DP/S Series

• Measurement Range (mm): 0.5 - 20
• Accuracy (%of reading): 0.05 - 0.07
• Tip Force (N): 0.7 ? 20%

DT/S Series

• Measurement Range (mm): 2 - 20
• Accuracy (% of reading): 0.05 - 0.07
• Tip Force (N): 0.3 ? 20%

DZ/S Series

• Measurement Range (mm): 1.0 - 2.0
• Accuracy (% of reading): 0.05
• Tip Force (N): 0.7 ? 20%

DW/S Series

• Measurement Range (mm): 10
• Accuracy (% of reading): 0.06
• Tip Force (N) : 0.7 ? 20%

DP/P Series

• Measurement Range (mm): 2-20
• Accuracy (% of reading): 0.5-0.7
• Tip Force (N): 0.7-0.8

DJ/P Series

• Measurement Range (mm): 2-10
• Accuracy (% of reading): 0.5-0.6
• Tip Force (N): 0.15-0.85

DT/P Series

• Measurement Range (mm): 2-10
• Accuracy (% of reading): 0.5-0.7
• Tip Force (N): 0.01-0.05

DW/P Series

• Measurement Range (mm): 10
• Accuracy (% of reading): 0.06
• Tip Force (N): 0.03 - 0.06

LE Series Linear Encoders

• A choice of 12mm or 25mm measurement ranges
• Spring, free, pneumatic, cable release
• Choice of IP65 or IP50 (probe only)
• Up to 0.4?m accuracy
• Up to 0.00125?m resolution
• CE approved
• Verification/calibration traceable to NPL (National Physical Laboratory)

DK Series Block Gauge

• Measurement Range (mm): 2.0 - 10
• Accuracy (%of reading): 0.15 - 0.3
• Tip Force (N): 1.5 ? 20%

DU Series Flexure Gauge

• Measurement Range (mm): 1.0 - 2.0
• Accuracy (%of reading): 0.1
• Tip Force (N): 1.0 - 1.5 ? 20%

Digital Miniature Probe

The Digital Mini Probe is a very robust miniature flexure with all the attributes of the larger flexure gauging products. It's particularly useful in all aspects of bore gauging where high acuracy and durability are required. A range of customer fit contact tips are available to suit most gauging applications.

DL Series Lever Probe

Lever Probes are generally used for precisioin gauging of components, such as shafts, for profiling but the Orbit compatible Lever Probe is not restricted to such small applications. The narrow body (compared to devices based on dial test indicators) coupled with a gentle touch down to 0.05N enables access to difficult to reach details, even on fragile components.