LX SHP130-VS Series Energy Star Variable Speed Pump Instruction Manual

ALARM Installer: This manual offers important information about the installation, operation, and safe use of this pump. This manual should be given to the owner and/or operator of this pump after installation or left on or near the pump.
ALARM User: This manual provides important information that will help you in operating and maintaining this pump. Please keep it for future reference.
Please read and follow all instructions below.
Please pay attention to the below symbols. When you meet them in this manual or on your system, please be careful for the potential personal injury.
DANGER
Cautions hazards which can lead to death, serious personal injury, or major property damage if ignored.
WARNING
Cautions hazards which can lead to death, serious personal injury, or major property damage if ignored.
CAUTION
Cautions hazards which can lead to death, serious personal injury, or major property damage if ignored.
NOTE
Special instructions that are not related to hazards are indicated,
All safety instructions in this manual and on equipment should be carefully read and followed. Make sure safety labels are in good condition, replace them if they are damaged or missing.
The following basic safety precautions should always befollowed when installing and using this electrical equipment:
DANGER SERIOUS BODILY INJURIES OR DEATH CAN
RESULT FROM FAILURE TO FOLLOW ALL INSTRUCTIONS, BEFORE USING THIS PUMP, POOL OPERATORS AND OWNERS SHOULD READ THESE WARNINGS AND ALLINSTRUCTIONS IN THE OWNER’S MANUAL.
A POOL OWNER MUST KEEP THESE WARNINGS AND THE OWN-ER’S MANUAL.
To reduce the risk of injury, do not permit children to use this product unless they are closely supervised at all times.
WARNING
WARNING BEWARE OF ELECTRICAL SHOCK. In order to
prevent a ground fault from occurring in this unit, a ground fault circuit interrupter (GFCI) must be installed on its supply circuit. The installer should install an appropriate GFCI and test it regularly. When you press the test button, the power supply should be interrupted, and when you press the reset button, the power should return. If this is not the case, the GFCI is defective. It is possible that an electric shockmay occur if the GFCI interrupts power to a pump without the test button being pressed. Unplug the pump and contact a qualified electrician to replace the GFCI. Never use a pump with a defective GFCI. Always testthe GFCI before use..
CAUTION CAUTION – For Above Ground Pool pumps. it is for use with storable pools only. Do not use
with permanently-installed pools. A storable pool is constructed so that it is capable of being readily disassembled for storage and reassembled to its original integrity. A permanently-installed pool is constructed in or on the ground or in a building such that it can not be readily disassembled for storage. For In Ground Pool pumps. Unless otherwise noted, this pump is intended for use with permanent swimming pools and hot tubs and spas if they are appropriately marked. It should not be used for storable pools
General Warnings:
Never open the enclosure of the drive or motor. This unit has a capacitor bank that retains a 230 VAC charge even if the power is off.
There is no submersible feature on the pump.
Pump high flow rate performance will be limited by older or questionable
equipment when installed and programmed.
Depending on the country, state, and local municipality, there may be differing requirements for electrical connections. Follow all local codes and ordinances as well as the National Electrical Code when installing equipment.
Disconnect the main circuit of the pump before servicing it.
Unless supervised or instructed by a person responsible for their safety, this appliance is not intended for use by individuals (including children) with reduced physical, mental, or sensory abilities, or without experience and knowledge.
DANGER HAZARDS RELATED TO SUCTION ENTRAPMENT: stay away from all suction outlets and the main drain! in addition, this pump is not equipped with a safety vacuum release system (SVRS) protection. in order to prevent accidents, please prevent your body or hair from being sucked by the water pump inlet.
At the main water line, the pump produces a strong vacuum and a high level of suction. Adults and children can be trapped underwater if they are near drains, loose or broken drain covers or grates. A swimming pool or spa covered with non-approved materials or one with a missing, cracked, or broken cover can cause limb entrapment, hair entanglement, body entrapment, evisceration, and/or death.
There are several causes of suction at drains and outlets:
Limb Entrapment: A mechanical bind or swelling occurs when a limb is sucked into an opening. Whenever there is a problem with a drain cover, such as a broken, loose, cracked or improperly fastened one, this hazard occurs.
Hair Entanglement: The tangle or knotting of the swimmer’s hair in the drain cover, resulting in the swimmer being trapped underwater, When the flow rating of the cover is too low for the pump or pumps, this hazard may arise.
Body Entrapment: When a portion of the swimmer’s body is trapped under the drain cover. When the drain cover is damaged, missing, or not rated for the pump, this hazard arises..
Evisceration/Disembowelment: A suction from an open pool (usually a child’s wading pool) or spa outlet causes severe intestinal damage to a person. This hazard is present when the drain cover is missing, loose, cracked, or not properly secured.
Mechanical Entrapment: When jewelry, swimsuit, hair decorations, finger, toe or knuckle is caught in an opening of an outlet or drain cover. If the drain cover is missing, broken, loose, cracked, or not properly secured, this hazard exists.
NOTE: THE PLUMBING FOR SUCTION MUST BE INSTALLED IN ACCORDANCE WITH THE LATEST LOCAL AND NATIONAL CODES.
WARNING
IN ORDER TO REDUCE INJURY RISKS FROM SUCTION ENTRAPMENT HAZARDS:

Each drain must be equipped with an ANSI/ASME A112.19.8 approved anti-entrapment suction cover.
Each suction cover should be installed minimum three (3′) feet apart measuring between the dosest points.

