Measuring and Layout Tools Alıştırma Soruları — Armed Services Vocational Aptitude Battery (ASVAB)

Soru 1Soru →

A technician is checking the taper of an engine cylinder bore. Because an outside micrometer cannot measure inside diameters directly, the technician uses a telescoping gauge and transfers the measurement to a standard $3$ - $4$ inch outside micrometer.

For the measurement at the top of the cylinder, the micrometer sleeve exposes the large number ' $4$ ' and three additional small marks, and the thimble index aligns exactly at ' $11$ '.
For the measurement at the bottom of the cylinder, the micrometer sleeve exposes the large number ' $4$ ' and two additional small marks, and the thimble index aligns exactly at ' $22$ '.

Based on these readings, what is the calculated cylinder taper?

0.014

inches

0.011

inches

0.039

inches

0.001

inches

Cevabı ve açıklamayı göster

Cevap: $0.014$ inches

Cevap

0.014

inches

The top reading is calculated as

3.000

(base) +

0.400

(large number '

4

') +

0.075

(

3 \times 0.025

small marks) +

0.011

(thimble) =

3.486

inches. The bottom reading is calculated as

3.000

(base) +

0.400

(large number '

4

') +

0.050

(

2 \times 0.025

small marks) +

0.022

(thimble) =

3.472

inches. The cylinder taper is the difference between these two measurements:

3.486 - 3.472 = 0.014

inches.

Adım Adım Çözüm

1

Calculate the exact diameter at the top of the cylinder based on the micrometer reading.

3.486

inches

The micrometer base is

3.000

inches. The large sleeve number '

4

' adds

0.400

inches. The three small sleeve marks add

3 \times 0.025 = 0.075

inches. The thimble alignment at '

11

' adds

0.011

inches. Total:

3.000 + 0.400 + 0.075 + 0.011 = 3.486

inches.

2

Calculate the exact diameter at the bottom of the cylinder based on the micrometer reading.

3.472

inches

The micrometer base is

3.000

inches. The large sleeve number '

4

' adds

0.400

inches. The two small sleeve marks add

2 \times 0.025 = 0.050

inches. The thimble alignment at '

22

' adds

0.022

inches. Total:

3.000 + 0.400 + 0.050 + 0.022 = 3.472

inches.

3

Determine the cylinder taper by finding the difference between the top and bottom measurements.

0.014

inches

Cylinder taper is defined as the difference in diameter from the top of the cylinder travel to the bottom. Subtracting the bottom measurement from the top measurement:

3.486 - 3.472 = 0.014

inches.

Anahtar Kavram

Precision Measurement Reading and Cylinder Taper Calculation

Soru 2Soru →

A mechanic is measuring the thickness of a precision transmission spacer plate using a 0 to 1-inch vernier micrometer. On the sleeve, the major number 3 is fully visible along with two additional 0.025-inch subdivision lines exposed past it. The thimble has rotated past zero such that the sleeve reference line lies between 18 and 19 on the thimble, and the 6th line on the vernier scale aligns precisely with a thimble graduation line. What is the total measured thickness of the plate?

0.3436

inches

0.3686

inches

0.3936

inches

0.3186

inches

Cevabı ve açıklamayı göster

Cevap: $0.3686$ inches

Cevap

0.3686

inches

The measurement of

0.3686

inches is obtained by adding the four components of the vernier micrometer: the sleeve major mark (

0.300\text{ in}

), the two exposed sleeve subdivisions (

2 \times 0.025\text{ in} = 0.050\text{ in}

), the thimble thousandths mark (

0.018\text{ in}

), and the aligned vernier mark (

0.0006\text{ in}

). Summing these yields

0.300 + 0.050 + 0.018 + 0.0006 = 0.3686

inches.

Adım Adım Çözüm

1

Read the major tenths division exposed on the sleeve

3 \times 0.100\text{ in} = 0.300\text{ in}

Each numbered graduation line on the micrometer sleeve represents one-tenth (

0.100

) of an inch.

2

Read the exposed subdivision lines on the sleeve past the major division

2 \times 0.025\text{ in} = 0.050\text{ in}

Each unnumbered vertical line between major numbers represents twenty-five thousandths (

0.025

) of an inch.

3

Read the graduation on the rotating thimble below the index line

18 \times 0.001\text{ in} = 0.018\text{ in}

The thimble is divided into 25 equal increments, each equal to one thousandth (

0.001

) of an inch.

