KP profile series
KP series magnetostrictive sensors with analog interface, in the aluminum profile version, are suitable for use in various industrial equipment. The profile can be mounted depending on the requirements of operation. Measurements can be carried out with several types of positional magnets.
• The magnetic carriage guided by the profile is connected with the movable part of the mechanism by means of a ball coupling to bring the axial forces into working condition.
• Freely moving magnets connected to the moving part of the mechanism move in a certain air gap above the profile to compensate for the displacements.
KP series magnetostrictive sensors with SSI interface, in aluminum profile design, are suitable for use in various industrial equipment. The profile can be mounted depending on the requirements of operation. Measurements can be carried out with several types of positional magnets.
• The magnetic carriage guided by the profile is connected with the movable part of the mechanism by means of a ball coupling to bring the axial forces into working condition.
• Freely moving magnets connected to the moving part of the mechanism move in a certain air gap above the profile to compensate for the displacements.
KP series magnetostrictive sensors with analog interface, in the aluminum profile version, are suitable for use in various industrial equipment. The profile can be mounted depending on the requirements of operation. Measurements can be carried out with several types of positional magnets.
• The magnetic carriage guided by the profile is connected with the movable part of the mechanism by means of a ball coupling to bring the axial forces into working condition.
• Freely moving magnets connected to the moving part of the mechanism move in a certain air gap above the profile to compensate for the displacements.
KP series magnetostrictive sensors in the aluminum profile version, are suitable for use in various industrial equipment. The profile can be mounted depending on the requirements of operation. Measurements can be carried out with several types of positional magnets.
• The magnetic carriage guided by the profile is connected with the movable part of the mechanism by means of a ball coupling to bring the axial forces into working condition.
• Freely moving magnets connected to the moving part of the mechanism move in a certain air gap above the profile to compensate for the displacements.
KP series magnetostrictive sensors with Profinet interface, in aluminum profile design, are suitable for use in various industrial equipment. The profile can be mounted depending on the requirements of operation. Measurements can be carried out with several types of positional magnets.
• The magnetic carriage guided by the profile is connected with the movable part of the mechanism by means of a ball coupling to bring the axial forces into working condition.
• Freely moving magnets connected to the moving part of the mechanism move in a certain air gap above the profile to compensate for the displacements.
KP series magnetostrictive sensors in the aluminum profile version, are suitable for use in various industrial equipment. The profile can be mounted depending on the requirements of operation. Measurements can be carried out with several types of positional magnets.
• The magnetic carriage guided by the profile is connected with the movable part of the mechanism by means of a ball coupling to bring the axial forces into working condition.
• Freely moving magnets connected to the moving part of the mechanism move in a certain air gap above the profile to compensate for the displacements.
KP series magnetostrictive sensors in the aluminum profile version, are suitable for use in various industrial equipment. The profile can be mounted depending on the requirements of operation. Measurements can be carried out with several types of positional magnets.
• The magnetic carriage guided by the profile is connected with the movable part of the mechanism by means of a ball coupling to bring the axial forces into working condition.
• Freely moving magnets connected to the moving part of the mechanism move in a certain air gap above the profile to compensate for the displacements.
