Test Report 8526255. Garvan Enterprises Limited Page 1 of 14
Introduction. This report has been prepared by A Reeve and relates to the activity detailed below: Job/Registration Details Job number: 8526255 Job type: Testing Samples Submitted Start Date: 01/09/2017 Test type: Type Sample ID: 10163099 10173830 Client Details Garvan Enterprises Limited Room 16-17, 21/F Wing Hing Industrial Building 83-93 Chai Wan Kok Street Tsuen Wan New Territories Hong Kong The report has been approved for issue by Leigh Fenlon Senior Engineer. Approved For Issue Approver Name: Issue Date: 05 March 2018 Objectives. This is an independent type test evaluation of the test item, to determine conformity with the entirety of the specified Standard or Standards, carried out in accordance with the relevant scheme requirements. Type test for product certification Product Scope. Garvan GS-610RF Smoke Alarm Report Summary. The samples were received on 6 September 2017 and the testing was started on 25th September 2017 The samples submitted complied with the requirements of the test work conducted. Page 2 of 14
Test Samples. Quantity Sample ID Description 23 10163099 23 Garvan GS-610RF Smoke Alarms 2 10176745 2 Modified Garvan GS-610RF Smoke Alarms Description of Test Samples. Sample Description GS-610RF Battery operated Smoke Alarm with RF Interconnect Function Test Requirements. BS EN 14604:2005 (Optical) - Optical smoke alarm Clause Requirements 4 General requirements 4.1 Compliance N/A 4.2 Individual alarm indicator N/A 4.3 Mains-on indicator N/A 4.4 Connection of external ancillary devices N/A 4.5 Means of calibration N/A 4.6 User replaceable components N/A 4.7 Normal power source N/A 4.8 Standby power source N/A 4.9 Electrical safety requirements 4.10 Routine test facility N/A 4.11 Terminals for external conductors N/A 4.12 Smoke alarm signals N/A 4.13 Battery removal indication N/A 4.14 Battery connections N/A 4.15 Battery capacity 4.16 Protection against the ingress of foreign bodies N/A 4.17 Additional requirements for software controlled smoke alarms N/A Page 3 of 14
4.18 Inter-connectable smoke alarms N/A 4.19 Marking and data 5 Tests 5.2 Repeatability N/A 5.3 Directional dependence 5.4 Initial sensitivity 5.5 Air movement N/A 5.6 Dazzling N/A 5.7 Dry Heat N/A 5.8 Cold (operational) 5.9 Damp heat (operational) 5.10 Sulphur dioxide (SO2) corrosion N/A 5.11 Impact N/A 5.12 Vibration (operational) N/A 5.13 Vibration (endurance) N/A 5.14 Electromagnetic Compatibility (EMC), Immunity tests (operational) 5.14a Mains supply voltage dips and short interruptions N/A 5.14b Electrostatic discharge 2 5.14c Radiated electromagnetic fields 2 5.14d Conducted disturbances induced by electromagnetic fields N/A 5.14e Fast transient bursts N/A 5.14f Slow high-energy voltage surges N/A 5.15 Fire sensitivity 2 5.16 Battery fault warning 5.17 Sound output 5.18 Sounder durability N/A 5.19 Inter-connectable smoke alarms N/A 5.20 Alarm silence facility N/A 5.21 Variation in supply voltage 5.22 Battery reversal N/A 5.23 Back-up power source N/A 5.24 Electrical safety Page 4 of 14
Glossary of Terms. : Complies. Tested by BSI engineers at BSI laboratories. 1: Complies. Witnessed by BSI engineers in manufacturers laboratory. 2: Complies. Tests carried out by third party lab; results accepted by BSI. *: Report resulted in uncertainty and states that Compliance is more probable than non-compliance. FAIL: Non compliance Product does not meet the requirements of this clause. FAIL*: Report resulted in uncertainty and states that Non-compliance is more probable than compliance. N/A: Not applicable to design under consideration. N/T: Not tested due to similarity to previously tested item; reference earlier test report. Conditions of Issue. This Test Report is issued subject to the conditions stated in current issue of 'BSI Terms of Service'. The results contained herein apply only to the particular sample(s) tested and to the specific tests carried out, as detailed in this Test Report. The issuing of this Test Report does not indicate any measure of Approval, Certification, Supervision, Control or Surveillance by BSI of any product. No extract, abridgement or abstraction