Encoders

CODI Encoders

CS1 (Large)

 

Designed with the special demands of today’s electronic control applications in mind. Everel encoders provide an outstanding array of potential solutions.

Additional features

  • Golden contacts
  • 360° with or without end stop
  • Permitted angular tolerance: +/-2°
  • Minimum 10.000 cycles life
  • Typical operating torque: 3.5  ± 1 Nm
  • Different connecting systems
  • Different mounting solutions available, such as snap-in, twist-lock or screws
  • Coupling with function selector switches

 

Rating:

  • 0.1 A / 250 VAC
  • 0.1 mA / 5 VDC
  • 50 mA / 5 VDC
  • T 105 °C

Options available:

  • Screw mounting CODI

The encoder can be fixed to panel with a screw or a nut

  • Pin stripe connector for CODI

It allows to weld the encoder directly on the circuit board of the customer product without wiring

  • Version without PCB for mounting on PCB

Everel can also supply only the electromechanical part of the encoder allowing the customer to define the board circuit

  • M4 screw mounting CODI

The encoder can be fixed on the panel by two M4 screws

MINI-CODI Encoders

encoder ok (Large)

Encoders display different dimensions and mounting systems on the control panel. Dimensions vary depending on the different applications. MINICODI series as potentiometer can be coupled with selector switches.

Additional features

  • Golden contacts
  • 360° with or without end stop
  • Different mounting solutions available:
  • snap-in or M4 screws or serf tapping screws
  • Push to select version available
  • Coupling with function selector switches
  • Miniature encoder
  • 2-bit digital output (incremental function)
  • Typical use for analogical / resistive applications
  • Permitted angular tolerance: ±2°
  • End stops: ≥ 100 Nm
  • Operating torque: 0,3-9 Ncm
  • Edge connectors

Rating:

  • 0.1 A / 250 VAC
  • 0.1 mA / 5 VDC
  • 50 mA / 5 VDC
  • T 105 °C

MINICODI – Incremental encoder

The mechanical encoder with digital output are available in absolute or incremental code. The shaft rotation, in the incremental output, generates pulses that, sent to the microprocessor, determine a “relative” position. The counts of pulses continue with the rotation of the shaft, which allows the position to change infinitely, or as the microprocessor allow. Direction may be determined by analyzing difference between the two channels.

MINICODI – Potentiometer

The potentiometer is a mechanical encoder with resistive analogical output. The potentiometer version can be implemented either using a continuous “carbon” layer or a resistor array. The potentiometer has a rotation that can be infinite or steps (positions). Push to select function available.

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