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380580-en-US_v2.6   6/20 

BATTERY INSTALLATION 

WARNING

: To avoid electric shock, disconnect the test leads from any source of voltage before 

removing the battery cover. 

1.  Turn power off and disconnect the test leads from the meter. 
2.  Open the rear battery cover by removing two screws (B) using a slotted head screwdriver. 
3.  Insert the batteries into battery holder, observing the correct polarity. 
4.  Put the battery cover back in place. Secure with the screws. 

You, as the end user, are legally bound (

Battery ordinance

) to return all used batteries and 

accumulators; 

disposal in the household garbage is prohibited!

 

You can hand over your used batteries / accumulators at collection points in your community 

or wherever batteries / accumulators are sold! 

Disposal: 

Follow the valid legal stipulations in respect of the disposal of the device at the 

end of its lifecycle. 
 

 

REPLACING THE FUSES 

There are three fuses: 
 

Power Supply Fuse     500mA/250V (5x20mm) fast blow 

1.  The power supply fuse is located in the battery compartment. 

2.  Remove the two screws to open the battery compartment. 

3.  Always use a fuse of the proper size and value. 

 

Current Circuit Fuse     500mA/250V (5x20mm) fast blow (F2) 

1.  Fuse protection for the current terminals. 

2.  If the fuse is blown, the R

C

 LED will stay on. 

3.  The fuse is located under the printed circuit board. 

4.  There are 4 mounting screws that have to be removed.  

5.  Two screws are located under the black feet on the bottom of the unit. 

6.  The other two screws are located in the battery compartment. 

7.  Remove the battery compartment door and the batteries to access these screws. 

8.  Always use a fuse of the proper size and value. 

 

Potential Circuit Fuse     500mA/250V (5x20mm) fast blow (F1) 

1.  Fuse protection for the potential terminals. 

2.  If the fuse is blown, the R

P

 LED will stay on. 

3.  The fuse is located under the printed circuit board. 

4.  There are 4 mounting screws that have to be removed.  

5.  Two screws are located under the black feet on the bottom of the unit. 

6.  The other two screws are located in the battery compartment. 

7.  Remove the battery compartment door and the batteries to access these screws. 

8.  Always use a fuse of the proper size and value. 

www.

GlobalTestSupply

.com

Find Quality Products Online at:

[email protected]

Summary of Contents for 380580

Page 1: ...USER GUIDE Model 380580 Battery Powered Milliohm Meter www GlobalTestSupply com Find Quality Products Online at sales GlobalTestSupply com ...

Page 2: ... 2 to Kelvin Clip Red P1 Green C1 Black P2 and Blue C2 Measurement Considerations 1 Do not apply voltage to the meter input terminals Meter damage may result 2 Always insure that the circuit to be measured is switched OFF isolated and completely de energized before connecting the test leads 3 If the Over Temperature LED NO TEST indicator is lit allow the instrument to cool down before proceeding f...

Page 3: ...e NO TEST status LED will light 6 Remove the shorts from P1 and P2 and C1 and C2 and 7 Short the test leads P1 to C1 and P2 to C2 8 The RP LED as well as the NO TEST status LED should light indicating an over voltage or over range 9 Turn the rotary selector switch to OFF Polarity check 1 Short the test leads P1 to C2 and P2 to C1 together 2 Set the Function switch to the 200 0mΩ position 3 The 1 n...

Page 4: ...f the potential test leads as shown in the diagram below 3 For a short test duration of 10 seconds press the TEST RP button for less than 2 seconds This EnerSave feature can be used to conserve battery power 4 For a long test duration of 60 seconds press the TEST RP button for more than 3 seconds 5 During the test the meter will intermittently beep At the end of the test or if the test is stopped ...

Page 5: ...e resistance of the device under test Thermal Effects Temperature can have a significant effect on the performance of milliohmeter due to the temperature coefficient of the resistance under test and thermal EMF s across dissimilar conductors Most conductors have a large temperature coefficient of resistance For example 0 4 C for copper A copper conductor that has a resistance of 10 00m ohm at 20 C...

Page 6: ...the two screws to open the battery compartment 3 Always use a fuse of the proper size and value Current Circuit Fuse 500mA 250V 5x20mm fast blow F2 1 Fuse protection for the current terminals 2 If the fuse is blown the RC LED will stay on 3 The fuse is located under the printed circuit board 4 There are 4 mounting screws that have to be removed 5 Two screws are located under the black feet on the ...

Page 7: ...10 mm with cover Fuses 3 fuses all are 500mA 250V 5x20mm fast blow Range Specifications Range Resolution Test Current Accuracy reading Open Circuit Voltage 200 0m 0 1m 100mA 0 5 2 digits 4 2V 2000m 1m 100mA 0 5 2 digits 4 2V 20 00 0 01 10mA 0 5 2 digits 4 2V 200 0 0 1 10mA 0 5 2 digits 4 3V 2000 1 1mA 0 5 2 digits 4 4V International Symbols This symbol adjacent to another symbol or terminal indica...

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