Fluke 83V Average Responding Industrial Multimeter

Catalog

Fluke 83V Average Responding Industrial Multimete

Optional magnetic hanger for easy set-up and viewing while freeing your hands for other tasks
Large digit display with bright, two-level backlight makes the 83V significantly easier to read than older models
6000 counts, 3-3/4 digits
Measure up to 1000 V AC and DC
Measure up to 10 A, 20 A for up to 30 seconds
Resistance, continuity and diode test
10,000 µF capacitance range for components and motor caps
Min/Max-Average recording with Min/Max Alert to capture variations automatically
Relative mode to remove test lead interference from low ohms measurements
Auto and manual ranging for maximum flexibility
Touch Hold to capture stable readings avoiding noisy signals
Large display digits and two-level bright white backlight for increased visibility
Analog bargraph for fast changing or unstable signals
Input Alert provides audible warning against wrong use of input jacks
Improved selectable sleep mode for long battery life
Access door for fast battery changes without breaking the calibration seal
"Classic" design with new removable holster with built in test lead and probe storage
Lifetime warranty

Specifications
Voltage DC	Maximum voltage	1000 V
	Accuracy	±(0.1% + 1)
	Maximum resolution	100 µV
Voltage AC	Maximum voltage	1000 V
	Accuracy	±(0.5% + 2)
	Maximum resolution	0.1 mV
Current DC	Maximum amps	10 A (20 A for 30 seconds maximum)
	Amps accuracy	±(0.4% + 2)
	Maximum resolution	0.01 mA
Current AC	Maximum amps	10 A (20 A for 30 seconds maximum)
	Amps accuracy	±(1.2% + 2)
	Maximum resolution	0.1 µA
Resistance	Maximum resistance	50 MΩ
	Accuracy	±(0.4% + 1)
	Maximum resolution	0.1 Ω
Capacitance	Maximum capacitance	9,999 µF
	Accuracy	±(1% + 2)
	Maximum resolution	0.01 nF
Frequency	Maximum frequency	200 kHz
	Accuracy	±(0.005% + 1)
	Maximum resolution	0.01 Hz
Duty cycle	Maximum duty cycle	99.9%
	Accuracy	±(0.2% per khz + 0.1%)
	Maximum resolution	0.1%
Conductance	Maximum conductance	60.00 nS
	Accuracy	±(1.0% + 10)
	Maximum resolution	0.01 nS
Diode	Range	3 V
	Resolution	1 mV
	Accuracy	±(2% + 1)
Duty cycle range	Accuracy	within ±(0.2% per kHz + 0.1%)
Environmental Specifications
Operating temperature	–20°C to +55°C
Storage temperature	–40°C to +60°C
Humidity (without condensation)	0% – 90% (0°C – 35°C) 0% – 70% (35°C – 55°C)
Operating altitude	2000 m
Safety Specifications
Overvoltage category	EN 61010–1 to 1000 V CAT III, 600V CAT IV
Agency approvals	CSA, TÜV
Mechanical and General Specifications
Display	Digital	6000 counts updates 4/sec
	Analog	32 segments, updates 40/sec
	Frequency	19,999 counts, updates 3/sec at > 10 Hz
Size	201 x 98 x 52 mm (with holster)
Weight	355 g
Weigh with holster and flex–stand	624 g
Warranty	Lifetime
Battery life	Alkaline~400 hours typical, without backlight
Shock	1 Meter drop per IEC 61010–1:2001
Vibration	Per MIL–PRF–28800 for a Class 2 instrument

Being an Largest Importers of Fluke Products in India since 2005. Fluke products are mostly & widely used for everyday in various Industries, Reaserach and Developments, Manufacturing Companies, Universities and for Research applications. Over a long period of time DFT Tech have been established as reliable Suppliers ,Importers and Stockists of Fluke All Range of Products in India, catering to the huge industry markets in Chennai, Bangalore, Coimbatore, Tiruchy, Madurai, Pune, Hyderabad, Ahemdabad, Calcutta, Mumbai, Delhi, Sri City, Ambattur, Sri Perumputhur and etc...

Apart from that we are supplying our Fluke products in India through dealers network, catering to a variety of customers ranging from Atomic energy, Defence Installations, Research Laboratories, Educational Institutes and various Research and Development laboratories of leading national and multinational companies.

