FLC-E
Catalog
"This flow controller integrates "electromagnetic flow meter", "ball valve" and "PID controller". No moving parts except for the ball valve are present in the flow path, reducing risk of clogging.
Features
Electromagnetic flow meter installed flow controller |
The electromagnetic flow meter has no moving parts in the flow path, taking advantages of reducing risk of clogging and allowing for easy maintenance such as purging air, compared with turbine/vortex flow meters. |
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Modes of selecting flow rates |
Analog signal input mode Flow rates are remotely selectable by an analog input signal Hand manual mode Flow rates are locally selectable from the key panels Pre-set mode Up to 4 of the pre-selected flow rates are available by uisng the 3 wires |
Alarm output |
2 of the pre-set alarm points are tripped by the contacts |
Flow control activated/deactivated |
Flow control capability can be activated/deactivated by touching the Pre-set wires. Using a solenoid valve together allows for a fast valve response for an application that requires a repeat between fully valve close and selected flow rates, resulting in longer valve life. |
Analog signal output |
The analog signal output proportional to the flow rates is available, making the improvement in a product yield rate and root cause analysis of product failure. |
Valve dead zone |
The dead zone prevents the valve from moving more than necessary Longer valve life and enegry saving are expected The dead zone width is selectable |
No clogging |
No moving parts expect for the ball valve are prestent in the flow path, reducing rsik of clogging |
No straight pipres required |
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Demonstration video
Application example
Controlling flow rates of cooling water for die casting molds
| Automating test shots | Die casters who control flow rates hand-manually are able to control flow rates automaticaly, redusing human errors. 
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| Improving product quality | Flow rates of cooling water fluctuate when water is supplied at the same time for multiple die-cast machines in parallel. This is due to supply pressure fluactuation, but FLC-E keeps the selected flow rates even though the pressure flactuates, reduing product variations and improving product quality. 
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Specifications
| Item | FLC-E010 | FLC-E020 | ||||
| Flow range | 0.5 - 5L/min | 1 - 10L/min | 2 - 20L/min | 5 - 50L/min | 10 - 100L/min | |
| Orifice size | φ3.0 | φ4.5 | φ6.0 | φ12.0 | φ13.5 | |
| Fluid type | WATER、other fluid types（Fluid with electroconductivity of 50μs/cm or higher） | |||||
| Flow accuracy | ±5% of FS | |||||
| Pressure range | 0.15 - 0.4MPa(G), Withstand pressure：0.5MPa(G), Required differential pressure：0.15MPa | |||||
| Operating temperatures | 0 ～ 60℃（withstand temperature：80℃） No dewing and freesing | |||||
| Input | Analog signal | 4-20mA, 0-5VDC, 1-5VDC (for selecting flow rates) | ||||
| Pre-set | Up to 4 of the pre-selected flow rates | |||||
| Flow control activated/deactivated | ||||||
| Power source | 24VDC±10％, Max.450mA（when stand-by：approx.100mA） | |||||
| Wetted materials | SCS13, SS304, SS316L, PPS, PTFE (filled), FKM, HNBR | |||||