Componenti su misura da un toolkit

Da oltre 30 anni, SIGMATEK è attiva nel settore dell’automazione energetica: forni a pellet, pompe di calore, sistemi solari e biogas. I componenti altamente moderni per il controllo e il funzionamento dell’applicazione provengono da un toolkit di sistema. Una costruzione modulare dell’hardware consente una semplice espansione del sistema.

Indipendentemente dall’uso di pannelli di controllo intelligenti, dispositivi operativi salva spazio, PC o smartphone, il vostro sistema di gestione dell’energia è a portata di mano.

Il forno e i moduli decentrati possono essere integrati rapidamente e facilmente, come per l’impianto fotovoltaico o l’efficace gestione della caldaia e del buffer.

Caldaie e moduli decentralizzati

Controllo e Visualizzazione

1–15 di 20 risultati

HZS 351 – Room Control Device 3.5″

  • Visualize, operate and monitor
  • 3.5″ TFT color display, single-touch (analog resistive), 320 x 240 pixels, data exchange via CAN
  • +230 V AC supply voltage
  • Internal temperature sensor (0 … +50 °C/12 bits)
  • Display deactivated in idle mode

HZS 352 – Room Control Device 3.5″

  • Visualize, operate and monitor
  • 3.5″ TFT color display, single-touch (analog resistive), 320 x 240 pixels, data exchange via CAN
  • +24 V DC supply voltage
  • Internal temperature sensor (0 … +50 °C/12 bits)
  • Display deactivated in idle mode

HZS 512 – Central Unit

  • For control of automation processes in the heating system
  • High-performance EDGE Technology processor
  • 1x Ethernet, 2x CAN, 2x USB, RS232
  • MicroSD card as storage medium for the operating system, applications and application data
  • Program can be updated via USB

HZS 521-1 – Boiler Function Module

  • Runs automated processes in the heating system
  • Communication with CPU via CAN bus
  • For worm gear motors, pumps, mixers, lambda sensors etc.
  • 6 analog relay and 2 triac outputs
  • 7 analog and 15 digital inputs, 10 temperature inputs, 1 analog output

HZS 525 – Universal Expansion

  • For controlling a wood chip system
  • Communication with CPU via CAN bus
  • For worm gear motors, temperature sensors, pumps, mixers etc.
  • 6 relay and 3 triac outputs 400 V AC, 2 triac outputs 230 V AC
  • 5 analog and 11 digital inputs

HZS 535 – Internal Solar Module

  • For controlling a photovoltaic system
  • Communication with expansion controller via internal bus
  • For pumps and mixers
  • 2 relay and 1 triac output
  • 4 analog an 1 digital input

HZS 536-1 100 kW – Expansion Module

  • Runs automated processes in the heating system
  • Communication with CPU via CAN bus
  • For worm gear motors, pumps, mixers etc.
  • 4 relay and 2 triac outputs
  • 2 analog outputs and 3 digital inputs

HZS 537-1 – Solar Module

  • For external control of a photovoltaic system
  • Communication with CPU via CAN bus
  • For pumps and mixers
  • 1 relay and 1 triac output
  • 6 analog and 1 digital input

HZS 541-1S – Expansion Module

  • For external control of a heating circuit, buffers, boilers or a photovoltaic system
  • Communication with CPU via CAN bus
  • For pumps and mixers
  • 4 relay outputs
  • 3 analog and 1 room device input, 1 digital input

HZS 5420 – Central Unit

  • For control of automation processes in the heating system
  • High-performance EDGE Technology processor
  • 1x Ethernet, 2x CAN, 2x USB, RS232
  • MicroSD card as storage medium for the operating system, applications and application data
  • Program can be updated via USB