The new HRD7 FU with 120Hz
The new HRD7 FU - 120/15 is the first extreme high-speed blower made by Elektror. And more are going to come
A new definition of power!
The new HRD7 FU 120/15 is the first device of a new generation of extremely powerful Elektror blowers. Due to consistent research and development work this new generation of blowers is especially designed to be driven with extremely high operating speed. But despite the enormous power, points like "absolute reliability" and "as low-wearing operation as possible" played an important role during the development of the blower.
The power lies within
Although the dimension are the same as for the high pressure blower HRD7 FU the new HRD7 FU 120/15 can be operated with up to 120 Hz, which is equivalent to a speed of 7.085 rpm. Due to this boosted speed for the first time we reach a pressure of up to 20,000 Pa (vacuum up to 17,100 Pa) even at a volumetric flow rate of up to 30 m³/min.
By using a HRD7 FU 120/15...
...now blowers can be used for even more applications
...in many cases two or more devices can be substituted
...devices with a bad efficiency can be substituted
...complex and high-maintenance devices (e.g. turbines) can be substituted
Look what's inside the new HRD7 FU 120/15
-
Considerably higher pressures than existing Elektror blowers can produce(pressure now up to 20,000 Pa, vacuum now up to 17,100 Pa)
-
Constant pressure characteristic even at higher volumetric flow rates (very flat characteristic curve)
-
High efficiency even at higher volumetric flow rates
-
Considerably more energy efficient than comparable solutions (only a 15 kW motor is necessary)
-
High power density, compact design (same dimensions as the standard HRD7 FU)
-
Robust, largely wear-free and maintenance-free system
-
Nevertheless if needed very easy to maintain
-
Extremely high reliability and operation safety due to special design made for heavy duty
-
Impeller made of high strength steel
-
Sturdy motor bracket
-
Standard accessoires can be used
-
Low vibration
-
Extremely quiet operation
Characteristic curve discharge side
Characteristic curve intake side
