Safes For The Certified Protection Of Watch Collections

A certified safe configured to protect a valuable watch collection provides a legal proof of standard and a range of upgrade options to future proof your investment while storing valuable time pieces securely and safely long term.

Future proofing valuable time piece storage

As standard, all Certified Safes Ireland™ safes intended for the secure storage of a valuable watch collection come with an integrated VdS certified wiring channel. This allows a watch winder and alarm integration cable to pass into the safe along a protected and certified cable route without the need to drill an additional hole into the barrier material that may invalidate the safes burglary resistance certification. Each safe we supply for watch collections comes prepared with mountings for seismic sensors and door contacts allowing you to integrate your safe immediately with alarm, duress and audit monitoring or to upgrade at a later date if it becomes a condition of insurance cover as your collection grows in value. 

Customisation

Our extensive range of Austrian, German, and Scandinavian manufactured safes not only have the highest level of accredited European burglary resistance certification available but can also be customised with off the shelf components such as pull-out collectors’ shelves, lockable drawers, pull out drawers and lockable compartments. If a bespoke solution is more what you had in mind, we can provide for any and all designer options, from simple RAL colour options, to working closely with Italian and Scandinavian design studios to customise your safe to integrate with and compliment existing aesthetics.

 Our expertise has been relied on by:

Bvlgari, Boodles, Brown Thomas, Isle of Man Gold Bullion, N.A.T.O. Europe, The U.S. Air Force (Europe), PayPal (Worldwide), Grant Thornton, The Department Of Communications (NCSC Cyber Security) (Ireland), The Revenue Commissioners, Electricity Supply Board (Cyber Security) (Ireland), The Danish Defence Forces (Afghanistan), The Insurance Institute of Ireland, The Royal College Of Surgeons, BFC Bank, Interxion Data Centres, The Private Security Authority, Druids Glen, The Shelbourne Hotel, and many others ....

Our seminars on safes, strongrooms and HNW secure storage have been part of Continuing Professional Development for underwriters and insurers having been awarded CPD points by the Insurance Institute of Ireland and the Chartered Insurance Institute (UK).

Home surveys are free of charge

Home surveys are free of charge, without obligation and entirely confidential. We have years of experience installing home safes both large and small into houses built in Georgian, Victorian, and Edwardian eras, common in Ireland. We are regularly referred by architects, insurers and wealth managers who appreciate the knowledge of structure and diligence required when fitting a home safe into an older and sometimes protected structure.

EU Parliament regulation 765/2008 created the system that provides the legal basis of accreditation for the burglary resistance certification of safes. The ultimate protection against misrepresentation and a legal proof of standard of burglary resistance, accredited European certification is the most important factor in maintaining insurance cover long term, as well as being the basis for all insurance rate recommendations in Europe. If you consider that 70% of safes tested for burglary resistance by accredited European testing labs fail on the first attempt the practical implications of accepting unaccredited claims of burglary resistance are obvious.

These are the logos of the four certification bodies with accreditation to ISO IEC17065 to certify safes to European standards you will most likely encounter on a genuine certification plate in Ireland.

A safe with properly accredited European certification of burglary resistance will display at least one stamped metal certification plate with one of these logos on the inside of the door. This will always be a stamped metal plate, never a sticker.

An accredited certification plate for a safe will display the word "SAFE" , the standard EN1143-1, and the logo of an accredited certification body (not the manufacturer), the burglary resistance grade in Roman numerals, and most importantly, will often provide confirmation that the certification body is accredited to ISO/IEC 17065.

Misrepresentation

Unfortunately, major safe supply companies, manufacturers, and in particular office supply companies invariably misrepresent issues related to accredited certification of burglary resistance, fire testing and installation standards, to sell sub-standard products that may be more profitable for them but can lead to disaster long-term for their clients.

Misrepresentation of safes and cabinets in the office supply market can take many forms, some of the most frequent being:

• Selling burglary resistant or "fire-proof” safes or cabinets that have no proven fire or burglary resistance whatsoever.
• Selling “Secure Cabinets EN14450” while misrepresenting them as burglary resistant  “Safes”.
• Selling safes with unaccredited certification marks which have no legal proof of standard.

The Loss Prevention Certification Board (LPCB) (UK) The Loss Prevention Certification Board (LPCB) (UK) is a mark commonly encountered in the Irish market. LPCB has issued "certification" plates for safes (European standard EN1143-1) and secure cabinets (European standard EN14450) for many years, despite the fact the body has never been an accredited certification body for the burglary resistance of safes, not even in the UK, according to the United Kingdom Accreditation Service (UKAS). LPCB "certification" plates are in a similar format to properly accredited European certification, however, an ISO/IEC17065 accreditation which will be present on most accredited certification plates will be absent from an LPCB plate. The fact that LPCB claim to certify their own tests runs counter to any norms in Europe where both the tester and the certifier are legally required to be independent bodies. LPCB certification claims should not be confused with properly accredited European certification, which has a basis in European law as proof of standard, and on which all safe ratings in Europe are based.

