TYPES OF ELECTRICAL MEASURING INSTRUMENTS.pptx
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The document discusses several types of electrical measuring instruments: multimeters, which can measure voltage, current, and resistance; clamp meters, which indirectly measure current in a circuit; electric meters, which record energy consumption over time; insulation testers, which measure insulation resistance; steel rules for measurements; metric rules for layout and installation; and caliper rules for measuring diameters and thicknesses. It also includes activities for identifying electrical measuring tools.
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TYPES OF ELECTRICAL MEASURING INSTRUMENTS.pptx
This document discusses different types of electrical measuring instruments. It describes multimeters, which can measure voltage, current, and resistance. Clamp meters indirectly measure current in a circuit. Electric meters record energy consumption over time. Insulation testers measure insulation resistance, especially for electric motors. Other instruments discussed include steel rules, metric rules, and caliper rules for various electrical measurements and layouts. The objectives are to identify measuring instruments, learn how to use them, and perform calculations.
Introduction to electrical measurements
This document introduces several common electrical measuring instruments:
Voltmeters measure voltage, ammeters measure current, wattmeters measure power, and energy meters measure energy consumption. Ohmmeters measure resistance. Multimeters can measure voltage, current, and resistance. Clamp meters can measure current without direct contact. Megohmmeters specifically measure high insulation resistance. These instruments come in analog and digital forms and measure either AC or DC as appropriate to the application.
introduction to electrical measuring instruments.pptx
This document introduces several common electrical measuring instruments:
Voltmeters measure voltage, ammeters measure current, wattmeters measure power, and energy meters measure energy consumption. Ohmmeters measure resistance. Multimeters can measure voltage, current, and resistance. Clamp meters can measure current without direct contact. Megohmmeters specifically measure high resistance/insulation resistance. The document describes each instrument and provides examples of both analog and digital models.
measuring instruments.pptx
Measurement tools are used in electrical work to determine various properties like length, thickness, current, and voltage. Some common tools include:
1. Micrometers measure the diameter of wires and cables. Vernier calipers measure the distance between two opposite sides of a surface.
2. A clamp meter can measure current in a circuit and function as a voltmeter or ohmmeter. Insulation testers detect the condition of electric motor coils.
3. Other tools include wire gauges for determining wire sizes, rulers for measuring length, ammeters for measuring current, and voltmeters for measuring voltage.
Usage of meters - Notes
The document discusses the usage of meters, focusing on ammeters and voltmeters. It provides details on:
- What ammeters and voltmeters are used to measure current and voltage respectively. Ammeters are connected in series while voltmeters are connected in parallel.
- The different types of ammeters and voltmeters based on their construction and the type of current they can measure (AC vs DC).
- How ammeters and voltmeters are calibrated using standard resistors, potentiometers, and known voltage values.
- The importance of selecting meters based on factors like accuracy, cost, range, and application. Common applications of ammeters and voltmeters are also outlined.
ELECTRICAL INSTRUMENTS 3.pptx
The document discusses different types of electrical instruments used to measure voltage, current, and resistance. It focuses on multimeters and their components and uses. It also describes other measurement devices like galvanometers, ammeters, voltmeters, and ohmmeters.
Specifically, it defines a multimeter as an electronic instrument that can measure voltage, current, and resistance. It discusses the basic components and types of multimeters, including analog and digital varieties. The document also explains how galvanometers, ammeters, voltmeters, and ohmmeters work by describing their components, circuit configurations, and measurement principles.
Outcome 2.3 identify appropriate electrical instruments for the measurement...
Outcome 2.3 identify appropriate electrical instruments for the measurement and calculation of different electrical values
4. Test instruments and their connections
This document discusses how various electrical measurement instruments are connected into circuits. It explains that a voltmeter is connected in parallel to measure voltage, an ammeter is connected in series to measure current, and a wattmeter uses both series and parallel connections to measure power by determining both current and voltage. An ohmmeter is also discussed, which measures impedance by connecting at each end of a circuit or load. Different types of analog meters like moving iron and moving coil meters are described along with their advantages and disadvantages. Digital meters and how they work are also covered.
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TYPES OF ELECTRICAL MEASURING INSTRUMENTS.pptx
This document discusses different types of electrical measuring instruments. It describes multimeters, which can measure voltage, current, and resistance. Clamp meters indirectly measure current in a circuit. Electric meters record energy consumption over time. Insulation testers measure insulation resistance, especially for electric motors. Other instruments discussed include steel rules, metric rules, and caliper rules for various electrical measurements and layouts. The objectives are to identify measuring instruments, learn how to use them, and perform calculations.
