REDWALL-V series REDWALL-V INSTALLATION AND MAINTENANCE NOTES. Synthesized Intelligent PIR ENGLISH FEATURES FRANÇAIS DEUTSCH INSTALLATION HINTS

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1 No INSTALLATION INSTRUCTIONS 2 INSTALLATION AND MAINTENANCE NOTES Warning REDWALL-V series FEATURES Never repair or modify product Nylon wire loop Hold the main unit securely when you install or service it. If you remove your hands from the main unit when cables are connected to it, the main unit may fall and the connector cables may break or the circuit board may be damaged. Caution Verify that the power is off before connecting the wiring. When servicing, the sensor can be hooked onto the base using the nylon wire loop. FRANÇAIS * Intelligent PIR Detection System - Detection of ambient temperature and illuminance for automatic sensitivity management - Advanced detection algorithm - Three dual pyro-elements with patented Double Conductive Shielding for main area * Built-in creep zone detector (Double dual pyro-elements) * Anti-vandalism functions - Anti-rotation function with 3-axis accelerometer - Anti-masking function with photo-beam - Reinforced polycarbonate housing - Max. 4m (13ft.) installation height * Independent sensitivity selector for creep/near/far areas * Detection logic selector * Detection range selector * Independent N.C. and N.O. outputs * Adjustable alarm interval time Caution ENGLISH Synthesized Intelligent PIR REDWALL-V DEUTSCH : Synthesized Intelligent PIR with creep zone -32/ -4/ -44/ INSTALLATION HINTS PARTS IDENTIFICATION Far area mirror Masking plate for far area Fixing rubber form m ( ft.) ITALIANO Base Main unit Fixing screw for the base Creep unit Adjustment screws (two facing each other) Angle adjustment guide Window Fixing rubber form (*1) Masking plate for near area (*1) Fixing screw for the cover Cover Mount the detector so that the majority of traffic flow is across the detection pattern. Near area mirror *1: Not used for the -4/ and -44/. ESPAÑOL Arrow marking Fixing screw _4-_44-_EN.indd 1 29//26 :1:44

2 3 INSTALLATION AND ANGLE ADJUSTMENT 3-1 Wall Mounting (1) 3-2 Attach the paper template (an accessory) onto the wall, and drill a 6-mm dia. mounting hole and a cabling hole. Insert the anchor bolt (an accessory) into the board mount hole. Inside View of the Base Main unit connector Base Waterproof seal (Do not remove this seal.) Wall mounting hole Wiring terminals Wall mounting hole Distance from the ground to the bottom of the template must be between 2.3 m (7.6 ft.) and 4 m (13 ft.). (2) Bushing of wiring hole Bushing of wiring hole Using an allen key, remove the main unit from the base. 4 Pull out. Open wiring cap 2 Open. 1 Loosen the fixing screw for the base. (3) 3 Unplug the cable connector. 3-3 WIRING Drill through the bushing of the wiring hole, pass the cable through the hole, and secure the base to the wall. POWER INPUT TROUBLE OUTPUT TAMPER OUTPUT *1 (4) Connect the cable to the terminal block (see Step 3-3). () Mount the main unit onto the base. SPARE ALARM OUTPUT (N.C.) CREEP ALARM OUTPUT (N.C.) ALARM OUTPUT (N.O.) ALARM OUTPUT (N.O.) *1: TAMPER terminals to be connected to a 24 hour supervisory loop. 1 Insert and Name secure here. Trouble out is used for anti-masking signal. When an object is placed close to the lens surface, for a TROUBLE period of more than 2 seconds (approx.), the IR OUTPUT anti-masking circuit will activate and generate a trouble signal. It is detected when the cover is opened. It is detected when the main unit is removed from its base. Anti-Rotation: Damage sustained by the main unit is detected. When the system power switch is turned on while the cover is closed, the mounting position of the main unit itself will be determined and stored in TAMPER memory after approximately seconds. Then, OUTPUT if the main unit is impacted in a horizontal or vertical direction and if the position of the main unit has changed, damage sustained by the main unit will be detected. However, if you remove the cover while keeping the system power turned on, and if you close the cover again after correcting the position of the main unit, the new position of the main unit will be stored in memory after approximately seconds. Nylon wire loop 4 Tighten and 3 Close. 2 Connect the secure the fixing screw for the base. connector. When mounting the main unit, take care not to trap the nylon wire loop. Also, take care not to get your fingers caught. (6) Function Check to see that the various settings and operations are correct. Caution>> When the red LED flashes after the power turns on, this signifies that the system is warming up. Wait for approximately 6 seconds _4-_44-_EN.indd 2 29//26 :1:47

3 Power wires should not exceed the following lengths. -32/, -4/, -44/ WIRE SIZE 12V DC 14V DC 24V AC.33 mm 2 (AWG22).2 mm 2 (AWG2).83 mm 2 (AWG18) 4 48 (17) 76 (249) 12 (397) DETECTION AREA SETTING You can adjust the detection area by 9 degrees in a horizontal direction and by degrees in a vertical direction. Correct the vertical detection angle according to the mounting height of the sensor unit. models -32/ -4/ -44/ CAM D To rotate the main unit counterclockwise, loosen the RHside adjustment screw. To rotate the main unit clockwise, loosen the LH-side adjustment screw. Otherwise, you may find it difficult to tighten or you may find that you cannot tighten the adjustment screw when you are securing the main unit. To rotate the unit counterclockwise 64 (2) (33) 16 (28) Adjustment screw 137 (449) 216 (79) 34 (1132) m (ft.) To rotate the unit clockwise 4-1 Main Detection Area Setting (1) (2) Adjust the angle of the main unit in a horizontal direction so that you can cover the desired detection area. 3 Rotate the main unit. Adjust the angle of the main unit in a vertical direction so that you can cover the desired detection area. If the mounting wall is at an angle, the arrow of the main unit may exceed the top or bottom limit of Angle adjustment guide. Always check this using the area viewfinder or the walk tester. If the detection area is too high or too low, an object outside the detection area may be detected or incorrect object detection may occur. (3) 1 Loosen the fi xing screw for the base. Remove the cover. 2 Loosen the adjustment screw. 4 Tighten the adjustment screw slightly. Align the arrow of the main unit with the Angle adjustment guide of the adjustment screw. The main unit is usually adjusted within the width of this guide. When mounted at a height of 2.3 meters (7.6ft.) Hooks When mounted at a height of 4. meters (13ft.) 3 Slide the cover downward and release the hooks. 1 Loosen two fi xing screws for the cover and pull out the cover until it stops. Cover 2 Hold the heads of both cover fi xing screws with your hands, and pull down and remove the bottom section of the cover from the main unit. The cover is linked to the main unit by nylon wire loop so that the cover does not fall. Do not pull the cover using excessive force. ENGLISH FRANÇAIS DEUTSCH ITALIANO ESPAÑOL - 3 -

