Curtain / Barrier Sensors

Transcription

1 Dimensions: (57.3cm) --E-9622C2B25Q Side View 1 1 /8 (29mm) 1 3 /8 (35mm) 15 /16 (24mm) 1 3 /16 (30mm) Curtain / Barrier Sensors Manual Also available from SECO-LAM: Quad and Twin Photobeam Detectors Up to 660' (200 m) Flush-Mount Photobeam Sensors Up to 33' (10 m) Entry Alert System Photobeam Sensors Up to 22' (7 m) E-932-D33TBQ E-964-Q660Q (Shown) E-932-S16Q E-931CS22CQ WAANTY: This SECO-LAM product is warranted against defects in material and workmanship while used in normal service for a period of one (1) year from the date of sale to the original consumer customer. SECO-LAM s obligation is limited to the repair or replacement of any defective part if the unit is returned, transportation prepaid, to SECO-LAM. This Warranty is void if damage is caused by or attributed to acts of God, physical or electrical misuse or abuse, neglect, repair, or alteration, improper or abnormal usage, or faulty installation, or if for any other reason SECO-LAM determines that such equipment is not operating properly as a result of causes other than defects in material and workmanship. The sole obligation of SECO-LAM, and the purchaser s exclusive remedy, shall be limited to replacement or repair only, at SECO-LAM s option. In no event shall SECO-LAM be liable for any special, collateral, incidental, or consequential personal or property damages of any kind to the purchaser or anyone else. TICE: The information and specifications printed in this manual are current at the time of publication. However, the SECO-LAM policy is one of continual development and improvement. For this reason, SECO-LAM reserves the right to change specifications without notice. SECO-LAM is also not responsible for misprints or typographical errors. Copyright 2011 SECO-LAM U.S.A., Inc. All rights reserved. This material may not be reproduced or copied, in whole or in part, without the written permission of SECO-LAM. Model # E-9622C2B25Q E-9622C2W25Q E-9641C4B25Q E-9641C4W25Q E-9660C6B25Q E-9660C6W25Q E-9679C8B25Q E-9679C8W25Q (E-9622C2B25Q shown) No. of Color Beam Length Two 22 7 / 16 (570 mm ) Four 41 / 64 (1,050 mm ) Six Eight (1,524 mm ) (2,008 mm ) SECO-LAM U.S.A., Inc., Millikan Avenue, Irvine, CA PITSW3 MiE Q_1105.pmd Tel: / Fax: Website: sales@seco-larm.com Page 12 SECO-LAM Note: Products with model numbers that end with "Q" or that have a round green"q"sticker are ohs compliant.

