Eddy current magnetic separator with digital control ERGA EddyFlow E5
Eddy current magnetic separator for recovery of fine nonferrous metals from nonconductive materials
-
Recovery of metal particles from 3 mm
-
Separation/cleaning efficiency up to 99,8%
-
Highly efficient NdFeB magnetic system
-
Touch Screen intuitive control
-
User-friendly and fast setup
-
Automatic operation in continuous mode
-
Low power consumption
-
Easy assembly and operation
-
Declaration of conformity
-
Certificate of conformity to requirements of (technical regulations of the Customs Union) TR CU
Operation Principle
Industries
Eddy current magnetic separator ERGA EddyFlow E5 provides recovery of fine nonferrous metal particles from nonconductive fractions in processing of raw materials. It is irreplaceable for getting additional profit and clean materials from MSW, cable or plastic waste, WEEE, cullet, scrap, tires, wood chips, slags.
- Highly efficient NdFeB magnetic system
Eddy current separator EddyFlow E5 with eccentric arrangement of high-speed magnetic rotor with rotation frequency up to 5 000 rpm and increased magnetic induction on the belt surface efficiently remove nonferrous metal particles and their alloys with size from 0.3 mm.
Eccentric rotor allows for fine setting of the product separation, as well as for prevention of accumulation of magnetic particles under the belt, thus preventing damage to the shell.
Unique patented Nd-Fe-B magnetic systems provide long-term efficient operation. Guaranteed period of magnetic systems properties, subject to operating rules, is 10 years.
- Separation/cleaning efficiency up to 99,8%
Customized separation mode is selected depending on feed material. Unique patented system of splitters with accurate position adjustment guarantees precise separation of bulk materials into three streams: conductive, nonconductive and weakly magnetic fractions.
ERGA EddyFlow E5 provides maximum extraction of conductive fraction with particle size ≥0.3 mm with separation and cleaning efficiency of infeed material up to 99,8%.
- Touch Screen intuitive control and ergonomic design
All digital control is provided from the control panel, which is a 7-inch high-definition touch screen with user-friendly interface. In addition to settings of main operating parameters of the product, it is possible to save settings of separation parameters for every type of material.
The modern design of EddyFlow E5 nonferrous metal separator makes its integration into the process line easy.
- Easy assembly and operation
Smart design provides quick belt change, protects the magnetic rotor from tramp metal under the belt, simple design of bearing assemblies increases reliability and also guarantees maintainability of the magnetic rotor, which reduces equipment downtime and related costs.
- Have difficulties choosing or haven’t found what you are looking for?
Please, fill in the questionnaire on our site and we will select the most suitable solution to you.
ERGA specialists design and manufacture EddyFlow E5 according to the order requirements. Strongly magnetic impurities must be removed from the separation materials by ERGA SuspendMag M or SuspendMag A suspended iron separators, pulley iron separators ERGA PullMag or drum separators ERGA DrumMag prior to eddy current magnetic separators.
You can additionally order spare parts kit to ensure continuous operation of the equipment:
- belt
- bearings
- shell
For this type of equipment there is an option of integrating REMOS remote monitoring system, providing monitoring of the separator status in real time. Available options:
- Splitter, flap position sensor
- Access to complete information about operation of the machine (operation / idle, operating modes, error decoding, position of magnetic rods, cleaning period)
- Power supply sensor
- Monitoring operation of electric motors (in case of variable speed drive)
- Incoming switch and contactors position control sensor
- Equipment downtime monitoring
- Door status control (open / closed)
- Shock / vibration sensor
- Humidity sensor
- Temperature sensor