4

Read the vernier scale line that aligns with a thimble graduation line

6 \times 0.0001\text{ in} = 0.0006\text{ in}

The vernier scale on the sleeve provides ten-thousandths (

0.0001

) of an inch precision.

5

Calculate the sum of all four individual readings

0.300\text{ in} + 0.050\text{ in} + 0.018\text{ in} + 0.0006\text{ in} = 0.3686\text{ in}

The total measurement is the cumulative sum of the sleeve major divisions, sleeve subdivisions, thimble mark, and vernier alignment.

Anahtar Kavram

Reading an inch vernier micrometer to four decimal places

Tahmini Süre:1m 30s

Soru 3Soru →

Match each shop measuring or layout tool with its primary purpose and application.

Soldaki öğeye tıklayın, sonra eşleşen sağdaki öğeye tıklayın

Cevabı ve açıklamayı göster

Cevap

Feeler Gauge pairs with measuring narrow clearances and small gap widths; Combination Square pairs with laying out 90-degree and 45-degree angles; Scriber pairs with scribing fine layout lines onto metal; Dial Caliper pairs with measuring inside, outside, and depth dimensions with high precision.

Each hand tool is designed for a distinct layout or measurement function: feeler gauges check narrow clearances, combination squares establish square or 45-degree layout lines, scribers produce fine scratches on metal surfaces, and dial calipers accurately gauge inside, outside, and depth dimensions.

Adım Adım Çözüm

1

Identify the primary application of the feeler gauge.

Matched with measuring narrow clearances and small gap widths between components.

Feeler gauge blades are ground to exact thicknesses specifically to slip into tight clearances.

2

Identify the primary application of the combination square.

Matched with laying out 90-degree and 45-degree angles or checking squareness.

The head of a combination square has precision machined 90-degree and 45-degree mating surfaces.

3

Identify the primary application of the scriber.

Matched with scribing fine, sharp layout lines onto metal surfaces.

A hardened pointed tip is required to scratch visible, non-smudging lines onto metal.

4

Identify the primary application of the dial caliper.

Matched with measuring inside diameters, outside diameters, and depths with high precision.

Calipers have upper jaws for inside measurement, lower jaws for outside measurement, and an extending probe for depth.

Anahtar Kavram

Identification and standard functional applications of common workshop measuring and layout tools.

Tahmini Süre:45s

Soru 4Soru →

A technician working in an automotive machine and fabrication shop must select specialized tools for layout work and precision inspection. Match each measuring or layout tool with its primary shop application.

Soldaki öğeye tıklayın, sonra eşleşen sağdaki öğeye tıklayın

Cevabı ve açıklamayı göster

Cevap

Telescoping gauge pairs with capturing internal bore dimensions for outside micrometer measurement; Dial indicator pairs with measuring small linear displacement for runout and backlash; Trammel points pair with scribing large arcs and long layout dimensions; Feeler gauge pairs with measuring narrow clearance gaps between mating components.

Each tool is mapped to its specialized operational role: telescoping gauges provide indirect internal dimension transfer, dial indicators quantify fine mechanical movement and runout, trammel points scribe large geometry beyond divider limits, and feeler gauges gauge small mechanical clearance gaps.

Adım Adım Çözüm

1

Identify the working principle and primary application of the telescoping gauge.

Recognized as an indirect bore-measuring tool requiring an outside micrometer.

Telescoping gauges have spring-loaded plungers that lock at internal widths but do not have built-in measurement scales.

2

Determine the functional role of the dial indicator.

Identified as a direct measurement comparator for detecting minute runout, backlash, and deflection.

Its plunger translates very small mechanical deflections into magnified needle movement on a calibrated dial face.

3

Determine the layout role of trammel points.

Identified as beam-mounted layout tools for scribing arcs and circles too large for standard wing dividers.

Clamping onto a rigid beam allows adjustable, long-radius arc layout without flexing.

4

Identify the primary application of the feeler gauge.

Matched to measuring fine mechanical clearances like valve lash and spark plug gaps.

Feeler gauge blades have precise thickness graduations specifically designed to fit into narrow gaps.

Anahtar Kavram

Distinguishing between direct, indirect, and layout hand tools based on their precision capabilities and shop applications.

Tahmini Süre:1m 30s

Soru 5Soru →

A technician needs to measure the small clearance gap between the electrodes of a spark plug before installation. Which measuring tool is specifically designed to measure this narrow gap?