2 Table of Contents: What s Included Typical Installations - Fig Features Choosing a Location Beware Natural Interference - Fig Orientation to Sun - Fig Orientation - Fig Forming Barriers - Fig Mounting the Curtain Sensor unning the Wires Connecting the Wires Maximum Wire Length - Table Maximum Distance - Fig Programming - Table Wiring the - Fig Wiring the - Fig Connecting One or More Sensors - Fig Connecting Multiple Curtain Sensors Mount &, & Test Sensor -9 Tamper Protection Adjusting the location of sensor s I beam Troubleshooting - Table Specifications Dimensions Warranty Specifications: ange Operating Voltage Current Drain Number of Beams Dimensions Detection method esponse time Buzzer indicator Output Operating temp. LED Indicator Enclosure / Case Mounting brackets 25 (8m) outdoor, 50 (16m) indoor 10~30VDC E-9622C2B25Q E-9641C4B25Q E-9660C6B25Q E-9679C8B25Q E-9622C2W25Q E-9641C4W25Q E-9660C6W25Q E-9679C8W25Q 60mA 70mA 80mA 90mA x 30 x 570 mm 35 x 30 x 1050 mm 35 x 30 x 1524 mm 35 x 30 x 2008 mm 1 3 / 8 x 1 3 / 16 x22 7 / / 8 x 1 3 / 16 x41 / / 8 x 1 3 / 16 x / 8 x 1 3 / 16 x79 Breaking of any single beam for 2 sec. and simultaneous breaking of any 2 adjacent beams for 0.5 sec. Selectable by dip 50/100/150/200ms Selectable by jumper (x side), buzzer sound when beam interrupted./nc./com relay output, 120VAC/24VDC -45 ~55 C ed LED (OFF) Aligned properly, (ON) Beam is broken Green LED (OFF) Power OFF, (ON): Power ON IP65 / Al alloy Included What s Included: Mounting Hardware Table 4: Troubleshooting Problem or transmitter green LED (power indicator) never turns ON Possible cause Power not connected, or power wires cut Possible solution Test the power and ground wire with a voltage meter to ensure power is connected and is of the correct voltage. L-Bracket x 4 Manual s red LED constantly turn ON and receiver are out of alignment e-align the transmitter and receiver. Does not trigger when beam is broken continuously triggers the alarm Mounted too close to a shiny surface which causes the beam to reflect in multiple angles and receiver are out of alignment The cover on the end cap of the receiver with the tamper button is not snapped in place, or the tamper button is not in the right position emount the curtain sensor, or repaint the surface to cut down on the reflection. e-align the transmitter and receiver. Check that the tamper button and the cover for the tamper button are mounted correctly. False alarm Interference from other sensors Wind blowing leaves into beam ain water running into the beam Other interference outdoors e-install so that one sensor does not interfere with another sensor. Cut back leafy vegetation, and/or Program for two-beam use (see table 2). Do not mount under the edge of the roof. Mount under a roof or shelter. Page 2 SECO-LAM U.S.A., Inc. Page 11

3 Fig. 10: emoving the end caps. End caps Fig. 11: emove the lens strip. Lens strip Fig. 1: Typical Installations Windows Indoor Fence Tops Aluminum housing Fig. 12: Unplug the wire connector Typical Door/Window Frame End caps Wire connector Skylights Garages / Gates / Walls Fig. 13: Adjusting the location of the lens module Cut to desired length if necessary Need to drill 2 holes Adjustable I modules Loosen screws to adjust I module Use this as template when drilling the 2 holes Fixed I modules Features: Install on windows, doorways, skylights, fence tops, and any place where space is limited. Perfect for indoor and outdoor* perimeter security. Slim-line design (11 / 8 x 1 5 / 16 ). 2,4,6 or 8 separate photoelectric beam sensors. Programmable trigger options Breaking of any single beam and simultaneous breaking of any 2 adjacent beams (default setting), or simultaneous breaking of any 2 adjacent beams only. ugged aluminum construction. Anti-tamper circuit for use when power is cut or end cap is removed. No synchronizing wires required. N.O./N.C. relay output. LED alignment indicator. Brackets and mounting hardware included. *See Choose a Location on page 4 for details on mounting the sensor outdoors. Page 10 SECO-LAM U.S.A., Inc. Page 3

