Kübler Codix 543

La description

Hour meters / timers with 4 start input types.The Codix 543 is a power-supplied time counter, hour meteror short time meter with 4 start input types and individually adjustable time base.The 6-digit LED display shows the NPN, PNP input signals for pulse width or period duration measurement.

Mechanical
Model	electronic
Function	Hour meters / timers
Dimension 1	96 x 48 mm | 92 x 45 mm
Protection level	IP65
Working temperature	-20 °C ... +65 °C
Weight	150 g
Reset	electronic

(1) Installation | Front panel

Electrical
Supply voltage	100 - 240 (± 10%) V AC10...30 V DC
Signal input	NPNPNP

Powerful

• High accuracy due to quartz time base
• Robust housing - IP65 protection
• Very bright LED display, 14 mm high
• Individually adjustable scaling

- Hours, minutes or seconds, can be set even more precisely to max. 3 decimal places by the decimal point- Smallest achievable resolution: Milliseconds- Time base in hours (minutes and seconds as real-time display)

• Short start-up time

Detects incoming pulses already after 16 ms after switching on the power supply => no pulse loss with simultaneous motor start

• Individually adjustable start/stop function

4 different measuring principles can be implemented via 2 Start/Stop inputs, e.g. pulse width measurement active or passive, period duration measurement with one input or with separate inputs.User-friendly and universal

• Large buttons

Switching is done by pressing one of the two buttons (can also be operated with gloves)

• Programming

- Simple and uniform programming and operation through plain text programming- Access to programming also during operation with safety query

• Manual or electrical reset

Tamper-proof thanks to lockable reset function

• Freely programmable set value (start time at which time counting starts)
• AC or DC supply with sensor power supply
• As an alternative to the HTL inputs, devices with a 5 V DC input level are also available for use as a parallel display to the PLC

available- Optional with output: 1 Hz cycle with active time measurement''