4 Alarm Creep Sens.Select.SW. 73 Far area Near area Creep zone UP DWN REDWAVE REDWAVE REDWAVE PIR NEAR PIR FAR REDWAVE MICROWAVE ALARM OUTPUT REDWAVE CELL BATTERY REDWALL REDWIDE MEGARED CONNECTION SELECT SWITCH POWER SUPPLY FROM SENSOR POWER OFF REDWALL MEGARED REDWIDE MEGARED FAR NEAR MODE POWER SELECT SELECT SWITCH SWITCH WALKTESTER (4) Mount the area viewfinder. 1 Put the red string round the main unit. Red string to hold the main unit 2 Center circle of the lens 4 Area plate (an accessory) * Peel off the protection seal from both faces of the area plate. Insert the area Insert and plate into the slot. mount to 3 Determine the the main detection direction unit. (see Step -1). Area viewfi nder AVF-1 (optional) Inspection window 3 Locate the center circle of the area plate on the center circle of the lens of the area viewfi nder, and check the detection area pattern on the area plate and the background image. * Each letter on the area plate corresponds to each mirror number (see Step 8-2). * You cannot observe mirror numbers B1 to F1 and B6 to F6 (shown at right) of the -32 area plate through the inspection window. Check them using the walk tester. Center circle of the lens Center circle of the area plate The detection area is Invisible area inside the frame border. Adjusting tips>> If you experience any of the following, see Step. Mounting tips>> Engage the convex section of the area viewfi nder fi xing arms with the notches of the main unit, and insert and mount the arms. Fixing arms Limit line of detection area The sensor area is extended over the street where a person walks or a car drives. Branches of a tree and grass move when the wind blows. Mount the area plate so that an arrow of the plate center section faces upward and the letter surface can be seen. Insert the area plate into the top and bottom grooves of the area viewfi nder until the plate is stopped by the ribs. Arrow marking -32/ Notch Grooves -4/ 4 (2124) Convex section The area viewfi nder is a supporting tool for detection area adjustment. After you have adjusted the detection area using the area viewfi nder, always check the area using the walk tester. Never look directly into the sun through the area view fi nder. After you have used the area viewfi nder, store it away from direct sunlight. (6) Securely tighten the adjustment screw that you have loosened. Ribs -44/ 44 (212) (7) Connect the walk tester (optional) to the sensor unit, and check that the detection area is correct. (OPM-WT) (AWT-3) For creep zone For near area For far area For all areas For creep zone For near area For far area () Fine adjust the main unit angle in vertical and horizontal direction by observing the target area through the area viewfinder. 1 To change the direction of the inspection window, rotate the area viewfi nder in a horizontal direction until it clicks and stops. 2 Move your face close to the viewfi nder so that your eye comes within mm of the inspection window (lens surface). Use at REDWALL position. Power selector switch OPM-WT Use at REDWALL position. Power selector switch When the power selector switch is turned to POWER SUPPLY FROM SENSOR position after plugging the cable into the walk tester connector, a continuous beeping sound will be heard. 2 When a pedestrian first enters the detection area, the strong and weak beeps will sound alternately. 3 When the entirety of a pedestrian s body is detected, the strong beep will sound continuously.

5 REDWAVE MEGARED WALKTESTER CELL BATTERY POWER OFF MEGARED MEGARED FAR NEAR 4-2 Creep Zone Detection Area Setting (1) (2) Adjust the creep zone horizontally. The creep zone detection area can be adjusted between -9 and 9 horizontally. [ft.] [m] Adjust the creep zone vertically. The creep zone detection area can be adjusted between -3 and 3 vertically. [ft.] [m] [ft.] [m] Creep zone adjustment guides If you want to adjust the creep zone at the angle of, align these guides. Gently press to move upward Gently press to move downward Detection area at -3 adjusted. Detection area at +3 adjusted. (3) (OPM-WT) Connect the walk tester (optional) to the sensor unit, and check that the detection area is correct. 1 When the power selector switch is turned to POWER SUPPLY FROM SENSOR position after plugging the cable into the walk tester connector, a continuous beeping sound will be heard. 2 When a pedestrian first enters the detection area, the strong and weak beeps will sound alternately. 3 When the entirety of a pedestrian s body is detected, the strong beep will sound continuously. When you are checking the detection area, take care not to cover the shaded area of the window with the walk tester or its cable. If infrared beams to the sensor are partially shielded, the detection sensitivity will drop and the detection operation may fail. If it is difficult to detect an object>> 1. Set the detection logic switch to the OR position (see Step -2). If the sensor is OK when you have completed the walk test, return the logic switch to the AND position. 2. Adjust the sensor sensitivity switch (see Step -1). To mask the detection area>> Detection area Far area Near area Use at REDWALL position. How to mask the area Reference Use the switch. -3 Use the masking plate (mounted in the main unit). Step 7 Use the masking plate (mounted in the main unit). 8-1 Attach the masking seal (an accessory) to the area mirror 8-2 surface. Creep zone cannot be masked. For creep zone For near area For far area Power selector switch REDWALL REDWIDE REDWAVE REDWAVE PIR NEAR MICROWAVE CONNECTION SELECT SWITCH REDWALL REDWIDE MODE SELECT SWITCH REDWAVE PIR FAR REDWAVE ALARM OUTPUT OPM-WT POWER SUPPLY FROM SENSOR POWER SELECT SWITCH ENGLISH FRANÇAIS DEUTSCH ITALIANO ESPAÑOL - -

6 Alarm Creep Sens.Select.SW. 73 Far area Near area Creep zone UP DWN FUNCTION SETTING models -32/ -4/ -44/ Sens.Select.SW. Far area Near area Creep zone Far area sensitivity selector switch Walk tester connector Alarm Creep Sens.Select.SW. -2 Detection Logic Selector Switch Dip switch 1 73 Far area Near area Creep zone If the red LED keeps blinking for approx. 6 seconds after turning the power on, turn the power off and then on again. -1 Sensitivity Selector Switch for Far Area, Near Area and Creep Zone models -32/ -4/ -44/ You can change the sensitivity for far area detection, near area detection and creep zone detection independently. SELECTOR FUNCTION POSITION Suitable for sites requiring a SH level of sensitivity higher than H H M (Factory default) L UP DWN Suitable for sites requiring a level of sensitivity higher than M Suitable for standard applications Near area sensitivity selector switch Creep zone sensitivity selector switch Tamper switch Operation indicator (See Step 11.) 1: Detection logic selector (AND or OR) 2: Detection range selector switch 3,4: Alarm holding time selectors Suitable for hostile and narrow area -3 Detection Range Selector Switch Dip switch 2 [ft.][m] Far area detection is canceled [m] [ft.] [ft.][m] UP DWN SELECTOR POSITION UP DWN STATUS FUNCTION Cancels the far area detection. The OFF detection area is reduced as shown below. ON Factory Enables the far area detection. ( ) default models -32/ -4/ -44/ models -32/ -4/ -44/ [m] [ft.] If you cancel the far area detection, the detection distance is limited to approximately 2 meters (6ft.). Be sure to readjust and check the detection area using the area viewfinder and the walk tester. -4 Alarm Interval Switch Dip switch 3-4 models -32/ -4/ -44/ You can set an interval (4 different times) to suspend the alarm signal output. For example, if you set this interval to 3 seconds, no more alarm signals will be output for 3 seconds after the output of the first alarm signal. If no pedestrians are detected for more than 3 seconds, the system returns to the standby mode. Then, when a pedestrian is detected, the alarm signal will be output. SELECTOR POSITION FUNCTION sec (Factory default) Far area detection is canceled. 1 sec 3 sec 6 sec models -32/ -4/ -44/ UP DWN SELECTOR POSITION UP DWN Detection area of -32/, -4/ and -44/ consist of two types of plane detection areas in an alternative manner constructed by two pairs of pyro-elements, for the near and the creep zone. STATUS FUNCTION OR Factory default ( ) AND A sensor signal is output when an object is detected in either of the two detection areas. * Use this mode when you adjust the detection area. Switch to AND mode after you have finished the detection area adjustment. Use this mode to reduce instances of incorrect detection of objects. The sensor signal is output only when an object is detected within the two detection areas. If any objects are blocking multiple detection areas, use OR mode