Introduction to electrical measurements
This document introduces several common electrical measuring instruments:
Voltmeters measure voltage, ammeters measure current, wattmeters measure power, and energy meters measure energy consumption. Ohmmeters measure resistance. Multimeters can measure voltage, current, and resistance. Clamp meters can measure current without direct contact. Megohmmeters specifically measure high insulation resistance. These instruments come in analog and digital forms and measure either AC or DC as appropriate to the application.
introduction to electrical measuring instruments.pptx
This document introduces several common electrical measuring instruments:
Voltmeters measure voltage, ammeters measure current, wattmeters measure power, and energy meters measure energy consumption. Ohmmeters measure resistance. Multimeters can measure voltage, current, and resistance. Clamp meters can measure current without direct contact. Megohmmeters specifically measure high resistance/insulation resistance. The document describes each instrument and provides examples of both analog and digital models.
measuring instruments.pptx
Measurement tools are used in electrical work to determine various properties like length, thickness, current, and voltage. Some common tools include:
1. Micrometers measure the diameter of wires and cables. Vernier calipers measure the distance between two opposite sides of a surface.
2. A clamp meter can measure current in a circuit and function as a voltmeter or ohmmeter. Insulation testers detect the condition of electric motor coils.
3. Other tools include wire gauges for determining wire sizes, rulers for measuring length, ammeters for measuring current, and voltmeters for measuring voltage.
Usage of meters - Notes
The document discusses the usage of meters, focusing on ammeters and voltmeters. It provides details on:
- What ammeters and voltmeters are used to measure current and voltage respectively. Ammeters are connected in series while voltmeters are connected in parallel.
- The different types of ammeters and voltmeters based on their construction and the type of current they can measure (AC vs DC).
- How ammeters and voltmeters are calibrated using standard resistors, potentiometers, and known voltage values.
- The importance of selecting meters based on factors like accuracy, cost, range, and application. Common applications of ammeters and voltmeters are also outlined.
ELECTRICAL INSTRUMENTS 3.pptx
The document discusses different types of electrical instruments used to measure voltage, current, and resistance. It focuses on multimeters and their components and uses. It also describes other measurement devices like galvanometers, ammeters, voltmeters, and ohmmeters.
Specifically, it defines a multimeter as an electronic instrument that can measure voltage, current, and resistance. It discusses the basic components and types of multimeters, including analog and digital varieties. The document also explains how galvanometers, ammeters, voltmeters, and ohmmeters work by describing their components, circuit configurations, and measurement principles.
Outcome 2.3 identify appropriate electrical instruments for the measurement...
Outcome 2.3 identify appropriate electrical instruments for the measurement and calculation of different electrical values
4. Test instruments and their connections
This document discusses how various electrical measurement instruments are connected into circuits. It explains that a voltmeter is connected in parallel to measure voltage, an ammeter is connected in series to measure current, and a wattmeter uses both series and parallel connections to measure power by determining both current and voltage. An ohmmeter is also discussed, which measures impedance by connecting at each end of a circuit or load. Different types of analog meters like moving iron and moving coil meters are described along with their advantages and disadvantages. Digital meters and how they work are also covered.
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The document discusses analog ohmmeters and multimeters. It describes how an ohmmeter uses a low-current source to measure resistance through a mechanical movement. Analog multimeters also use a mechanical movement to measure voltage, current, and resistance by changing the circuit connections. The document outlines some limitations of analog meters, such as reliance on stable battery voltage and nonlinear scales. It then describes how digital multimeters digitally display measurements and are now more common, though analog meters are still sometimes preferable for monitoring rapidly changing values.
SURVEY OF DIFFERENT ELECTRONICS INSTRUMENTS.pptx
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This document defines various units of measurement used in electricity like amps, volts, and ohms. It describes tools used to measure aspects of electrical circuits like amperage, voltage, resistance, and insulation. These include the multimeter, which can measure voltage, resistance, and current, the megger for measuring insulation resistance, the ammeter for current, and the voltmeter for voltage. Wires are measured using wire gauges and micrometers, while lengths can be measured with rulers, pull-push rules, and feet/inch measurements. Proper use of measurement tools is important for working with electrical systems.
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This document discusses various tools and units used to measure electrical quantities. It defines units like amps, volts, and ohms used to measure electrical current, voltage, and resistance. Tools described include multimeters, which can measure voltage, resistance and current; ammeters for current; voltmeters for voltage; and ohmmeters for resistance. The document also covers wire gauges for measuring wire diameters and megohms for measuring insulation resistance.
