Pi Tape Usa

Approx. Rs 20,640 / PieceGet Latest Price

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Product Specifications:

Approx. Rs 20,500 / PieceGet Latest Price

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Make certain the tape and object to be measured are both clean. Each line on the gage member represents 1mm of diameter, while each line on the vernier represents .05mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension. Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero) In this example, the value is 80mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 4 (0.40mm). Finally, to obtain the diameter of the object, simply add the two values together: 80mm + .40mm = 80.40mm. If no line on the vernier lines up exactly, an extension of .05mm can be made to .025mm by interpolating the distance between vernier lines. Direct Inside Diameter tapes are not available in this style. This Pi Tape® gage is guaranteed ± .06mm accuracy.

Care

Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy.

Approx. Rs 22,480 / PieceGet Latest Price

Product BrochureProduct Details:

Make certain the tape and object to be measured are both clean. Each line on the gage member represents 1mm of diameter, while each line on the vernier represents .05mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension. Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero) In this example, the value is 80mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 4 (0.40mm). Finally, to obtain the diameter of the object, simply add the two values together: 80mm + .40mm = 80.40mm. If no line on the vernier lines up exactly, an extension of .05mm can be made to .025mm by interpolating the distance between vernier lines. Direct Inside Diameter tapes are not available in this style. This Pi Tape® gage is guaranteed ± .06mm accuracy.

Care:
Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy.

Approx. Rs 14,400 / PieceGet Latest Price

Product BrochureProduct Details:

Make certain the tape and object to be measured are both clean. Each line on the gage member represents 1mm of diameter, while each line on the vernier represents .05mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension. Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero) In this example, the value is 80mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 4 (0.40mm). Finally, to obtain the diameter of the object, simply add the two values together: 80mm + .40mm = 80.40mm. If no line on the vernier lines up exactly, an extension of .05mm can be made to .025mm by interpolating the distance between vernier lines. Direct Inside Diameter tapes are not available in this style. This Pi Tape® gage is guaranteed ± .06mm accuracy.

Care:
Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy.

Approx. Rs 25,600 / PieceGet Latest Price

Product BrochureProduct Details:

Make certain the tape and object to be measured are both clean. Each line on the gage member represents 1mm of diameter, while each line on the vernier represents .05mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension. Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero) In this example, the value is 80mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 4 (0.40mm). Finally, to obtain the diameter of the object, simply add the two values together: 80mm + .40mm = 80.40mm. If no line on the vernier lines up exactly, an extension of .05mm can be made to .025mm by interpolating the distance between vernier lines. Direct Inside Diameter tapes are not available in this style. This Pi Tape® gage is guaranteed ± .06mm accuracy.

Care:

Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy.

Approx. Rs 23,200 / PieceGet Latest Price

Product BrochureProduct Details:

Make certain the tape and object to be measured are both clean. Each line on the gage member represents .5mm of diameter, while each line on the vernier represents .01mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension for O.D. tapes (For I.D. tapes, use 0 kg tension). Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero). In this example, the value is 660.0mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 23 (0.23mm). Finally, to obtain the diameter of the object, simply add the two values together: 660.0mm + 0.23mm = 660.23mm. When using a standard O.D. tape on an I.D. surface, add double the tape thickness to the reading to arrive at the I.D. of the part. It is suggested that direct I.D. tapes be used for inside diameter readings. As a suggestion for checking very large diameters – pieces of masking tape can be used to hold the tape in the proper parallel position.

Care:
Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy.

Approx. Rs 16,200 / PieceGet Latest Price

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With the aid of modern machinery and techniques, the offered 600-900mm Circumference Pi Tape is manufactured with perfection.

 

Features 

• Compact design
• High adhesive strength

Approx. Rs 18,560 / PieceGet Latest Price

Product BrochureProduct Details:

Make certain the tape and object to be measured are both clean. Each line on the gage member represents 1mm of diameter, while each line on the vernier represents .05mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension. Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero) In this example, the value is 80mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 4 (0.40mm). Finally, to obtain the diameter of the object, simply add the two values together: 80mm + .40mm = 80.40mm. If no line on the vernier lines up exactly, an extension of .05mm can be made to .025mm by interpolating the distance between vernier lines. Direct Inside Diameter tapes are not available in this style. This Pi Tape® gage is guaranteed ± .06mm accuracy.