Check all covers for cracks, damage, and advanced weathering regularly.
Replace a cover if it becomes loose, cracked, damaged, broken, or missing.

Replace drain covers as necessary. Drain covers deteriorate over time due to exposure to sunlight and weather.
Avoid getting close to any suction cover, pool drain, or outlet with your hair, limbs, or body.

Suction outlets can be disabled or reset into return inlets

WARNING pump in the plumbing system’s suction side. The high level of suction can pose a threat to those in close proximity to the suction openings. This high vacuum can cause serious injuries or cause people to become trapped and drown. Swimming pool suction plumbing must be installed according to the latest national and local codes,
WARNING A clearly identified emergency shut-off switch for the pump should be located in a highly visible location. Ensure that all users know where it is located and how to use it in case of an emergency.
The Virginia Graeme Baker (VGB) Pool and Spa Safety Act establishes new requirements for commercial swimming pool and spa owners and operators,
On or after December 19, 2008, commercial pools and spas must use:
A multiple main drain system without isolation capability with suction outlet covers complying with ASME/ANSI A112.19.8a Suction Fittings for Swimming Pools, Wading Pools, Spas, and Hot Tubs and either.
(1) Safety vacuum release systems (SVRS) that meet ASME/ANSI A112.19.17 Manufactured Safety Vacuum Release systems (SVRS) for Residential and Commercial Swimming Pools, Spas, Hot Tubs, and Wading Pool Suction Systems, or ASTM F2387 Standard Specification for Manufactured Safety Vacuum Release Systems (SVRS) for Swimming Pools, Spas and Hot Tubs
(2) Suction-limiting vents that have been properly designed and tested
(3) System for shutting off pumps automatically
Pools and spas constructed before December 19, 2008, with a single submerged suction outlet, must use a suction outlet cover that meets ASME/ANSI A112.19.8a or either:
(A) A SVRS compatible to ASME/ANSI A112.19.17 and/or ASTM F2387, or
(B) Suction-limiting vents that have been properly designed and tested or
(C) System for shutting off pumps automatically, or
(D) Submerged outlets can be disabled or
(E) Reconfiguration of suction outlets into return inlets is required.
CAUTION Installing electrical controls at the equipment pad (ON/OFF switches, timers, and automation load centers)
Ensure that all electrical controls are installed at the equipment pad, including switches, timers, and control systems. To prevent the user from putting his/her body over or near a pump strainer lid, filter lid, or valve closure when starting, shutting down, or servicing a pump or filter.
During system start-up, shutdown, or servicing of the filter, the user should be able to stand far enough away from the filter and pump.
DANGER
When starting up, keep the filter and pump away from your body.
When parts of a circulating system are serviced (i.e, locking rings, pumps, filters, valves, etc.) air can enter and pressurize the system. It is possible for the pump housing cover, filter lid, and valves to violently separate when subjected to pressurized air. You must secure the strainer cover and filter tank lid to prevent violent separation.
When turning on or starting up the pump, keep all circulation equipment clear of you. You should note the filter pressure before servicing the equipment, Make sure that the pump controls are set so that it cannot start inadvertently during service.
IMPORTANT: Ensure that the filter manual air relief valve is in the open position and wait for all pressure in the system to be released. Open the manual air relief valve fully and put all system valves in the “open” position before starting the system. Make sure you stand clear of any equipment when starting the system.
IMPORTANT: If the filter pressure gauge is higher than the pre-service condition, don’t close the manual air relief valve until all pressure has been released from the valve and a steady stream of water appears
Information about Installation:

There is a requirement that all work be performed by a qualified service professional and in accordance with all national, state, and local regula-tions.
Ensure that electrical components are properly drained in the compart-ment.

There are several models of pump included in these instructions, so some may not apply to a specific model. All models are geared toward swimming pool use. If the pump is properly sized for the specific applica-tion and properly installed, it will function correctly.

WARNING
The improper size, installation, or use of pumps in applications for which they were not designed can result in serious personal injury or death. There are a number of risks involved, including electric shocks, fires, flooding, suction entrapment, severe injury to others or property damage as a result of structural failures in pumps or other system components.
Pumps and replacement motors that are single speed and one (1) Total HP or greater cannot be sold, offered for sale, or installed in a residential pool for filtration use in California, Title 20 CCR sections 1601-1609.

OVERVIEW

Pump Features:

Energy Star 3.1, DOE, CEC, UL, CUL Certified

Larger strainer basket with transparent pot lid for easy inspection.
Handle for easy camying.

Super quiet operation as low as 42 decibels.
ANSI standard fittings (1.5 OR 2°)

Quick & easy operation for In ground Self-priming pumps (SFP220-V’S
SWP390-VS) & above ground swimming pool pump (SHP130-VS & SHP130-VSC )

Programable operation schedule to save energy consumption up to 80%.
NSF 50 Priming test for SFP220-VS, SWP390-VS.