TOPIC 2.5- Testing Equipments.pptx
Digital and analogue meters are used to measure electrical quantities in circuits. Digital meters convert input signals to pulses and have advantages like being strong, accurate, and easy to read, but batteries need regular replacing and faults can be hard to identify. Analogue meters have a moving element and a linear scale, making them accurate, but they are fragile and expensive. Voltmeters are connected in parallel across a load to measure voltage. Ammeters are connected in series to measure current. Wattmeters simultaneously measure current and voltage to determine power. Ohmmeters are connected across a circuit element to measure its resistance or impedance. Instruments must be properly connected to circuits to obtain accurate readings of electrical quantities.
MEASUREMENT OF RESISTANCE
1. There are various methods to measure resistance depending on the resistance range. Low and medium resistances can be measured using ammeter-voltmeter, potentiometer, and Wheatstone bridge methods.
2. High resistances like cable insulation and transmission line insulators require methods that address problems like leakage currents and electrostatic effects, such as the guard circuit and screened measuring circuits.
3. Common instruments to measure high resistances include megohmmeters, which apply a voltage and measure the leakage current, and earth testers, which measure earth electrode resistance using auxiliary electrodes.
Measurement of Electrical Quantities
The document discusses various types of instruments used to measure current, voltage, power, and energy in electrical circuits. It describes the operating principles of common analog instruments like ammeters, voltmeters, and wattmeters. Ammeters use shunt resistors to measure higher currents and are connected in series, while voltmeters have high resistance and are connected in parallel. The document also covers measurement errors, instrument construction details, and how instruments can be adapted to measure different electrical quantities.
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This document discusses different types of electrical meters. It covers principles of operation including electrostatic, electrothermal, and electromagnetic mechanisms. It describes indicating, integrating, and recording meter types and their various constructions as portable or switchboard. Finally, it lists common meter applications such as ammeters, voltmeters, watt meters and their uses in measuring electricity, power, demand and power factor.
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A multimeter is a device used to measure voltage, resistance, and current in electrical equipment. It has two types of displays: analog with a needle and digital with an LCD screen. A multimeter uses its probes and tips to make connections to circuits and uses dial settings and a display to show measurement values for functions like voltage, current, resistance, continuity and more. It works by using a moving coil galvanometer circuit that is converted for different measurement modes.
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This document discusses different types of meters used to measure electrical properties. It describes how ammeters are used to measure current by being connected in series with a circuit. Voltmeters are used to measure voltage by being connected in parallel as they have a high internal resistance. There are different types of ammeters and voltmeters classified by their construction and whether they measure AC or DC. The document also discusses ohmmeters which are used to measure resistance and can have different configurations like series or shunt ohmmeters.
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TYPES OF ELECTRICAL MEASURING INSTRUMENTS.pptx
- 1. TYPES OF ELECTRICAL MEASURING INSTRUMENTS
- 2. Multimeter
- 3. Multimeters are very useful test instruments. By operating a multi-position switch on the meter they can be quickly and easily set to be a voltmeter, an ammeter or an ohmmeter.
- 4. Clamp meter
- 5. Clamp meter •Clamp meter is another type of measuring instrument which is specialized to measure the value of electric current indirectly in an electrical circuit. This can also be a voltmeter, and an ohmmeter.
- 7. Electric meter •Electric meter is an electrical device used to record the amount of electrical energy consumed by an appliance or electrical system in a particular period of time
- 9. Insulation Tester (Megger) •Insulation tester (megger) is an electrical measuring instrument intended to measure the insulation resistance of electrical conductor. It is particularly used to detect the condition of the coil of an electric motor.
- 10. Steel Rule
- 11. • The steel rule is considered to be the most convenient size to carry around. • This can be used to set calipers, dividers, etc. and to take measurements where it is not possible to make sure that the end of the rule is even with the edge of the work. Some workers refer steel rules as "machinists scales." Steel Rule
- 12. Metric Rule
- 13. •Metric rule is a tool used measure short and long distances. It is very important when performing a layout and installation of electrical wiring fixture. Metric Rule
- 14. Caliper Rule
- 15. •These tools are commonly used to measure the diameter of a wires or thickness of steel plates . •It can also be used to measure the inner distance of a hole. Caliper Rule
- 16. Activity 1 Identifiying Electrical Measuring Tool
- 17. Activity sheet Paper and pencil Supplies and Materials
- 18. Tools and Equipment Measuring tools
- 19. Write your description on this side Draw your illustration on this side Steel Rule Multimeter Insulation Tester Clamp meter Vernier Caliper