REDWALL-V adjustment procedures guide

Transcription

1 Page 1/18 Ver1.2 July REDWALL-V adjustment procedures guide This document is provided as a reference tool for installing the Optex Redwall SIP passive infrared detector. Before starting, read the instruction book that comes with the unit. Before starting any installation, please confirm if proper power is provided to the SIP unit. Requirements SIP detector main unit *Included in the kit Area plate Area masking seal Allen Key Tweezers *Optional (but necessary) adjustment tools AVF-1 AWT-3 Area View Area Walk Finder Tester *Other useful tools Cross slot Screwdriver Volt meter Measure wheel

2 Page 2/18 Contents (Step) 1 Rough vertical angle adjustment 2 Rough horizontal angle adjustment 3 Mounting the AVF-1 (initial) 4 Checking the edge of the far area 5 Fine angle adjustment 6 Setting the AWT-3 7 Preparation for a walk test 8 Confirming the condition in the detection area 9 Walk testing the unit 10 Walk testing to confirm the obstacle s location 11 Mounting the AVF-1 (for false-alarm avoidance) 12 Recording the obstacle s location 13 Preparation of masking 14 Masking the optics 15 Setting the AWT-3 (confirming correct masking) 16 Conduct walk test to confirm successful masking 17 Setting the Creep zone 18 Switch settings for Sensitivity and Sensor Logic 19 Walk testing to reconfirm the detection area 20 Completion of area setting (Page)

3 Page 3/18 Step1. Rough vertical angle adjustment 1. Measure the installation height. 2. Loosen the fixing screw by allen key. 3. Adjust the vertical position with Angle Adjustment guide according to installation height. 2 Arrow of the main unit Installation height at 2.3m(7.6ft.) Installation height at 4m(13ft.) If the height is between 2.3m and 4m, set in the middle. If the mounting wall is at an angle, this guide might not apply. In such case, adjust carefully with walk test.

4 Page 4/18 Step2. Rough horizontal angle adjustment 1. Loosen the side adjustment screw by Allen key. (Loosen the screw on the opposite side to where its to be aimed) 2. Rotate the main unit horizontally to desired area. 3. Tighten the adjustment screw slightly. Step3. Mounting the AVF-1 (initial) Remove the cover before mounting the AVF-1 View Finder 1. Loosen two securing screws. 2. Hold the head of the both screw with your hand and pull them out. 3. Slide the cover downward and release the hooks

5 Page 5/18 Mounting the AVF-1 (initial) 1. Put the red string attached to the View Finder around the main unit so that it does not accidently fall. 2. Insert and mount AVF-1 to the main unit. *One of two holes is notched to accept correct arm of AVF-1. It will not mount to the SIP incorrectly, otherwise. For convenience, the AVF-1 unit can be rotated. 3. Peel off the protection seals from both sides of the area plate. 4. Insert the area plate into the slot of View Finder so that the arrow points up. 5. Look through the inspection window of AVF-1 View Finder. 6. Make sure that center circle of the area plate comes inside center circle of the lens and the detection area.. Confirm the proper plate is used.

6 Page 6/18 Actual site view View through the AVF-1 Step4. Checking the edge of the far area 1. Adjust the horizontal angle of the main unit in order to effectively cover the area required to protect, and avoid possible areas of false alarms. 2. Check the center of the farthest detection area. 3. Measure the detection distance toward the point. 4. Make a person stand at the point. Rating distance e.g. SIP-3020 = 30m (100ft.) Step5. Fine angle adjustment Adjust the vertical and horizontal angle of the main unit to get the position that the person is located in the most far detection area.

7 Page 7/18 Step6. Setting the AWT-3 1. Remove the AVF-1 from the unit, and then put the plug of AWT-3 into the unit. AWT-3 AVF-1 2. Confirm that CONNECTION SELECT SWITCH is at REDWALL-V. 3. MODE SELECT SWITCH is used for Far, Near and Creep zone detection. 2 3 Step7. Preparation for walk test Change all sensitivity switch to SH, and confirm if the position of logic selector is OR. Dark gray area

8 Page 8/18 Step8. Confirming the condition in the detection area 1. Slide POWER SELECT SWITCH to POWER SUPPLY FROM SENSOR 2. Check to ensure the tone is constant (that there is no one in the detection area). *No detection: low tone *Detection: High tone If not, there might be an object that could be the cause of a false alarm. Remove the object or mask it later. Check FAR area. Check NEAR area. Check CREEP zone. Step9. Walk test 1. Conduct walk test to confirm the recent position of the person is actually in the most far detection area or re-adjust the unit to the area. Check FAR area 2. Confirm the detection area is set properly, and check FAR area and NEAR area independently.

9 Page 9/18 Step10. Walk test to confirm the obstacle s location Conduct walk test to confirm the location of obstacles and that there are road, trees, bushes, compressor of air-conditioner which may cause false alarms. Step11. Mounting the AVF-1 (for false-alarm avoidance) Remove the AWT-3 from the unit, and then put the AVF-1 on the unit again. AVF-1 AWT-3 Step12. Recording the obstacle s location Confirm the location of obstacle and record the mirror segment that should be masked. Example: Obstacle (large plant) is in segment F6, 1and 2, so the mirror F6, 1 and 2 should be masked. Record F6, 1 and 2 for masking.