We DFT Tech, Fluke 83V Average Responding Industrial Multimeter Authorized Distributors, Importers, Stockists, Dealers and Suppliers of Fluke 83V Average Responding Industrial Multimete Products in Chennai, Bangalore, and etc..

Types of Multimeters:

There are different types of multimeter like Analog, Digital and Fluke multimeters.

Digital Multimeter:
We mostly used multimeter is digital multimeter (DMM). The DMM performs all functions from AC to DC other than analog. It has two probes positive and negative indicated with black and red color is shown in figure. The black probe connected to COM JACK and red probe connected by user requirement to measure ohm, volt or amperes. The jack marked VΩ and the COM jack on the right of the picture are used for measuring voltages, resistance and for testing a diode. The two jacks are utilized when LCD display that shows what is being measured (volts, ohms, amps, etc.). Overload protection that prevents damage to the meter and the circuit, and protects the user.

Digital MultimeterThe Digital Multimeter basically consists of a LCD display, a knob to select various ranges of the three electrical characteristics, an internal circuitry consisting of a signal conditioning circuitry, an analog to digital converter. The PCB consists of concentric rings which are connected or disconnected based on the position of the knob. Thus as the required parameter and the range is selected, the section of the PCB is activated to perform the corresponding measurement. To measure the resistance, current flows from a constant current source through the unknown resistor and the voltage across the resistor is amplified and fed to a Analog to Digital Converter and the resultant output in form of resistance is displayed on the digital display.

To measure an unknown AC voltage, the voltage is first attenuated to get the suitable range and then rectified to DC signal and the analog DC signal is fed to A/D converter to get the display, which indicates the RMS value of the AC signal. Similarly to measure an AC or DC current, the unknown input is first converted to voltage signal and then fed to analog to digital converter to get the desired output(with rectification in case of AC signal).

Advantages of a Digital Multimeter are its output display which directly shows the measured value, high accuracy, ability to read both positive and negative values.
Analog Multimeter:
The Analog Multimeter or VOM (Volt-Ohm-Milliammeter) is constructed using a moving coil meter and a pointer to indicate the reading on the scale. The moving coil meter consists of a coil wound around a drum placed between two permanent magnet. As current passes through the coil, magnetic field is induced in the coil which reacts with the magnetic field of the permanent magnets and the resultant force causes the pointer attached to the drum to deflect on the scale, indicating the current reading. It also consists of springs attached to the drum which provides an opposing force to the motion of the drum to control the deflection of the pointer.
For measurement of DC current, the D Arsonval movement described above can be directly used. However the current to be measured should be lesser than the full scale deflection current of the meter. For higher currents the current divider rule is applied. Using different values of shunt resistors, the meter can also be used for multi range current measurement. For current measurement the instrument is to be connected in series with the unknown current source.
For measurement of DC voltage, a resistor is connected in series with the meter and the meter resistance is taken into account such that the current passing through the resistor is same as the current passing through the meter and the whole reading indicates the voltage reading. For voltage measurement, the instrument is to be connected in parallel with the unknown voltage source. For multirange measurement, different resistors of different values can be used, which are connected in series with the meter.
For measurement of resistance, the unknown resistance is connected in series with the meter and across a battery, such that the current passing through the meter is directly proportional to the unknown resistance.
For AC voltage or current measurement, the same principle is applied, except for the fact that the AC parameter to be measured is first rectified and filtered to get the DC parameter and the meter indicates the RMS value of the AC signal.
Advantages of an Analog Multimeter are that it is inexpensive, doesn’t require a battery, can measure fluctuations in the readings.
The two main factors affecting the measurement are the sensitivity and the accuracy. Sensitivity refers to the reciprocal of the full scale deflection current and is measured in ohms per volt.

Fluke Multimeter:The fluke multimeters are protected against the transient voltage. It is a small portable device used to measure voltage, current and test diodes. The multi meter has multi selectors to select the desired function. The fluke MM automatically ranges to select most measurements. This means the magnitude of the signal does not have to be known or determined to take an accurate reading, it directly moved to the appropriate port for the desired measurement. The fuse is protected to prevent the damage, if connected to wrong port.