Outside micrometer

Feeler gauge

Metric box wrench

Hand mill file

Cevabı ve açıklamayı göster

Cevap: Feeler gauge

Cevap

Feeler gauge

A feeler gauge (or thickness gauge) consists of finely calibrated, flexible steel blades of marked thicknesses designed specifically to measure narrow gaps, clearances, and tolerances such as spark plug gaps or valve lash.

Adım Adım Çözüm

1

Identify the physical requirement of the measurement task

The task requires measuring a narrow clearance between two closely spaced metal surfaces.

Spark plug gaps and valve clearances require thin, flexible, calibrated measuring elements rather than bulky measuring jaws.

2

Select the appropriate layout and measuring tool designed for gap clearance

A feeler gauge (thickness gauge) provides calibrated steel leaves that fit directly into small clearances.

Feeler gauge blades are marked in precise thousandths of an inch or hundredths of a millimeter to accurately verify gap width.

Anahtar Kavram

Feeler gauge function and precision gap measurement

Tahmini Süre:30s

Soru 6Soru →

A technician is using a standard dial caliper to measure the outside diameter of a steel sleeve. The main beam graduated in tenths of an inch shows a reading of $2.300\text{ inches}$ , and the dial indicator reads $0.045\text{ inches}$ . What is the total measured outside diameter of the sleeve in inches?

Cevabı ve açıklamayı göster

Cevap: 2.345

Cevap

The total measured outside diameter of the steel sleeve is

2.345\text{ inches}

.

To determine the total dimension on a dial caliper, the value from the main beam scale is added directly to the value shown on the dial indicator. Adding

2.300\text{ inches}

from the beam to

0.045\text{ inches}

from the dial indicator gives a total reading of

2.345\text{ inches}

.

Adım Adım Çözüm

1

Read the measurement indicated on the main beam scale

Main beam reading is

2.300\text{ inches}

The main beam of a dial caliper provides the coarse measurement in inches and tenths of an inch.

2

Read the measurement indicated on the dial face

Dial indicator reading is

0.045\text{ inches}

The dial needle indicates thousandths of an inch to provide precision beyond the beam scale.

3

Add the beam scale reading to the dial indicator reading

2.300\text{ inches} + 0.045\text{ inches} = 2.345\text{ inches}

Total measurement on a dial caliper is the direct sum of the beam graduation and the dial pointer value.

Anahtar Kavram

Reading and summing values from a dial caliper beam and dial indicator

Tahmini Süre:45s

Soru 7Soru →

A carpenter needs to duplicate an existing non-standard angle from a timber roof joint and mark that exact angle onto a new piece of trim. Which layout tool is designed specifically to adjust to, lock, and transfer custom angles?

Try square

Sliding T-bevel

Chalk line

Plumb bob

Cevabı ve açıklamayı göster

Cevap: Sliding T-bevel

Cevap

Sliding T-bevel

The sliding T-bevel (also known as a bevel gauge) consists of a handle and an adjustable slotted blade secured by a locking screw. It is designed specifically to be laid against an existing angle, tightened into place, and used to replicate that exact angle onto another workpiece.

Adım Adım Çözüm

1

Analyze the job requirement

The task requires copying, locking, and duplicating a non-90-degree, variable angle from one surface to another.

Identifying the required mechanical function helps select the correct specialized shop layout tool.

2

Evaluate layout tool designs

The sliding T-bevel contains a slotted blade attached to a stock with a thumbscrew, enabling it to match and lock at any arbitrary angle.

Standard squares such as try squares and framing squares have fixed right angles and cannot adjust to custom inclinations.

Anahtar Kavram

Tool selection for transferring non-standard and variable layout angles.

Tahmini Süre:40s

Soru 8Soru →

During heavy engine rebuilding and custom metal fabrication, specialized measurement and layout equipment is required for tolerances that standard tools cannot achieve. Match each advanced precision tool with its highly specific application in the shop.

Soldaki öğeye tıklayın, sonra eşleşen sağdaki öğeye tıklayın

Cevabı ve açıklamayı göster

Cevap

The correct pairings are: Telescoping gauge matches with large deep bores (cylinders); Dial indicator matches with runout and backlash; Vernier bevel protractor matches with 5-minute angle accuracy; Trammel points match with large-radius arcs; and Split-ball small hole gauge matches with narrow passages (valve guides).

