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Summary of Contents for Vanderbilt GM7 Series
- Page 1 GM7xx Seismic Detectors and Accessories Application Guide Document No.: I-200153-1 Edition: 08.2016...
- Page 2 Copyright Technical specifications and availability subject to change without notice. © Copyright Vanderbilt 2016 We reserve all rights in this document and in the subject thereof. By acceptance of the document the recipient acknowledges these rights and undertakes not to publish the document nor the sub- ject thereof in full or in part, nor to make them available to any third party without our prior express written authorization, nor to use it for any purpose other than for which it was delivered to him.
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Page 3: Table Of Contents
Design ........................ 31 General Principles ....................31 Seismic Calculation Tool ..................32 Manual calculation ....................32 6.3.1 Calculating the number and location of the detectors ......32 6.3.2 Manually adjusting the detector locations ........... 33 Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... - Page 4 Cross reference list of all part numbers ............. 60 10.5 Graphic Index ..................... 61 10.6 Table Index ......................62 Appendix 1: Drill template GM7xx ..............63 Appendix 2: Drill Template GMXP3/Z ............. 64 Appendix 3: Drill Template GMXS5 ..............65 Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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Page 5: General Information
General information General information The Vanderbilt GM7xx range of seismic detectors has been the market leader in seismic detection for more than 20 years. Vanderbilt detectors are designed to detect and report any attempt to compro- mise the integrity of any type of high value storage unit. -
Page 6: Detector And Accessory Overview
General information Detector and accessory overview Additional information relating to the Vanderbilt Seismic range of detectors and accessories is availa- ble on www.spiap.com. Figure 1-2: Detector and accessory overview Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 7: Applications
Applications Applications The Vanderbilt GM7xx range of seismic detectors offers detection solutions with a wide range of appli- cations. Detector applications and attack profiles The following table shows some of the more common applications for the detectors: Applications Attack Types grouped by amplitude profile Financial –... -
Page 8: Detector Selection
Table 2-2: Applications and recommended detectors LWS Light Weight Safes can be constructed from a range of different composite materials. Vanderbilt recommend that on-site tests are performed to ascertain the correct number of detectors required for each LWS application. Please note that Country specific approvals may exclude the use of certain detectors. -
Page 9: Steel Applications And Accessory Options
GMXS5 Additional Protection Anti-drill foil GMXD7 Cable Access Plastic/Metal Conduit GMXC2 Table 2-4: Concrete applications and accessories The GMXP0 Mounting plate is a mandatory accessory when surface mounting a detector on con- crete. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 10: Installation - Detectors
There is a 1:1 scale copy of the drill template located in Appendix 1: Drill template GM7xx. The drill templates are also available as a download from the Vanderbilt Seismic microsite on SPIAP. www.spiap.com Before installing a detector, Vanderbilt recommend that you consult the guidelines for instal- lation in this document. -
Page 11: Detector Installation On Steel Using The Gmxp0 Mounting Plate
3.4.1 Weld fixing Vanderbilt recommend weld fixing the GMXP0 mounting plate directly on to the clean, paint-free area of the protected surface. This option provides the best acoustic coupling for the detection of vibration signals. -
Page 12: Screw Fixing
Before fixing the mounting plate to the protected surface, it is important to consider cable access to the detector. If necessary, rotate the mounting plate to the correct orientation to give cable access to the detector. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 13: Glue Fixing
The recommended option for installation is to drill or weld the GMXP0 to the protected surface and to follow the installa- tion guides throughout this document and the associated installation sheets. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 14: Indirect Installation On Concrete
Use the GM7xx drill template (supplied with the detector) to correctly locate the cable access for the detector and to locate the drill holes for the GMXP0 mounting plate detector and for the GMXS1 test transmitter (if required). Vanderbilt Seismic Detectors Application Guide I-200153-1... - Page 15 It is essential that the GMXS1 test transmitter is secured directly to the concrete and that it does not make contact with the GMXP0 or the detector. This is to ensure that the correct test signal is applied to the protected surface when the GMXS1 is activated. Vanderbilt Seismic Detectors Application Guide I-200153-1...
- Page 16 3. Use the M6 x 47mm screw to secure the GMXP0 to the steel expansion plug. 4. Use the M4 x 21mm screw to secure the GMXS1 to the brass expansion plug. 5. Mount the GM7xx detector on to the GMXP0. Vanderbilt Seismic Detectors Application Guide I-200153-1...
