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Laddomatic

Motorised Charging Coupler

Laddomatic

  • Laddomatic is easy to install and is made to keep the exact set return temperature to the boiler. This protects the boiler from corrosion and tar formation, which extends the boiler's service life considerably
  • Laddomatic increases the boiler's efficiency by quickly ensuring that the correct working temperature is achieved and maintained
  • When charging the accumulator tank, the tank is charged with low flow to ensure that the best comfort is achieved
  • Our Thermomatics range means that the regulation is accurate

Product description

Laddomatic is a series of motorised holding clutches for boilers up to 240 kW.
The coupling is based on our reliable shunt valves and our well-known Thermomatics range.

Technical data

  • Pump: 6 m ErP (max 70 kW)
  • 7.5 m ErP (max 80 kW)
  • 10 m ErP (max 220 kW)
  • 12 m ErP (max 240 kW)
  • Connection: R32, R40, R50
  • Flow characteristics: Linear / Kvs 10, Kvs 18
  • Max boiler power: 240 kW (see diagram)
  • Actuator: Thermomatic TVM
  • Thermomatic CC

Technical documentation

Similar products

Laddomatic XXL

Laddomatic XXL

  • Laddomatic is easy to install and is made to keep the exact set return temperature to the boiler
  • This protects the boiler from corrosion and tar formation, which extends the boiler's service life considerably
  • Laddomatic increases the efficiency of the boiler by maintaining the correct operating temperature
Laddomatic M120

Laddomatic M120

  • Laddomatic M120 is easy to install and made to keep the exact set return temperature to the boiler. This protects the boiler from corrosion and tar formation, which extends the boiler's service life considerably
  • The charging coupler increases the efficiency of the boiler by quickly ensuring that the correct temperature is reached
  • The Laddomatic M120 charges the low-flow accumulator tank to ensure the best comfort
  • With our Thermomatic range, the regulation is precise
  • Built-in non-return valve for self-circulation in the final phase of firing and in the event of a power failure, for example