Repair manual

Technical Data HYDRONIC 16 HYDRONIC 24 HYDRONIC 30 HYDRONIC 35

Test symbol S 329 S 297 S 295 S 296

Heating medium Mixture of water and refrigerant

(Max 50% proportion of refrigerant

Heating capacity (at ambient temperature of 20ºC) 16,000 W 24,000 W 30,000 W 35,000 W

Temperature control values - at water inlet ON 73 °C / OFF 78 °C

Temperature control values - at water outlet ON 85 °C / OFF 118 °C

Fuel Commercial grade diesel - DIN 51601 or

fuel oil EL - DIN 51603

Fuel consumption (at ambient temperature of -10ºC) 2.0 l/h 2.9 l/h 3,65 l/h 4,2 l/h

Rated voltage 24 V

Lower voltage limit 19 V

The control unit is protected against undervoltage so that when the

voltage drops to the predefined limit, the HYDRONIC is switched off.

Upper voltage limit 30 V

The control unit is protected against overvoltage so that when

the voltage limit is exceeded, the HYDRONIC is switched off .

Electric power consumption 60 W 80 W 105 W 120 W

(during combustion / without circulating pump)

Water content of heat exchanger Approx. 2 l

Water content of water circulation system Min. 10 l

Minimum throughput of heating medium (± 200 l/h) 1,400 l/h 2,000 l/h 2,600 l/h 3,000 l/h

Permissible ambient temperature In operation: -40°C to +85°C

During transportation / in storage: -40ºC to + 100ºC

For combustion air: <60°C

Supply medium: -40°C to +90°C / for a short time up to +120°C

Operating pressure (water circulation system) < 2,5 bar

- value 9 -11 vol. % 9 -11 vol. % 9 -11 vol. % 9.5 -11.5 vol. %

CO in exhaust gas

0,04 vol. %

Smoke spot number (Bacharach scale)

Weight Approx. 18 kg

Radio interference suppression level UKW 4 / KW 3 / MW 5 / LW 3

Type of protection IP 64

Technical Data - Water Pump Water pump standard Bus 2000 water pump

Voltage (±20%) 24 V

Power consumption 110 W 250 W

Capacity / at delivery pressure 5,000 I/h - 200 mbar 6000 l/h - 500 mbar

2 / Product-Information

All technical data ±10 %; where deviation applies, the

deviation values are specified.

Important!

The specified technical data must be adhered to, otherwise it is

possible for the HYDRONIC to malfunction.