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24 | ��A ��� | Product description
4.
Product description
4.1
Usage
The FSA 050 is able to communicate by way of Blue-
tooth with a PC/Laptop provided with FSA 7xx/500
software (CompacSoft[plus]). It can also be used as
a stand-alone device.
The FSA 050 is designed for the performance of insula-
tion analysis on electric/hybrid vehicles. Voltage, capa-
citance and resistance can also be measured.
4.2
Prerequisites for operation
with Compac�oft[plus]
PC/Laptop with WIN XP, WIN Vista or WIN7 opera-
ting system and at least one vacant USB interface for
the Bluetooth USB adapter. The current version of
CompacSoft[plus] must be installed on the PC/Laptop.
i
The FSA 050 has a Bluetooth transmission power of
10 mW (Class 2) ex works. The Bluetooth class can
only be changed using the CompacSoft[plus] soft-
ware.
4.�
�cope of delivery
Designation
FSA 050
Case
Measurement leads (red/black) with
terminals (red/black)
Bluetooth USB adapter
Batteries (5x)
Calibration certificate
Remote sensor
CompacSoft [plus] DVD
Operating manuals
|
1 689 989 102
2011-04-26
4.4
Fig. 1:
1 Red/black measurement leads
2 Red/black terminals
3 Remote sensor with test/zeroing button (TEST)
4 LCD
5 Function keys
6 Rotary switch for measurement functions
7 Rubber cover
4.4.1
Order number
The remote sensor can be used instead of the red mea-
surement lead. For insulation analysis, <TE�T> on the
1 685 438 640
remote sensor has the same function as <TE�T> on the
1 684 430 075
FSA 050.
The resistance of the black measurement lead and the
1 687 023 449
remote sensor can be zeroed for resistance measure-
1 988 024 001
ment (Ω).
–
1 684 430 074
Insulation analysis procedure with remote sensor:
1 687 370 275
1. Connect the black measurement lead to the black
1 689 979 922
negative socket of the FSA 050.
1 689 989 102
2. Connect the remote sensor to the 3-pin red positive
socket of the FSA 050 (instead of the red measure-
ment lead).
3. Connect the black measurement lead and the remote
sensor to the circuit to be tested.
4. Select the correct range (50 V, 100 V, 250 V, 500 V
or 1kV).
5. Press and hold <TE�T> on the remote sensor.
Insulation analysis is performed.
6. To terminate insulation analysis, release <TE�T> on
the remote sensor.
Description of device
1
3
4
5
6
7
FSA 050
Remote sensor
2
Robert Bosch GmbH
Werbung
Kapitel
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