La description

Pulse counter, double-channel with 6 types of counter inputs, freely scalable.The Codix 541 is a voltage supplied pulse / counter position indicator with 4 counter input types: Counting direction, difference, addition, phase discriminator mode with single, double, quadruple evaluation for fast and slow counting pulses, with 6-digit LED display for NPN, PNP input signals.
Mechanical
Modelelectronic
FunctionPosition displays without limits
Dimension 196 x 48 mm | 92 x 45 mm
Protection levelIP65
Working temperature-20 °C ... +65 °C
Weight150 g
Resetelectronic
(1) Installation | Front panel
Electrical
Supply voltage100 - 240 (± 10%) V AC10...30 V DC
Signal inputNPNPNP
Powerful
  • Fast counting input - input frequency of max. 60 kHz.
  • Robust housing - IP65 protected.
  • Very bright LED display, 14 mm high.
  • Position, difference, summing or counting direction detection:
- Programmable for positive (PNP) or OV (NPN) switching input pulses.- Fast counter input with an input frequency of max. 60 kHz for mechanical contacts to be attenuated to 30 Hz.
  • Short start-up time
Detects incoming pulses already after 16 ms after switching on the power supply => no pulse loss with simultaneous motor start.User-friendly and universal
  • Large buttons - can also be operated with gloves.
  • Simple and uniform programming and operation through plain text programming - Access to programming even during operation with safety query.
  • Individually adjustable scaling Multiplication and division factor (0.0001 to 99.9999) to represent corresponding units in e.g. position in 1/10 mm or packaging units.
  • 4 counter input types
2-channel input for acquisition of counting direction, differential or addition mode, phase discriminator with single, double, or quadruple evaluation.
  • Freely programmable set value:
  • AC or DC supply, with sensor voltage supply.
  • As an alternative to the HTL inputs, devices with 4 to 30 V DC input level available for use as parallel display to PLC.
  • Optionally with output as zero signal.
''