SKBIS

 Tag "linear"

Incremental

A class of devices that present the linear motion made by a positionable object in the form of a periodic signal with a set resolution.When working with incremental encoders, it is possible to organize an absolute frame of reference coordinated with the position of any of the reference marks.

Optoelectronic linear encoder. New profile shape and readhead design with a single illuminator. Measurement length is up to 1240 mm, resolution is up to 0.1 µm. Easy to install: the body is mounted on the end supports.

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Optoelectronic linear encoder. New profile shape and readhead design with a single illuminator. Measurement length is up to 3190 mm, resolution is up to 0.1 µm. High hardness housing.

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Out of production. Optoelectronic linear encoder. New profile shape and readhead design with a single illuminator. Measurement length is up to 1240 mm, resolution is up to 0.1 µm. Easy to install: the body is mounted on the end supports.

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Out of production. Optoelectronic linear encoder. New profile shape and readhead design with a single illuminator. Measurement length is up to 3190 mm, resolution is up to 0.1 µm. High hardness housing.

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Out of production. Optoelectronic linear encoder. New profile shape and readhead design with a single illuminator. Measurement length is up to 1240 mm, resolution is up to 0.1 µm. Easy to install: the body is mounted on the end supports.

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Out of production. Optoelectronic linear encoder. New profile shape and readhead design with a single illuminator. Measurement length is up to 1540 mm, resolution is up to 0.5 µm. The narrowest body designed for use in space-limited applications.

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Optoelectronic linear encoder. New profile shape and readhead design with a single illuminator. Measurement length is up to 3190 mm, resolution is up to 0.1 µm. High hardness housing.

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Optoelectronic linear encoder. New profile shape and readhead design with a single illuminator. Measurement length is up to 3190 mm, resolution is up to 0.1 µm. The hardest housing in the lineup.

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Absolute

Absolute encoders generate a unique position code immediately after the supply voltage is applied, which makes it possible not to lose information about the positionable object’s performed movement even in case of power supply absence. Accordingly, there is no need to search for the zero mark or other anchor points of the reference system.

Optoelectronic absolute encoder of a new generation. Measurement length is up to 1240 mm, resolution is up to 0.01 µm. Easy to install: the body is mounted on the end supports.

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Optoelectronic absolute encoder of a new generation. Measurement length is up to 3040 mm, resolution is up to 0.01 µm. The installation of the body is performed by means of evenly executed through holes.

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Optoelectronic absolute encoder of a new generation. Measurement length is up to 1240 mm, resolution is up to 0.1 µm. Easy to install: the body is mounted on the end supports.

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Optoelectronic absolute linear encoder. Measurement length is up to 1540 mm, resolution is up to 0.5 µm. The installation of the body is performed by means of evenly executed through holes.

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Optoelectronic absolute linear encoder. Measurement length is up to 3040 mm, resolution is up to 0.1 µm. High hardness housing. The installation of the body is performed by means of evenly executed through holes.

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Incremental linear gauges

A class of devices that present the linear movement made by a positionable object in the form of a periodic signal with a set resolution.When working with incremental encoders, it is possible to organize an absolute frame of reference coordinated with the position of any of the reference marks.

High-precision optoelectronic incremental meter with a stroke of 10 or 20 mm. Resolution is from 0.1 to 10 µm. The cable exits from the side opposite to the rod.

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High-precision optoelectronic incremental meter with a stroke of 10 or 20 mm. Resolution is from 0.1 to 10 µm. The cable exits from the rod side.

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Optoelectronic incremental meter with a stroke of 40 mm. Resolution is from 0.5 to 10 µm.

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Miniature high-precision optoelectronic incremental meter with a stroke of 10 or 15 mm. Resolution is from 0.1 to 5 µm.

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High-precision optoelectronic incremental measuring instrument with a stroke of 10 or 20 mm. Resolution is 0.1 or 0.5 µm. The cable exits from the side opposite to the rod.

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High-precision optoelectronic incremental measuring instrument with a stroke of 10 or 20 mm. Resolution is 0.1 or 0.5 µm. The cable exits from the rod side.

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Optoelectronic incremental measuring instrument with a stroke of 40 mm. Resolution is 0.5 or 1 µm.

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Miniature high-precision optoelectronic incremental measuring instrument with a stroke of 10 or 15 mm. Resolution is 0.1 µm.

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Absolute linear gauges

A class of devices that generate a unique position code immediately after the supply voltage is applied, which makes it possible not to lose information about the positionable object’s performed movement even in case of power supply absence. Accordingly, there is no need to search for the zero mark or other anchor points of the reference system.

Optoelectronic absolute meter stroke 10 mm Resolution 0.5 µm or 1 µm. The RS422 SSI, Modbus ASCII or Modbus RTU.

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Out of production. Optoelectronic absolute meter with a stroke of 10 mm. Resolution is 0.5 or 1 µm. Selectable data transfer protocols: SSI (RS422), Modbus ASCII, Modbus RTU.

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Magnetic contactless incremental linear encoder of our own production.

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Stick-on reference mark of our own production for the LIR-MI3 magnetic contactless incremental system.

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Applicator tool for mounting and positioning the LIR-MI3-RM reference marks at the poles of the magnetic scale.

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Protective aluminum profile for the magnetic scale, which can also serve as a base for its mounting.

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Applicator tool for installing the magnetic scale parallel to the guideway.

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Applicator tool for installing the magnetic scale parallel to the guideline.

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Magnetic contactless incremental linear encoder from our partners RLS, Slovenia. Consists of a readhead and a self-adhesive magnetic scale.

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Applicator tool for installing the magnetic scale parallel to the axis movement.

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Applicator tool for mounting and positioning the LM10SRM reference marks at the poles of the magnetic scale.

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Stick-on reference mark that is placed directly on the surface of the magnetic scale.

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Protective aluminum profile for the magnetic scale, which can also serve as a base for its mounting.

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