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Page 17: Installation - Accessories
GMXS1 is determined by the drill template or the mounting plate. In both cases, the GMXS1 is located under the cover of the GM7xx detector. The GMXS1 may be used for both steel and concrete applications. Vanderbilt Seismic Detectors Application Guide I-200153-1... - Page 18 When selecting the Active high option, it is essential to connect a permanent 0v to avoid unwanted alarms. To activate, remove the 0v. Selection of the test input is only possible through the GMSW7 SensTool software. GMXS1 internal test transmitter Figure 4-4: GM7xx detector with GMXS1 Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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Page 19: Gmxs5 - External Test Transmitter
See Figure 4-8: Activate 4 detectors from a single GMXS5 for more information. Figure 4-6: GMXS5 Electrical connections Figure 4-6 shows the electrical connection for the device, 12 VDC, tamper (Sabo) contacts and a selectable switched input are the available connections. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... - Page 20 Figure 4-8: Activate 4 detectors from a single GMXS5 Figure 4-8: Activate 4 detectors from a single GMXS5 is a typical example of how to activate multi- ple detectors from a single GMXS5. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
- Page 21 Figure 4-10 is an example of how to activate multiple detectors from a single GMXS5. Material Detector Effective Transmission Diameter of the GMXS5 Concrete GM775 Steel GM775 Concrete GM760 Steel GM760 Concrete GM730 Steel GM730 Steel GM710 Table 4-1: GMXS5 transmission diameters Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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Page 22: Gmxw0 Wall Mounting Kit
The mould must be fully removed to reveal the mounting plate and the conduit access points to the left and right hand sides. The mounting plate contains pre-drilled and tapped M4 mounting holes for the detector and for the GMXS1 test transmitter. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 23: Gmxb0 Floor Box
There are pre-drilled and tapped M4 mounting holes for the detector and the GMXS1 test transmit- ter. The GMXB0 has pre-formed conduit access holes to enable the cables to be securely offered to the device through the concrete. Figure 4-13: GMXB0 installed Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 24: Gmxp3 & Gmxp3Z Lock Protection System
Refer to installation sheet for the GMXP3 for details of the accessories required for the swivel arm clearance distance. GMAS6 movable mounting kit The GMAS6 movable mounting kit is used in conjunction with seismic detectors on safe and strong room doors with flush-fitting keyholes. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... - Page 25 When the system is armed, the seismic detector also detects unauthorized opening, thermal at- tacks, and mechanical attacks. As the cable for the detector is exposed and will be subject to constant movement, then a form of mechanical cable protection should be considered. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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Page 26: Gmxd7
SensTool is supplied as a CD and a serial port to special USB connection lead. The software can also be used as a fault-finding guide. See Section 8 SensTool for more infor- mation. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 27: Gmxc2 Conduit Connection Cover
Place the test tool adjacent to the detector under test and press the test button. The detector should respond with an alarm condition within 10 seconds. More information to follow. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 28: Planning
Refer to sections 4.3 & 4.4 for additional information. Planning limitations Although the Vanderbilt GM7xx series of seismic detectors are designed to provide a high level of immunity against unwanted alarm sources, it is essential that certain precautions are observed. -
Page 29: Installation Guidelines
Vanderbilt recommend that planners create their own version of these tables and insert the rele- vant information under the headings in these tables to assist with planning and as a means of re- cording all of the salient information. - Page 30 PSU # 2 Electrical cupboard board ground (default) ground floor floor Expander # 3 (Zones 25 Electrical riser, Dual 4K7 PSU # 3 Electrical riser, base- – 32) basement (default) ment Table 5-2: System requirements Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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Page 31: Design
(sd) for the seismic detectors must be determined. The installer requires the following information for each wall of the protected area: Optimum seismic detector spacing and location Optimum number of seismic detectors Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 32: Seismic Calculation Tool
Calculation Tool. Seismic Calculation Tool Vanderbilt provides a Seismic Calculation Tool to assist in the design process. Enter the operating radius of the detector and the dimensions of the protected surface (wall, ceiling or floor). The Seis- mic Calculation Tool calculates the number of detectors required and the optimum spacing of the detectors to maximize the system performance. -
Page 33: Manually Adjusting The Detector Locations
Under certain conditions the sum of the manually calculated d1, sd , and d2 distances may exceed the length of the protected surface for the number of detectors n (see Table 6-1: Manually calculated detector locations). Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... - Page 34 To balance a system design, the distances d1, d2, and sd may be reduced but never increased. Figure 6-4: Manually balanced detector locations with 5 detectors Figure 6-4 shows the manually balanced system layout as per Table 6-2. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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Page 35: Wall Height And Operating Radius
For all types of modular vaults, it is strongly recommended that a survey is conducted to determine the exact number of detectors required to fully protect the vault. To perform such a survey, the fol- lowing equipment would be required; Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 36: Interlocking Panels
The expanded section of Figure 6-7 shows a plan view of the joints. As construction methods of vaults may vary, the transfer of operating radius from one surface to an adjacent surface should not form part of any calculation. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 37: Panels With Steel Surrounds
As construction methods of vaults may vary, the transfer of operating radius from one surface to an adjacent surface should not form part of any calculation. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 38: Vault Protection Guidelines
Figure 6-10 shows the detectors that are mounted inside the vault in white (for example B1, B2, A2). The test transmitters, detector, and lock protection system that are mounted externally to the vault are shown in grey (for example A1, E3). Vanderbilt Seismic Detectors Application Guide I-200153-1... - Page 39 Figure 6-12: Example 2 - detector layout and external devices Figure 6-13 shows the detector location and the operating radius for each detector. This is an ex- ample to demonstrate that each surface of the vault has comprehensive detection coverage. The Vanderbilt Seismic Detectors Application Guide I-200153-1...