Drive Features:

User-friendly interface

Enclosures that are UV and rain-proof
Time schedule onboard

Priming & Quick Clean mode can be Programmed
Display and retention of pump alarms

Power input: 115/208-230V, 50 & 60Hz
Power limiting protection circuit
A 24-hour service is available. In case of power outages, the clock will be retained
Lockout mode for the keypad

Drive Overview:
The pump is equipped with a variable speed, high efficiency motor that provides fiexibility in terms of motor speed. There are settings for duration and intensity. Pumps are designed to run continuously maintaining a sanitary environment at the lowest possible speed, minimizing the consumption of energy while protecting the environment.
DANGER
Pump is rated for 115/208-230 Volts nominal, Only for other applications may cause damage, personal injury or damage to equipment.
The integrated electronics interface controls the speed and the duration of the run. The pumps can operate at speeds ranging from 450 to 3450 revolutions per minute (RPM). The pump is designed to operate within the voltage range of 115/280-230 volts at either 50 or 60Hz input frequency.
Itis usually best to set the pump following our factory setting in order to minimize energy consumption; the fastest speed for the longest duration leads to more consumption of energy. However, the optimal settings can be influenced by a number of factors, such as the size of the pool, environ- mental conditions and the number of water features. Pumps can be programmed according to adapt to your specific needs.

INSTALLATION DIAGRAM

INSTALLATION

Installation Advice:
It is essential to only use a qualified professional to ensure a safe and successful installation. Failure to follow this instruction correctly could result in serious injury or property damage.
LOCATION:
NOTE: It is important to note that when installing this pump, it should not be placed within an outer enclosure or underneath the skirt of a hot tub or spa, unless it is marked accordingly.
Note: it is essential to ensure that the pump is mechanically secured to the equipment pad for proper functioning.
Make sure the pump can match the below requirements:

It is important to install the pump as close to the pool or spa as possible. This will reduce friction loss and improve the overall efficiency of the pump. To further reduce friction loss and improve efficiency, it is recom mended to use short, direct suction and return piping.
It is important to ensure that there is a minimum of 5′ (1.5 m) between the inside wall of the pool and spa and any other structures, For any Canadian installations, a minimum of 9.8′ (3 m) from the inside wall of the pool must be maintained.
It is important to install the pump at least 3′ (0.9 m) away from the heater outlet.
It is important to remember to not install the self-priming pump more than 8′ (2.6 m) above the water level.
it is important to choose a well-ventilated location that is protected from excess moisture.
Please keep at least 3″ from the rear of motor and 6″ from the top of control pad for easy maintenance and repair,
CAUTION – To reduce the risk of electric shock the pool must be installed no closer than 6 feet (1.8 m) from any electrical outlet. Do not place portable appliances closer than 5 feet (1.5 m) from the pool.

PIPING:

The Piping diameter on the intake of the pump should be the same or larger than the one of the discharge.
The shorter of plumbing on the suction side is better.

A valve on both suction and discharge lines is recommended for easy maintenance and repair.
Any valve, elbow installed in the suction line should be at least five (5) times of suction line diameter from the discharge port, For example, a 2″ pipe requires a 10 straight line before the suction port of the pump, as below drawing

Fittings and Valves:

90° elbows directly into pump intake & discharge are NOT allowed.
Installing gate valves on suction and discharge pipes is an important part of any flooded suction system, as it allows for maintenance and other activities to be carried out more easily. However, the suction gate valve should not be placed any closer than five times the diameter of the suction pipe.

Using a check valve in the discharge line is highly recommended for any application of this pump where there is significant plumbing height after the pump.
It is important to install check valves when plumbing in parallel with another pump to ensure proper functioning. Check valves help to prevent reverse rotation of the impeller and motor.

Electrical Installation:
DANGER
READ THIS INSTRUCTION BEFORE OPERATION RISK OF ELECTRICAL SHOCK OR ELECTROCUTION,
It is essential that the pump MUST be installed by a qualified and licensed electrician, or a certified service professional, in accordance with the National Electrical Code and all applicable local codes and ordinances. When the pump is not properly installed, it can create an electrical hazard, which can potentially lead to death or serious injury, due to electric shock or electrocution.
It is essential to always disconnect power to the pump at the circuit breaker before servicing the pump. Failing to do so can have catastrophic conse-quences for those involved: Electric shock and property damage are the least of the dangers; Death or serious injury to service people, pool users, or even bystanders can occur.
The pump can automatically accept a single phase, 115/208-230V, 50 or 60 Hz input power and No wiring change is required. The power connec-tions (below picture) are capable of handling up to 10 AWG solid or strand-ed wire.
WIRING POSITION

Use a Phillips screwdriver to loosen the 4 screws and open the cover, Please open it slowly to prevent damage to the wiring at the connection between the control panel and the circuit board.
Find the reserved wiring terminals on the circuit board.

WIRING OPERATION

Wiring Position: We recommend 12AWG Wire gauge and a regular 20A GFCI. If the 115V input trips, replace with a regular GFCI with 15A or more.
For 115V/60HZ input:
Terminal (Live Wire), Terminal (Neutral Wire), Terminal (Ground Wire). This applies to SHP130-VS & SHP130-VSC & SFP220-VS.

For 208-230V/60HZ input:
Terminal (Live Wire 1), Terminal Live Wire 2), Terminal(Ground Wire). This applies to SFP220-VS & SWP390-VS

For 208-230V/50HZ input:
Terminal (Live Wire), Terminal (Neutral Wire) Terminal (Ground
Wire). This applies to SFP220-VS & SWP390-VS.

