Security technology

Germany as High-Tech Business Location
for Security Technologies and Services
HAVERKAMP – Brief Company Profile
HAVERKAMP was founded in 1978, during the first peak of terrorism in
Germany by the Red Army Fraction (RAF) and Baader-Meinhof-Group, to
provide protection for exposed public persons and buildings against terrorist
attacks.
The HAVERKAMP credo is that security can only be established when it is
carried out comprehensively. Highly skilled consultancy as well as a smooth
and competent installation of the security products along with a professional
and pro-active after sales service.
With a complex modular system of state-of-the-art and intelligent security
products HAVERKAMP is a well-established brand for premium customers
in Europe and the Arabian market.
Our Branch in Abu Dhabi is working on a major order for ADWEA (securing
the power plants in Taweeah, Fujeirah, Shuweihat)
Germanys Business Advantages
Germany‘s emloyees are well educated
The school and job training is dual
Excellent Technical Colleges und Universities
Germany‘s infrastructures are Highly integrated with
highways, railways and airports
Germany has a good domestic economy
Next to the export, the local demand supports the country‘s
trade cycle
Germany is still the country of the inventors
Germany economy is based on solid middle class companies
Germany´s economy is Europe‘s engine!
Germany
Security Technologies and Services
We differentiate between
Public Security
The general government administrates this through the Police, the
Federal Criminal Agency, the State office of Criminal Investigations,
German Border Police and other institutions.
Further keywords: critical national infrastructure, flight safety, maritime
security, securing military property, securing nuclear electric power
generation plants, protection of the constitution
and
Private Security
Security services, emergency and service control centre, data security,
property and plant security, security guidance, event security,
maritime security
Unions of the corporate- and security industry
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ASW Arbeitsgemeinschaft für Sicherheit in der Wirtschaft
Association for security in the industry
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BDSW Bundesverband der Sicherheitswirtschaft
Federation of German security industries
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BDGW Bundesvereinigung deutscher Geld- und Wertdienste
Federal Association of German money- and value services
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VdS Verband der Sachversicherer Schadensverhütung GmbH
Association of insurers for loss prevention GmbH
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VfS Verband für Sicherheitstechnik
Association for security technology
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ZVEI Zentralverband der Elektrotechnik und Elektronikindustrie
central association for the electrical engineering and electrical industy
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BHE Bundesverband der Hersteller- und Errichterfirmen
National association of manufactors an installers
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BDD Bundesverband Deutscher Detektive
association of German Detectives
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BdSi Bundesverband unabhängiger deutscher Sicherheitsberater
German Federal association of independent security consultant
Security technology
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Mechanical security technology
Electronical security technology
Access control
Fire- and explosion protection
IT- security technology
Communication technology
Mechanical security technology
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Perimeter protection
Doors and locks
Mechanical protection of buildings
Value containers
It all began with ...
... my home is my castle
DIN- EN- and ISO – rules
In Europe Germany is leading in the development of security standards.
The model of the European Norm was the DIN Norm( German Institute for
Norm standardization)
The DIN Norm, or nowadays the European Norm, defines many different
conditions under which products have to perform in order to become
classified.
Some general remarks about security standards
Security standards define specific requirements for security products under
strict conditions.
Security standards are important because they determinate transparent and
comprehensible quality requirements for security products. According to these
quality requirements the effectiveness of security products can be classified.
Security standards often can not keep up with the fast changing requirements
of actual danger scenarios.
The normal danger scenario and the following emerging conditions do often
not reflect the actual security demand under specific conditions.
Standards in Building Protection – Burglary Resistance
European Norm DIN V ENV 1627-1630
A
screw driver 260mm and 375mm, wooden and plastic
wedges, pipe wrench or pipe tongs
B
additional crowbar 710mm and screw driver 375mm
C
additional hammer 300mm, axe 350mm, bolt cutter
460mm, chisel 250mm, mortise chisel 350mm, handsaw,
mini saw, drilling machine 320/160W, 10mm drill, metalshears 260mm
D
E
additional padsaw 550/350W, electrical handsaw
900/520W, extension pipe 500mm electr. drilling machine
600/310W, 13mm drill, crown drill 50mm, angle grinder
1000/575W
additional, electr. drilling machine 1050/620W, angle
grinder 1900/1175W
burglary
Standards in Building Protection – Burglary Resistance
European Norm DIN V ENV 1627-1630
WK #
Class
WK 1
Description
Duration
occasional criminals, physical violence such as kick,
bodycheck, thrust, pull out
no
specification
WK 2
A
occasional criminals, ordinary tools such as e.g. screw
driver, gripper, wedges
3 – 15 min
WK 3
B
additional screw driver and crowbar
5 – 20 min
WK 4
C
additional e.g. saws, hammer, axes and chisel, as
well as a rechargeable drilling machine
10 – 30 min
WK 5
D
experienced criminals, additional electrical tools e.g.