7 6 DETECTION AREA [ft.] [m] SIDE VIEW (Installation height 4. m (13ft.)) [ft.] [m] 13 4 : Near area : Far area : Creep zone [m] [ft.] [ft.] [m] [ft.] [m] models -32/ -4/ -44/ TOP VIEW (Installation height 4. m (13ft.)) models -32/ -4/ -44/ TOP VIEW (Installation height 2.3 m (7.6ft.)) SIDE VIEW (Installation height 2.3 m (7.6ft.)) : Near area : Far area : Creep zone [m] [ft.] [ft.] [m] [ft.] [m] [m] [ft.] [ft.] [m] [ft.] [m] models -32/ -4/ -44/ TOP VIEW (Installation height 4. m (13ft.)) SIDE VIEW (Installation height 4. m (13ft.)) : Near area : Far area : Creep zone models -32/ -4/ -44/ TOP VIEW (Installation height 2.3 m (7.6ft.)) SIDE VIEW (Installation height 2.3 m (7.6ft.)) : Near area : Far area : Creep zone [m] [ft.] ENGLISH FRANÇAIS DEUTSCH ITALIANO ESPAÑOL - 7 -

8 7 MASKING THE FAR AREA SENSOR [ft.] [m] models -32/ -4/ -44/ TOP VIEW (Installation height 4. m (13ft.)) The far area mirror mounted in the main unit has 2 far masking plates; one at the right side of this mirror and the other at the left side of this mirror. You can mask the detection area by changing the position of these masking plates. You can only mask the detection area from its outside to its inside using the masking plates. You cannot mask only the inside detection area. However, if you need to mask the inside detection area only, use the white space (margin) of the near area masking seal (an accessory) for the masking. Attach the seal and mask all mirrors that you need to shield. 3 [ft.] [m] SIDE VIEW (Installation height 4. m (13ft.)) : Near area : Far area : Creep zone The window is linked to the main unit by nylon wire loop so that the window does not fall. Do not pull the window using excessive force. After you have masked the detection areas, mount the window and place the excessive nylon wire loop inside the main unit. How to remove the window>> Window [m] [ft.] Press the left bottom hole with your fi nger, and pull the window up. models -32/ -4/ -44/ 1 Remove the masking plate from the storage, and check the detection area and the mirror you use by referring to the area chart. Far area mirror Rib 2 Attach the masking plate to the mirror, and secure it to the ribs. Rib Insert the fi xing rubber form to secure the knob of the masking plate. models -32/ -4/ -44/ [ft.] [m] 3 TOP VIEW (Installation height 2.3 m (7.6ft.)) [ft.] 1 [m] [ft.] [m] SIDE VIEW (Installation height 2.3 m (7.6ft.)) : Near area : Far area : Creep zone [m] [ft.] If tree branches or other moving objects are in the path of the detection beam.

9 8 MASKING THE NEAR AREA SENSOR models -32/ -4/ -44/ 1 Remove the masking plate from the storage, and check the detection area and the mirror you use by referring to the area chart. Far area mirror Rib 4 3-4/ / [ft.] [m] If tree branches or other moving objects are in the path of the detection beam. 2 Attach the masking plate to the mirror, and secure it to the ribs. 3 Insert the fi xing rubber form to secure the knob of the masking plate. [ft.] [m] Rib 8-1 Masking the Detection Areas using Masking Plates The near area mirror mounted in the main unit has 2 near masking plates; one at the right side of this mirror and another at the left side of this mirror. You can mask the detection area by changing the position of these masking plates. You can mask the outside detection areas only; they are areas 1 and 6. Use the area masking seals (an accessory) to mask the other detection areas (see Step 8-2). models -32/ -4/ -44/ 1 Remove the masking plate from the storage, and check the detection area and the mirror you use by referring to the area chart. Rib Near area mirror [ft.] 1 [m] If tree branches or other moving objects are in the path of the detection beam Attach the masking plate to the mirror, and secure it to the ribs. 6 Rib 3 Insert the fi xing rubber form to secure the knob of the masking plate. ENGLISH FRANÇAIS DEUTSCH ITALIANO ESPAÑOL - 9 -

10 9 TERMINATION PROCEDURE 8-2 Masking the Detection Areas using Masking Seals Using the tweezers (an accessory), carefully attach the area masking seals (an accessory) to the near area mirror. Area masking seals Near area mirror MIRROR F 6 E F F 6 F 4 F 2 F F3 F 1 E E 6 E 4 E 2 E E3 E 1 D D6 D4 D 2 D D3 D1 C C6 C4 C2 C C3 C1 B B6 B4 B2 B B3 B1 (1) After you have adjusted all sensor items, securely tighten all adjustment screws that you have loosened. Finally, securely tighten the bottom fixing screws. 2 Fixing screw [ft.] 1[m] F E D C 1 Adjustment screw If you need to adjust the detection area again, be sure to loosen the fixing screw. If you try to move the main unit without loosening the fi xing screw, the unit may be damaged. When you mount the cover, place the excessive nylon wire loop in the main unit. If the wire has been pinched by the window and the cover, rain drops may be able to enter into the main unit. (2) Mount the cover. B [ft.] 13 [m] [m] [ft.] F E D C B - -