Each tool is engineered for a specific physical constraint in the shop: telescoping gauges for large internal spans, small hole gauges for narrow internal diameters, dial indicators for dynamic runout measurements, trammel points for extended layout spans, and vernier protractors for fractional-degree angular precision.

Adım Adım Çözüm

1

Analyze the layout requirement for scribing large arcs on sheet metal.

Trammel points are selected because they mount on a long beam.

Standard spring dividers have a limited leg length and cannot span large radii.

2

Evaluate the tools needed for measuring dynamic lateral runout and gear backlash.

A dial indicator with a magnetic base is chosen.

Rotational checks require a tool that displays dynamic linear variations in surface position continuously as the part turns.

3

Differentiate between indirect internal measuring tools based on bore size.

Telescoping gauges are matched with large engine cylinder bores, while split-ball small hole gauges are matched with narrow valve guides under 1/2 inch.

Each internal measuring tool is mechanically constrained; telescoping plungers cannot collapse enough for very small holes, requiring the split-ball wedge mechanism instead.

4

Identify the layout tool capable of extreme angular precision.

The vernier bevel protractor is matched with the 5-minute accuracy requirement.

The inclusion of a vernier scale on this protractor allows for fractional degree measurements, unlike standard bevel gauges.

Anahtar Kavram

Advanced application and selection constraints of specialized measuring and layout tools.

Soru 9Soru →

A machinist needs to locate and scribe the exact center lines on the circular end face of a solid round steel bar before turning it on a lathe. Which component of a combination square set is specifically designed for this layout operation?

Protractor head

Center head

Square head

Depth gauge attachment

Cevabı ve açıklamayı göster

Cevap: Center head

Cevap

Center head

A center head mounts onto the steel rule of a combination square with a precision 90-degree V-slot. When placed flush against the outer perimeter of a cylindrical bar or shaft, the edge of the blade automatically bisects the circle along its diameter. Scribing two distinct diameter lines creates an intersecting crosshair at the exact center of the workpiece.

Adım Adım Çözüm

1

Identify the geometry of the workpiece and the required layout task.

The workpiece has a circular cross-section, and the task requires locating its geometric center point.

Matching the workpiece shape and layout requirement prevents the selection of tools suited only for flat or angular layout.

2

Determine which attachment of a standard combination set aligns with cylindrical workpieces.

The center head features a 90-degree V-notch that seats against the outer curvature of round stock, positioning the blade along the diameter.

Scribing two diameter lines at different angles produces an intersection at the true center of the cylinder.

Anahtar Kavram

Combination Square Attachments and Radial Layout

Tahmini Süre:1m 0s

Soru 10Soru →

Match each measuring or layout tool on the left with its primary shop application on the right.

Soldaki öğeye tıklayın, sonra eşleşen sağdaki öğeye tıklayın

Cevabı ve açıklamayı göster

Cevap

Thread pitch gauge pairs with identifying fastener thread counts; Trammel points pair with scribing large arcs and circles; Depth micrometer pairs with measuring the depth of blind holes or recesses; Scratch awl pairs with etching fine layout lines onto surfaces.

Each tool is matched to its direct shop function: thread pitch gauges check fastener thread spacing, trammel points layout large radiuses on a beam, depth micrometers quantify hole and slot depths with precision, and scratch awls produce crisp scribed layout marks.

Adım Adım Çözüm

1

Identify the primary function of the thread pitch gauge

Matches with determining fastener thread pitch and teeth per inch

Thread gauges use precisely cut toothed blades to match the threads of fasteners.

2

Identify the primary function of trammel points

Matches with scribing large circles and arcs on sheet stock

Trammel heads mounted on a beam extend radius layout capacity far beyond standard wing dividers.

3

Identify the primary function of the depth micrometer

Matches with measuring depths of blind holes or steps from a surface

The flat reference base rests across the opening while the screw spindle measures depth down into the cavity.

4

Identify the primary function of the scratch awl

Matches with etching fine layout reference lines directly onto stock

The pointed steel point scores sharp lines that will not smudge like graphite or ink.

Anahtar Kavram

Identification and shop application of specialized measuring and layout hand tools

Tahmini Süre:1m 0s

Soru 11Soru →

When performing precision layout on a sheet metal blank, a technician needs to create small, shallow reference dimples along scribed lines to seat divider legs and preserve layout points without distorting the workpiece. Which tool is specifically designed for this purpose?