10 Page 10/18 Step13. Preparation of masking 1. Remove the AVF Remove the lens window. (Press the left bottom hole with your finger, and pull the window up.) Step14. Masking the optics Because of mirroring effects, the position of the mirror you mask should be different from that of the detection segment of AVF-1. (What is seen on the left is physically on the right-side of the mirror. For example, in Step12, segment F6 should be masked like below.) See next page

11 Page 11/18 Masking the Far Area Detection There are 2 options when masking the Far Area detection. a.) Use Detection range selector switch (except SIP-5030, SIP-100) When use this switch, all Far area detection is cancelled. Far area zone b.) Use Masking plates to narrow detection area, from outside inward. 1. Masking plates are equipped inside the main unit. 3. Confirm which mirror should be masked by area chart. Fixing rubber 2. Take fixing rubbers off and the plates can be moved. Be careful of mirroring effects. If some object covers the zone 1 and 2, opposite side of mirror needs to be masked (photo above).

12 Page 12/18 4. Attach the masking plate to the mirror and secure it to ribs. 5. Insert the fixing rubber to secure the knob of the masking plate. Masking the Near Area Detection There are 2 options when masking the Near Area detection. a.) Use Masking plates to narrow detection area Be careful of mirroring effects. Like far area, take the masking plate out and mask outside detection area. But you can mask the outside detection area only (the zone 1 and 6 in area chart above). Therefore, use the area masking seal to mask the other detection area.

13 Page 13/18 Masking the Near Area Detection b.) Use Masking Seals to eliminate specific unwanted segment Note: This is a permanent countermeasure! 1. Confirm obstacle s location F6 recorded through Step Attach carefully the masking seal to the mirror by using tweezers.

14 Step15. Setting the AWT-3 (confirming correct masking) Page 14/18 Put the plug of the AWT-3 on the unit again. Step16. Conduct walk test to confirm successful masking Confirm the unwanted segments are properly eliminated. Check both Far area and Near area independently. 1. Check FAR area 2. Check NEAR area If the tone doesn t change when a person walks through unwanted segment(s), the segment is properly eliminated.

15 Page 15/18 Step17. Setting the Creep zone Adjust creep zone detector for SIP3020/5, 404/5, 4010/5, 100 and If the unit is without creep zone, go to step Loosen the screw and remove the lid of creep unit. Find sign to return to at the 0 2. Adjust the detection angle horizontally and vertically. a) Adjust between 90 and 90 degree horizontally b) Adjust between 3 and 3 degree vertically 3. Conduct walk test whether the detection area has been set as required. If not, re-adjust it. 4. Put the lid of creep unit back and fasten the screw.

16 Step18. Switch settings for Sensitivity and Sensor Logic Page 16/18 Do not forget to return the sensitivity switch to M and logic selector to AND. (But it depends on application and situation.) a.) Sensitivity When conducting Walk-test, please set at SH. In case that the SIP installed 2.3m (7.6 ) Factory default is M position. After confirmation of the detection area, adjust the proper sensitivity. When M position is too sensitive, select L position. In case that SIP installed at 4m (13ft.), Sensitivity settings for Far and Near areas may need to be changed to H position. b.) Logic Detection logic selection is determined when an object is detected in either of the two detection areas (OR) or when an object is detected within the two detection areas (AND). at OR AND B (or A) A B (both A and B) c.) Alarm interval You can set an interval (4 different times) to suspend the alarm signal output. When detection area setting, this function shall not be used.

17 Page 17/18 Step19. Walk testing to reconfirm the detection area Conduct a walk test to confirm the SIP detects a person in the detection area. 1. Check FAR area. 2. Check NEAR area. 3. Check CREEP zone. Step20. Completing the installation Remove the AWT-3, put the cover on the main unit and fasten the securing screw.

18 Page 18/18 Other options For Mounting SIP Series Detectors to Double Gang weather proof box: SR-MPLT POLE MOUNTING BRACKET FOR SIP-SERIES DETECTORS SIP-PMBR When detectors are used under 20 C degree, this heating unit can expand the operating temperature to 40 C degree. SIP-HU Heating unit (use 24VAC) For protection from sun-light and snow: SIPMINIHOOD for SIP-404, 4010, 3020, SIP-404/5, SIP-4010/5, SIP- 3020/5 SIPMIDIHOOD for SIP-5030/100 All information is provided as references without any warranty of any kind, either expressed or implied, including but not limited to fitness for a particular use. Any user shall assume the entire risk as to the accuracy and use of this information. Due to continual product improvement, the design and specifications are subject to change without prior notice. This document is subject to copyright owned by OPTEX CO., LTD. You may not copy, communicate to the public, adapt, distribute, modify or publish any contents of this document without the express prior written consent of OPTEX CO., LTD.