Aritech VV600 Plus - EN: Installation Sheet; Specifications

P/N 1064537 (ML) • REV G • ISS 11DEC20 3 / 14
EN: Installation Sheet
For further information, see VV600 Series Vault Protection
System Planning and Installation Manual.
Wiring diagram
Figure 1
(1)
12 VDC
(2)
0 VDC
(3)
LED indication
(4)
Integrator level
(5)(6)
Alarm output (N, NO)
(7)
VV600/602 Plus (spare) / VV620/622 Plus (C)
(8)(9)
Tamper
(10)
Test control
(11)
Spare
General characteristics of the detectors
Figure 3
(1)
Cover
(2)
Cover screw
(3)
Base plate
(4)
Mounting holes
(5)
Clamp
(6)
Area for mounting the VT705P test transmitter
(7)
Potentiometer for adjusting the detector’s sensitivity
(8)
Connection block
(9)
Anti-tamper micro-switch
(10)
Mounting plate VM600P
(11)
Fixing bolt
(12)
Expander bolt
(13)
Test transmitter VT705P
Using the mounting plate VM600P as a template:
(A)
Holes for VV600/620 Plus & VV602/622 Plus
(B)
Holes for Securitas SSD70
(C)
Holes for Cerberus Alarmcom detectors
(D)
Hole for expansion plug or recess mounting box
(E)
Holes for Securitas 2000
(F)
Template and mounting holes for test transmitter VT705P
(G)
Holes for accessories.
Mounting the detectors
Mounting the detector directly on a metal surface without
using a mounting plate
See Figure 4.
Mounting the detector on a metal surface using the
VM604P weld-on plate
See Figure 5.
First weld points 1, 2, 3, and 4. Then weld seams 5 and 6.
Mounting on concrete
See Figure 6.
Always use a VM600P mounting plate. The expansion plug
must penetrate at least 50 mm into the concrete. Please follow
the steps shown in Figure 6 if you are installing the test
transmitter VT705P.
Note: For the equipment to conform to CEI standard 79-2,
the VT705P test transmitter must be installed.
Testing the seismic detectors
Figure 2
(1)
Test disabled (ex-factory setting)
(2)
Internal test of detector’s electronics = Position jumper between
1 and 2.
(3)
Functional test of the detector and its physical contact with the
protected object: Position connector from test transmitter
VT705P between 2 and 3.
Note: Connecting terminal 10 to 0 V activates both tests.
Control and function test
See Figure 7.
Using a voltmeter, check the background signal level in the
detector to prevent nuisance alarms. Set the sensitivity to Gref
during the test.
VV600/620 Plus
VV602/622 Plus
Measure
0.7 V
0 V
None
1.4 V
2 V
Reduce range/remove source
Note: Try to remove the source of ambient noise instead of
reducing the range.
Functional testing with hand tester VT610P (item 1) and
mechanical tool (item 2):
VV600/620 Plus
VV602/622 Plus
Alarm in 30 sec.
Alarm in 45 sec.
Alarm after 5 blows
N/A
Detection range (in meters)
Material
Sensitivity
setting
Thermal
lance
Diamond
disk
Drilling
Concrete
Steel
Brick
1/Gmax
4
8
3
14
14
8
14
14
8
Concrete
Steel
Brick
2/Gref
3
4
1
9
9
6
9
9
6
Concrete
Steel
Brick
3/Gmin
2
2
—
6
6
4
6
6
4
Concrete
Steel
Brick
4
1
1
—
5
5
3
5
5
3
Concrete
Steel
Brick
5
—
—
—
4
4
2
4
4
2
Specifications
Input power
9 to 15 VDC, 2 V max. ripple pp
Current consumption
8.6 mA nom.
Alarm output
Forms A and C solid state relay, max. series
resistance 35 Ohm
Alarm indication
LED, output 3
Sensitivity
5 steps of 6 dB each
Range
See “Detection range (in meters)” above
Sabotage protection
Temp. 84°C, (VV602S25P = 72°C) drill shield,
opening/pry-off contact,