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MEMS Digital Inclinometer System with Android
Instruction Manual
ICM0099A
3
2
D
IGITAL
P
ROBE
In general terms, the new Digital Probe resembles that of the traditional analog probes sold
by RST. The RST Digital Inclinometer has the smallest package available for a given wheel
spacing, with the best ability to track deformed casings. This means that the Digital Probe
can handle greater bends in the casing without becoming stuck. The RST metric probe can
negotiate a radius of 1.88m (74”) in 70mm (2.75”) OD inclinometer casing. The RST Digital
Inclinometer will thus continue to provide readings past the limit for other probes on the
market (see
Figure 2
– Digital Probe Sizing
The connectors, wheels, and wheel carriages are the most precise and durable in the
industry. The probe wheels are made of high grade hardened and heat-treated stainless
steel. These are extremely durable and the most robust on the market.
The digital probe also incorporates shear pins on the wheel assemblies. In the event that
the probe gets stuck in the inclinometer casing, a force of approximately 300 lbs is required
to shear the shear pin. No damage to the probe or cable will result.
Please contact RST
Instruments Ltd. for further instructions on retrieval of a probe that is stuck
downhole, and the replacement of the probe shear pins.