The automation station HRP22

Automation Station HRP (Heating Control Processor)

The automation station HRP (Heating Control Processor) is used for the measurement, control, operation, optimization and monitoring of heating systems. 

The basic program is weather-led flow temperature control. Tank control or pre-control as well as boiler control supplement the basic program.

HRP software menus such as impulse counting, counting of operating hours etc. supplement the basic program. This ensures customization to suit the most varied requirements of heating systems.

HRP system macros are pre-parameterized programs. By setting a HRP system macro, all aspects of operation and control, including assigned inputs and outputs, are configured.

The HRP with control function is operated via single-button operation with graphic display and in dialogues with plain texts. Heating curves and trend values are graphically plotted.

The HRP is bus capable. Up to 8 HRPs and/or LRPs can be connected to a single bus system.

Direct connection to the BMS control center or modem software for remote diagnostics and remote maintenance takes place via the RS232 interface. Operating and fault messages are stored and also transferred by modem to mobile telephones (GSM SMS). 

HRP types

The following HRP types are available:

  • HRP20: a heating control circuit with 3-point output
  • HRP20-S: a heating control circuit with 3-point output without bus connection
  • HRP23: like HRP20 without control function
  • HRP21: a heating control circuit with continuous output 0 - 10 V
  • HRP21-S: a heating control circuit with continuous output 0 - 10 V without bus connection
  • HRP24: like HRP21 without control function
  • HRP22: two heating control circuits with continuous output 0 - 10 V or 3-point output.
  • HRP22-M: like HRP22 with connection for m-bus in place of two binary inputs.
  • HRP22-V: like HRP22 with additional voltage supply 24 V; 7 VA in place of two binary inputs.

Detailed technical information is available in the PDF above right on this page.




© 2012 Kieback&Peter

Imprint

Sitemap

Login Login