11 OPERATION TEST -1 If There is a Public Street Where People Walk or Cars Drive by the Detection Area Points>> Reduce the size of the detection area so that it does not include any public streets. (1) (2) (3) (4) Check to see that the arrow of the main unit is within the width of Angle adjustment guide on the adjustment screw. Using the area viewfinder, check to see that the detection area does not include any public streets. If the detection area does go beyond a public street, correct the vertical angle of the main unit. However, exercise care so that the arrow does not move away significantly from the Angle adjustment guide position. If the arrow does move away significantly from the Angle adjustment guide position: Mask the far area detection area using the masking plate or by using the far area masking switch. You may be required to also mask the near area detection area under specific sensor installation conditions (see Steps and 8). When a person walks along the street or a car drives along it, check the detection area using the walk tester. Points>> You cannot mount and use both the area viewfinder and walk tester simultaneously. The detection area may increase if there is a large difference in temperature between the moving object and the background. A heat source beyond the detection area may cause a false alarm due to the reflection of heat off the ground. Examples of types of surfaces that reflect include water (puddles), wet roads, smooth concrete surfaces and asphalt roads. If the source of the heat is strong and/or the reflection rate is high, the detection distance will be longer than required and may detect unnecessary objects beyond the target area. Therefore, select the detection range position according to the ground conditions of the installation site If Tree Branches or Grass are Detected When They Move Within the Detection Area 11 Points>> Adjust the detection area so that it does not cover tree branches or grass that move when the wind blows. (1) (2) (3) (4) () (6) (7) Check to see that the arrow of the main unit is within the width of Angle adjustment guide on the adjustment screw. Using the area viewfinder, check to see that the detection area does not cover tree branches or grass that may move when the wind blows. Use the walk tester to listen for sound level changes when there is no apparent activity in the detection area. Adjust the detection area so that it does not detect unwanted areas. If the sound level changes, some part of the detection area must be active (i.e.: an object is moving). Use the walk tester and locate the part of the detection area that is active. Change the walk tester selector switch position and determine whether the active part of the detection area is far or near. Using the area viewfinder again, locate the active detection area. Mask the active detection area. To do this, mask the area using the masking plate or the masking seal. Otherwise mask the area using the far area masking switch (see Steps, 7, and 8). Creep zone cannot be masked. Adjust the detection area again (see Step 4-2). Using the walk tester again, check that the sound level changes. If the sound level does not change excessively, you can finish the adjustment. Points>> You cannot mount and use both the area viewfinder and the walk tester simultaneously. LED STATUS Alarm Creep Far area Detector Status During power ON During standby When detected (in far/near area) When detected (in creep zone) If the red LED keeps blinking for approx. 6 seconds after turning the power on, turn the power off and then on again. Creep zone Operation indicator - Red LED Far/Near area Operation indicator - Red LED LED Status Blinks. Turns OFF. Lights. Lights. ENGLISH FRANÇAIS DEUTSCH ITALIANO ESPAÑOL

12 12 SPECIFICATIONS models -32/ -4/ -44/ Model -32/ -4/ -44/ Detection method Coverage (Main area) Coverage (Creep zone) Number of detection zones 3 x 2m ( x 6ft.) Passive infrared 4 x m (13 x 33ft.) 4 x 4m (13 x 13ft.) 3 m ( 17 ft.) at 2.3 m (7.6ft.) height 6 9 m (2 3 ft.) at 4 m (13ft.) height Detection angle adjustable Main area 74 zones 48 zones 24 zones Creep zone Mounting height Power input With optional heating unit Current draw With optional heating unit Far alarm and Operation Near alarm indicator Creep zone alarm Alarm period Warm-up period Detection range selector Alarm interval period Detection logic selector Tamper output Trouble output Alarm output Main area Creep zone Sensitivity selector Operating temperature IP rating Without optional heating unit With optional heating unit Dimensions (H W D) Weight Accessories 36 zones 2.3 to 4m (7.6 to 13ft.) 11-16V DC 22-26V AC 22-26V AC 4mA max. (12V DC) 7mA max. (24V AC) 41mA max. (24V AC) Red LED Red LED Approx. 2 sec. Approx. 6 sec. Far area: ON / OFF / 1 / 3 / 6 sec. AND/OR N.C. 28V DC,.1A max. N.C. 28V DC,.2A max. N.C.28V DC,.2A max. N.O.28V DC,.2A max. N.C.28V DC,.2A max. N.O.28V DC,.2A max. Far: SH/H/M/L Near: SH/H/M/L Creep zone: SH/H/M/L -2 to +6 C (-13 to +14 F) -4 to +6 C (-4 to +14 F) Main unit :IP6 Chassis :IP 248 x 2 x 266 mm (9.8 x 4. x. in.) 1.4 kg (48 oz.) Screws, Paper template, Allen key, Area masking seal, Tweezers, Instruction manual, Area plate, Fixing rubber form DIMENSION OPTION -32/, 4/, 44/ (4.) (.) 9 (3.6) OPM-WT, AWT-3 AVF-1 -MINIHOOD -HU 21 (.83) OPTEX CO., LTD. (JAPAN) (ISO 91 Certified) (ISO 141 Certified) Ogoto Otsu Shiga 2-1 JAPAN TEL: FAX: URL: OPTEX INCORPORATED (USA) TEL: Tech:(8) URL: 96 (3.78) -Audio Walk Tester -Area View Finder -Sun/Snow shield -Heating unit 21 (.83) 7 (3.) 248 (9.8) 17.1 (.67) 13 (.1) 116 (4.7) Unit:mm (inch) When -HU is used, the power for unit should be 22-26V AC. These units are designed to detect movement to activate CCTV system. Being only part of a complete surveillance system, we cannot accept responsibility for any damage or other consequences resulting form the activation of the unit. This product confirms to the EMC Directive 24/8/EC. Specifications and design are subject to change without prior notice. OPTEX SECURITY SAS (FRANCE) TEL: URL: OPTEX (EUROPE) LTD. (UK) TEL: URL: OPTEX SECURITY Sp. z o. o. (POLAND) TEL: URL:

13 No PoE IP Encoder PIE-1 INSTALLATION INSTRUCTIONS ( for series and RLS series ) FEATURES PIE-1 changes analog relay output signals (N.C.) to original ASCII code. PIE-1 can supply power to detector using a PoE hub or switch. 1 PARTS IDENTIFICATION SAFETY PRECAUTION Follow all cautions and instructions in this manual before installation. Keep this manual after installation so that you can read when necessary. Remember the meanings of Warning and Caution below to use the product safely. Warning If you ignore a warning, the user or other people may be injured or dead. Main unit of PIE-1 No UNC screw (/8 inch), 6 pcs Alarm -pin cable (26cm) Alarm 6-pin cable (cm) Alarm 4-pin cable (cm) mounting plate for Gang Box Gasket sheet for Gang Box Caution If you ignore a caution, the user or other people may be injured or the product or something around it may be damaged. Power 2-pin cable (26cm) Power 2-pin cable (cm) Warning Do not repair, dismantle or modify the product yourself. Do not touch the product with a wet hand. Be careful not to damage other interior wiring when installing or wiring the product. Power off the product immediately if smoke, odor or strange sound emits from the product. Do not install the product in an extremely moist place such as a bathroom or a place where the product may be wet. Caution Insert the connectors securely when wiring. Caution Be sure to use the attached cables. Do not use 12V and 24V power sources at the same time. Connectors Alarm input connector 12VDC Power output connector 24VDC Power output connector CE Statement Warning: This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures. (EN22) Ethernet connector for PoE Ethernet connector for detector

