DS-Line 2 Pro
Converter for testing telephone lines, communications
and AC wires for DigiScan EX |
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The
DS-Line 2 Pro converter allows performing a scan of the very low frequency
(VLF) range. Bugging devices can use these frequencies to transmit
acoustics through any wire out of a room or building. A standard
receiver cannot detect these bugging devices as it does not cover
the VLF range and cannot be connected directly to a telephone or
an AC wire. The optional DS-Line 2 Pro converter converts the VLF range
up to the range covered by the receiver and performs voltage regulation
- this enables the receiver to process and demodulate VLF signals.
Main features of the
DS-Line 2 Pro
-
Converts the VLF
range into the frequencies which can
be received and inspected in the
DigiScan EX software
-
Scans frequencies
in the range of the 500 Hz -11.95
MHz
-
Finds audio
modulations and other signals on the
wires (AC/telephone/alarm)
-
Finds IR
(infra-red) beams and checks for the
presence of the audio modulations
and other signals (the IR-LINE 2
probe is supplied separately)
-
Inspects
electromagnetic waves near objects
in order to find hidden electronics
(the MLP-LINE 2 probe is supplied
separately)
-
Allows the
operator to listen to the sound on
the line in a direct mode (audio
frequencies)
-
Has
3 antenna inputs and 5 sockets for
the probes
-
Is powered and
controlled from the DSC-002 via the
supplied cable
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DS-Line
2 Pro
Optional accessories
(supplied separately):

IR-LINE

MLP-LINE |
Specification
|
Frequency range |
500Hz – 5 kHz (direct
sound)
5kHz – 11.95 kHz |
|
Number of antenna
inputs |
3 (ANT1, ANT2, ANT3) |
|
Number of inputs |
5 (IR, MLP, AUX, AC,
TEL) |
|
Power |
From DSC-002
(DigiScan EX) |
|
Heterodyne’s
frequency |
12 MHz |
|
Dimensions |
180x110x45 mm |
Supplied set
-
The DS-Line 2 Pro
convertor
-
The coaxial cable
‘Converter-Receiver’
-
The cable
‘Converter-DSC-002’
-
The telephone line
checking cable including splitter and
‘crocodile’ connectors
-
The AC-LINE 2 probe for
checking AC wires
-
Extending cord 8 m for
probes
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