WARNING
STORED CHARGE
– Wait at least 5 minutes before servicing

All electrical breakers and switches MUST be turned off before wiring the motor,

Input power MUST match the requirements on the data plate.
Regarding wiring sizes and general requirements, it is important to follow the specifications as defined by the current National Electric Code and any local codes. When unsure of what size wire to use, it is always best to use a heavier gauge (larger diameter) wire for safety and reliability.
All electrical connections MUST be clean and tight.

Trim the wiring to the correct size and ensure that the wires do not overlap or touch when they are connected to the terminals.
It is important to reinstall the drive lid after any electrical installation or whenever leaving the pump unsupervised during servicing. This is to ensure that rainwater, dust, or other foreign particles are not able to accumulate in the drive,
Note: Make sure that wires are not pinched between the drive body and lid when installing the drive.
CAUTION The power wiring cannot be buried in the ground
WARNING- Do not bury cord. Locate cord to minimize abuse from lawn mowers, hedge trimmers, and other equipment.

WARNING-To reduce the risk of electric shock, replace damaged cord immediately.
WARNING-Beware of accidental leakage, do not place the water pump in the open environment.
WARNING- To reduce the risk of electric shock, do not use extension c to connect unit to electric supply: provide a properly located outlet.

WARNING-Risk of Electric Shock. For Above Ground Pool pumps, Connect only to a grounding type receptacle. This product is provided with a ground-fault circuit-interrupter. If replacement of the plug or cord is needed, use only identical replacement parts.

Grounding:

It is important to ensure that the motor is properly grounded using the Grounding Terminal as shown in bellow Figure inside the drive wiring compartment. When installing the ground wire, be sure to follow the requirements of the National Electrical Code and any local codes for wire size and type. Additionally, ensure the ground wire is connected to an electrical service ground for the best results.

WARNING WARNING electric shock hazard,
This pump must be connected to a power supply with leakage protection (GFCI), GFCI systems should be supplied and inspected by the installer.

Bonding:

Using the Bonding Lug located on the side of the motor (Below Figure), bond the motor to all metal parts of the pool structure, electrical equipment, metal conduit, and metal piping within 5′ (1,5 m) of the inside walls of the swimming pool, spa, or hot tub. This bonding should be done in accordance with the current National Electrical Code and any local codes.

For American installations, an 8 AWG or larger solid copper bonding conductor is required. For Canada installation, a 6 AWG or a larger sollid copper bonding conductor is required.

Link RS485 Signal Cable & First Start

RS485 Signal Cable Connection:

Please connect the signal cables as below wiring diagram.
At another end of the signal cable, please connect it to the communica tion port of the pump and lock up the watertight nut to avoid humidity, Please look at the below diagram.Connecting RS-485 cables with Jandy Automation System:Our pump can be controlled by Hayward automation system via RS485 signal cable-3 wires (Sold separately). We need to change Baud Rate by pressing Tab & 2 together. Then, our pump can recog-nize Hayward’s Language. The wiring will be as belows:
After successfully connected, the monitor of pump will show ECON and the Communication indicator will be lighted up. Then, the pump gives the control right to Specific Automation System.

Our variable speed pool pumps are compatible with Pentair’s PL4/PLS4 control system, Jandy & Hayward Automation system via a dedicated RS485 signal cable. (The RS485 Signal Cable sold separately, not included in package)

First Start

Before starting the pump, make sure the pump basket and pipes are completelyfilled with water, and that the water level in the basket is high.
Place the wet end lid in position and tum it counterclockwise until the lid’s ears are 90 degrees from the pump.
Check the pipe joints for leaks, then start the variable speed pool pump.

DISCLAIMER
LX pumps are compatible with the Automation DISCLAIMER system of Pentair, Jandy & Hayward products.
Pentair, Jandy & Hayward are registered trademarks of Pentair, Jandy & Hayward. This product is not affiliated with, manufactured, authorized, or endorsed by Pentair, Jandy & Hayward.

KAYPED OVERVIEW

Key symbol	Name	Function Description
	Run/Stop	Control the start-up and shutdown of the pump.
1	Speed gear key	(Din automatic mode, you can check the speed gear. (Lln manual mode, the speed gear can be selected. C⁾ Press and hold the button for 3 seconds to enter the setting state, press set speed and running time (running time can only be set in automatic mode
2
3
	Quick clean button	(c.In automatic mode.you can check the Quick-dean speed and self-priming time. (Press and hold the button for 3 seconds to enter the setting ^state. press set self-priming time (self-priming time can only be set in automatic mode [NOTE 1). Q)In manual mode, the quick cleaning gear can be selected.
	Tab	aPress tab to show speed, flow rate & wattage when pump wrung. (Dln the setting state, you can select speed, time (hour, minute) in turn. aPress and hold the button for 3 seconds to enter the system time Setting.(Set the system time match yew local time)
	Increase	Speed increaser time increase.
	Decrease	Speed decrease/ time decrease.
	Key combination	In the off state, press the button at the same time and press for 3 seconds to restore the factory settings.
	Key combination	In the off state, press and hold the buttons for 3 seconds at the sane time, the LCD screen MI switch between manual mode and automatic mode. and the caresoondrig can will be displayed.
	Key combination	The controller displays the home page, and press thekey for 3 seconds at the same tme to lack/unlock the keyboard.
		The controller displays the home page, press Petbutton for 3 seconds at no sane time to tum on/al the button sauna.
		Change Baud Rate between Ponta.. & Jandy. and Hayward. NOTE Pentair 8 Jandy are usi^–g the same Baud Rate, but Hayward uses different one.