4 Important Do not connect to power until the sensor is completely installed and the installation has been double-checked. If it becomes necessary to replace a sensor for maintenance purposes, always replace both the transmitter and receiver at the same time. Choose a Location When used outdoors, place the curtain sensor under a roof or shelter. This will reduce the chance of false alarms caused by rain or snow. To prevent erratic operation and/or false alarms: Wind will not directly cause false alarms, but could cause leaves or similar objects to fly or wave into the beams. Do not mount near trees, bushes, or other leafy vegetation (see fig. 2). Fig. 2: Beware Natural Interference Tree or shrub leaves passing thru beams ain running directly off roof thru beams Do not mount where water which runs off the roof might break the beam (see fig. 2). In such a case, the sensor must be sheltered. Do not mount near reflective surfaces, as this could prevent the sensor from working properly. Do not mount where the transmitter or receiver could be splashed by water or mud. Do not mount where the unit could be suddenly exposed to a bright light, such as a floodlight or a passing automobile s headlight. Do not let sunlight or any direct beam of light shine directly on curtain beam sensor. If unavoidable, mount so the transmitter, not the receiver, faces the sun (see fig. 3). Do not mount where animals or other objects could accidently break the beams. Tx Fig. 3: Orientation to Sun x * Note: Only if unavoidable, mount so transmitter, not receiver, faces the sun x OK* Tx Connecting Multiple Curtain Sensors Several units can be connected together in parallel to the same power supply output and alarm input of an alarm control panel, as shown in fig. 9. Mount the and, and Test the Sensor 1. Temporarily mount the transmitter and receiver to where they are expected to be mounted, so the mounting position can be changed if necessary. 2. Connect the transmitter and the receiver. 3. Once it is powered up the green LED on the receiver & transmitter will turn ON. Test the curtain sensor by breaking two adjacent beams or any single beam. Note: Breaking of 1 beam takes 2 sec. to trigger and breaking of 2 adjacent beams takes 0.5 sec. to trigger. 4.Aside from the buzzer alignment indicator, the curtain sensor also has a red LED located on the receiver which can be used for testing purposes. If the red LED is ON, it indicates the beam is broken. 5. After the curtain sensor is tested and aligned, replace the end caps & permanently mount it. 6. After it is mounted, test the curtain sensor again. Tamper Protection The receiver and the transmitter both have a tamper switch on one end to protect against someone attempting to open the unit. However, there is no separate tamper output to the alarm control panel. Instead, the alarm output is triggered if the cover of the end cap with the tamper button is removed, if the transmitter or receiver is moved out of alignment, or if power is disconnected. Adjusting the location of sensor s I beam (applicable for 4,6 & 8 beam models only) The location of sensor s I beam can be adjusted by following the steps below. 1. emove the end caps of the transmitter, see fig emove the curtain sensor s lens strip as shown on fig Unplug the wire connector as shown in fig Loosen the 2 screws on each I module and adjust the distance of the I module to desired location and tighten the screw to secure it. see fig Cut the aluminum housing of the curtain sensor to shorten it if necessary as shown in fig Drill 2 holes at the end of the aluminum housing by using the cut-off piece as a template. See fig Cut the curtain sensor s lens strip to correspond to the length of the aluminum housing. 8. Plug back the wire connector, replace the lens strip and end caps of the curtain sensor. 9. epeat the procedure on the curtain sensor s receiver s side. Important Note: a. The cut-off edge of the aluminum & lens strip must be free of burr. b. Every screw had a rubber o-ring, take care not to misplace these o-rings. c. The location of I modules of both the receiver and transmitter must be the same. Page 4 SECO-LAM U.S.A., Inc. Page 9

5 Fig. 9: Connecting One or More Sensors Please reference fig. 7 & 8 for terminal blocks. Example connection 1 - Standard }Power }Alarm N.O./N.C.signal }Tamper input Fig. 4: Orientation OK Note: If the wires will be running out the end, place sensors so wires are at the bottom. If sensors must be placed so wires are at top, seal the opening with silicone to prevent from leaking in. Terminal Block Fig. 5: Forming Barriers Parallel barriers T T T OK T Consecutive barriers T T T OK Control panel (12VDC) Terminal Blocks { water Terminal Block T Example connection 2 - Dual Sensors, Separate Alarm Channels Example connection 3 - In-line, Single Alarm Channel }Power }Alarm N.O./N.C.(ch. 1) }Tamper input }Alarm N.O./N.C.(ch. 2) }Power Control panel (12VDC) }Tamper input }Alarm N.C. signal Control panel (12VDC) Mounting the Curtain Sensor 1. Find a suitable location (see fig. 1): a. The transmitter and receiver can be mounted at any angle as long as they are parallel to each other and directly facing each other, and as long as the wires come out of the same ends of both units (see fig. 4). b. If multiple curtain sensors are set up to form longer or deeper barriers, mount so that one transmitter is not facing multiple receivers (see fig.5). c. The transmitter and receiver must not be separated by more than the allowable maximum range (see page 8). 2. Mount the transmitter and the receiver in such a way that surface-mounted wires do not come out from above the units. This is to prevent water from entering via the wire holes. If this is unavoidable, use silicone to completely cover the area where the wires come out the holes to prevent water from entering (see fig. 4). 3. Once a suitable mounting location has been found, remove the two end caps of the transmitter & receiver careful not to loose the small O-ring. Locate the mounting holes. Use these holes as a template, and mark their location on the wall with a pencil. 4. Connect the wires (see figs. 7 and 8) before permanently mounting the units to the wall. unning the Wires un seven wires 2 wires for power, 2 wires for tamper switch, plus 3 wires for N.O., N.C. and COM (if necessary) from the alarm control panel to the receiver of the curtain sensor. Shielded cable is strongly suggested. See Table 1 for maximum wire length. Another four wires must be run to the transmitter. It may be more convenient to connect the two power wires of the transmitter to the receiver s power wires. In this case, run nine wires to the receiver: two wires to the power source, two wires for the tamper switch, two (or three wires depending on application) for the alarm signal, and two to the transmitter. TE: If burying the wires is required, make sure to run them through electrical conduit. Shielded cable is strongly suggested. TE: If the wires are run along the wall, the use of an armored cable is strongly suggested. (See Mounting the Curtain Sensor, point 2, for further considerations.) Page 8 SECO-LAM U.S.A., Inc. Page 5

