Aritech VV700 Mode D'emploi page 3

General characteristics of the VV700 (Fig.1)
1. Cover
2. Cover screw
3. Steel clip
4. Plug-in board
5. Base plate
6. Mounting holes
7. Cable clamp
8. Screw terminal
9. Connector for plug-in board
10. Test transmitter connector
11. Communication port
12. Anti-tamper micro switch
13. Area for mounting the VT705P test transmitter
14. Mounting plate
15. Fixing bolt
16. Expander bolt
17. Test transmitter VT705P
Using the mounting plate VM600P as a template (Fig. 1,
pos. 14)
A. Holes for VV700
B. Holes for Securitas SSD70
C. Holes for Cerberus / Alarmcom seismic detector
D. Holes 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
Setting up the detector (Fig. 2)
The VV700 seismic detector must have a plug-in board (1) connected to
the detector. Connect the plug-in board to the detector header (2).
!
For available plug-in boards, contact your distributor. The plug-in
board connector complies with the IEC standard 839-2.
Use the configuration cable VVI740 (4) to enable the detector and your
computer to communicate. Wire the 5-pole connector on the VVI740 to the
communication port of the detector (3) and the 9-pole connector to the
serial port of the computer (5).
For the wiring diagram see the product label and/or manual supplied
with the plug-in board.
Installing the SCM700 (Fig. 3)
The instructions for installing the SCM700 configuration program on your
laptop are included in the SCM700 CD-ROM.
The program works on Windows 95, 98, NT and 2000. The SCM700
configuration program is supplied with the VVI740 configuration cable.
Use the VVI740 cable to connect the detector to the laptop (Fig. 2).
The Communication Status indicator at the bottom right corner (6) becomes
green when communication between the laptop and detector is enabled.
If there is no communication, in the menu bar select <Setup> (8),
<Communication> and update the comport settings. To choose a language
and an approval standard (if required), select <Setup>, <Language/
Approvals>. These settings will then be saved for future use.
Configuring the VV700 (Fig. 3)
The VV700 is supplied UNPROGRAMMED and this will result in a
(configuration)-fault signal.
Follow the configuration instructions below to program the detector.
To download the detector settings select <Configure> (4) in the menu bar.
Choose the required detector type for your application by selecting a model
in the <Detector type> box (1). Adjust <Plug-in Board> (2), and <Sensitivity>
(3) if necessary. Press <Download to detector> (5) to program the detector.
A message appears when the download is successfully completed.
!
For further information about the program SCM700, see the
<SCM700 help> under <Help> in the menu bar.
GB
Test modes (Fig. 3)
There are three test-modes available.
Select the test-mode in the configuration window, <System Test> (7).
Automatic test: The detector will automatically test the application 5
times per 24 hours at random time intervals.
No external action required.
Remote test: Manual test with built-in test transmitter, externally
activated.
Range test: Manual test for external (hand)testers, externally
activated.
!
Automatic test and Remote test require a VT705P test transmitter
connected (Fig 1, (17)).
!
Refer to the Plug-in board manual on how to activate Remote test
and Range test.
Detector verification (Fig. 4)
After configuring the detector select <Verify> (4) in the menu bar. Any seismic
activity will be displayed for all activated channels. Verify if pulse counters
(1) and integrators (2) are activated by manual applying vibrations (knocking
and scratching on the protected object beside the detector). Sensitivity needs
to be adjusted if the background signal indicators (3) are activated by ambient
noise.
!
Try to remove the source of ambient noise instead of reducing the
sensitivity.
!
Use <Analyse>, <Tools> for more detailed on-site performance
measurements.
Technical specification
Input power:
Current consumption:
Input / output:
Sensitivity:
Range:
Sabotage protection:
Low / High Temperature
Low / High Voltage
Operating temperature:
Dimensions: (L x W x H)
Colour:
Weight:
- 3 -
9 - 15 VDC
Standby mode 7 mA
(excl: plug-in board)
Active mode 57 mA
(excl: plug-in board)
Depending on plug-in board
5 steps of 6 dB each
See table "Detection range" Fig. 5
Drill shield, opening / pry-off contact,
Voltage and / or Temperature
(Variable) (default -15 °C / +83 °C)
(Variable) (default 8.5 V / 14 V)
-20 °C to +55 °C
100 x 80 x 33 mm
Grey RAL 7035
395 g