emitted by the sensor is.

 Min. Setting The infrared power signal emitted by the –

sensor is at its minimum or weakest.

 Max. Setting The infrared power signal emitted by the –

sensor is at its maximum or strongest.

The objective of this function is to set the appropriate power

of the infrared signal corresponding to the distance between

the sensor and the reflector of a particular application. The

factory default setting is set at “Max.”

Note: If the infrared signal is too strong, the sensor may not

trigger. If the infrared signal is too weak, the sensor

may be susceptible to false alarms.

Installation:

1. Mount the reflector and the sensor so they face each

other (see pg. 4, "Mounting the Sensor").

2. Connect power to the sensor (see pg. 4, "Wiring") The .

red LED will turn ON indicating that the sensor is

powered on. If the yellow LED is ON, it indicates that

the sensor and reflector are aligned (although it still

may be necessary to slightly adjust the alignment).

3. Turn the sensing range knob to Max.

4. To find the correct alignment, slowly adjust the angles

of the sensor (and/or reflector) up, down, left or right.

Note: Correct alignment is reached when the yellow LED

turns ON.

Note: adjusting the sensor will not turn the yellow LED onIf ,

the sensor is at the edge of sensing the signal, and

may not work properly.

Adjusting the Sensing Range:

After the sensor and the reflector have been properly

installed, the next step is to adjust the appropriate setting

for the sensing range.

1. Open the top cover of the sensor as shown in Fig. 2.

2. Peel back the tape covering the sensitivity adjustment

access holes, taking care not to soil the tape so that it

can be easily reapplied.

Fig. 2

Sensing Range

Min

Max

3. Starting from the Max. position, slowly turn the knob

counter-clockwise until the yellow LED turns OFF.

This position represents the weakest point of the

infrared signal for this particular application. The

setting of the sensing range must be a little higher

than this point, so turn the knob clockwise to have a

little distance from the weakest point. The ideal

setting is midpoint between the weakest point and

Max.

4. Place the tape back over the sensitivity adjustment

access holes and snap the cover back into place,

ensuring that the cover is firmly seal ed.

Note: When turning the knob counter-clockwise from the

Max. position, if the weak point is near the Max.

position, the knob should be set at Max.

Note: Ensure that the tape is properly reapplied over the

sensitivity adjustment access holes, so that water

will not enter and cause damage.

Testing:

1. Power up the sensor. Both LEDs should be ON.

2. Pass the object to be detected between the sensor

and reflector. The yellow LED should turn OFF. This

indicates that the object has been detected.

Note: If a shiny object, such as a chrome-plated item or

something with reflective tape, is within close

proximity of the path of the IR beam the sensor

may not be able to detect the passing object. In this

case it may be necessary to turn the sensitivity

knob counter-clockwise until the desired sensitivity

setting is obtained.

LED Functions:

 Red LED When ON, indicates the sensor is powered. –

 Yellow LED When ON, indicates the sensor is properly –

aligned with the reflector, and the sensor is not triggered.

Note: Depending on the monitoring system used by the

gate motor, it may be necessary to use either the

N.C. output or the built- in 10kΩ resistor on the N.O.

output. Please refer to the gate operator manual

or the gate operator manufacturer for the preferred

monitoring method.

The E- 6-S45RRGQ will not work with gate 93

operators that monitor using the “heartbeat”

method.

Specyfikacje produktu

Marka:	Seco-Larm
Kategoria:	Niesklasyfikowane
Model:	E-936-S45RRGQ

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