High-Accuracy Digital Contact Sensor

GT2 series

  • CE Marking
  • UL Recognition(c/us)

1. SCALE SHOT SYSTEM II

The absolute value glass scale, with different patterns according to position, is captured at high speed with the high-resolution CMOS sensor. This detection principle reads the absolute position information from the slit pattern engraved on the scale. It is the first of its kind in the world.

SCALE SHOT SYSTEM II

2. TOUGH & RUGGED CONSTRUCTION

The sensor head, including the connector and cable section, complies with two standards - NEMA Type 13 and IP67G. The sensor head can be mounted almost anywhere, even in environments with splashing water or oil.

TOUGH & RUGGED CONSTRUCTION

3. EASE OF USE

The sensor can be mounted almost anywhere thanks to ø8 mm slim body that can be mounted anywhere along its body. If you use one of the dedicated brackets, you do not need to fabricate a slotted jig. The flange type can also be directly mounted by simply drilling a ø10 mm hole.

EASE OF USE

4. PRODUCT APPLICATIONS

Versatile detection modes support all applications.

Product Applications

Download Catalogue GT2 Series High-Accuracy Digital Contact Sensor (Pencil Air  type) Catalogue (English)

SEE IT IN ACTION!

Your KEYENCE direct sales engineer can bring the product to your facility for a live demonstration. KEYENCE's sales engineers are highly trained and have extensive industry experience to help you find the solution you need.

Request Demo / Test

APPLICATION ASSISTANCE / SUPPORT / MORE

Need more information about one of our solutions? Want a price quote? Have a support question? Contact us with your inquiry and your local product expert will reach out to you with the best answer.

Contact Us

Have a quick question or prefer to reach out by phone?

+44(0)1908-696900 (1-890-812-031)

*Callers will be directed to the nearest sales office.

Download Catalogue GT2 Series High-Accuracy Digital Contact Sensor (Pencil Air  type) Catalogue (English)

Case Studies

  • The Problem: During assembly, if the diaphragm is not seated in the right place, the two halves will not seal properly creating a defective product. One half with a smaller diameter fits inside a larger one with the gasket acting as a cushion in between. During seating, a diaphragm can become “pinched” during the process sometimes creating tears and/or not allowing for the necessary tight seal required by the part.

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