QU5SEVARE-R00Remote Control Receiver

Bangsan Technologies Inc.Sentry SystemSEVA - 1 - WARRANTY SEVA BT-2000 GATE & SYSTEM WARRANTS against defects on material and workmanship in normal use. Bangsan Technologies, Inc. will, at its option, replace or repair any defective electronic part within one year but other parts within two years from the date of purchase/delivery. If this product is serviced by unauthorized personnel, this warranty will become void and Bangsan Technologies, Inc. will not be responsible for its consequences. Since this product function is affected, to a certain degree, by external factors that are beyond manufacturer’s control, Bangsan Technologies, Inc. will not be responsible for direct/indirect damages to persons or equipment caused by negligence or misuse. INSTALLATION INSTRUCTION. GENERAL NOTES z Detector installation area should be flat. z Two pedestals must be aligned as per provided information z Side panels must be perpendicular to the ground after installation z Detector side panels must be 500mm away from the door if door frame is made out of metal. z No holes are allowed to be drilled to any part of the detector without permission of authorized service personnel. z It is recommended to have a power outlet at the ceiling for the easier connection to the detector. Prior to installation, all warnings and cautions should be followed and observed very carefully. Bangsan Technologies will not be responsible for the damages done to the SEVA BT-2000 system which may be caused by not following the instructions in this manual. Mechanical Interference Moving Door: Locate the detector minimum of 500 mm away from the door. Make sure that door swings outward. If door is double door type, detector should be installed on one side of double doors. The other door is recommended to be locked. If the door is metal type, it is recommended to insulate its metal looping by cutting one edge of the door metal frame. Check the swinging door effect to the detector by swinging after installation of the detector. If detector is still affected by swinging door, install door closer system (P/N: SEVA-05) which is provided with detector as per its installation instruction. Nearby Moving Object: If the detector is installed too close to the road, large moving vehicle may affect its function. Therefore, it is recommended to install the detector away from the road as far as it can. Bangsan Technologies Inc.Sentry SystemSEVA - 2 - Electrical Interference There are many sources which may cause electrical interference problems to the detector. They are electric motors, neon signs, CRT type TV & computer monitors, power line, telephone line, cellular phones. They should be located away from the detector. If serious interference is detected continuously, consult with your dealer. Electrical power cords should be at a distance of minimum 150 mm from the side panels. INSTALLATION OF DETECTORS IN SERIES The minimum distance between two detectors should be maintained at a distance of 500mm. MAINTENANCE MANUAL Before working on electricity or any electronic parts, make sure that electrical power is disconnected. How to remove Electronic Board Remove the mounting screws from the bridge cover (P/N : BR-003) located at the center of Bridge. Remove four screws at each corner of the board. Disconnect all connectors carefully from the board. Pull out board. How to remove Power Supply Board Remove four mounting screws from the bridge cover (P/N : BR-003) located at Bridge. Power supply board will be shown from the hole. Remove 4 screws from the mounted hinges, Disconnect 8 wires from the board. Board is free to remove. How to get its replacement parts and its reinstallation Send the disabled boards to the authorized service center for its replacement parts. After receiving replacement part, you should place new part to the detector. Installation procedure is exactly opposite of removal procedure. Bangsan Technologies Inc.Sentry SystemSEVA - 3 - Table of Contents 1. Seva Sentry System....................................................4 2. Detector Dimension....................................................5 3. Controller Connectors.................................................6 4. Mechanical Assemble..................................................7 5. Electronic Display Operation.....................................13 6. Installation of Door Brake System.............................15 7. Operation of Controller..............................................17 8. Specifications.............................................................20 9. Test.............................................................................21 9-1 Program Setting...............................................21 9-2 Test Condition.................................................21 9-3 Test Pieces......................................................22 9-4 Test Result......................................................23 Bangsan Technologies Inc.Sentry SystemSEVA - 4 - 1. SEVA SENTRY SYSTEM Bangsan Technologies Inc.Sentry SystemSEVA - 5 - 2. DETECTOR DIMENSION Bangsan Technologies Inc.Sentry SystemSEVA - 6 - 3. CONTROLLER CONNECTORS Bangsan Technologies Inc.Sentry SystemSEVA - 7 - 4. Mechanical Assembly 4-1. Locate two pedestals 410mm away from the door (distance from door to side panel is 500mm) and mark the anchor hole locations (6 holes). 4-2. Remove the pedestals and drill anchor holes (3/8” drill x 1-1/2” deep) and fix 6 anchor bolts through holes. Bangsan Technologies Inc.Sentry SystemSEVA - 8 - 4-3. Place two pedestals on both sides over anchor bolts (3 places – each). Tighten the nuts (6Φ mm – 3 places each) after inserting washers. 4-4. Place side panels on the left and right pedestals. Bangsan Technologies Inc.Sentry SystemSEVA - 9 - 4-5. Tighten 4 screws (4x70mm) on each pedestal to the side panel 4-6. Before placing the bridge, make sure that electronic display faces away from the door. Connect 9 pin data connectors from the bridge to the side p…