LCD Screen
NOTE1:
Every time when the pump is started, it will run at a speed of 3450r/min for 10 minutes (the factory default is 3450r/min, 10min), and the home page of the screen will display a countdown. After the countdown ends, it will run according to the predetermined plan when in auto mode or perform manual operation; When the pump is running, Press button for 3 seconds, speed number(3450) will blink, Then press bution and the priming time wil blink, Then use /) button to set priming time.
NOTE 2:
In the setting state, if there is no button operation for 6 seconds, it wil exit the setting state and save the settings.
WARNING
If power is on, it is important to be aware that pressing any of the buttons referred to in this section could result in the motor starting. This could lead to potential danger in the form of personal injury or damage to equipment if the risk is not taken into account.

OPERATION

Programming an Operation Schedule:

Connect the power, and then the Power LED light turs on.
The Default setting is in Auto Mode and those Four speeds are running after you press trun on the pump as below schedule.

Speed	Range of rotation	Factory default	Run time (factory setting)
1	300-3450rpm	3000rpm	AM 08:00-AM 10:00
2	300-3450rpm	1400rpm	AM 10:00-PM 20:00
3	300-3450rpm	2200rpm	PM 20:00- PM 22:00
	300-3450rpm	3450rpm

CAUTION
Set the System Time to Match Your Local Time: other wise the pump will not operate correctly in Auto mode.
press the Tab button for 3 seconds into time setting,the hour number will blink, Use / button to set hour, press tab again and move to minute setting. Use / button to set minute In automatic mode, if the time is not within schedule SPEED1~3.The pump will remain stationary state.

Set Speed and Running time in Auto Mode:

Press one of the speed buttons for 3 seconds, the speed number will blink. Then, use / button to increase or decrease the speed. Press thebuuon 10 switch to time setting. The running time at the lower left comer will blink. Use / button to modify Start time.
Press the use/ button to modify End time. The setting process is the same for Speed 1, 2, & 3. button then end time number will blink to be programmed.

Note 1: In Automatic Mode
In this mode, the pump will work according to our pre-set SPEED1~3 time.
Pump gear priority: If the time overlap, prioritize the execution of speed.
For example:
Speed 1: AM08:00~AM10:00
Speed 2: AM08:00~AM11:00
The pump will only execute speed 1, not speed 2.
Note 2: The operation schedule needs to be programmed from 0:00 to 24:00 and the schedule CAN’T cross midnight
For example, if you set the schedule from 20:00 to 6:00, the pump will stop at midnight and keep a stationary state
At any time during the day that is not within the programmed SPEED 1~3, the pump will stay in a stationary state:
Note 3: Use Speed Above 1000RPM
In order tobe compatible with the heater and maintenance of the pool water we recommend that the RPM be no less than 1000RPM to ensure the maintenance of the pool.
Set Self-priming Tim:
Self-priming in ground pool pump (Model:SFP220-VS & SWP390-VS). The factory defautt setting is run for 10 minutes at maximum speed (3450 RPM).
Non self-priming Above Ground Pool Pump (Model:SHP130VS & SHP130-VSC), The factory default setting is run for 1 minute at maximum speed (3450 RPM),
In the Auto ModeId button for 3 seconds, speed number/ blink; Then press button,the priming time will blink; Then use button to set priming time.

Note: In the self-priming function, only the time can be set; the speed (RPM) cannot be set. The factory setting is to run at the maximum speed (3450RPM) to ensure air is discharged from the pipe.
Switch from Auto Mode to Manual Mode:
The factory default setting is Maunal mode. First stop the pump (greenlight off), then long press + for 3 seconds, he system will switch from manual mode to auto mode. Theon the screen changes to and the setup is complete.
If you need to restore automatic mode, please follow the same steps

Set Speed in Manual Mode:
Hold one of the speed button for 3 seconds (1,2,3, quick clean), the speed number will blink.Then, use button to increase or decrease the speed. ff no operation for 5 seconds, the speed number will stop blink and confirm the settings

Note: In Manual Mode
This mode allows you to set a single speed at which the pump will run continuously until you decide to change the RPM or switch back to automatic mode. This mode is ideal for specific cleaning tasks or situations where aconstant speed is required

Reset factory default setting:
In power light on situation, hold + together for 3 seconds then factory default setting wil be recovered.

Lock / Unlock the keyboard:
In the home page, hold lock/unlock the keyboard. for 3 seconds at the same time to

Turn off/ turn on button sound:
In the controller displays the home page, press the button for 3 seconds at the same time, you can turn on/off the button sound.

Button cell replcement:
If power to the pump is unexpectedly cut off and later restored, the pump will automatically start its priming cycle. The controller is backed by a button cell (CR1220 3V) that lasts 2-3 years, maintaining basic functions during outages.the controller has a backup power by a button cell (CR1220 3V) which has 2~3 year life.

Use a Phillips screwdriver to loosen the 4 screws and open the cover. Please open it slowly to prevent damage to the wiring at the connection between the control panel and the circuit board.