drilling machine, pad-saw and angle grinder with a
maximum diameter of 125 mm
15 – 40 min
WK 6
E
experienced criminals, powerful electrical tools, as
mentioned before plus an angle grinder with a
maximum diameter of 230 mm
20 – 50 min
burglary
Standards in Building Protection – Bullet Resistance
European Norm DIN EN 1063
Class
Type of
weapon
Calibre
according to
DIN EN 1063
Ammunition
Type
mass
[g]
.22 LR
L/RN
2,6 +/- 0,1
9 mm Luger FJ ² /RN/SC 8,0 +/- 0,1
.357 MagnumFJ ² /CB/SC 10,2 +/- 0,1
.44 Rem. Magnum
FJ ³ /FN/SC 15,6 +/- 0,1
5,56 x 45*
FJ ³ /PB/SCP1 4,0 +/- 0,1
7,62 x 51
FJ ² /PB/SC 9,5 +/- 0,1
7,62 x 51** FJ ³ /PB/HC1 9,8 +/- 0,1
Test conditions
Shot
distance
[m]
10 +/- 0,5
5 +/- 0,5
5 +/- 0,5
5 +/- 0,5
10 +/- 0,5
10 +/- 0,5
10 +/- 0,5
Impact
velocity
[m/s]
360 +/- 10
400 +/- 10
430 +/- 10
440 +/- 10
950 +/- 10
830 +/- 10
820 +/- 10
Impact
energy
[J]
ca. 200
ca. 800
ca. 850
ca. 1.500
ca. 1.700
ca. 3.200
ca. 3.200
Number of
shots
3
3
3
3
3
3
3
Shot
distance
[mm]
120 +/- 10
120 +/- 10
120 +/- 10
120 +/- 10
120 +/- 10
120 +/- 10
120 +/- 10
BR 1
BR 2
BR 3
BR 4
BR 5
BR 6
BR 7
Rifle
Hand gun
Hand gun
Hand gun
Rifle
Rifle
Rifle
SG 1
Shotgun
Calibre
12/70
Full Lead
31,0 +/- 0,5
Jacket Slugs
10 +/- 0,5
420 +/- 20
ca. 3.000
1
-
SG 2
Shotgun
Calibre
12/70
Full Lead
31,0 +/- 0,5
Jacket Slugs
10 +/- 0,5
420 +/- 20
ca. 3.000
3
125 +/- 10
bullet
Even though no standards cover sniper weapons,
Haverkamp has developed solutions
• Haverkamp‘s sniper weapon solutions
exceed demanded energy absorption of
3,200 Joule more than 6-fold (Impact
energy of .50 BMG 19.440 Joule)!
• Up to BR 7 NS, retrofit without changing
the fitted frames and attachments.
• Protection against sniper weapons
(Caliber .300 WinMag, .338 Lapua
Magnum and super caliber .50 BMG) in
combination with special resistant add-on
windows.
bullet
EN 13541 Blast Protection
explosive /
explosions
80% of all deadly and serious injuries plus damages to
property, through attacks (vandalism or terrorism) are
caused by glass splinters.
explosive /
explosions
(picture copyright: HAVERKAMP GmbH 2006)
The building has been damaged only in a
relatively small area
explosive /
explosions
2.300 KG
explosive detonated near
the building.
Sources: Bomb attack on t he Murrah Building, Oklahoma, U.S.A 1995
In a radius of approx. 3,5 km the glass has been shattered
by the blast wave.
