The UVDECHLO 2P75 ECOENERGY is used to reduce the combined chlorine level in swimming pools through a photochemical action on all organochlorine compounds. It is fitted with tow 75-Watt lamp.
UVDECHLO 3P75 ECOENERGY
Flow rate: from 8 to 13 m³/h
The UVDECHLO 3P75 ECOENERGY is used to reduce the combined chlorine level in swimming pools through a photochemical action on all organochlorine compounds. It is fitted with three 75-Watt lamp.
UV DECHLO AD300 ECOENERGY
Flow: from 10 to 50 m³/h
The UVDECHLO AD300 ECOENERGY is used to reduce the combined chlorine level in swimming pools through a photochemical action on all organochlorine compounds. It is fitted with a 300-Watt lamp. It is interlocked with the “chloramine concentration control” system.
The UVDECHLO BD300 ECOENERGY is used to reduce the combined chlorine level in swimming pools through a photochemical action on all organochlorine compounds. It is fitted with two 300-Watt lamps. It is interlocked with the “chloramine concentration control” system.
The UVDECHLO CD300 ECOENERGY is used to reduce the combined chlorine level in swimming pools through a photochemical action on all organochlorine compounds. It is fitted with three 300-Watt lamps. It is interlocked with the “chloramine concentration control” system.
The UVDECHLO DD300 ECOENERGY is used to reduce the combined chlorine level in swimming pools through a photochemical action on all organochlorine compounds. It is fitted with four 300-Watt lamps. It is interlocked with the “chloramine concentration control” system.
The UVDECHLO CD600 ECOENERGY is used to reduce the combined chlorine level in swimming pools through a photochemical action on all organochlorine compounds. It is fitted with three 600-Watt lamps. It is interlocked with the “chloramine concentration control” system.
The UVDECHLO FD600 ECOENERGY is used to reduce the combined chlorine level in swimming pools through a photochemical action on all organochlorine compounds. It is fitted with six 600-Watt lamps. It is interlocked with the “chloramine concentration control” system.