Find Button Cell (CR1220 3V) on the circuit board, then replace it

Priming:
CAUTION
The pump is preset with priming mode for 10 minutes at 3450RMP when it starts each time.
ALARM: The pump should never run without water. Otherwise, the shaft
seal is damaged and the pump starts to leak, it is essential that the seal is replaced. To avoid this, it is important to maintain the proper water level in your pool, filling it to half way up the skimmer opening. If the water falls below this level, the pump could draw in air, leading to a loss of prime and the pump running dry and causes a damaged seal, which can cause a loss of pressure, leading to damage to the pump body, impeller and seal and result in both property damage and potential personal injury.
Check before the initial startup
– Check that the shaft turns freely.
Check whether the power supply voltage and frequency are consistent with the nameplate.
– Check for obstructions in the pipe.
– A system should be configured to prevent the pump from starting when there is no minimum water level.
– Check the rotation direction of the motor, it should be consistent with the indication on the fan cover. If the motor won’t start, try to find the problem in the table of most common faults and see possible solutions.
Start
Open all valves and power on the motor, check the circuit breaker current of the motor, and adjust the overheat protector appropriately.
Turn on the power, the POWER indicator light is on, and the inverter is in the stop state. The system time(set it match your local time) and icon are displayed on the LCD screen. Press the key, the water pump starts or stands by, and runs at a speed of 3450r/min for 10 minutes each time it starts (Note 1). At this time, the LCD screen displays the system time, icon, icon, SPEED 4, 3450RPM and countdown of priming time; after 10 minutes of running, work according to the preset automatic mode (the system time, icon, icon, rotating speed, start and stop running time, multi-stage speed number are displayed on the screen), and the multi-stage speed is executed sequentially in chronological order (there are multiple-stage speed settings in the same time period), the running priority is: 1 > 2 > 3), if there is no need for a multiple-stage speed, it is necessary to set the start and end time of the multiple-stage speed to be the same.
Priorities
Note: In the case of a pump that is installed below the water line of a pool, ensure that the retur and suction lines are closed before opening the strainer pot on the pump. Before operating, reopen valves.
ATTENTION
In order to protect the monitor, please keep closing the control panel cover if don’t use it.

WARNING
CONTAINS BUTTON BATTERY. If swallowed, a button battery can cause severe internal bumns and death 2hours. Keep new and used batteries away from children. If the battery compartment does not close securely, stop using the product and keep it away from children. If you think a battery might have been swallowed or placed inside any part of the body, call the National Battery Ingestion Hotline at 800-498-8666 immediately.””Ensure the battery compartme ntis securely closed after replacement.”

SMART LIFE APP OPERATION

Download Smart Life app from Android or Apple store.
Touch the top right corner- Add Device

Tum on your cell phone’s blue tooth, connect with local hotspot wif
Then, it will start searching for the device. The COMM light will flash for 5 minutes until the pump is found.Recommended that the pump connect within a WiFi range of 50 feet.

After searching for a while, you will find LX logo and add it Then, the system will ask you for the hotspot wifi’s name and password (Suggest to connect 2.4G NOT 5G signal ) Then, the pump is connected to your cell phone.

Select your pump
Then the app will recognize your pump automatically and the picture & model number of your current pump will be shown up in the app. The home page will be as below. You can switch Auto & Manual Mode at this page. When the speed number in the blue circle is in white, it means that speed is on duty and other speed buttons are in grey. < LX – Pool Pump-vdevo z

Note 1:If you want to create scenes supported by Smart Life, the pump has to be set under Manual mode. If the pump is under auto mode, it wil run its preset schedule and will NOT take any other outside program
Note 2: Only one key Holder for one pump. Ifthe key holder needs to be changed, please hold the Up & Down button together for 3 seconds. Then the previous key holder is removed from the system and COMM light will flash. Flow the instruction to add the new key holder.
Note 3: The key holder can share control right to other users.
The setting button is at the left corner. If it is pressed, it will be as below

Allows Manual/Auto Mode switching. If it turns on, the Manual/Auto Mode button will show up at right comer of home page. If it tums off, the pump only can be run under manual mode which is designed for taking orders from scenes created by Smart Life.
Unit of flow: LPM (Litre per minute) & GPM ( Gallon per minute) can be chose.
Self-Priming Time: the SelfPriming Time can be set from 0 to 10 minutes.

Priming Speed: The priming speed can be set between 1500 to 3450 RPM. 3450 RPM priming speed is highly recommended
Quick Clean time: the value can be set from 0 o 60 minutes.
Quick Clean Speed: The Quick Clean speed can be set between 1500 to 3450 RPM. 3450 RPM priming speed is highly recommended

Running Hours: itis an accumulated timer for counting how many hours the pump has been used
Restore Factory Setting: if this button is pressed, all setting will be back to defaul settings.
In the Auto mode, you can select Speed 1 or 2 or 3, then program schedule, set flow & Speed . Just touch Speed 1, or 2, or 3, then you will enter the below setting pager You can set Maximum flow, but in the real situation, you can’t reach the full flow because there are filters, elbows and others which will reduce the flow. The current flow rate will be shown at the status bar.

In the Manual Mode, just touch Speed 1, or 2, or 3, then you will enter the below setting pager. By moving the control bar, you can set flow & speed. You can set Maximum flow, but in the real stuation, you can’t reach the maximum flow because there are fiters, elbows & other which will reduce the flow. The curent flow rate will be shown at status bar.