- Page 40 GMXW0 Ceiling (B) GM775 - 3 5m concrete GMXP0 GMXS1 GM775 - 4 5m concrete GMXP0 GMXS1 Right hand wall GM775 - 5 5m concrete GMXW0 GMXS5 GM775 - 6 5m concrete GMXW0 Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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Page 41: Night Deposit Box And Atm Applications
Opening and closing the door Depositing of cash in the depository drawer Drop of deposits to the floor of the protected area Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 42: Atm's
Externally on the door Secure or public area? of the unit If installed in a public area, Vanderbilt recommend the use of the GMXD7 anti-drill foil for increased protection. Consider the mounting height. Ideally, mount the detector above the nor- mal hazards such as shopping trolleys, baby buggies, cleaning equip- ment, and any other hazard that may be site/location specific. -
Page 43: Detector Sensitivity
The construction of ATM’s and night safes can involve layers of different materials, which could be steel/concrete/steel. This adds additional protection from drill attacks but provides challenges to the installation of the seismic detectors & ancillary devices to the enclosure. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 44: Cabinet Protection
A single GM7xx detector mounted internally provides adequate coverage for most document cabi- nets. Figure 6-17: Document cabinet shows a suggested installation of a detector mounted inter- nally to the top of the document cabinet. Figure 6-17: Document cabinet Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 45: Filing Cabinet
Consider the accessories GMXP3, GMXP3Z & GMAS-6 for lock protec- tion and additional security. Figure 6-19: Gun cabinet shows a suggested installation of a detector mounted internally to the top of the gun cabinet. Figure 6-19: Gun cabinet Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 46: Commissioning
Using a small metal plate to protect the surface, repeatedly hit the Integration metal plate, leaving 2 second intervals, with a small hammer. After about 6 blows, the detector signals an alarm condition. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 47: Staged Commissioning
Alarm threshold (w/o load) = 3v DC. Note that this 3v DC reading only reflects the integration alarm and does not depict a drill alarm, temperature alarm and/or a shock alarm. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... - Page 48 2.7v DC level as confirmation. The recommended method of recording and verifying the tests is to use the GMXD7 SensTool. See Section 8 SensTool for additional information. Vanderbilt Seismic Detectors Application Guide I-200153-1...