14 2 CONNECT PIE-1 TO THE MAIN UNIT Step 1 (1) Prepare an appropriate Dual Gang Box. (2) Using an Allen key, detach the base from the main unit. Step 2 Step 3 Step 4 (1) Plug the alarm -pin cable to PIE-1. (2) Plug the power 2-pin cable to PIE-1. Use the 12VDC connector. Note: When using an optional heating unit, use the 24VDC connector. (3) Set the Selector switch of PIE-1 to the left. (4) Plug a CAT cable to the Ethernet connector for PoE. () Place the PIE-1 into the Dual Gang Box. (3) (1) (2) (1) Take off a rectangular gasket and two round gasket from the gasket sheet. (2) Apply the rectangular gasket on the mounting plate. (3) Apply the two round gaskets in layers around the round hole of the mounting plate. (1) Pass the alarm -pin cable and the power 2-pin cable through the hole. (2) Using four screws, mount the mounting plate to the Gang Box. (3) Pass the cables through the hole on the back of the base. (4) Using two screws, mount the base to the mounting plate on the Gang Box. (4) Step 3 Do not use Step 2 Step Step 4 Step 6 Step Step 6 Step 7 Plug the alarm 6-pin cable, the alarm 4-pin cable and the power 2-pin cable to terminals on the base. Note: Refer to the Connection Table. (1) Connect the power and alarm cables. (2) If cables are too long, put the extra portions into the Gang Box. Mount the main unit onto the base. Warning When the PIE-1 unit is accommodated not in Gang box, mount it in weather proof box or cabinet to avoid moisture.

15 PIE-1 CONNECTION TABLE FOR SERIES Model name - -3, 44/, 4/, 32/ -44, 4, 32 Alarm 6-pin cable Alarm 4-pin cable Power 2-pin cable Orange pair Yellow pair Green pair Blue pair Purple pair Red Black Far Near Creep Tamper Trouble (+) (-) - Alarm Creep Tamper Trouble (+) (-) - Alarm - Tamper Trouble (+) (-) Be sure to insulate the cables you are not using. Caution 3 AFTER INSTALLATION (1) Before using PIE-1, set the IP addresses of PIE-1 and the computer in the following procedure. The default settings of PIE-1 are as follows. IP Address: Subnet Mask: Defoult Gateway: Set the local area connection. An example of IP address settings IP Address Subnet Mask : : Using Internet Explorer, access the site below. ( 3. Enter the user ID and the password below. User ID: PIE-1 Password: OPTEX 4. Change the IP address if necessary.. Select the detector you have connected. 7. Click Overview button. Confirm the settings in the Overview screen. Download the detailed instructions at our site. ( (2) Confirm the output of the Event Code, and set VMS/NVR. (3) After setting VMS/NVR, conduct a walk test. 4 RESETTING If you forget the IP address you have set, reset it to obtain the default IP address in the following procedure. 1. Pull off the cable connected to the Ethernet connector for PoE. PIE-1 turns off. 2. While pressing the RESET button, connect the cable to the Ethernet connector for PoE again. PIE-1 turns on. 3. Keep pressing the RESET button until the green and yellow LEDs both go off. (They go off within ten seconds.) 4. Release the RESET button. The software restarts, and PIE-1 obtains the default IP address. 6. After changing settings. Click Save Config button.

16 CONNECT PIE-1 TO THE RLS UNIT Note>> Use a switch or hub conforming to IEEE82at type2. Step 1 (1) Using a screwdriver, remove the cover from the RLS main unit. Step 2 Step 3 Step 4 (1) Plug the power 2-pin cable to the RLS main unit. (2) Plug the CAT cable to Ethernet connector of the RLS main unit. (2) (1) (1) Plug the power 2-pin cable to PIE-1. Use the 24VDC connector. (2) Set the Selector switch of PIE-1 to the right. (3) Lead a CATe cable from (2) (1) the switching hub into the RLS main unit through a hole on its bottom. () (4) (4) Plug the CATe cable to the Ethernet connector for PoE of PIE-1. () Plug the CAT cable, already connected to the RLS main unit (Step 2(2)), to the Ethernet connector for detector of PIE-1. (1) Connect the power cables. (2) Place PIE-1 into the cover. (1) (2) Step (1) Mount the cover onto the RLS main unit. Step 2 Step 4 Step 3 Note>> When use series, use CATe or greater cable between the PIE-1 unit and the PoE Hub. *Required power less than 2.W, can use the PoE Plus Hub. 6 SPECIFICATIONS 7 DIMENSIONS Power supply PoE * (IEEE82.3af/at compliant) Power output 24VDC 8mA max, 12VDC ma max Signal input input for dry contacts (N.C. only) Place of use Outdoor (Inside of the waterproof case) Alarm output Redwall event code (UDP/TCP) Operating temperature -4 to +6 C (-4 to + 14 F) Operating humidity 9% RH. max Operation LED (Normal) Green light is ON when the power is supplied by PoE Operation LED (When communicating) Yellow light blinks during communication Function setting Dimension Weight Supported protocols Use web browser 67.mm x 94.7mm x 33.mm (2.66 x 3.73 x 1.3 ) 27g (8.8 oz: Including all parts) Main unit : 9g (3.2 oz) IPv4, ARP, UDP, TCP, ICMP, HTTP Alarm -pin cable (26cm), Alarm 6-pin cable (cm), Alarm 4-pin cable (cm), Power 2-pin Accessories cable (26cm), Power 2-pin cable (cm), mounting plate for Gang Box, Gasket sheet for Gang Box, No UNC screw (/8 inch) x 6 *Required power less than 12.9W, can use the PoE Hub. Required power less than 2.W, can use the PoE Plus Hub. *Specifications may be modified without prior notice. 33. (1.3) 94.7 (3.73) OPTEX CO., LTD. (JAPAN) (ISO 91 Certified) (ISO 141 Certified) URL: Ogoto Otsu Shiga 2-1 JAPAN TEL: FAX: OPTEX INCORPORATED (USA) TEL: Tech:(8) URL: OPTEX SECURITY SAS (FRANCE) TEL: URL: OPTEX (EUROPE) LTD. (UK) TEL: URL: OPTEX SECURITY Sp. z o. o. (POLAND) TEL: URL: 67. (2.66) Unit : mm (inch)

17 No.9196 PoE IP Encoder PIE-1 INSTALLATION INSTRUCTIONS ( for series and RLS series ) Detailed Version FEATURES PIE-1 changes analog relay output signals (N.C.) to original ASCII code. PIE-1 can supply power to detector using a PoE hub or switch. SAFETY PRECAUTION Follow all cautions and instructions in this manual before installation. Keep this manual after installation so that you can read when necessary. Remember the meanings of Warning and Caution below to use the product safely. Warning Caution If you ignore a warning, the user or other people may be injured or dead. If you ignore a caution, the user or other people may be injured or the product or something around it may be damaged. Warning Do not repair, dismantle or modify the product yourself. Do not touch the product with a wet hand. Be careful not to damage other interior wiring when installing or wiring the product. Power off the product immediately if smoke, odor or strange sound emits from the product. Do not install the product in an extremely moist place such as a bathroom or a place where the product may be wet. Caution CONTENTS PREPARATIONS SETTINGS ON THE WEB REDWALL EVENT CODE SPECIFICATIONS REDWALL EVENT CODE LOGGER Q&A 1 PREPARATIONS Before using PIE-1, set the IP addresses of PIE-1 and the computer in the following procedure. The default settings of PIE-1 are as follows. IP Address: Subnet Mask: Default Gateway:... (1) Set the local area connection. An example of IP address settings IP Address Subnet Mask : : (2) Using Internet Explorer, access the site below. ( (3) Enter the user ID and the password below. User ID: PIE-1 Password: OPTEX (4) Change the IP address if necessary. () Select the detector you have connected. Insert the connectors securely when wiring. CE Statement Warning: This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures. (EN22) (6) After changing settings. Click Save Config button

