Engineering Report 47566-1 Vibration Test for Intertek Testing Services Prepared by Michael J. Caron, Test Engineer Lee R. Senne, Test Technician Approved by Kent L. Erickson, Dynamics Division Manager This document shall not be reproduced except in full, without the express written authorization of Environ Laboratories LLC. In the event this document is provided to the customer in any format that may be modified or copied in any part, no modifications, changes, or additions to this report, nor any summary hereof, shall be permitted in any manner. All original content of this document shall be considered one entire report. Environ Laboratories LLC shall not be liable to the customer or any third party for unauthorized modification or misuse of this document. 9725 Girard Avenue South Minneapolis, MN 55431 952-888-7795 FAX 952-888-6345 800-826-3710 www.environlab.com
Revision history Revision Total number of pages Date Description -- 17 November 28, 2012 Original ENVIRON LABORATORIES LLC Page i of i
Prepared for: Intertek Testing Services Attention: Mr. Chris Rash Test dates Start: Completion: 11/8/2012 11/8/2012 Environ test number: 47566-1 Purchase order number: Purchase date: USA20-0000214762 11/13/2012 Vibration Test 1.0 Abstract 1.1 Object Subject one EVO 192 Power Supply Enclosure (with Battery and Transformer) to a Vibration Test as specified in European Standard EN 50130-5, dated June 2011, Alarm Systems---Part 5: Environmental Test Methods, Section 22, as requested in Intertek Testing Services purchase order USA20-0000214762, dated November 13, 2012. 1.2 Conclusions Upon completion of the Vibration Test, the test unit remained intact and appeared to have incurred no visible evidence of damage or degradation as a result of the test. The test unit was operated and monitored by a representative of Intertek Testing Services throughout the course of testing. 2.0 Unit(s) tested Table 2-1: Units tested Manufacturer Device Intertek Testing Services One (1) EVO 192 Power Supply Enclosure (with Battery and Transformer) Model/part number Pulsar / TRP40/16/18 (Transformer) Panasonic / LC-RD1217P (Battery) 28 x 29.5 x 7.5 cm (Enclosure) Serial number MIN1208201007-014 MIN1208201007-002 N/A The results of this test apply only to the units identified in this Engineering Report by device identifier and model / part number, or serial number. ENVIRON LABORATORIES LLC Page 1 of 17
3.0 Test requested Subject one EVO 192 Power Supply Enclosure (with Battery and Transformer) to a Vibration Test as specified in European Standard EN 50130-5, dated June 2011, Alarm Systems---Part 5: Environmental Test Methods, Section 22. Operational vibration Frequency (Hz) Excitation 10 to 150 5.0 m/s² Sweep rate: Duration: 1 octave/minute 10 to 150 to 10 Hz in 7 minutes, 49 seconds in each of three mutually perpendicular axes ENVIRON LABORATORIES LLC Page 2 of 17
4.0 Instrumentation, procedure, and results 4.1 Instrumentation All instrumentation is calibrated regularly by instruments directly traceable to the National Institute of Standards and Technology, and in accordance with MIL-I-45208A, ANSI/NCSL Z540.3-2006, and ISO/IEC 17025: 2005. Table 4-1: Instrumentation list Equipment Number Description Manufacturer Model Number Last Calibration Due Calibration Range 204-539-1 Power Supply Endevco 109 6/26/2012 6/26/2013 24 Vdc, ±15 Vdc 204-539-2 Signal Conditioner Endevco 104 6/26/2012 6/26/2013 1 Hz to 20 khz 480-149 Accelerometer PCB Piezotronics 503-145 Vibration Exciter Unholtz- Dickie 357B45 10/10/2012 10/10/2013 0 to 500g; 10Hz to 10KHz 560 N/A N/A 5 to 2000 Hz; 6000 ft-lbs 503-146 Vibration Amplifier 503-157 Vibration Amplifier Unholtz- Dickie Unholtz- Dickie MA117A-560 N/A N/A 5 to 2000 Hz MA130-70-2 N/A N/A 5 to 2000 Hz 503-168 Vibration Shaker Unholtz- Dickie T509 N/A N/A 5 to 3000 Hz; 7000 F lbs 503-203 Vibration Control System Spectral Dynamics D2560-9700-1 10/13/2012 4/13/2013 N/A ENVIRON LABORATORIES LLC Page 3 of 17
4.2 Procedure The test unit was secured to a fixture plate, which was coupled to the vertically oriented exciter. A control accelerometer was cemented to the fixture plate, and testing was conducted in the axis designated as front-to-back with the test unit in the unarmed, armed, and alarm modes, respectively. The test unit was next secured to the horizontally oriented slip plate, then finally rotated 90 degrees on the slip plate, and testing was conducted in the axes designated as up-and-down and side-to-side, respectively, in the same manner as the front-to-back axis. 4.3 Results Upon completion of the Vibration Test, the test unit remained intact and appeared to have incurred no visible evidence of damage or degradation as a result of the test. The test unit was operated and monitored by a representative of Intertek Testing Services throughout the course of testing The test unit was returned to Intertek Testing Services. Figures of test data and photographs follow. ENVIRON LABORATORIES LLC Page 4 of 17
Photograph 4-1: Transformer identification label Photograph 4-2: Battery identification label ENVIRON LABORATORIES LLC Page 5 of 17
Photograph 4-3: Enclosure identification label Photograph 4-4: Test unit prior to testing ENVIRON LABORATORIES LLC Page 6 of 17
Photograph 4-5: Test unit secured to the fixture plate and ready for testing in the front-to-back axis. The control accelerometer is visible, cemented to the fixture plate. Applied motion is up-and-down as this photograph is viewed. Photograph 4-6: Test unit secured to the slip plate and ready for testing in the axis designated as up-and-down. Applied motion is front-to-back as this photograph is viewed. ENVIRON LABORATORIES LLC Page 7 of 17
Photograph 4-7: Test unit secured to the slip plate and ready for testing in the side-to-side axis. Applied motion is front-to-back as this photograph is viewed. Photograph 4-8: View of support equipment utilized during testing. ENVIRON LABORATORIES LLC Page 8 of 17
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