317 buildings in a radius of 16 blocks have been affected.
explosive /
explosions
Sources: Bomb attack on the Murrah Building, Oklahoma, U.S.A 1995
To achieve an ideal protection a building has to be
evaluated depending on construction and hazard level.
explosive /
explosions
low hazard zone
High hazard zone
extremely high hazard zone
sources: HAVERKAMP GmbH 2006
Standards in Building Protection – Explosive Resistance
Different international standards to test impact resistance :
• European/German DIN EN 13541 ER1 (NS) “Shock Tube Test”
• Underwriters Laboratories 972-1984 and EN 356 P2A / DIN 52290 A1
Tests for hard-impact security glazing
explosive /
explosions
European Standard
explosive /
explosions
Shock tube test: multiple pressure waves first wave with 21 ms duration
Pressure from 0.5 to 2.0 bar hits the test sample
The load of shock tube is much higher under comparable quantity of explosive
because the pressure holds longer and multiple pressure waves hit the test
sample.
PROFILON ER1 Shock Tube Test
explosive /
explosions
Filmclip Shocktube Test
Glass with PROFILON security film ER1 in live testing
explosive /
explosions
Recent HAVERKAMP Success
Oslo 2011, July 22nd car
bomb attack
Profilon ER1 film saved a lot
of lives
no live–threatening
splintering thanks to the film
Best in Class ww
used worldwide in buildings
with a high risk of terrorist
attacks
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Relevant
products for
burglary and
bullet proved
windows
Integrated Security Concepts
Protection Zones for buildings and perimeter
Integrated security
concepts
Integral Object Protection:
Concepts out of one hand offering holistic security
solutions
• Risk Analysis
• Security Concept
• Realisation of
• Perimeter Protection
• Intrusion Detection
• Video Surveillance
• Buildings Protection
• Explosives
• Fire Arms
• Vandalism
• Burglary
• Haverkamp Management
System
Risk Analysis
Package of
Measures
Maintenance
Training
Engineering
Realisation
Integrated security
concepts
Identifying risks
regardless of subjective and cultural influences, differentiated according to motivation!
explosive attack
under fire
break-through with vehicle heavy weapon fire
arson attack
vandalism
30
attack
sabotage
burglary
hostage taking
Holistic Security Solution out of ONE Hand
Customer/
Property
Sensors
Local
Situation
Perimeter
Individual
Need
Risk
Scenario
HAMS
Risk
Analysis
RiskValidation
Engineer
-ing
Concept
Design
Intruders
Package
of
Measures
Realisatio
n
CCTV/
Thermal
Video
SAFE
HAVEN
Runtime
personnel
measures
Profilon
Building
Protection
Maintenance
Spare
Spare
Parts
Parts
31
Repair
Measures to reduce risk
blast resistance
protection
video verification
personnel measures
bullet resistance
building protection
access control
structural measures
Entrance protection
perimeter
Thickness and the construction of film is most important
115µ anti splinter
film (no laminate)
with batten bar
frame
connection:
Complete failure
of the film, even
with the best
possible frame
connection
190 µ anti splinter
film (no laminate)
with silicone
bonding: complete
failure of the film,
the difference of
the frame
connection did not
cause any better
or worse result.
Profilon ER1 475µ 4ply laminated security
film with batten bar
frame connection: the
film is completely
undestroyed, no
splintering or
pressure in the room,
the batten bar holds
the film in the frame:
Level GSA 2
Profilon ER1 475µ
4-ply laminated
security film with
silicone frame
connection: the
film is completely
undestroyed, the
silicone bonding
held the film during
the pressure
phase but the film
was pulled out at
the vertical sides
during the suction
phase: little
pressure and
some splinters in
the room.
Level GSA 3a
explosive /
explosions
Fence Intrusion Detectors
Relevant
products for
perimeter
security
Integrated security
concepts
Explosion and bullet resistant control room
Relevant
products for
perimeter
security
Integrated security
concepts
Summary
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Security works only with trust. Custom-made solutions out of one
hand ensure best integrated security that works.
German Products are up to highest standards, distinguished by
persistence and after sales support.
We would like to invite you to our stand no. 101 in the Galeria and to
our live demonstrations at the Security Trade show in Essen from
the 25th – 28th of September 2012
Integrated security
concepts
Thank you very much for your attention.