Care:

Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy

Approx. Rs 20,480 / PieceGet Latest Price

Product BrochureProduct Details:

Make certain the tape and object to be measured are both clean. Each line on the gage member represents .5mm of diameter, while each line on the vernier represents .01mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension for O.D. tapes (For I.D. tapes, use 0 kg tension). Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero). In this example, the value is 660.0mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 23 (0.23mm). Finally, to obtain the diameter of the object, simply add the two values together: 660.0mm + 0.23mm = 660.23mm. When using a standard O.D. tape on an I.D. surface, add double the tape thickness to the reading to arrive at the I.D. of the part. It is suggested that direct I.D. tapes be used for inside diameter readings. As a suggestion for checking very large diameters – pieces of masking tape can be used to hold the tape in the proper parallel position.

Care:
Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy.

Approx. Rs 25,600 / PieceGet Latest Price

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Make certain the tape and object to be measured are both clean. Each line on the gage member represents .25mm of diameter, while each line on the vernier represents .01mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension. Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero). In this example, the value is 27mm plus 3 lines or 27.75mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 15 (0.15mm). Finally, to obtain the diameter of the object, simply add the two values together: 27.75mm + .15mm = 27.90mm. Direct Inside Diameter tapes are not available in this style. These Pi Tape® gages are guaranteed to ± .03mm accuracy.

Care:
Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy.

Approx. Rs 34,560 / PieceGet Latest Price

Product BrochureProduct Details:

Make certain the tape and object to be measured are both clean. Each line on the gage member represents .5mm of diameter, while each line on the vernier represents .01mm. Wrap the tape around the object to be measured. The vernier scale should be just below the gage member. Tighten the tape around the object with 2.25 kg tension for O.D. tapes (For I.D. tapes, use 0 kg tension). Locate the “zero” on the vernier scale and note the highest value achieved on the gage member above it (the highest value to the left of the zero). In this example, the value is 660.0mm. Next, observe the vernier scale’s value at the point where it lines up exactly with a marked division line on the gage member. In this example, the value is 23 (0.23mm). Finally, to obtain the diameter of the object, simply add the two values together: 660.0mm + 0.23mm = 660.23mm. When using a standard O.D. tape on an I.D. surface, add double the tape thickness to the reading to arrive at the I.D. of the part. It is suggested that direct I.D. tapes be used for inside diameter readings. As a suggestion for checking very large diameters – pieces of masking tape can be used to hold the tape in the proper parallel position.

care:
Tape is delicate, handle with care. Keep tape clean and dry. After each use, wipe clean and apply a light rust preventive oil*. Store in tape container and in a low moisture environment. * White Easy to Read tapes Stainless or 1095 Spring Steel - Do not oil or use solvents to clean this product. White Easy to Read 1095 Spring Steel must be stored in a low moisture environment to prevent rust. No periodic adjustments are needed. Make sure the tape has not been stepped on or kinked, which may destroy the accuracy.

Approx. Rs 23,500 / PieceGet Latest Price

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Features

• Pi-tape diameter tapes are manufactured to exacting standards in temperature controlled facilities at 68 DegreeF (20 DegreeC). The lines and numerals on our standard tapes are engraved and acid etched on a ground surface. The tapes have fixed readings that do not require periodic adjustments.
• Pie tape standard Imperial tapes (inches) read to 0.001" diameter with an accuracy of +-0.001" up to 144 inches.
• Pie tape standard metric tapes (millimeters) read to 0.01mm diameter with an accuracy of +-0.03mm up to 3,600 millimeters.
• Each Pi Tape brand precision measuring tape is delivered with a Calibration Report traceable to the National Institute of Standards and Technology and all calibrations are performed in accordance with ANSI/NCSL Z540-1-1994, ISO/IEC 17025, ISO 10012-1, MIL-STD 45662A and 10CFR, part 21.