To Next PageTo Next PageWhat to do if AC power is available but ION 30ACi UPS will not operate in AC mode?
If your ION UPS is not operating in AC mode even when AC power is available, try the following: 1. Press and hold the power button on the front of the unit for 3-5 seconds. 2. Check all AC output connections to ensure they are secure. 3. Check the main 15 amp circuit breaker to the wall outlet.
Why is my ION 30ACi UPS pump running but not delivering water?
If your ION UPS pump is running but not delivering water, consider the following: * Ensure the arrow on the check valve points in the direction of flow. * Remove the pump and clean any clogs in the impeller or volute openings. * Start and stop the pump several times by plugging and unplugging the cord to address potential airlocks. Also, check for a clogged vent hole in the pump case and consider drilling a 1/8 inch hole into the PVC pipe. * Remove the pump and clean any clogs in the inlet holes of the pump base. * Reduce the vertical pumping distance or change the discharge fittings of the pump.
Why does my ION UPS motor run for a short time then stop?
If your ION UPS pump runs for a short time and then stops, here's what you can check: * Remove the pump and clean the inlet holes in the pump base if they are clogged. * Remove the pump and clean the pump impeller if it's partially clogged with tar or paint. * The motor stator may be defective.
Why does my ION 30ACi UPS pump run but only delivers a small amount of water?
If your ION UPS pump runs but only delivers a small amount of water, try these steps: * Start and stop the pump several times by plugging and unplugging the cord to address potential airlocks. Also, check for a clogged vent hole in the pump case and consider drilling a 1/8 inch hole into the PVC pipe. * Reduce the vertical pumping distance or change the discharge fitting of the pump. * Remove the pump and clean the strainer and inlet holes in the pump base if they are clogged. * Remove the pump and clean the impeller or volute openings if they are fully or partially clogged. * Remove the pump and clean the pump impeller if it is partially clogged with tar or paint.
What to do if ION UPS pump runs and pumps out sump but does not stop?
If your ION UPS pump runs and pumps out the sump but does not stop, follow these steps: 1. Unplug the pump/Ion plug from the inverter. 2. Plug the pump back into the Ion plug and plug the Ion plug into a wall outlet. 3. If the pump does not turn on right away, and the water level is not at the On level, let the pump go through an On / Off cycle a few times to insure that the switch is functioning properly. The basin may need to be filled with a garden hose or bucket. Plug pump/Ion plug back into one outlet on the inverter and test again. 4. If the pump turns on right away, and the water level is not at the On level, the switch may have to be replaced.
Why does the fuse blow or circuit breaker trip on my ION 30ACi UPS?
If the fuse blows or the circuit breaker trips on your ION UPS, consider the following: * Remove the pump and clean the pump impeller if it's partially clogged with tar or paint. * The motor stator may be defective. * Ensure the fuse size or circuit breaker is 15 amp. * Remove the pump and clean the impeller or volute opening if they are fully or partially clogged.
What to do if ION 30ACi UPS pump does not run in DC mode?
If your ION UPS pump does not run in DC mode, it could be due to: * A low battery. Check the condition of the batteries and recharge them if necessary. * Loose or corroded battery connections. Check and clean all connections.
Why ION 30ACi UPS is in inverter mode but there is no power?
If your ION UPS inverter is in inverter mode but there is no power, you can try the following: * Check the display for a low battery condition. Remove all loads, unplug the AC power cord for 10 seconds, and plug it back in. Allow the battery to charge when AC power resumes before running the inverter on battery again. * Check the display for any fault conditions.
What to do if ION 30ACi inverter does not operate and no message on display?
If your ION UPS inverter does not operate and there is no message on the display, try the following: * Push and hold the power button on the front of the unit for 3 - 5 seconds. * Check the battery connections and the mains connections.
What causes ION 30ACi pump not to run and hum?
If the ION UPS pump does not run and hums, it could be due to: * Inverter circuit breaker is off. * Water level in sump has not reached turn on level. * Pump cord is not making contact in receptacle. * Ion switch may not be working properly. Plug pump directly into wall outlet without the Ion plug. If pump runs, the Ion switch may need to be replaced. * If all of the above are OK, then the motor could be malfunctioning.
Procedures for electrolyte contact, spills, and proper battery connection.
Emphasizes protective gear and handling of corrosive electrolyte.
How to charge the battery, operate the inverter, and test system functionality.
Troubleshooting for no power, non-operation, and frequent tripping in DC mode.
Steps to diagnose the pump not operating in DC mode.
Resolving issues when the inverter won't operate in AC mode or overheats.
Procedures for electrolyte contact, spills, and proper battery connection.
Emphasizes protective gear and handling of corrosive electrolyte.
How to charge the battery, operate the inverter, and test system functionality.
Troubleshooting for no power, non-operation, and frequent tripping in DC mode.
Steps to diagnose the pump not operating in DC mode.
Resolving issues when the inverter won't operate in AC mode or overheats.
The 30ACi Battery Back-Up System is an inverter-based device designed to provide continuous power to a sump pump, particularly during utility power outages. At its core, the inverter converts Direct Current (DC) from a battery into Alternating Current (AC) to operate the pump. When normal utility power is available, the system charges the connected battery, ensuring it's ready to take over when needed.