Quick Clean: You can set the quick clean time and speed. At any time, you can press “quick clean” and the pump will star to work right away. After the job is done, the pump will resume back to the original schedule: How to set the Language :Please press ‘me”®and touch the top right comer button ©. Then there are 14 languages to be chose from.

Creating Scene by Using Smart Life

At Home page, touch “Scene” to create individual Scene powered by Smart Life appYou have “Automation” & “ Tap- to- Run” function. There are several scenes to be programmed and follow the instruction to set up your own scene.
In addition, you can combine several equipment together in Smart Life and use Tap-to-Run and control them together.

MAINTENANCE

Alarm:
It is important to be aware that if the pump fails to prime or has been operating without water in the strainer pot, it should not be opened. This is because the pump may contain a build up of vapor pressure and scalding hot water, which could result in serious personal injury if opened. To ensure safety and avoid potential personal injury, all suction and discharge valves must be opened carefully, Additionally, you should verify that the strainer. pot temperature is cool to the touch before proceeding to open the valves with extreme caution.
Attention:
To ensure that the pump and system remain in optimal working condition, it is important to clean the pump strainer and skimmer baskets regularly.
Alarm:
Before servicing the pump, turn off the circuit breaker. Electric shock could kill or seriously injure service workers, users, or others if this is not done. Before servicing the pump, read all servicing instructions.
Cleaning The Pump Strainer & Skimmer Basket:
It is highly recommended to check the Strainer Basket as frequently as. possible to clean up the trash. The safety instruction is as follows:

Press Stop/Start to stop the pump.
Turn off power to the pump at the circuit breaker.
In order to relieve all pressure from the filtration system, the filter air relief valve must be activated.

To remove the strainer pot lid, twist it in a counterclockwise direction.
Take the strainer basket out from the strainer pot.
Clean up the trash from Basket,
Note: If there is any cracks or damage on the basket, replace it with a new one.

Carefully lower the basket into the strainer pot, making sure that the notch in the bottom of the basket is aligned with the rib on the bottom of the pot.
The strainer pot should be filled with water up to the inlet port,
The lid, O-ring and sealing surface should be Cleaned carefully.
Note: Keeping the lid O-ring clean and well lubricated is essential to maintain the life and performance of the pump.
Install the lid onto the strainer pot and turn the lid clockwise in order to lock it securely into place.
Note: In order to properly lock the lid, the handles need to be nearly perpendicular to the pump body.
Turn on power to the pump at the circuit breaker.
Open the filter air relief valve
Keep away from the filter and turn on the pump.
To bleed air from the filter air relief valve, open the valve and let the air escape until a steady stream of water appears

DANGER Filter, Valves, and so on) are running under high pressure, Pressurized air can be a potential hazard because it can cause the lid to be exploded off, potentially resulting in serious injury, death, or property damage. In order to avoid this potential hazard, please follow above safety instructions.
Winterizing:
It is important to note that freeze damage is not covered under warranty. If freezing temperatures are predicted, there are steps you can take to reduce the risk of freeze damage.

Press Stop/Start to stop the pump.
Turn off power to the pump at the circuit breaker.
In order to relieve all pressure from the filtration system, the filter air relief valve must be activated.
Carefully unscrew two drain plugs from the bottom of the strainer pot, and allow the water to drain completely. Place the drain plugs in the strainer basket for storage.
It is important to cover your motor when exposed to extreme weather conditions, such as heavy rain, snow and ice.
Note: Wrapping the motor with plastic or any other airtight material is prohibited, When the motor is in use, or when it is expected to be in use,
MUST NOT cover the motor,
Note: In mild climate areas, it is recommended to run the equipment all. night when freezing temperatures are forecast or have already occurred.

Pump Care:
Avoid Over-heating

Shield from sun & heat
Well ventilated environment to avoid over-heating

Avoid Messy Working Conditions

Keep working conditions as clean as possible.
Keep chemicals away from motor.
Dust should not be stirred up or swept near the motor during operation.
Dirt damage to the motor may void the warranty.
It is important to clean the lid, the O-ring, and the sealing surface of the strainer pot.

Keep Away From Moisture

Splashing or sprayed water should be avoided.
Flood protection from extreme weather,
Ensure that the pump is protected from extreme weather conditions such as flooding.
Let the motor internals dry before operating if they have become wet.
Flooded pumps should not be operated.
Water damage to a motor may void the warranty.

Restart The Pump
Priming the pump

Turn off power to the pump at the circuit breaker.
In order to relieve all pressure from the filtration system, the filter air relief valve must be activated.
To remove the strainer pot lid, twist it in a counter-clockwise direction.
The strainer pot should be filled with water up to the inlet port.
Install the lid onto the strainer pot and turn the lid clockwise in order to lock it securely into place.
Note: In order to properly lock the lid, the handles need to be nearly perpendicular to the pump body.
Turn on power to the pump at the circuit breaker.
Open the filter air relief valve.
Keep away from the filter and turn on the pump.
To bleed air from the filter air relief valve, open the valve and let the air escape until a steady stream of water appears.
When the priming cycle is complete, the pump will begin normal operation.

