Mitutoyo 500-160-30 Advanced Onsite Sensor Absolute Scale Digital Calliper, 0-6" Range

The Mitutoyo ABSOLUTE 500 series calliper with exclusive AOS sensor technology is a Digimatic calliper that is made of durable hardened stainless steel and uses Mitutoyo's ABSOLUTE linear encoder technology, which allows you to "set and forget" the origin and measure in awkward or difficult locations. This series also utilizes the patented Advanced Onsite Sensor (AOS) offering improved measurement dependability by increasing resistance to harsh workshop conditions.

The New electromagnetic inductive (AOS) sensor has improved resistance to environmental conditions such as dirt, oil and water that can cause false readings. This new feature will improve quality control and productivity in your workplace.

This digital calliper has LCD readout and function control buttons on the calliper face, including Origin to set and retain the original measuring point, and Zero/ABS (Absolute Scale) to zero-set the LCD display. It uses the metric measuring system.

Although identical to dial and vernier callipers in its ability to make precise measurements, the digital calliper also has an LCD, which clearly shows values and increases reading reliability over the other types, and reflects all ABSOLUTE system activities. The Absolute Scale (ABS) function tracks the origin point you set, even after shutoff. Once on again, the calliper can immediately start measuring, without zero resetting or concern of over speed errors. The LCD can be "zeroed out" before making and comparing incremental measurements without having to subtract the first measurement from the second.

Features

New electromagnetic inductive AOS sensor- Improved resistance to environmental conditions such as dirt, oil and water that can cause false readings
• Increased battery life - 3.5 years under normal operation
• ABS sensor - Eliminates the necessity of setting the reference when tool is powered on

Applications

Ideal for the following applications: Manufacturing, Machining, Mechanical Engineering, Metalworking, Architecture