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SAFETY PRECAUTIONS

Read this information before using the meter, taking special care regarding
any WARNING or IMPORTANT notices. The following safe practices and proper
operating procedures should be followed when using any multimeter:

Inspect the test leads for insulation damage or exposed metal.

Damaged leads should be replaced.

Select the proper function and range tor your measurement.

Avoid severe shocks and do not drop the multimeter.

Do not allow the meter to be used if it is damaged or if its safety is impaired

WARNING: To AVOID ELECTRIC SHOCK, USE CAUTION WHEN WORKING

ABOVE 40V DC OR 25V AC RMS. SUCH VOLTAGES POSE A SHOCK HAZARD.

Electrically disconnect the live, or hot test lead before disconnecting
the common test lead.

Follow all equipment safety procedures. Disconnect the input power

and discharge all high-voltage capacitors through a protective
impedance before testing in 

Ω 

and             with the multimeter.

Avoid working alone.

When making a current measurement, turn the power off before

connecting the multimeter in the circuit. Overloading a current shunt
will cause excessive heat.

When measuring transformer secondary or motor winding current, check

the multimeter fuses first.

When testing circuits take extra care not to touch any bare metal

including the ends of the test probes.

The use of makeshift fuses and the short-circuiting of fuse holders is prohibited.

Whenever it is likely that the protection has been impaired, the meter shall

be made inoperative and be secured against any unintended operation.

Never attempt to measure a voltage or current higher than the maximum

rating of the meter.

Never perform resistance measurements on a live circuit.

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Summary of Contents for CDM-35

Page 1: ...DIGITAL MULTIMETER OPERATING INSTRUCTIONS MODEL CDM 35 Part No 4500055 0304...

Page 2: ...2 The Meter may be hung on a wall or supported as shown depending upon which support is used The probes may be located as shown allowing easy one hand operation...

Page 3: ...ntee is invalid if the product has been abused or tampered with in any way or not used for the purpose for which it is intended The reason for return must be clearly stated This guarantee does not aff...

Page 4: ...lead Follow all equipment safety procedures Disconnect the input power and discharge all high voltage capacitors through a protective impedance before testing in and with the multimeter Avoid working...

Page 5: ...chart added or dxceducted from the digit or right hand column of the reading AC Voltage 200mV 2V 20V 200V 700V Range Accuracy Resolution 0 8 of rdg 3 digits 1 2 of rdg 3 digits 100 A 1mV 10mV 100mV 1V...

Page 6: ...ve 6 200 A 2mA 20mA 200mA 2A 10A 1 8 of rdg 3 digits 1 0 of rdg 3 digits 0 1 A 1 A 10 A 100 A 1mA 10mA 3 of rdg 7 digits Range Accuracy Resolution 1 8 of rdg 3 digits Overload Protection 2A 250V fuse...

Page 7: ...to 104O F Storage 10O C to 50O C 14O F to 122O F Power Supply 1x 9V battery NEDA 1604 6F22 type or equiv Low Battery Indication On left of display Dimensions incl Holster 201L x 100W x 55H mm Weight...

Page 8: ...lead to the COM jack and the RED test lead to the V jack 2 Set FUNCTION switch to V range to be used and connect test leads across source or load Reverse polarity is indicated by a sign being display...

Page 9: ...hich must be replaced The 10A range is not protected by a fuse The fuse rating should be 2A and no more to prevent damage to the internal circuitry The maximum terminal voltage drop is 200mV AC Curren...

Page 10: ...e Measurement 1 Connect the BLACK test lead to the COM jack and the RED test lead to the V jack Note The polarity of the RED test lead is 2 Set the FUNCTION switch to the position and connect the test...

Page 11: ...er the test leads have been disconnected Battery and Fuse Replacement Note the condition of the 9 volt battery using the procedure described above If the battery needs to be replaced unscrew the four...

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