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Novanex Automation BV 

Toernooiveld 116, 6525EC Nijmegen, The Netherlands

tel: +31(0)243-528-824

 [email protected]   www.novanex.nl

(Originally designed by Bob Parker)

BLUE Line ESR

Redesign von BLUE METER ESR / LOW OHM METER

Einführung

An  easy-to-use  meter  that  can  repair  electronic  equip-

ment,  i.  amplifi ers,  televisions,  monitors,  signifi can-

tly  accelerated.  It  makes  it  easy  and  quick  to  identify

a  damaged  electrolytic  capacitor  without  having

to  desolder  it  from  the  PCB  board.  As  a  result,  you 

can  quickly  repair  a  device  without  having  any  exper-

tise  in  electronics.  With  BLUE  LINE  ESR  you  save

a lot of time and money. It is completely assembled and 

calibrated.  When  used  properly,  it  will  be  reliable  for 

many years.

A completely new design based on a 32-bit mi-

crocontroller that:

•  reduces energy consumption (the meter requires only 

2 AA batteries 1.5V)

•  temperature compensation allows

•  extends  the  measuring  range  up  to  108  ohms  (the 

3-digit display)

Features include:

•  In-circuit testing of electrolytic capacitors

•  Test lead resistance zeroing

•  Non-polarized test leads

•  Easy-to-read, high brightness blue LED display

•  Automatic power off  when reading is unchanged for 3 minutes

•  Battery life (about 20h)

•  The high-power diodes built into the input circuit prevent the meter from being damaged by the con-

nection of a charged capacitor

Making a Measurement:

1.  Switch on the meter by pressing the 

 button. Symbol “---” appears on the display to indicate that the 

meter is on and test leads are separated (or disconnected).

2.  Insert the plugs of the test leads into their sockets.

3.  Hold the test probes tightly together* and press the 

 button again to start zeroeing procedure. In the 

result the 0.00 reading will appear on the display.

* To provide the best accuracy of measurement ESR, the probes should be as short as possible (less than 1m) and 

have a resistance below 0.5Ω. If the reading is higher than 0.68 it is not possible to perform zeroing resistance.

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