美國TABER泰伯996 光學(xué)千分尺996A 光學(xué)觀微儀996A1

光學(xué)測微儀     表面測量

手持便攜式儀器測量

一定范圍的表面損傷。

光學(xué)千分尺將測量并評估寬度或劃痕，裂縫，凹陷，腐蝕，凹痕和其他深度

各種材料都有瑕疵。另外，可以使用量化馬刺和其他小突起的高度。

對于透明材料，此儀器可用于測量厚度，開裂深度，斷裂深度和寬度嵌入的空隙。

簡單的設(shè)計可提供準(zhǔn)確的結(jié)果。

易讀的游標(biāo)尺是所有光學(xué)深度的標(biāo)準(zhǔn)配置千分之一，千分之一，千分之一

和十分之一。為了讀取數(shù)據(jù)，操作員旋轉(zhuǎn)千分尺套管直到該區(qū)域的主表面到來

成為焦點。隨后的讀數(shù)在不同的焦點深度以相同的方式制作。根據(jù)型號，光學(xué)

千分尺JIN確到±0.0002英寸。

適應(yīng)凸，凹和復(fù)合輪廓。

儀器堅固耐用，非常適合野外使用應(yīng)用程序。使用可互換的底座之一，幾乎可以測

量任何表面-擋風(fēng)玻璃，機身，機身蒙皮，螺旋槳葉片，轉(zhuǎn)子葉片，渦輪葉片，還有更多。

顯示：光學(xué)測微儀套件（966A1型）–包括5倍和10倍可互換光學(xué)元件，20倍

目鏡單元，標(biāo)線片目鏡單元；另外五個底座，千分尺燈，可調(diào)光支架和外殼。

光學(xué)測微儀 表面測量儀

有兩種型號：

966型（100功率）

建議用于需要更大工作深度的應(yīng)用。使用該儀器可以讀取深度為0.665英寸的讀數(shù)。

可以測量厚度高達0.9975英寸的透明材料±0.0005英寸精度。

型號966A（200電源）

用于初級平面和簡單彎曲的標(biāo)準(zhǔn)儀器表面。深度（在表面下方）讀數(shù)可以達到0.260英寸

精度在±0.0002英寸以內(nèi)。也會測量透明材料厚度可達0.390英寸。

型號966A1

包含以上兩種型號的設(shè)備。

配件：

三腳架底座（970型）–適用于平坦，簡單和復(fù)合彎曲的表面（儀器隨附）

Quadpod Base（971型）–啟用測量在凸形和/或凹形不規(guī)則曲面上

偏置三腳架底座（972型）–允許讀數(shù)與突出障礙物相鄰的平坦或彎曲表面

楔形兩腳架底座（973型）–在平面交點處使用表面形成至少80°的角度

半透明V型塊底座（974型）–獲得讀數(shù)從圓形表面或外角，也從平面鄰近凹陷區(qū)

大型三腳架底座（975型）–用于需要比三腳架底座更大的支撐區(qū)域，非常適合小零件檢查

十字線目鏡單元（966AR型）–插入十字線目鏡單元，千分尺成為光學(xué)比較器能夠進行高達

0.040英寸的jin確寬度測量

精度為0.001英寸（與966A型配合使用）10x可互換光纖（966AC型）–轉(zhuǎn)換模型966至966A型

5x可互換光學(xué)元件（966C型）–轉(zhuǎn)換模型966A至966型

美國TABER泰伯劃痕測試儀 光學(xué)觀微儀996系列技術(shù)指標(biāo)

                          966型           966A型

放大倍率                     100x              200x

光學(xué)工作距離                  0.6650”            0.2600”

（深度測量）

千分尺工作距離                 1.000”            1.000”

材料厚度（透明）                0.9975”         0.3900”

精度                        ±0.0005”        ±0.0002”

圖像區(qū)域直徑為                 0.090英寸          直徑0.060英寸

圖像焦平面                    ±0.0002”          ±0.0001”

Optical Micrometer

Surface Measurement

Handheld, portable instrument measures

a range of surface damage.

The optical micrometer will measure and evaluate the width

or depth of scratches, cracks, pits, corrosion, dents and other

blemishes in a variety of materials. In addition, it can be used

to quantify the height of spurs and other small protrusions.

For transparent materials, this instrument is useful for measuring

thickness, depth of crazing, depth of fractures, and width of

embedded voids.

Simple design provides accurate results.

An easy-to read Vernier Scale is standard on all optical depth

micrometers and is calibrated in thousandths, ten thousandths

and hundred thousandths. To take a reading, the operator rotates

the micrometer thimble until the primary surface of the area comes

into sharp focus. Subsequent readings at varying depths of focus

are made in the same fashion. Depending on model, the optical

micrometer is accurate to ±0.0002”.

Adapts to convex, concave and compound contours.

With a rugged housing, this instrument is ideal for field

applications. Using one of the interchangeable bases,

practically any surface could be measured - windshields,

airframes, fuselage skin, propeller blades, rotor blades,

turbine blades, plus many more.

*Shown: Optical Micrometer Kit (Model 966A1) –

Includes 5x and 10x interchangeable optics, 20x

eyepiece cell, reticle eyepiece cell; five additional

bases, micrometer light, adjustable light

bracket and case.

Optical Micrometer

Surface Measuremen

Available in Two Models:

Model 966 (100 power)

Recommended for applications requiring greater working depth.

Depth readings to 0.665” can be made with this instrument.

Transparent materials up to 0.9975” thick can be measured with

±0.0005” accuracy.

Model 966A (200 power)

The standard instrument used for primary flat and simple curved

surfaces. Depth (below the surface) readings to 0.260” can be

made within ±0.0002” accuracy. Will also measure transparent

material thicknesses up to 0.390”.

Model 966A1

Contains equipment for both models above.

Accessories:

Tripod Base (model 970) – Intended for flat, simple and compound

curved surfaces (supplied with instrument)

Quadpod Base (model 971) – Enables measurements

on convex and/or concave irregular curved surfaces

Offset Tripod Base (model 972) – Permits readings

of flat or curved surfaces adjacent to protruding obstructions

Wedge Bipod Base (model 973) – Used when intersection of planed

surfaces form angles of at least 80°

Translucent V-Block Base (model 974) – Obtains readings

from round surfaces or external angles, also flat surfaces

adjacent to recessed areas

Large Tripod Base (model 975) – Used for applications requiring

a larger support area than the tripod base, ideal for small parts

inspection

Reticle Eyepiece Cell (model 966AR) – By inserting the reticle

eyepiece cell, the micrometer becomes an optical comparator

capable of making accurate width measurements up to 0.040”

to an accuracy of 0.001” (for use with Model 966A)

10x Interchangeable Optic (model 966AC) – converts model

966 to model 966A

5x Interchangeable Optic (model 966C) – converts model

966A to model 966

Specifications

Model 966 Model 966A

Magnification 100x 200x

Optics Working Distance 0.6650” 0.2600”

(depth measurement)

Micrometer Working Distance 1.000” 1.000”

Material Thickness (transparent) 0.9975” 0.3900”

Accuracy ±0.0005” ±0.0002”

Image Area 0.090” dia. 0.060” dia.

Image Focal Plane ±0.0002” ±0.0001”