Termoregolatore Ascon Tecnologic K32

ASCON TECNOLOGIC K31 K32, CONTROLLER AND MINI-PROGRAMMER 78X35 MM:

To meet the diverse needs of customers and its production processes, ASCON TECNOLOGIC has developed two auto-tune algorithms (in addition to the self adaptive tuning): Auto-tuning the oscillatory and the “fast” type.- the oscillatory autotuning is classic that requires you to do 3 swings around the set point. This type of tune is especially accurate and can be started at any time, but is time-consuming and generates an overshoot that, with no exaggeration, may be undesirable. Auto-tuning type fast is much faster and therefore is particularly suitable for very slow processes. Another particularity is to not generate overshoot (the algorithm tries to maintain the PV below the set point). Finally autotuning Fast, applied in multi-loop systems, suffers much less of “dragging effect” produced by the neighboring loop and therefore is particularly suitable for machines such as extruders, hot-runner, continuous furnaces, etc.

MECHANICAL PROPERTIES OF TEMPERATURE:

  • Housing: plastic, self-extinguishing UL 94 V0:
  • installation: mounting on Omega DIN rail
  • Size: 4 DIN modules, 70 x 84 mm, prof. 60 mm
  • Display: 4 Digit Red h 12 mm
  • weight: 180 g approx
  • Rear terminal block: 24 screw terminals (screw M3, for cables from 0.25 to 2.5 mm2 or from AWG 22 to AWG 14)
  • degree of protection: – IP Front protection 40 to EN 60070-1 for indoor locations – Terminals: IP20
  • Input for TC, RTD, PTC, NTC, mA or V
  • user calibration
  • PID control H / C with overshoot control, self-tune and two algorithms autotuning
  • 8-segment programmer function with recovery segments, 2 events and control stasis (guaranteed soak)
  • independent timers with 4 modes of operation
  • On / OFF H / C with time compressor protection
  • Wattmeter for the calculation of the instantaneous power consumed and energy
  • Digital set point retransmission
  • Counter hours or days worked with programmable threshold for programmed maintenance
  • Function delay on power
  • Sequence programmable parameters
  • Ramps on set point change
  • Serial communication via RS485 with Modbus RTU protocol

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