18 2 SETTINGS ON THE WEB You can confirm the information below by accessing PIE-1 with Internet Explorer 8 or 9. Confirming the status of input terminals of PIE-1 Confirming the transmitted data of REDWALL Event Code (R.E.C.) Confirming the software version Managing the network settings Managing the transmission settings of R.E.C. Managing the settings of alarm input Changing the user ID or password Restarting PIE-1 To access the Web screen of PIE-1, enter the URL below in the browser. When the identification screen appears, enter the user ID and the password below. User ID: PIE-1 Password: OPTEX The Web screen of PIE-1 consists of three sub-screens: Overview, Configuration and Authorization. Step 1 In the Overview screen, you can confirm the information below: Status of input terminals of PIE-1 Transmitted data of REDWALL Event Code (R.E.C.) Software version The status of each input terminal is indicated by a color such as Orange, Yellow, Green, Blue or Purple in the Alarm Information, according to the alarms specified in the Configuration screen. When a terminal has an input, the background becomes yellow. When the alarm is OFF, the background is gray. The R.E.C. transmission data is displayed in the R.E.C. (REDWALL Event Code) box of the Alarm Information. Step 2 In the Configuration screen, you can change the settings below: Network settings of PIE-1 Transmission settings of R.E.C. Settings of alarm input After changing the settings, click the [Save Config] button at the top and bottom of the screen to save the settings in PIE-1. Note>> PIE-1 Configuration: to change the network settings of PIE-1. IP Address: to change the IP address of PIE-1 Subnet Mask: to change the subnet mask of PIE-1 Default Gateway: to change the default gateway of PIE-1-2 -

19 Event Code Configuration: to change the transmission settings of R.E.C. Use an arbitrary number: to define how to set the ID of Detector. When this item is unchecked, the value of the ID of Detector is automatically set as the right-end part of the IP Address. ID of Detector: to change the number of R.E.C. You can specify the number ranging from to 999. Transmission Mode: to change the transmission mode of R.E.C. [UDP] IP Address: to change the IP address to which an R.E.C. (UDP) is transmitted. Port Number: to change the port number to which an R.E.C. (UDP) is transmitted. Number of transmission: to change the number of transmission of R.E.C. (UDP). You can specify the number within the range from 1 to 2. [TCP] IP Address: to change the IP address to which an R.E.C. (TCP) is transmitted. Port Number: to change the port number to which an R.E.C. (TCP) is transmitted. Time out setting: to change the duration of re-transmission of R.E.C. (TCP). You can specify the duration within the range from 1 to 3, seconds. Set continuous alarm of TA/TR available: to specify the transmission method of TR/TA of R.E.C. When this item is unchecked, TR/TA is transmitted only once. When this item is checked, TR/TA is transmitted at intervals you set in the Transmission interval area. Transmission interval: to change the transmission interval of TR/TA of R.E.C. Delay time of CL transmission: to change the delay time from the point when the relay output of object detection is cleared to the point when the CL of R.E.C. is transmitted. I/O Configuration: to change the alarm settings of input terminals Detector: to select a detector connected to PIE-1 Number of Output Selector: to select the switch status of the current Number of Output Selector (when - is selected). Detection Range Selector: to select the switch status of the current Detection Range Selector (when -32, -32/, -44, -44/, -4 or -4/ is selected). Orange / Yellow / Green / Blue / Purple: to change the alarm color of each input terminal. In the I/O Configuration, you can select one of nine alarm types according to the sensor connected. R.E.C. are transmitted according to the alarm types you have selected here. When an input terminal is set to OFF in the I/O Configuration, PIE-1 does not transmit an R.E.C. if the terminal has an input. R.E.C. to be transmitted according to the I/O Configuration are as follows: Alarm Alarm (Far) Alarm (Near) Alarm (Creep) R.E.C. FR NR CR Alarm Alarm (Far&Near) Trouble Tamper R.E.C. FN TR TA Step 3 In the Authorization screen, you can change the user ID and password when accessing the web screen. After changing the settings, click the [Save Config] button at the bottom of the screen to save the settings in PIE

20 3 REDWALL EVENT CODE SPECIFICATIONS <Purpose> PIE-1 generates event codes which can be used by an NVR or VMS software to control PTZ cameras and other devices. <Communication methods> REDWALL EVENT CODE can be sent to the assigned port using UDP or TCP protocol. The default port number is When you connect PIE-1 to, REDWALL EVENT CODE is generated from. Please refer to the manual for when you use it. <Code format> PIE126 MO FR XZ CC TA Y1 Master alarm Y2 Latest alarm Y3 Multiple alarm Y4 Multiple alarm Y Tamper ID number of the PIE-1 ID number of the PIE-1 unit consist 6 bytes as follows. PIE + 3 bytes number (Default number is the last group of the host IP address.) Position Y1 Command MO/CL Description Master alarm triggered / Master alarm cleared CL code is generated seconds after master alarm was cleared. This value can be changed by setting software. Y2 FR/NR/CR/FN In case of : Last alarm. Far(FR)/Near(NR)/Creep(CR)/Far and Near(FN) - In case of Tamper/Trouble : Not available Y3 XY/YZ/XZ In case of : Multiple alarm. (Combination) CR & NR XY, NR & FR YZ, CR & FR or FN XZ - In case of Tamper/Trouble : Not available Y4 CC In case of : Multiple alarm. (either combination) - In case of Tamper/Trouble : Not available Y-7 - Not available Y8 TR Trouble Y9 - Not available Y TA Tamper - 4 -