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Remote Control Operation RF-RCM-RECEVER OUTPUT If a signal ( ) over 3 seconds in input into CPU from Remote Control, CPU CPU will be activated as an emergency CONTROLLER 1. Automatic dialing to make an emergency call. 2. Activate Outdoor Warning Light. NOTE: THE MANUFACTURER IS NOT RESPONSIBLE FOR ANY RADIO OR TV INTERFERENCE CAUSED BY UNAUTHORIZED MODIFICATIONS TO THIS EQUIPMENT. SUCH MODIFICATIONS COULD VOID THE USER’S AUTHORITY TO OPERATE THE EQUIPMENT. TX PUSH BOTTON RX RF DATA Transmit OUT DC5V HI SIGNAL OUT 0V (Low) 3sec High 5V

RX BLOCK DIAGRAM 437.025MHz 10.245MHz

FCC ID.: QU5SEVARE-R00 File No.: E031R-036 ONETECH Testing & Evaluation Lab. FCC ID.: QU5SEVARE-R00 File No.: E031R-036 ONETECH Testing & Evaluation Lab. FCC ID.: QU5SEVARE-R00 File No.: E031R-036 ONETECH Testing & Evaluation Lab.

FCC ID.: QU5SEVARE-R00 File No.: E031R-036 ONETECH Testing & Evaluation Lab. IDENTIFICATION LABEL: PROPOSED FCC ID LABEL Due to the product size, only the FCC ID shall be permanently affixed to the rear side of the equipment and other information shall be placed in the instruction manual. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operations. Made in Korea FCC ID : QU5SEVARE-R00 FCC ID Area

FCC ID.: QU5SEVARE-R00 File No.: E031R-036 ONETECH Testing & Evaluation Lab. F C C I D A re a FCC ID.: QU5SEVARE-R00 File No.: E031R-036 ONETECH Testing & Evaluation Lab.

