What causes Unbalance in Franklin Electric submonitor?
Unbalance in your Franklin Electric Protection Device can be due to a few reasons. Check for phase loss. Investigate and correct any power supply imbalance. Also, inspect, repair, or replace the open delta transformer if there is one.
Why is my Franklin Electric Protection Device overheating?
Several factors can cause your Franklin Electric Protection Device to overheat. High or low line voltage can contribute, so check and stabilize the line voltage. An overloaded motor can also lead to overheating, so reduce the motor load. Excessive current unbalance, poor motor cooling, high water temperature, and excessive electrical noise from nearby VFDs can also be culprits. Balance the current, improve motor cooling, lower the water temperature, and reposition the VFD to reduce electrical noise interference.
What to do if my Franklin Electric submonitor indicates Underload?
If your Franklin Electric Protection Device indicates an underload condition, consider the following potential causes. The SF Max Amps setting may be incorrect and needs adjustment. Over-pumping of the well could be the issue, so inspect and adjust the well pumping operation. A clogged pump intake, closed valve, loose pump impeller, broken shaft or coupling, or a phase loss can also cause an underload. Clear any clogs, open any closed valves, tighten the impeller, repair or replace the shaft/coupling, and investigate/restore any lost phases.
What causes Unbalance in my Franklin Electric submonitor Protection Device?
Unbalance in your Franklin Electric Protection Device can stem from a few key issues. A phase loss could be the cause, so investigate and restore any lost phases. An unbalanced power supply can also lead to this problem; check the power supply balance and adjust as necessary. Lastly, issues with an open delta transformer can cause unbalance, so examine and repair any problems with the transformer.
What causes Overrange in Franklin Electric submonitor Protection Device?
Overrange issues in your Franklin Electric Protection Device may arise from a wrong motor voltage or SFA setting, so verify and adjust the motor settings. Excessively high line voltage or motor current can also cause overrange; reduce the line voltage or motor current accordingly.
Why does my Franklin Electric submonitor show Undervoltage?
Undervoltage issues with your Franklin Electric Protection Device could be due to poor connections in the motor power circuit, so inspect and rectify any poor connections. Alternatively, an unstable or weak power supply might be the cause, so stabilize the power supply to avoid undervoltage.
What causes Undervoltage in Franklin Electric submonitor?
Undervoltage in your Franklin Electric Protection Device can result from poor connections in the motor power circuit; inspect and secure these connections. It can also be caused by an unstable or weak power supply, so ensure a stable power supply.
What to do if my Franklin Electric submonitor Protection Device is experiencing Phase Reversal?
If your Franklin Electric Protection Device is experiencing phase reversal, it's likely due to an incoming power problem. Check the incoming power connections and phase sequence to resolve this.
What causes an Underload on a Franklin Electric submonitor Protection Device and what to do?
An underload on your Franklin Electric Protection Device can stem from several causes. The SF Max Amps setting might be incorrect, so adjust it accordingly. If the well is being over-pumped, reduce the pumping volume. Check for a clogged pump intake and clear it. Ensure the valve is open. Tighten the pump impeller if it's loose. Repair or replace any broken shaft or coupling. Finally, check for phase loss.
What to do if my Franklin Electric submonitor Protection Device shows an Overload?
If your Franklin Electric Protection Device indicates an overload, there might be several reasons. First, the SF Max Amps setting could be incorrect, so you should adjust it. High or low line voltage can also cause this, so check and stabilize the line voltage. Inspect for any ground faults and repair them. Additionally, the pump or motor might be dragging, which needs investigation. Finally, check for a stalled motor or bound pump and clear any obstructions.
Read both manuals thoroughly and ensure power is off before working on motor or controls.
Explains how to set up the SubMonitor by selecting motor ratings like voltage, Hertz, and SF Amps.
Detailed instructions and diagrams for connecting power leads and control circuits to the SubMonitor unit.
Guidance on installing a lightning arrestor for surge protection and proper grounding.
Details the types of data stored by the SubMonitor, including trip events, currents, and voltages.
Instructions on how to navigate and view logged events, requiring a password if protection is enabled.
Lists the specific events recorded by the SubMonitor, such as trip types, resets, and motor changes.
Describes the SubMonitor's functionality and indicators when the detachable display unit is disconnected.
Explains how to connect power factor or surge capacitors correctly to avoid losing motor overheat protection.
Read both manuals thoroughly and ensure power is off before working on motor or controls.
Explains how to set up the SubMonitor by selecting motor ratings like voltage, Hertz, and SF Amps.
Detailed instructions and diagrams for connecting power leads and control circuits to the SubMonitor unit.
Guidance on installing a lightning arrestor for surge protection and proper grounding.
Details the types of data stored by the SubMonitor, including trip events, currents, and voltages.
Instructions on how to navigate and view logged events, requiring a password if protection is enabled.
Lists the specific events recorded by the SubMonitor, such as trip types, resets, and motor changes.
Describes the SubMonitor's functionality and indicators when the detachable display unit is disconnected.
Explains how to connect power factor or surge capacitors correctly to avoid losing motor overheat protection.
General| Frequency | 50/60 Hz |
|---|---|
| Enclosure Rating | NEMA 4X |
| Operating Temperature | -40°C to 70°C |
| Storage Temperature | -40°C to 85°C |
| Protection Type | Phase Loss, Phase Reversal |
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