Customization: | Available |
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Application: | High-performance Transducer |
Output Type: | Triple |
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Category | Content | W713B | |
Photo for Reference | |||
Pressure Optimization | Pressure Stability | The pressure change curve is more stable, and the frequency change is smaller after stabilization | |
Alternate Transition | Yes, the transition tends to be smooth and excessive (the transitional pump looks at the difference between the given pressure L and the feedback pressure P to adjust the frequency, and it will stop when L-P<0.2bar. If the water consumption suddenly increases at this time, the L-P>0.2 bar, alternating water pumps will speed up the frequency regulation pressure, when L-P=0.2bar, slowly adjust the frequency for a smooth transition) | ||
Mode | Control Mode | Constant pressure, Constant differential pressur,Constant temperature, Constant differential temperature | |
Linkage Mode |
Synchronize, Master-slave, Big-small pump, One duty one standby, One VFD drive two pumps | ||
Manual/ auto Mode Switching |
Can be switched by button or terminal. Button switch: press the and buttons at the same time for manual/auto switch (also switchable in case of failure) Terminal switching: S2-COM off: auto control S2-COM on:manual control In manual control, the manual frequency can be adjusted through the up and down buttons, and the influence of pressure is shielded, which is more comprehensive |
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Alternating Mode |
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Upper and Lower Pool Control | Available (S1~S4 terminal control) | ||
Independent Start and Stop Control | Available, start and stop is controlled by the inverter (can be controlled by panel or S4 terminal) | ||
Outward Expansion | General Frequency Converter (such as PLC) | Compatible with this mode | |
Connect the Touch Screen of BEDFORD | Available | ||
Third-party Devices | Direct connection (Mob Bus RTU communication protocol) |
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External Interface Features | Analog Input | ||
Digital Input | 4-way 1. Electronic contact gauge control 2. Manual/auto control 3. Terminal run/stop 4. Water level control (low water level) 5. Upper and lower pool control 6. One driving two fault input |
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Digital Output |
1: Forward running (including zero-speed running); 2: Upper limit frequency reaching; 3: Stop status; 4: Lower limit frequency reaching; 5: The frequency is not equal to zero; 6: Actual pressure on the outlet side reaching high water pressure alarm value; 7: Actual pressure on the outlet side decreases to low water pressure alarm value; 8: Actual temperature on the outlet side reaching high water temperature alarm value; 9: Actual temperature on the outlet side decreases to low water temperature alarm value; 10: One driving two RO function, for variable frequency pump control 11: One driving two RO function, for power frequency pump control |
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Button | Keyboard Touch | Touch the button: feel better | |
Other Features | Multi-linkage | Max realize up to 5 pumps linkage water supply operation | |
Sleep Function | Unmanned water automatic sleep, better energy saving effect | ||
Freeze-proofing Function | Suitable for low temperature frost climate | ||
Anti-clogging Function | Prevent and remove pipe blockage | ||
Power On Restart | Automatic continuous water supply, power interruption during operation, and automatic restart when there is a call | ||
Master Fault Shift Automatically | Realize unmanned monitoring, host failure, uninterrupted water supply | ||
Day-Part Function | 1. 3 independent day-part control, up to 7 day-part achieved when define separated; 2. One Duty One Standby Day-part Function: 3 independent day-part time section contro. |
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Multiple Water Supply Failure Alarm Functions | High water pressure, low water pressure, low water level, open sensor and other fault alarms | ||
Multiple Fault Protection Functions | Overcurrent, overvoltage, under voltage, phase loss, overload and other protection functions |