Page 1 of 9 FCC ID.: QU5SEVARE-R00 File No.: E031R-036 This report shall not be reproduced except in full without our written approval. FCC-004 (Rev.0) HEAD OFFICE : #505 SK APT. Factory 223-28, Sangdaewon 1 Dong, Jungwon-Gu, Seongnam-City, Kyunggi-Do, 462-121, Korea (TEL: 82-31-746-8500 FAX: 82-31-746-8700) EMC Testing Dept : 426-1 Daessangryung-Ri, Chowol-Myun, Kwangju-Kun, Kyunggi-Do 464-860 Korea. (TEL: 82-31-765-8289 FAX: 82-31-766-2904) ONETECH Testing & Evaluation Lab. ELECTROMAGNETIC EMISSION C OMPLIANCE REPORT FOR SUPERHETRODYNE RECEIVER Test report file number : E031R-036 Applicant : BANGSAN TECHNOLOGIES, INC. Address : RM 401 1486-9, Seocho-Dong, Seocho-Gu, Seoul, Korea Manufacturer : Dae Kyong ENG. Address : RM 201 237-98, Gasan-Dong, Geumcheon-Gu, Seoul, 137-070, Korea Type of Equipment : REMOTE CONTROLLER for EMERGENCY SITUATION FCC ID : QU5SEVARE-R00 Model / Type No. : SEVA RE-R00 Serial number : N/A Total page of Report : 9 pages (including this page) Date of Incoming : Auguat 24, 2002 Date of issuing : January 16, 2003 SUMMARY The equipment complies with the regulation; PART 15 Subpart B §15.101, All Other Receiver. This test report contains only the result of a single test of the sample supplied for the examination. It is not a generally valid assessment of the features of the respective products of the mass-production. Prepared by: Reviewed by: G. W. Lee/ Chief Engineer Y. K. Kwon/ Director EMC Div. EMC Div. ONETECH Corp. ONETECH Corp. Page 2 of 9 FCC ID.: QU5SEVARE-R00 File No.: E031R-036 This report shall not be reproduced except in full without our written approval. FCC-004 (Rev.0) HEAD OFFICE : #505 SK APT. Factory 223-28, Sangdaewon 1 Dong, Jungwon-Gu, Seongnam-City, Kyunggi-Do, 462-121, Korea (TEL: 82-31-746-8500 FAX: 82-31-746-8700) EMC Testing Dept : 426-1 Daessangryung-Ri, Chowol-Myun, Kwangju-Kun, Kyunggi-Do 464-860 Korea. (TEL: 82-31-765-8289 FAX: 82-31-766-2904) ONETECH Testing & Evaluation Lab. CONTENTS Page 1. VERIFICATION OF COMPLIANCE...............................................................................................................3 2. GENERAL INFORMATION................................................................................................................................4 2.1 PRODUCT DESCRIPTION..........................................................................................................................................4 2.2 RELATED SUBMITTAL(S) / GRANT(S)....................................................................................................................4 2.3 TEST SYSTEM DETAILS............................................................................................................................................5 2.4 TEST METHODOLOGY..............................................................................................................................................5 2.5 TEST FACILITY..........................................................................................................................................................5 3. SYSTEM TEST CONFIGURATION.................................................................................................................5 3.1 JUSTIFICATION..........................................................................................................................................................5 3.2 EUT EXERCISE SOFTWARE.....................................................................................................................................5 3.3 EQUIPMENT MODIFICATIONS.................................................................................................................................5 3.4 CONFIGURATION OF TEST SYSTEM.......................................................................................................................6 4. PRELIMINARY TEST............................................................................................................................................6 4.1 AC POWER LINE CONDUCTED EMISSIONS TESTS..............................................................................................6 4.2 RADIATED EMISSIONS TESTS.................................................................................................................................6 5. FINAL RESULT OF MEASURMENT.............................................................................................................7 5.1 CONDUCTED EMISSION TEST.................................................................................................................................7 5.2 RADIATED EMISSION TEST.....................................................................................................................................9 6. FIELD STRENGTH CALCULATION...........................................................................................................10 7. LIST OF TEST EQUIPMENT............................................................................................................................11 Page 3 of 9 FCC ID.: QU5SEVARE-R00 File No.: E031R-036 This report shall not be reproduced except in full without our written approval. FCC-004 (Rev.0) HEAD OFFICE : #505 SK APT. Factory 223-28, Sangdaewon 1 Dong, Jungwon-Gu, Seongnam-City, Kyunggi-Do, 462-121, Korea (TEL: 82-31-746-8500 FAX: 82-31-746-8700) EMC Testing Dept : 426-1 Daessangryung-Ri, Chowol-Myun, Kwangju-Kun, Kyunggi-Do 464-860 Korea. (TEL: 82-31-765-8289 FAX: 82-31-766-2904) ONETECH Testing & Evaluation Lab. 1. VERIFICATION OF COMPLIANCE APPLICANT : BANGSAN TECHNOLOGIES, INC. ADDRESS : RM 401 1486-9, Seocho-Dong, Seocho-Gu, Seoul, Korea CONTACT PERSON : Mr. D. I. Lee / Manager TELEPHONE NO : 82-2-585-0971 FCC ID : QU5SEVARE-R00 MODEL NO/NAME : SEVA RE-R00 SERIAL NUMBER : N/A DATE : January 16, 2003 DEVICE TYPE UNINTENTIONAL RADIATOR E.U.T. DESCRIPTION REMOTE CONTROLLER for EMERGENCY SITUATION -SUPERHETRODYNE RECEIVER THIS REPORT CONCERNS…

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FCC ID.: QU5SEVARE-R00 File No.: E031R-036 ONETECH Testing & Evaluation Lab. FCC ID.: QU5SEVARE-R00 File No.: E031R-036 ONETECH Testing & Evaluation Lab.