6 Connecting the Wires 1.: a. Locate the end cover where there s a label pasted at the back, slide down the screw cover remove 1 screw and then take out the end cover to expose the PCB as shown in see fig. 7. b. emove the wire knockout located beside the mounting hole and run seven wires (or the no. of wires needed). c. Then pierce an entry hole into the rubber grommet and insert the wires. Connect the wires into the terminal block accordingly (see fig. 7). d. Program the JP1 jumper for buzzer audio alignment indicator if necessary (see Table 3). e. Sensor response time can be program to 50, 100, 150 or 200ms if necesary, please see fig.7 and table 2. The sensor default response time is set at 50ms. f. Program the trigger mode to desired setting, see fig.7 and table : a. Locate the end cover where there s a label pasted at the back, remove 1 screw and then take out the end cover to expose the PCB as shown in see fig.8. b. emove the wire knockout located beside the mounting hole and run four wires (or the no. of wires needed). c. Then pierce an entry hole into the rubber grommet and insert the wires. Connect the wires into the terminal block accordingly (see fig. 8). d. Program the V rotary knob for high or low sensor, see fig.8 and table 3. Fig. 6: Maximum Distance Between the and Max. Distance Outdoors: 25 (8m) Indoors: 50 (16m) Table 1: Maximum Wire Length Voltage Gauge Max. length 12VDC AWG feet (550 meters) 12VDC AWG feet (800 meters) 24VDC AWG feet (800 meters) 24VDC AWG feet (1,200 meters) Table 2: esponse Time Selectable Chart esponse time 50ms 100ms 150ms 200ms Switch position Note: Grounding may be necessary depending on location. Fig. 7: Wiring the Table 3: and Programming Buzzer audio alignment indicator ( Jumper JP1 ) Trigger programming ( Jumper JP2 ) power selection ( V otary Knob) } JP1 jumper (for buzzer audio alignment) Tamper switch DC- DC+ DC- DC+ Normally Open Common Normally Close JP2 jumper (for trigger mode programming) Dip switch (for response time adjustment) Default Setting The jumper cover is ON, buzzer will sound when sensor beam is not align properly or interrupted. The jumper cover is ON, the sensor will trigger when any single beam is interrupted for 2 sec. and when any of the 2 adjacent beams is interrupted. The V rotary knob is set at high (clockwise end of the knob), giving the transmitter beam a max. distance of 25 (8m). Fig. 8: Wiring the } Tamper switch V otary Knob Optional Setting When JP1 jumper cover removed, the buzzer will not sound. When JP2 jumper cover r emoved, the sensor will only trigger when any of the 2 adjacent beams is simultaneously interrupted. When V rotary knob is set at the counterclockwise end, the transmitter s sensor beam is set at low, giving a max. distance of 15.6 (5m). Page 6 SECO-LAM U.S.A., Inc. Page 7