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Philips pm2521 User Manual

Philips pm2521
152 pages
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Automatic
Multimeter
PM2521
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Philips pm2521 Specifications

General IconGeneral
BrandPhilips
Modelpm2521
CategoryMultimeter
LanguageEnglish

Summary

Safety Information

SAFETY INSTRUCTIONS

Equipment built and tested according to safety specifications. User must follow instructions and warnings.

5. INSTALLATION

5.1.1. Safety instruction

Critical safety instructions before connecting the instrument to mains power.

5.1.2. Replacing the main fuse

Procedure for replacing the main fuse and selecting the correct fuse.

6. OPERATION

Measuring

Detailed guide on how to perform various measurements with the PM 2521.

6.4. MEASURING

Detailed guide on how to perform various measurements with the PM 2521.

6.4.1. Standard measurements

Instructions for standard measurement types like voltage, current, resistance.

6.4.1.1. Direct voltage measurements (V.)

How to perform direct voltage measurements using the PM 2521.

DIRECT VOLTAGE MEASUREMENTS (STANDARD METHOD)

Procedure for standard direct voltage measurements.

DIRECT VOLTAGE MEASUREMENTS IN RELATIVE REFERENCE MODE (ZERO SET)

How to perform direct voltage measurements in relative reference mode.

6.4.1.2. Alternating voltage measurements (V~ rms)

How to perform AC RMS voltage measurements.

ALTERNATING VOLTAGE MEASUREMENTS

Procedure for alternating voltage measurements.

6.4.1.3. Decibel measurements (dBV~)

How to perform decibel measurements using AC voltage.

dB MEASUREMENTS (STANDARD METHOD)

Procedure for standard decibel measurements.

dB MEASUREMENTS IN RELATIVE REFERENCE MODE (ZERO SET)

How to perform dB measurements in relative reference mode.

6.4.1.4. Direct current measurements (A.)

How to perform direct current measurements.

6.4.1.5. Alternating current measurements (A~ rms)

How to perform AC RMS current measurements.

6.4.1.6. Resistance measurements (Ω)

How to measure resistance with the PM 2521.

RESISTANCE MEASUREMENTS (STANDARD METHOD)

Procedure for standard resistance measurements.

RESISTANCE MEASUREMENTS IN RELATIVE REFERENCE MODE (ZERO SET)

How to measure resistance in relative reference mode.

6.4.1.7. Diode measurements (+)

How to measure diodes in forward and reverse directions.

6.4.1.8. Temperature measurements (°C)

How to perform temperature measurements using the Pt-100 probe.

6.4.2.1. High tension measurements with HT probe PM 9246

Measuring high DC voltages up to 30 kV using the HT probe.

6.4.2.2. High current measurements (A and A~) with SHUNT PM 9244 or CURRENT TRANSFORMER PM 9245

Measuring high DC/AC currents using the Shunt PM 9244 or Current Transformer PM 9245.

6.4.2.4. High frequency measurements with HF probe PM 9210 and accessory set PM 9212

Measuring high frequency voltages with HF probe and accessory set.

2. TECHNICAL DATA

2.1.1. Direct voltage measurements

Specifications for direct voltage measurements, including ranges, resolution, and accuracy.

2.1.2. Alternating voltage measurements

Specifications for AC voltage measurements, including ranges, frequency response, and accuracy.

2.1.3. Direct current measurements

Specifications for DC current measurements, including ranges, resolution, and accuracy.

2.1.4. Alternating current measurements

Specifications for AC current measurements, including ranges, frequency response, and accuracy.

2.1.5. dB measurements

Specifications for dB measurements, including range, resolution, and accuracy.

2.1.6. Resistance measurements

Specifications for resistance measurements, including ranges, measuring current, and accuracy.

2.1.7. Diode measurements

Specifications for diode measurements, including driving current, range, and polarity.

2.1.8. Temperature measurements

Specifications for temperature measurements, requiring optional probe.

2.1.9. Counter measurements (Hz)

Specifications for frequency measurements, including ranges, gate time, and accuracy.

2.1.10. Time measurements (s)

Specifications for time measurements, including ranges, trigger modes, and accuracy.

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