Center punch

Prick punch

Drift punch

Scriber

Cevabı ve açıklamayı göster

Cevap: Prick punch

Cevap

Prick punch

A prick punch has a sharp, narrow point ground at a 30-to-60-degree angle, making it ideal for placing small, precise indentations along layout lines. These shallow marks keep layout lines visible if the layout fluid wears off and provide exact pivot points for dividers without distorting the metal.

Adım Adım Çözüm

1

Analyze the layout requirement in the shop scenario.

The task requires creating shallow, precise locating dimples along layout lines to anchor divider compass points and preserve reference marks.

Accurate sheet metal layout requires fine reference marks that do not distort the metal or alter line locations.

2

Evaluate the tip geometry and intended application of layout and striking tools.

A prick punch is ground to a narrow, sharp angle (

30^\circ

to

60^\circ

) that penetrates easily under light hammer force to produce small, clean indentations, whereas a center punch is ground to a blunter

90^\circ

angle for drilling starts.

The narrow point of the prick punch centers precisely on scribed intersecting lines without displacing excess metal.

Anahtar Kavram

Distinction between layout marking tools and machining hole-starting punches

Tahmini Süre:1m 0s

Soru 12Soru →

A mechanic measures the diameter of an engine valve stem using a standard 0 to 1-inch outside micrometer. On the sleeve, the edge of the thimble has uncovered the major graduation mark 3 and 2 additional minor graduation lines. On the thimble, graduation line 18 aligns precisely with the sleeve index line. What is the total measured diameter of the valve stem in inches?

Cevabı ve açıklamayı göster

Cevap: 0.368

Cevap

The total measured diameter of the valve stem is

0.368\text{ inches}

.

A standard imperial micrometer sleeve displays major marks at increments of

0.100\text{ in}

and minor subdivision marks at increments of

0.025\text{ in}

. Uncovering the major mark 3 gives

0.300\text{ in}

, and uncovering 2 minor marks adds

0.050\text{ in}

, creating a sleeve subtotal of

0.350\text{ in}

. Adding the aligned thimble reading of 18 thousandths (

0.018\text{ in}

) results in a total diameter of

0.300 + 0.050 + 0.018 = 0.368\text{ inches}

.

Adım Adım Çözüm

1

Determine the value of the major divisions uncovered on the sleeve.

The number 3 represents

3 \times 0.100\text{ in} = 0.300\text{ in}

.

Each numbered graduation line along the sleeve index line represents one-tenth of an inch (

0.100\text{ in}

).

2

Determine the value of the visible subdivision lines on the sleeve.

Two minor lines represent

2 \times 0.025\text{ in} = 0.050\text{ in}

.

Each space between major tenths is subdivided into four increments, each representing twenty-five thousandths of an inch (

0.025\text{ in}

).

3

Determine the value of the graduation on the thimble aligned with the sleeve index line.

Graduation 18 represents

18 \times 0.001\text{ in} = 0.018\text{ in}

.

The circumference of the thimble is divided into 25 equal increments, each representing one-thousandth of an inch (

0.001\text{ in}

).

4

Add the sleeve major reading, sleeve minor reading, and thimble reading together.

0.300\text{ in} + 0.050\text{ in} + 0.018\text{ in} = 0.368\text{ in}

.

The complete measurement is the sum of all three distinct scale components.

Anahtar Kavram

Reading a standard imperial outside micrometer by summing sleeve tenths (

0.100\text{ in}

), sleeve quarter-tenths (

0.025\text{ in}

), and thimble thousandths (

0.001\text{ in}

).

Tahmini Süre:1m 0s

Soru 13Soru →

A technician is inspecting an engine block to check for cylinder bore wear, taper, and out-of-roundness. Because the cylinder bore is too deep for standard micrometer anvils to reach directly, which T-shaped tool is inserted and locked inside the bore to transfer the dimension to an outside micrometer?

Feeler gauge

Telescoping gauge

Thread pitch gauge

Bevel protractor

Cevabı ve açıklamayı göster

Cevap: Telescoping gauge

Cevap

A telescoping gauge is the correct tool used for indirect internal measurement of cylinder bores.

A telescoping gauge (also known as a telescoping bore gauge) is specifically designed for indirect internal measurement. Its spring-loaded arms expand to contact the inner walls of the cylinder, are locked in place with a knurled knob on the handle, and the resulting span is measured with an outside micrometer.