Nordtest NT FIRE 017 The most common unaccreited mark you will come across in the Irish market is without doubt the NT FIRE 017 mark. NT FIRE 017 is a conformity assessment of Nordtest originally founded in 1973 under the Nordic Council of Ministers. This is NOT a European standard. NT017 may be applied to safes and cabinets of identical construction to a tested unit, provided that the external volume of the untested units are not less than half of, and not more than twice the volume of the tested unit. This means in a series of five sizes it is usually only necessary that one unit is tested, leaving the majority of cabinets and safes marked NT017 in such a series not tested. Additionally internal heat during the NT017 test is measured by thermocouples (sensors used to measure temperature ) placed at the centre of internal panels rather than at the corners as is the case with European and US testing. This placement of thermocouples will of course produce a more favourable result as panels will heat from edges to the centre during a fire. Additionally, NT017 does not include a drop test to simulate structural collapse of the kind that would likely happen in an intense fire.

 50kN Minimum installation

EN1143-1 certification is void for a safe that has not been anchored but some safe installers idea of what constitutes “anchoring” can differ wildly from others. The benchmark for the correct anchoring of a certified safe is a replication of the laboratory test anchoring force. This means an anchor designed to achieve a holding force of 50kN (5.089 tons) for a safe up to grade III and 100kN (11.24 tons) over that grade, holding forces that rule out removing a safe under most circumstances. 

All certified safes come with a bolt suitable for achieving these anchoring forces, so it is really down to the installer of the safe being familiar with the correct anchoring method. As with certification, always ask for a certificate of anchorage with the anchoring force the installation was designed to achieve indicated on the document. If an installer can not tell you how such anchoring forces are to be achieved this should be a red flag.   

Seismic sensors

In the context of a safe, a seismic sensor is a small high security alarm signalling device that monitors vibration and temperature, specifically configured to detect prising attacks, drill attacks, cutting discs as well as hydraulic and thermal tools. When using seismic sensors on a safe, it is important to understand that these devices should be configured by an alarm installer to always be on, even if the alarm is switched off. Seismic sensors will not be triggered by normal safe use. At Certified Safes Ireland™ we recommend the installation of two EN50131 compatible seismic sensors as An Garda Síochána (Irish Police) alarm response guidelines require two verified intruder alarm sensor activations to trigger an alarm response. Having two sensors located inside the safe should therefore ensure you get response to an attempted burglary, even if the local alarm system is switched off.

Duress (silent alarm)

Most certified digital locks can be monitored via an alarm system via a certified and compatible Alarm Module. With an alarm module in place if you are put under any type of duress the addition of a digit to your normal access code when opening a safe will trigger a silent panic alarm. This is a very powerful tool if you are in a position where you may be held-up at home or work.

Wiring should be invisible

A critically important aspect of the addition any type of alarm integration is that all wiring and alarm monitoring devices are kept inside the safe protected from tampering and unauthorised view. Wiring on the outside of a safe is both an unnecessary and unacceptable security risk. It should not be accepted for the following reasons:

• External wiring advertises the presence of alarm monitoring and the possibility of duress signalling to anyone who sees the safe.
• Provides the opportunity to circumvent or tamper with the alarm devices or wiring.
• If it is necessary to connect to a safe lock many technicians will drill through the barrier material of the safe, even the safe door, severely compromising the safe’s security as well as its certification for burglary resistance.
• The possibility of accidental damage to the equipment, particularly in a commercial setting.
• It is not the most attractive approach particularly for a residential or luxury safe.

In the case of the safe shown below there is no need for a door loop to carry cables within the safe as this particular model has an integrated VdS certified alarm cable channel. This safe is shown with a draw cable and in the second picture fitted with alarm cable housed inside a stainless steel cable protector.

Safe keys are history

It has always been possible to open a mechanically locked safe by manipulation leaving no trace of entry. Both the knowledge and tools to defeat most mechanical safes locks are now very easily obtained and of course keys for safes are also easily copied, even from a photograph. In comparison, the penalty lockout feature of a certified digital safe lock shuts a safe lock down for ten minutes if four incorrect codes are entered in a row. With the ability to interface with duress and alarm modules, unavailable for a mechanical lock, mechanical access control for a safe has been phased out in most of Europe. The Irish Safes Ratings Group (ISRG) and An Garda Síochána recommend certified digital safe locking over mechanical for security reasons.



Always insist on a digital lock certified to European standard EN1300. If alarm integration is to be used in conjunction with the safe lock, all alarm integration components need to be certified to the European alarm standard EN50131 as alarm signalling devices, in order to elicit a police response.

We understand the need for confidentiality

As Government and NATO contractors Certified Safes Ireland™ understand the need for confidentiality and will always respect yours. We guarantee the confidentiality of all of our private clients. Any photos taken for survey purposes have location data removed and are erased directly after use unless directed otherwise by the client. All booking records and client information pertaining to completed work is anonymised across all of our systems at the end of each month in compliance with the G.D.P.R

 For advice call: +353 1 7076011

Certified Safes Ireland™ director Alan Donohoe Redd is a member of the European CEN263 Working Group responsible for writing European Standards for safes, strongrooms (vaults), secure cabinets and physical data protection for the European Union. A registered NATO supplier and a longstanding member of the European Security Systems Association, Alan has a vast range of experience spanning almost 40 years and encompassing installation of safes, strongrooms, physical data protection, CCTV, alarms, access control, secure storage control systems and Sensitive Compartmented Information Facility (SCIF) specification, design, and installation.

Alan is an expert on standards and fraud issues related to secure storage in Europe and the UK, has had articles related to these subjects published by The Law Society Gazette and Irish Broker Magazine, has forced retractions of multiple false claims related to secure storage offerings to the public, including some published by the Irish Times, and has been pivotal in having misleading standards and practises recognised and withdrawn in Ireland, the UK and at a European level.