Summary of Contents for PCE Instruments PCE-MO 2001
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MILLIOHM METER PCE-MO 2001 Your purchase of this MILLIOHM METER marks a step forward for you into the field of precision measurement. Although this METER is a complex and delicate instrument, its durable structure developed. Please read the following instructions carefully and always keep this manual within easy reach.
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TABLE OF CONTENTS 1. FEATURES................1 2. SPECIFICATIONS............. 1 2-1 General Specifications..........1 2-2 Electrical Specifications........... 2 3. FRONT PANEL DESCRIPTION............3 AC Power Input Socket........... 3 4 Wires Input Terminal .......... 3 Display..................
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1. FEATURES * 4 terminal devices for accurate measurement of very low resistance. * Ideal for measuring the resistance of the motor coil, transformer, PCB layout. * Ideal for testing protective conductors, lightning conductors and welded points. * Wide measuring range, 0.1 m ohm - 2000 ohm, 5 ranges. * 18 mm, large size LCD display, easy to read-out.
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Power Supply AC 110V 10%, 50/60 Hz or AC 220V/240V 10%, 50/60 Hz. Power Consumption Less than 2.5 VA. Dimension 170 x 120 x 90 mm, with housing front cover. Weight Approx. 690 g (1.52 LBS). Standard Power Cable......1 PC. Accessories 4 wire with 2 kelvin clips...1 pair.
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3. FRONT PANEL DESCRIPTION Fig. 1 AC Power Input Socket 4 Wires Input Terminal Display Zero Adjust Knob Power Off/Range Rotary Switch...
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4. BASIC 4 WIRES MEASURING PRINCIPLE The DIGITAL MILLIOHM METER is the precision, wide range & small resistance with high resolution measuring instrument. As for preventing any measuring errors, especial to avoid the influence of "LEAD STRAY RESISTANCE" or "TEST WIRE'S RESISTANCE". The meter is designed according the following "4 WIRES MEASURING PRINCIPAL"...
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5. PRECAUTION & PREPARATIONS FOR MEASUREMENT * Please check carefully if the meter's power supply is AC 110 V or AC 220 V before operating the meter. There is a label at the rear of the meter to show the proper power source outlet AC 110 V or AC 220 V.
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Fig. 3 4) Connect the 2 Kelvin clips as following Fig. 4 to measure the unknown resistance between two test points, such as PCB layout. Fig. 4...
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