Solutions that start from the field problem

01 / 06

HVAC & Climate Control

Field-level control of air handling units, fan-coils, pumps, boilers and chiller sequences.

• AHU sequence control, scheduling and setpoint management
• Driving multiple fan-coils from a single thermostat
• Analogue valve and VAV damper control, temperature/humidity measurement
• Connecting to the head-end over BACnet or Modbus

02 / 06

Building Management (BMS)

Vendor-independent integration that gathers field devices into a single management layer.

• Standard object surface over BACnet/IP and MS/TP
• Device and point management from a Niagara station
• Sedona logic that keeps running in the field, independent of the head-end
• Unifying devices from different manufacturers under one map

03 / 06

Energy Monitoring & Management

Collecting meters and analysers on one line and making consumption visible.

• Bringing Modbus RTU meters and analysers onto Ethernet
• Meter reading with pulse counters and totalisers
• Scheduling and load-shedding logic running in the field
• Access over GSM at sites with no fixed internet

04 / 06

Critical Facility Protection

Early warning in data centres, switchrooms and server areas.

• Two-point water leak monitoring with dry-contact relay output
• Adjustable delay against false alarms
• Connection to BMS, PLC and alarm panels without a converter
• Temperature and humidity points monitored from the same controller

05 / 06

Retrofit & Existing Buildings

Modernising existing infrastructure without shutting the facility down.

• Fast integration over a fixed Modbus/BACnet map
• DIN-rail I/O expansion in existing panels
• Sensor service without system downtime (weldless wells)
• Multiplexing solutions that cut cabling and thermostat cost

06 / 06

Panel & Field Interface

The bridge between control signal and heavy load, with a repeatable panel architecture.

• Current amplification of PLC/microcontroller signals
• Isolated driving of motors, relays and solenoid valves
• Repeatable I/O structure and clear channel engineering
• Fail-safe behaviour when communication is lost