21 4 REDWALL EVENT CODE LOGGER Double-click the REDWALL Event Code Logger.exe. Logger is a program to display REDWALL Event Codes (R.E.C.) sent from a device on the network and to save the information as a text in a file. Using this program, you can check the reception of R.E.C. This program is working on a computer which is installed with.net Framework 3. or higher. Before using this program, obtain.net Framework 3. on the Microsoft website and install it on your computer. Screen layout View all REDWALL Event Code: To select how to display or save R.E.C. which has been received. When this item is checked, the program displays and saves R.E.C. transmitted from all devices. When unchecked, the program displays and saves an R.E.C. transmitted from the Target IP Address only. Target IP Address: The IP address of a device which transmits an R.E.C. The program displays and saves an R.E.C. transmitted from a device whose IP address you have specified here. Port Number: The port number to which a device transmits an R.E.C. Protocol: The protocol through which a device transmits an R.E.C. Get Start: To begin to display and save an R.E.C. which has been received. Stop: To stop to display and save an R.E.C. which has been received. REDWALL Event Code: The list of all R.E.C. which have been received. Operation You can display and save an R.E.C. in the procedure below. (1) Enter the IP address of the device which transmits an R.E.C. in the boxes of Target IP Address. (2) Enter the port number of R.E.C. transmission to which a device transmits an R.E.C. in the box of Port Number. (3) Select a transmission protocol of R.E.C. through which a device transmits an R.E.C. (4) Click the [Get Start] button. () When the Save as screen appears, define the folder where you want to save the transmitted R.E.C. and the filename. (6) Click the [Save] button. Note Can t find Target Machine appears when no device in LAN has the IP address you have specified as the Target IP Address or when the device whose IP address you have specified as the Target IP Address is not turned on. Please check if you have entered the IP address correctly or if the device is turned on. - -

22 Q&A No. (1) (2) (3) (4) () (6) (7) (8) (9) Problems PIE-1 does not turn on. (The LED does not turn on.) A detector does not turn on. The setting screen of PIE-1 does not appear. The setting is not renewed. I have forgotten the password. I have forgotten the IP address. MANAGER cannot access The event code is not output in the walk test. The output event code is different. Connection Detector,,,,,,,, Check Is the LAN connector firmly plugged to PIE-1? Is the LAN connector plugged into the right port? Is your Hub or Switch compliant to PoE? Is PoE of your Hub or Switch powered on? Is the LAN connector firmly plugged to PoE-compliant Hub or Switch? Is the LAN connector plugged into a PoE-compliant port? Is the LAN cable Category or higher? Is the PIE-1 powered on? Is your Hub or Switch compliant to PoE+ (IEEE82.3at)? (when using +Heater or ) Did you select the correct output port, namely 24v or 12v? (refer to the manual (2) and () provided with the product) Is the power cable connected firmly? (Please check the connections of PIE-1, the relay connector and the detector.) Is PIE-1 powered on? Are the local area settings in the computer correct? Is the URL correct? Is your browser Internet Explorer? Are more than one IP address conflicting? Is the selector switch correct? Did you click the Save Config button after setting? Solution Plug the LAN connector into the right port. Refer to Q&A (1). Use a Hub or Switch compliant to PoE+ (IEEE82.3at). Use the correct power output. Refer to Q&A (1). Set the local area correctly, referring to the manual (3) provided with the product. Enter the correct URL, referring to the manual (3) provided with the product. If you forget the IP address or password, reset them, referring to the manual (4) (the values are reset to ). Use Internet Explorer. Connect one PIE-1 to one PC. To solve the IP address confliction, change an IP address. Set the selector switch correctly. Be sure to click the Save Config button after change the settings. Reset the User ID and Password to the default values, referring to the manual (4) provided with the product. Reset the IP address to the default values, referring to the manual (4) provided with the product. Is PIE-1 powered on? Refer to Q&A (1). Is working? Refer to Q&A (2). Are the local area settings in the computer correct? Set the local area correctly, referring to the manual of. Are more than one IP address conflicting? Connect one PIE-1 to one PC. To solve the IP address confliction, change an IP address. Is the selector switch correct? Set the selector switch correctly., Is PIE-1 powered on? Refer to Q&A (1)., Is the detector powered on? Refer to Q&A (2). Can you access the web screen of PIE-1? Refer to Q&A (3). Are the settings of connection detector correct? Select the correct connection detector. Is the alarm displayed on the web screen as you have Connect the alarm cable firmly. done in the walk test? Can you receive the event code with REDWALL Event Set the protocol or destination of the event Code Logger.exe? code correctly on the web screen of PIE-1. If you can receive the event code with REDWALL Event Set VMS/NVR correctly. Code Logger.exe, the settings of VMS/NVR may be incorrect. Can you access with MANAGER? Refer to Q&A (7). Can you receive the event code with REDWALL Event Set the protocol or destination of the Event Code Logger.exe? Code correctly with MANAGER. If you can receive the event code with REDWALL Event Set VMS/NVR correctly. Code Logger.exe, the settings of VMS/NVR may be incorrect. Did you set the connection detector correctly on the web Select the correct connection detector. screen of PIE-1? Does the alarm appear on the web screen of PIE-1 as you have done in the walk test? Use a PoE-compliant Hub or Switch correctly. Plug the LAN connector into the PoE-compliant port. Use a Category or higher LAN cable. Connect the power cable firmly. Change the settings of alarm input so that the alarm in the walk test and the alarm on the web screen are identical. OPTEX CO., LTD. (JAPAN) (ISO 91 Certified) (ISO 141 Certified) Ogoto Otsu Shiga 2-1 JAPAN TEL: FAX: URL: OPTEX INCORPORATED (USA) TEL: Tech:(8) URL: OPTEX SECURITY SAS (FRANCE) TEL: URL: OPTEX (EUROPE) LTD. (UK) TEL: URL: OPTEX SECURITY Sp. z o. o. (POLAND) TEL: URL:

23 No.9196 PoE IP Encoder PIE-1 INSTALLATION INSTRUCTIONS ( for series and RLS series ) Detailed Version FEATURES PIE-1 changes analog relay output signals (N.C.) to original ASCII code. PIE-1 can supply power to detector using a PoE hub or switch. SAFETY PRECAUTION Follow all cautions and instructions in this manual before installation. Keep this manual after installation so that you can read when necessary. Remember the meanings of Warning and Caution below to use the product safely. Warning Caution If you ignore a warning, the user or other people may be injured or dead. If you ignore a caution, the user or other people may be injured or the product or something around it may be damaged. Warning Do not repair, dismantle or modify the product yourself. Do not touch the product with a wet hand. Be careful not to damage other interior wiring when installing or wiring the product. Power off the product immediately if smoke, odor or strange sound emits from the product. Do not install the product in an extremely moist place such as a bathroom or a place where the product may be wet. Caution CONTENTS PREPARATIONS SETTINGS ON THE WEB REDWALL EVENT CODE SPECIFICATIONS REDWALL EVENT CODE LOGGER Q&A 1 PREPARATIONS Before using PIE-1, set the IP addresses of PIE-1 and the computer in the following procedure. The default settings of PIE-1 are as follows. IP Address: Subnet Mask: Default Gateway:... (1) Set the local area connection. An example of IP address settings IP Address Subnet Mask : : (2) Using Internet Explorer, access the site below. ( (3) Enter the user ID and the password below. User ID: PIE-1 Password: OPTEX (4) Change the IP address if necessary. () Select the detector you have connected. Insert the connectors securely when wiring. CE Statement Warning: This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures. (EN22) (6) After changing settings. Click Save Config button