The primary function of the 30ACi system is to act as a reliable backup power source for a sump pump. It ensures that the sump pump continues to operate even when the main AC power supply is interrupted. The system is designed to power only one specific pump, the WC-33M, which is supplied with the unit. Using any other pump could damage the unit and void the warranty.
The inverter continuously monitors the AC power supply. When AC power is present, it charges the connected 12 VDC deep cycle marine battery. The LCD display on the inverter shows the battery's charge status, cycling bars from bottom to top when charging, and indicating 100% when fully charged. In this AC mode, any AC load powered by the inverter should also function, as a portion of the AC power is passed through the inverter to power the load.
In the event of a power failure, the inverter automatically switches to DC mode, drawing power from the battery and converting it to AC to run the sump pump. The LCD display will then show the battery percentage slowly dropping as power is consumed. The system includes an Ion® switch, a non-contact electronic switch designed to activate the pump based on water level. This switch operates differently from standard pressure switches, lacking mechanical contacts and thus no "click" sound when activated. Its range, typically 6 inches, determines the "On" and "Off" levels for pump operation.
The 30ACi system is designed for interior use only and should not be exposed to chemicals or installed in hazardous locations. Proper ventilation is crucial for the battery enclosure to prevent the accumulation of hydrogen gas. The system requires a 12 VDC deep cycle marine battery, with a minimum capacity of 80AH recommended. Starting batteries are not suitable for this application due to their design for high cranking power rather than deep cycling.
Installation involves placing the 12-volt deep cycle marine battery into the plastic battery box, ensuring the main circuit breaker (MCB) on the inverter's back is in the OFF position. The pig tail's black negative (-) wire connects to the battery's negative terminal, and the red positive (+) wire to the battery's positive terminal. The wires are routed over the short side of the battery box, allowing the Anderson connector to remain outside. The plastic cover is then installed, and the inverter is placed on top of the battery box cover. The Anderson connector from the inverter is plugged into the Anderson connector from the battery, matching wire colors.
The sump pump is installed in the sump pit, and the sump cover is replaced, ensuring the pump switch cord and pump power cord reach the inverter. The switch cord is plugged into the back of the inverter, and the pump cord into the switch cord. Finally, the inverter power cord is connected to a 120 AC power outlet, and the MCB switch is turned to the ON position.
Testing the system involves filling the basin with water (while on AC power) to verify the pump turns on at the correct level and pumps out the basin until it shuts off. This process should be repeated three times. To test DC mode operation, the power cord is unplugged from the wall outlet. The inverter will beep, and the battery bars will cycle, indicating it's running on battery power. The basin is then refilled to verify pump operation in DC mode. After testing, it's crucial to plug the inverter back into the wall outlet.
The Power button on the front of the inverter is primarily used for battery replacement when the unit is in DC mode. If AC power is available, the Power button is automatically on. Holding the Power button for 3-5 seconds in AC mode will turn off the inverter, making the display blank. It can be turned back on by holding the button again for 3-5 seconds or by unplugging and re-plugging the inverter from the wall outlet after 10 seconds.
For AGM maintenance-free batteries, no specific maintenance is required. However, for other battery types, users should refer to the manufacturer's recommended battery maintenance section. Maintenance or replacement of batteries should only be performed or supervised by personnel knowledgeable about batteries and the necessary precautions.
When replacing batteries, it's essential to wear full eye protection and protective clothing. The replacement battery/batteries must be of the same type and size. Tools with insulated handles should be used, and metal objects or tools should not be laid on top of the batteries.
If electrolyte contacts the skin, it should be washed off immediately. If it contacts the eyes, flush thoroughly with water and seek medical attention. Spilled electrolyte can be neutralized with a solution of bicarbonate of soda (approximately one pound per gallon of water) until foaming ceases, then flushed with water and the area dried.
The warranty is void if an extension cord is used, if any power cord is cut, grounding prongs are removed, or an adapter fitting is used. It's also void if the inverter is used outdoors, if batteries not meeting specifications are used, if the inverter is submerged, tampered with, or if work is done on the inverter, pump, or switch while plugged in. Disassembling the inverter by the customer, applying it to products exceeding its maximum capacity (e.g., a pump other than the supplied one or more than one pump), applying it to the wrong voltage, or removing motor housing/impeller seal will also void the warranty. Running the pump continuously, pumping chemicals, corrosive liquids, gasoline, or other flammable liquids, or removing any tags or labels from the inverter, pump, or Ion™ Digital Level Control switch will also void the warranty.
General| Topology | Line Interactive |
|---|---|
| Capacity | 3000VA / 2700W |
| Output Voltage Regulation (Batt. Mode) | +/- 10% |
| Surge Protection | Yes |
| Frequency | 50/60 Hz |
| Efficiency | 95% |
| Battery Type | Sealed Lead Acid |
| Typical Recharge Time | 4-6 hours |
| Indicators | LED indicators |
| Audible Alarm | Battery Mode, Low Battery, Overload |
| Communication | USB |