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Page 49: Senstool
The set up procedure is well documented in the SensTool manual and once communications have been established the testing and recording of the data can commence. There is support information available as part of the software package. Figure 8-1: SensTool software Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 50: Recording Ambient Noise Levels
12.5% of the original setting. Local regulations will determine if this is a permissible option. Figure 8-2: SensTool detector signal Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 51: Trouble Shooting
Identify the source and take appropri- ate action to prevent Temperature Check the high and low settings of the de- Use SensTool and adjust if required. Alarm present tectors. Check ambient temperature of the local area. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 52: Using Senstool As A Record Of Commissioning
Note that this event memory is only available in the GM760 and GM775 detectors. Figure 8-3: SensTool event memory In addition to the record of testing and the configuration of the actual detector settings complete with any associated guidance notes. Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 53: Interface To Spc Panel/System
There are a number of different connection options for the monitoring of the seismic detectors available from the SPC system. Vanderbilt recommend that the dual end of line options are se- lected, as they provide the most comprehensive coverage and reporting. -
Page 54: Testing The Detectors
The time required for the actual test for 50 detectors would be 1-2 seconds and the lower time lim- its should be used in preference to the upper limits. The automatic seismic test is not dependent upon the set condition of the system but operates differently for either option. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 55: Automatic Test When Setting
With the unrestricted mode selected in the SPC panel, system testing can be a combina- tion of automatic test and automatic test when setting. In this case, all seismic detectors are tested each time the system is set. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 56: Test And Indication Flow
If the test fails, the message ‘SEISMIC FAIL’ is displayed. If the “i” or VIEW key is pressed, a scrollable list of the failed zones is displayed. If the test succeeds, ‘SEISMIC OK’ is displayed. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 57: Useful Information
Spacer/4mm Plate 4mm for GMXP3 GMXC2 Connection sleeve. 16mm GMXD7 Drilling protection (10pcs) GMSW7 SensTool-SW GMYA7-AS Remote test system for seismic VdS, EAC GMYA7-A Alarm indicator VdS, EAC Table 10-1: Country Specific Approvals Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 58: Cross Reference Chart For All Related Internal Documentation
Install sheet 022_GM775LSNi_A6V10276498_b Data sheet V54534-F114-A100_GM775LSNi_023_01_en GM780LSN Install sheet 022-GM780LSN_A6V10314908_d Data sheet V54534-F116-A100_GM780LSN_023_01_en GMXP0 Install sheet Data sheet Vanderbilt - Seismic_Range_of_Accessories GMXS1 Install sheet 020_GMXS1_686_g Data sheet Vanderbilt - Seismic_Range_of_Accessories GMXS5 Install sheet 020_GMXS5_004707_e Data sheet Vanderbilt - Seismic_Range_of_Accessories GMXW0... - Page 59 Useful information Doc Ref Product Reference Description GMSW7 Operating instructions 022_SensTool_A6V10245824_c Data sheet Vanderbilt - Seismic_Range_of_Accessories GMYA7-AS Installion instructions 052_GMYA7-AS_GMYA7-A_A6V10200077_e Data sheet Vanderbilt - Seismic_Range_of_Accessories SPC Documentation SPC Panel Installation and configu- SPC42xx_43xx_52xx_53xx_63xx_Installa- 4000 Series ration manual tion_Configuration_Manual_en 5000 Series...
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Page 60: Cross Reference Chart For Applicable, External Related Documents
GMYA7-AS Remote testing system V54534-F101-A100 GMYA7-A Alarm for indicator module V54534-F102-A100 Connection sleeve (16mm) – GM7xx GMXC2 VBPZ:5021840001 GMXS2 2mm spacer VBPZ:3506110001 GMXS4 4mm spacer VBPZ:3506240001 GMXC4 Test tool Table 10-4: Part numbers Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... -
Page 61: Graphic Index
Figure 6-12: Example 2 - detector layout and external devices ................39 Figure 6-13: Example 2 - detector location and operating radius ................. 40 Figure 6-14: Night deposit box ..........................41 Figure 6-15: ATM ..............................42 Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016... - Page 62 Table 9-2: Automatic seismic test .......................... 55 Table 10-1: Country Specific Approvals ........................ 57 Table 10-2: Related documentation – internal ...................... 59 Table 10-3: Related documentation - external ...................... 60 Table 10-4: Part numbers ............................60 Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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Page 63: Appendix 1: Drill Template Gm7Xx
Printer settings must be optimized to reproduce at actual size. While every effort has been made to ensure accurate sizing, the templates in this docu- ment must be checked before use to ensure that the dimensions are correct. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 64: Appendix 2: Drill Template Gmxp3/Z
Printer settings must be optimized to reproduce at actual size. While every effort has been made to ensure accurate sizing, the templates in this docu- ment must be checked before use to ensure that the dimensions are correct. Vanderbilt Seismic Detectors Application Guide I-200153-1... -
Page 65: Appendix 3: Drill Template Gmxs5
Printer settings must be optimized to reproduce at actual size. While every effort has been made to ensure accurate sizing, the templates in this docu- ment must be checked before use to ensure that the dimensions are correct. Vanderbilt Seismic Detectors Application Guide I-200153-1... - Page 66 Appendix 3: Drill Template GMXS5 Issued by © Vanderbilt, 2016 Vanderbilt Technical specifications and availability subject to change without notice. Clonshaugh Business and Technology Park Clonshaugh Dublin D17 KV84 Ireland www.service.vanderbiltindustries.com Vanderbilt Seismic Detectors Application Guide I-200153-1 08.2016...
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