24 2 SETTINGS ON THE WEB You can confirm the information below by accessing PIE-1 with Internet Explorer 8 or 9. Confirming the status of input terminals of PIE-1 Confirming the transmitted data of REDWALL Event Code (R.E.C.) Confirming the software version Managing the network settings Managing the transmission settings of R.E.C. Managing the settings of alarm input Changing the user ID or password Restarting PIE-1 To access the Web screen of PIE-1, enter the URL below in the browser. When the identification screen appears, enter the user ID and the password below. User ID: PIE-1 Password: OPTEX The Web screen of PIE-1 consists of three sub-screens: Overview, Configuration and Authorization. Step 1 In the Overview screen, you can confirm the information below: Status of input terminals of PIE-1 Transmitted data of REDWALL Event Code (R.E.C.) Software version The status of each input terminal is indicated by a color such as Orange, Yellow, Green, Blue or Purple in the Alarm Information, according to the alarms specified in the Configuration screen. When a terminal has an input, the background becomes yellow. When the alarm is OFF, the background is gray. The R.E.C. transmission data is displayed in the R.E.C. (REDWALL Event Code) box of the Alarm Information. Step 2 In the Configuration screen, you can change the settings below: Network settings of PIE-1 Transmission settings of R.E.C. Settings of alarm input After changing the settings, click the [Save Config] button at the top and bottom of the screen to save the settings in PIE-1. Note>> PIE-1 Configuration: to change the network settings of PIE-1. IP Address: to change the IP address of PIE-1 Subnet Mask: to change the subnet mask of PIE-1 Default Gateway: to change the default gateway of PIE-1-2 -

25 Event Code Configuration: to change the transmission settings of R.E.C. Use an arbitrary number: to define how to set the ID of Detector. When this item is unchecked, the value of the ID of Detector is automatically set as the right-end part of the IP Address. ID of Detector: to change the number of R.E.C. You can specify the number ranging from to 999. Transmission Mode: to change the transmission mode of R.E.C. [UDP] IP Address: to change the IP address to which an R.E.C. (UDP) is transmitted. Port Number: to change the port number to which an R.E.C. (UDP) is transmitted. Number of transmission: to change the number of transmission of R.E.C. (UDP). You can specify the number within the range from 1 to 2. [TCP] IP Address: to change the IP address to which an R.E.C. (TCP) is transmitted. Port Number: to change the port number to which an R.E.C. (TCP) is transmitted. Time out setting: to change the duration of re-transmission of R.E.C. (TCP). You can specify the duration within the range from 1 to 3, seconds. Set continuous alarm of TA/TR available: to specify the transmission method of TR/TA of R.E.C. When this item is unchecked, TR/TA is transmitted only once. When this item is checked, TR/TA is transmitted at intervals you set in the Transmission interval area. Transmission interval: to change the transmission interval of TR/TA of R.E.C. Delay time of CL transmission: to change the delay time from the point when the relay output of object detection is cleared to the point when the CL of R.E.C. is transmitted. I/O Configuration: to change the alarm settings of input terminals Detector: to select a detector connected to PIE-1 Number of Output Selector: to select the switch status of the current Number of Output Selector (when - is selected). Detection Range Selector: to select the switch status of the current Detection Range Selector (when -32, -32/, -44, -44/, -4 or -4/ is selected). Orange / Yellow / Green / Blue / Purple: to change the alarm color of each input terminal. In the I/O Configuration, you can select one of nine alarm types according to the sensor connected. R.E.C. are transmitted according to the alarm types you have selected here. When an input terminal is set to OFF in the I/O Configuration, PIE-1 does not transmit an R.E.C. if the terminal has an input. R.E.C. to be transmitted according to the I/O Configuration are as follows: Alarm Alarm (Far) Alarm (Near) Alarm (Creep) R.E.C. FR NR CR Alarm Alarm (Far&Near) Trouble Tamper R.E.C. FN TR TA Step 3 In the Authorization screen, you can change the user ID and password when accessing the web screen. After changing the settings, click the [Save Config] button at the bottom of the screen to save the settings in PIE

26 3 REDWALL EVENT CODE SPECIFICATIONS <Purpose> PIE-1 generates event codes which can be used by an NVR or VMS software to control PTZ cameras and other devices. <Communication methods> REDWALL EVENT CODE can be sent to the assigned port using UDP or TCP protocol. The default port number is When you connect PIE-1 to, REDWALL EVENT CODE is generated from. Please refer to the manual for when you use it. <Code format> PIE126 MO FR XZ CC TA Y1 Master alarm Y2 Latest alarm Y3 Multiple alarm Y4 Multiple alarm Y Tamper ID number of the PIE-1 ID number of the PIE-1 unit consist 6 bytes as follows. PIE + 3 bytes number (Default number is the last group of the host IP address.) Position Y1 Command MO/CL Description Master alarm triggered / Master alarm cleared CL code is generated seconds after master alarm was cleared. This value can be changed by setting software. Y2 FR/NR/CR/FN In case of : Last alarm. Far(FR)/Near(NR)/Creep(CR)/Far and Near(FN) - In case of Tamper/Trouble : Not available Y3 XY/YZ/XZ In case of : Multiple alarm. (Combination) CR & NR XY, NR & FR YZ, CR & FR or FN XZ - In case of Tamper/Trouble : Not available Y4 CC In case of : Multiple alarm. (either combination) - In case of Tamper/Trouble : Not available Y-7 - Not available Y8 TR Trouble Y9 - Not available Y TA Tamper - 4 -

27 4 REDWALL EVENT CODE LOGGER Double-click the REDWALL Event Code Logger.exe. Logger is a program to display REDWALL Event Codes (R.E.C.) sent from a device on the network and to save the information as a text in a file. Using this program, you can check the reception of R.E.C. This program is working on a computer which is installed with.net Framework 3. or higher. Before using this program, obtain.net Framework 3. on the Microsoft website and install it on your computer. Screen layout View all REDWALL Event Code: To select how to display or save R.E.C. which has been received. When this item is checked, the program displays and saves R.E.C. transmitted from all devices. When unchecked, the program displays and saves an R.E.C. transmitted from the Target IP Address only. Target IP Address: The IP address of a device which transmits an R.E.C. The program displays and saves an R.E.C. transmitted from a device whose IP address you have specified here. Port Number: The port number to which a device transmits an R.E.C. Protocol: The protocol through which a device transmits an R.E.C. Get Start: To begin to display and save an R.E.C. which has been received. Stop: To stop to display and save an R.E.C. which has been received. REDWALL Event Code: The list of all R.E.C. which have been received. Operation You can display and save an R.E.C. in the procedure below. (1) Enter the IP address of the device which transmits an R.E.C. in the boxes of Target IP Address. (2) Enter the port number of R.E.C. transmission to which a device transmits an R.E.C. in the box of Port Number. (3) Select a transmission protocol of R.E.C. through which a device transmits an R.E.C. (4) Click the [Get Start] button. () When the Save as screen appears, define the folder where you want to save the transmitted R.E.C. and the filename. (6) Click the [Save] button. Note Can t find Target Machine appears when no device in LAN has the IP address you have specified as the Target IP Address or when the device whose IP address you have specified as the Target IP Address is not turned on. Please check if you have entered the IP address correctly or if the device is turned on. - -