Rated 2.7 out of 5 by 26
Rated 4.0 out of 5.0 by Pete A pump with great potential
EFLS15-HD 1 ½ Horsepower Thermoplastic sprinkler pump.
Background: This pump was acquired to replace a non-working cast-iron pump on an existing well. The existing pump has not worked since I purchased the house. The well is 40 feet deep with a static water level 10 feet below ground level. It is a cased well with a jet-pump configuration (two pipes). I was concerned that a well that had not been used in over 10 years might have silted in, so I pushed city water down the well for 15 minutes with no appreciable change in the static water level so I felt comfortable with the well’s operation. Due to the relatively high static water level I decided to replace the jet pump with a self-priming pump and selected the EFLS15-HD.
Shipping: Response to my request was very good. The pump shipped the day after I ordered it and arrived a few days after shipping. The box arrived with no apparent damage and there was no hidden damage.
Packaging: The box was exactly like the store display boxes and was strong enough to survive shipping with no damage. The pump was well secured within the box and all included materials were in a plastic bag. There were no missing or broken pieces.
Unpacking: The pump is relatively large and heavy and was bolted to a bottom plate. So removing the pump was easiest by removing the packing and protective inserts and then lifting the pump and shipping base out as one unit. I did not cut the box in case there was a reason to ship the pump back. Two bolts held the pump to the shipping base and they were easy to remove once the assembly was out of the box.
Installation, Plumbing: I had not checked the plumbing connection for the new pump bofor I ordered it and was concerned that it required a 2-inch inlet. The existing well uses a 1 ¼ inch riser on the suction side. I decided to plum the pump to the existing riser because the pump is located less than 10 feet from the well and the well has a relatively low lift requirement. There was a brass spring check valve located in the suction pipe which looked serviceable so I reused it. I used schedule 40 PVC pipe and fittings. I also plumbed a PVC union to the suction side of the pump to allow for quick removal in the event of repair/replacement/modification later. The brass check valve and union were both plumbed with threaded connection for ease of possible disassembly. All threaded surfaces were triple wrapped with Teflon tape prior to assembly. Discharge was a simple 1 ½ inch tee with two ¾ inch brass globe valves. I used these valves because they were on the previous pump and were still serviceable.
Installation, Electrical: The electrical connection was simple. I had an existing switch box with liquid tight flexible conduit. I did replace the switch, and replaced the switch cover with a wet location switch. I also ran a new length of flexible conduit as the new installation was further from the switch box. Wiring the motor was easy but revealed the single con of the pump. There is not electrical wiring diagram anywhere on the pump. I had to get the owner’s manual to verify the wiring connections. There should be a wiring diagram on the pump motor or the inside of the connection box cover in case any repair work is required and the manual is not available. The connection box does not have a terminal board to make connections, only wire leads are visible. The leads are sufficiently long to allow wire-nutting to the power leads. I debated using crimp connectors but decided to use wire nuts due to the experimental nature of this installation.
Initial run: After checking all plumbing and electrical connections I removed the prime plug and filled the pump chamber. I triple wrapped the prime plug and reinstalled it in the casing. On initial power up a rapid flow of water and air began from both faucets. However, it rapidly decreased until there was no perceptible discharge. To ensure there was no air leak in the suction side I loosed the union to introduce a known air leak. The pump began to blow water and air out both faucets again. I retightened the union and again there was no detectable discharge. I turned the pump off after one minute and stopped work for the day to do more research. I didn’t find anything that would indicate a problem with my installation so after a couple of days I went back to re-examine and test. I refilled the pump cavity and turned the pump back on. The initial outflow was the same as the first test run, but I did notice a slight discharge of air from the one faucet I had open. I surmised the initial test run might have pumped enough prime water out that the pump could not lift and that refilling the pump had put enough water back in to allow the pump to continue the priming process. I checked the discharge for a continued air flow and it was continuing to pump a slight amount of air. I let the pump continue to run while I monitored the motor temperature, pump hosing temperature, and discharge. After about 3 minutes the pump began to prime. After another minute or so it began to flow. At this point I had both faucets open. I decided to close one faucet to create a backpressure on the pump to prevent cavitation. This seemed to greatly improve the flow. By carefully controlling how quickly I opened the second faucet I could get a good stream of water.
Second run: A few minutes after the initial run I hooked a short length of hose to one faucet to measure flow rate. It took the pump about 2 minutes to prime again so I think it is possible the check valve is not functioning and will look to replace it in the future. After a good flow was established I filled a 15-gallon drum. It took 100 seconds for a flow rate of about 9 gallons per minute. This is considerably below the flow rate I expected at a 10-foot lift. However, there are other factors that may be affecting the flow. I will continue to monitor the pump operation and may revise my review if necessary.
Conclusion: The EFLS15-HD is a nice pump that can provide more water flow than I need for my ½ acre lot. But the current flow rate is entirely adequate for my need. I recommend that any purchaser should review the performance specifications of any of the pumps in this series to ensure they pick the power appropriate for their application.
May 9, 2016
Rated 5.0 out of 5.0 by JOE GOOD BUY FOR THE MONEY
I PURCHASED THIS PUMP FIVE MONTHS AGO AND IT RUNS GREAT FOR THE MONEY. I HAVE READ OTHER REVIEWS ON HOW PEOPLE COMPLAIN HOW THE PUMP LEAKS OR THE PUMP BURNED UP. THE REASON FOR THIS IS PEOPLE DON'T KNOW HOW TO CORRECTLY ATTACH THE PVC PIPES OR THEY THINK THEY KNOW HOW TO CONNECT THE ELECTRIC. HINT, YOUR NOT SAVING MONEY IF YOU DON'T KNOW WHAT YOUR DOING. THESE EVERBILT PUMPS ARE MADE TO LAST.
July 8, 2016
Rated 4.0 out of 5.0 by handyman pump
The first pump I tried lasted for one week. I took it back, got another and installed it. It has been running for three weeks now and seems to be o.k.
June 22, 2016
Rated 1.0 out of 5.0 by Santero Pump turns on and off
Bought this pump in November 2015 but it only worked effectively a few times before it starting turning on and off. Runs for a few seconds then turns off again. Would like to get a replacement or a full refund.
June 15, 2016
Rated 1.0 out of 5.0 by mb123 Runs hot
I had a Flotec 1 1/2 hp pump that ran well for 4 years. Replaced it with the Everbilt 1 1/2 hp. It ran very hot and the motor burned out in 9 months. Motor is made in China and is junk. I will look for another pump made in USA.
Dont buy this pump. Stay away.
May 30, 2016
Rated 1.0 out of 5.0 by keithm junk - leaked within a year
started leaking within a year and water spins back on ss shaft that exits plastic housing. From there into the motor bearings causing it to seize.
May 22, 2016
Rated 1.0 out of 5.0 by KJM leaked at shaft within a year
leaking after a year, poor quality. I don't recommend this pump
May 6, 2016
Rated 1.0 out of 5.0 by Florida Doesn't last
Bought first pump last year and it lasted 2 weeks. Took it back and got another one and it just locked up, lasted 13 months.
May 9, 2016