Adım Adım Çözüm

1

Identify the type of measurement required by the task.

The task requires measuring the internal diameter (bore) deep inside an engine cylinder where direct measuring tools cannot easily fit.

Direct reading instruments like standard outside micrometers cannot access internal recessed surfaces.

2

Select the appropriate transfer (indirect) measuring instrument.

A telescoping gauge (snap gauge) is inserted with compressed arms, allowed to expand against the cylinder walls, and locked.

Spring-loaded telescoping plungers conform accurately to the internal diameter and can be locked via the knurled handle screw.

3

Read the dimension using an external precision tool.

The locked telescoping gauge is extracted and measured across its contact points using an outside micrometer.

Telescoping gauges lack a built-in scale and function strictly as transfer standards.

Anahtar Kavram

Indirect precision measurement of internal diameters using transfer tools and micrometers

Tahmini Süre:1m 0s

Soru 14Soru →

Match each layout and measuring tool to its primary shop application.

Soldaki öğeye tıklayın, sonra eşleşen sağdaki öğeye tıklayın

Cevabı ve açıklamayı göster

Cevap

Plumb bob matches establishing a true vertical reference line; Chalk line matches snapping long, straight layout guidelines; Marking gauge matches scribing a precise line parallel to an edge; Framing square matches laying out large right angles, rafter pitches, and stair stringers.

Each tool matches its distinct shop purpose: the plumb bob uses gravity to verify vertical alignment; the chalk line creates long visible reference lines over extended spans; the marking gauge scribes lines parallel to a guided edge; and the framing square provides a sturdy 90-degree reference with scales for rafter and stair layout.

Adım Adım Çözüm

1

Analyze the primary mechanical function and layout role of each listed hand tool.

The tools represent four distinct layout disciplines: gravity-based vertical alignment, long-distance straight marking, edge-guided parallel scribing, and large-scale 90-degree construction framing.

Understanding the specific physical constraints and typical workpiece dimensions for each tool is necessary to establish accurate pairings.

2

Pair each tool with its corresponding shop application description.

Plumb bob pairs with gravity-based vertical reference; Chalk line pairs with snapping long guidelines; Marking gauge pairs with parallel edge scribing; Framing square pairs with 90-degree framing and rafter layout.

Each tool possesses design characteristics specifically engineered for its designated layout operation.

Anahtar Kavram

Measuring and layout tools are specialized hand instruments designed to establish precise reference points, alignments, and dimensional guidelines prior to cutting and assembly.

Tahmini Süre:1m 0s

Soru 15Soru →

A mechanic is setting up a differential assembly and needs to measure the gear backlash between the ring gear and drive pinion to within thousandths of an inch. Which measuring instrument, typically secured to the housing with a rigid magnetic base, is designed to measure this minute linear movement?

Outside micrometer

Dial indicator

Depth micrometer

Inside caliper

Cevabı ve açıklamayı göster

Cevap: Dial indicator

Cevap

Dial indicator

A dial indicator is specifically engineered to measure minute distances, runout, and endplay. When mounted on a magnetic base and positioned with its plunger against a ring gear tooth, rocking the gear translates the clearance into needle rotation on the dial, providing a direct reading in thousandths of an inch.

Adım Adım Çözüm

1

Identify the type of measurement required by the task.

The task requires measuring gear backlash, which is the tiny linear movement or free-play between two meshed gears, measured in thousandths of an inch.

Backlash requires an instrument capable of measuring positional deflection while a component is gently rocked back and forth.

2

Evaluate the mounting and functional capabilities of shop measuring tools.

A dial indicator with a magnetic base can be firmly clamped to the differential carrier housing with its plunger positioned perpendicular to a ring gear tooth.

Rigid mounting prevents base movement so that only the mechanical travel of the gear tooth is transferred to the indicator needle.

3

Select the tool that directly displays small linear displacements.

The dial indicator directly registers deflections as small as 0.001 inches (or 0.0001 inches) on its graduated dial face.

Micrometers and transfer calipers measure static physical dimensions rather than relative linear displacement.

Anahtar Kavram

Measuring mechanical play, runout, and backlash using a dial indicator

Tahmini Süre:1m 0s

Measuring and Layout Tools

Cevap

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Anahtar Kavram

Sık Yapılan Hatalar

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Sık Yapılan Hatalar