from a Test Report may be published or used to advertise a product without the written consent of BSI, who reserve the absolute right to agree or reject all or any of the details of any items or publicity for which consent may be sought. Should you wish to speak with BSI in relation to this report, please contact Customer Services on +44 (0)8450 80 9000. BSI Kitemark House Maylands Avenue Hemel Hempstead Hertfordshire HP2 4SQ Opinions and Interpretations expressed herein are outside the scope of our UKAS accreditation. Unless otherwise stated, any results not obtained from testing in a BSI laboratory are outside the scope of our UKAS accreditation. Page 6 of 14
Clause 4.19 Marking and data Continued Requirement Comments 4.19.2 Packaging marking The point-of-sale carton, in which a smoke alarm employing a radionuclide is packaged, shall be permanently marked on the - N/A exterior with the trefoil symbol, name of radionuclide, and activity. 4.19.3 Data Information supplied on or with smoke alarms shall include instructions on siting, installation and maintenance. The information provided with smoke alarms incorporating userreplaceable batteries shall include specific guidance on changing the batteries. This guidance shall include any advice which is necessary to ensure that the battery is properly connected. It shall also include a recommendation that the operation of the alarm is tested with the test facility whenever the batteries are replaced. For smoke alarms incorporating non-replaceable batteries, information shall be given on the action to be taken if a battery fault warning is emitted. Information for inter-connectable smoke alarms shall state the maximum number that may be interconnected. Details of suitable cables shall also be given. Information for smoke alarms intended for connection to mains supplies shall include a warning that draws attention to the hazards associated with mains voltages and recommends that the smoke alarm, together with any associated supply and interconnect wiring, be installed in accordance with appropriate national electrical installation regulations. If it is claimed that the smoke alarm is also suitable for use in leisure accommodation vehicles (LAVs) this shall be clearly stated in the information supplied on or with the smoke alarm. Positioning The Smoke Alarm Installing The Smoke Alarm Maintaining Your Smoke Alarm - N/A Low Battery Warning Max. Wireless interconnection: 20 units - N/A - N/A Clause 5.3 Directional dependence Sample No. Orientation 0 45 90 135 180 225 270 315 Measured RTV (dbm -1 ) 0.092 0.080 0.082 0.080 0.100 0.093 0.093 0.081 Designated m max and m min mmin mmin mmax Ratio m max : m min 1.25 Orientation was taken with the centre of the sounder grill being downstream and in line with the airflow. Rotation is taken in a clockwise direction. Requirements: The ratio of the response threshold values m max : m min shall not be greater than 1.6 The lower response threshold value m min shall not be less than 0.05 dbm -1 Page 8 of 14
Clause 5.4 Initial sensitivity Sample No. Unit No. RTV dbm -1 Designated m min : m max m : m min 8526255-Test Report. m max : m 1 BSI20170822-20 0.087 m min 2 BSI20170822-22 0.089 3 BSI20170822-19 0.089 4 BSI20170822-14 0.091 5 BSI20170822-24 0.091 6 BSI20170822-05 0.093 7 BSI20170822-23 0.094 8 BSI20170822-01 0.095 9 BSI20170822-09 0.096 10 BSI20170822-07 0.100 11 BSI20170822-12 0.101 1.14 1.20 12 BSI20170822-10 0.101 13 BSI20170822-13 0.102 14 BSI20170822-02 0.103 15 BSI20170822-04 0.104 16 BSI20170822-11 0.105 17 BSI20170822-06 0.106 18 BSI20170822-03 0.108 19 BSI20170822-25 0.117 20 BSI20170822-17 0.119 m max m =0.09955 dbm -1 Requirements: The following relationships shall hold m max : m 1.33 and m : m min 1.5. Modified Samples for battery retests Sample No. Unit No. RTV db/m Modified Sample 1 BSI20170822-09 0.094 Modified Sample 2 BSI20170822-02 0.083 Clause 5.8 Cold (operational) Sample No. 4 Test Before conditioning During conditioning at (0±2 C) Measured RTV (dbm -1 ) 0.091 0.097 Alarm or fault signal None Ratio m max : m min 1.07 Requirements: No alarm or fault signals shall be given during the conditioning. The ratio of the response threshold values m max : m min shall not be greater than 1.6. Page 9 of 14
Clause 5.8 Cold (operational) Retest with new battery Sample No. Modified Sample 1 Test Before conditioning During conditioning at (0±2 C) Measured RTV (dbm -1 ) 0.094 0.084 Alarm or fault signal None Ratio m max : m min 1.12 Requirements: No alarm or fault signals shall be given during the conditioning. The ratio of the response threshold values m max : m min shall not be greater than 1.6. Clause 5.9 Damp heat (operational) Sample No. 5 Test Before conditioning After conditioning Measured RTV (dbm -1 ) 0.091 0.086 Alarm or fault signal No Ratio m max : m min 1.06 Pass Requirements: No alarm or fault signals shall be given during the conditioning. The ratio of the response threshold values m max : m min shall not be greater than 1.6. Clause 5.9 Damp heat (operational) Retest with new battery Sample No. Modified Sample 2 Test Before conditioning After conditioning Measured RTV (dbm -1 ) 0.083 0.084 Alarm or fault signal None Ratio m max : m min 1.01 Requirements: No alarm or fault signals shall be given during the conditioning. The ratio of the response threshold values m max : m min shall not be greater than 1.6. Clause 5.14b Electrostatic discharge Sample No. 10 Test Before conditioning After conditioning Measured RTV (dbm -1 ) 0.100 0.093 Ratio m max : m min 1.08 Requirements: The ratio of the response threshold values m max : m min shall not be greater than 1.6. Clause 5.14c Radiated electromagnetic fields Sample No. 11 Test Before conditioning After conditioning Measured RTV (dbm -1 ) 0.101 0.085 Ratio m max : m min 1.19 Requirements: The ratio of the response threshold values m max : m min shall not be greater than 1.6. Page 10 of 14
Clause 5.15 Fire Sensitivity Fire test Parameter Sample No. Sample No. Sample No. Sample No. 17 18 19 20 ΔT ( C) 0,000000 0.000000-0.078000-0.078000 TF 2 y 1.983000 1.919000 1.770000 1.855000 m (dbm -1 ) 1.598000 1.478000 1.691000 1.548000 t (s) 536 530 524 527 ΔT ( C) 0.391000 0.469000 0.469000 0.469000 TF 3 y 3.88000 4.130000 4.130000 4.189000 m (dbm -1 ) 1.378000 1.305000 1.305000 1.314000 t (s) 209 218 218 221 ΔT ( C) 3.594000 3.516000 5.937000 4.141000 TF 4 y 1.970000 2.013000 2.779000 1.969000 m (dbm -1 ) 0.496000 0.453000 0.663000 0.498000 t (s) 94 91 108 97 ΔT ( C) 18.43700 16.953000 17.266000 20.156000 TF 5 y 2.611000 2.359000 2.337000 2.811000 m (dbm -1 ) 0.521000 0.464000 0.469000 0.539000 t (s) 68 60 63 71 s from ANPI Test Report DD255_BSI Clause 5.16 Battery fault warning Sample No. 1 Test voltage V R V E V R 0.75(V R - 0.5(V R - 0.25(V R - Series resistance 0 0 R A R B R C R D Measured voltage (V) 3V 2.7V 3V 2.925V 2.85V 2.775V Measured resistance (Ω) 7Ω 5Ω 3Ω 2Ω Measured RTV (dbm -1 ) 0.094 0.102 0.097 0.097 0.101 0.111 Ratio m VE : m VR 1.09 Ratio m RA : m VR 1.03 Ratio m RB : m VR 1.03 Ratio m RC : m VR 1.07 Ratio m RD : m VR 1.18 Requirements: The ratio of the response thresholds measured shall be not less than 0.625 and not greater than 1.6. Sample No. 15 Test voltage V R V E V R 0.75(V R - 0.5(V R - 0.25(V R - Series resistance 0 0 R A R B R C R D Measured voltage (V) 3V 2.6V 3V 2.9V 2.8V 2.7V Measured resistance (Ω) 9Ω 5Ω 3Ω 1Ω Measured RTV (dbm -1 ) 0.077 0.090 0.073 0.077 0.081 0.079 Ratio m VE : m VR 1.17 Ratio m RA : m VR 0.94 Ratio m RB : m VR 1.00 Ratio m RC : m VR 1.05 Ratio m RD : m VR 1.03 Page 11 of 14
Requirements: The ratio of the response thresholds measured shall be not less than 0.625 and not greater than 1.6. Clause 5.17 Sound output Sample No. 1 Test Battery voltage after 1 minute 2.7v Battery voltage after 4 minutes 2.7v Nominal frequency 3.008Khz Sample No. 15 Test Battery voltage after 1 minute 2.6v Battery voltage after 4 minutes 2.6v Nominal frequency 3.008Khz Clause 5.21 Variation in supply voltage Sample No. 2 Test Lower voltage limit 2.7 V Upper voltage limit 3.0 V Measured RTV (dbm -1 ) 0.111 0.123 Ratio m max : m min 1.11 Requirements: The ratio of the response threshold values m max : m min shall not be greater than 1.6. The lower response threshold value m min shall not be less than 0.05 dbm -1. Table B - Photographs Photograph 1- Front View Page 12 of 14