TROUBLESHOOTING

No.	Error Codes	Fault description	Possible failure cause	Countermeasures
1	E001	IPM (Intelligent Power Module) failure	1. Power electronic components are damaged; 1 2. Interference causes Mis- operation; 3. Poor ground connection	· Check whether there is strop ig interference around; · Check the ground wire; · Contact the supplier;
2	E002	Output current exceeds the limit	1.Sudden change or abnormality of load;	· Check the load or reduce the load sudden change
3	E006	Input voltage is too high	1.Abnormal input voltage; 2.Load disconnection.	· Check the input power . · Check if the load isdisconnected
4	E009	Input voltage is too low	1. Input voltage is low	· Check input power
5	E011	Motor overload	1. The voltage of the power is too low. 2. The motor stalls or the load changes suddenly.	· Check the voltage. · Check the load.
6	E013	Output phase loss	1. Output wiring UN/VV phase loss; 2. The three-phase load is seriously unbalanced.	· Check output wiring. · Check the motor and cables.
7	E014	Controller Overheat	1. The ambient temperature is too high. 2. The control board is abnormal.	· Decrease the ambient temperature. · Contact suppliers and seek services.
8	E018	Faulty current sampling circuit	1. The current detection- element is abnormal. 2. Abnormal amplifier circuit.	· Contact suppliers and seek seices. · Contact suppliers and seek services.
9	E021	Display board EEPROM failure	1. Bad connection between the display board and the main drive board. 2. EEPROM damage.	· Replace the connecting cable between the display board and the main drive board. · Contact suppliers and seek services.
10	E040	Static blockage failure	1. Motor mechanical lock-up.	· Check the load.
11	E048	PFC(Power Factor Correction) over current	1.The voltage is too low; 2. PFC circuit failure	· Check the voltage · Contact suppliers and seek services
12	E095	Communication Fault	1.Display circuit board is bad connection with the main circuit board.	· Check the wiring and connectors · Contact suppliers and seek services
13	E030	Dry Run Alarm	1.Possible running dry; 2.Misinform when stop self-priming.	· Check whether the water is enough in the pump. · Contact supplier for help.
14	LOF	Dry Run Alarm	1.Flow rate is lower than 18GPM or 70 LPM	· Check inlet & outlet valve. Check flow setting. · Contact supplier for help.

[E002 will automatically recover, and other fault codes will appear, the controller will stop, and it needs to be powered off and on again to restart the controller.

SYMPTOM	CAUSE	SOLUTION
Pump does not run	No power to work	· Make sure wiring correct & securely connected. · Check if the connectors between the controller and the wiring board are loose. Unplug and reconnect them. · Check the GFCI operating properly. · Check the fan of motor or impeller whether is broken.
Pump does not run	Not setting system time	· Set system time match your local time. .Check the pump run on scheduled time.
Pump keeps tripping	Unstable current	· Make sure the wire over 12AWG. · Ensure independent GFCI 15A or above. · If wiring at 115V trips, rewire it at 230V.
Pump not self-priming normally	Blockage or leakage	· Clean the skimmer and pump strainer basket. · Make sure all valves in the system are open. · Make sure the lid o-ring is clean and properly seated & the lid’s ears are 90 degrees to the pump body. ‘Tighten all pipes and fittings/unions on the suction side of the pump.
Pump not self-priming normally	Low water pressure	· Fill the pump with water before starting. Do not run pump dry. Refer to (page 9) priming instructions.
Pump makes nosie	Air leaks causing the pipe bubbles in	· Make sure the lid o-ring is clean and properly seated. Use a plastic hammer to help close the pump lid unitl the lid’s ears are 90 degrees to the pump body. ‘Tighten all pipes and fittings/unions on the suction side of the pump.
	Defective motor parts	· Open the rear cover of the motor to check if the fan of the pump is damaged. “The motor bearing is stuck or damaged. Take pictures and ask support.
	Debris in rear motor	· Check and dean the back of motor is free of debirs or dirt.
	Unstable voltage	“The pump makes a screeching sound when running at high speed. Open the controller to check if the connection is loose and reconnect the plug. · Replace the entire controller.

TECHNICAL DATA

Model	Voltage (V)	Frequency (Hz)	Power (THP)	Current (A)	WE F	Hmax (m)	Qmax (gal/min)	Speed (r/min)	G.W (Kg)
SHP130-VS	115	50/60	13	12	11.3	56	87.17	300-3450	13.8
SHP130-VSC	115	50/60	13	12	11.3	56	87.17	300-3450	13.8
SFP220-VS	1151208-230	50/60	2.2	13.8/8.5-7.4	8.8	75	134.72	300-3450	20
SWP390-VS	230	50/60	3.9	13	7.3	86	171.71	300-3450	25.8

SHP130-VS/SHP130-VSC

NO.	Name	NO.	Name	NO.	Name
1	drainage plug	11	Washer	22	Motor
2	0-Ring	12	Pump Cover	23	i-requentyyt tranclegnr
3	Basket bucket	13	_alary_no	24	Motor protective shell(Lett)
4	Filter	14	Impeller nut	24	Motor protective shell(Lett)
5	0-Ring	15	0-Ring	₂₅	Motor protective shell(Right)
6	Transparent cover	16	spring washer	₂₅	Motor protective shell(Right)
7	f_transparent cover otor cover	17	Flat key	26	WOWS
7	f_transparent cover otor cover	18	Impeller	27	Washer
8	Snap ring	19	Mechanical seal	28	Hexagon bolt
9	0-Ring	20	0-Ring	29	Pump Casing
10	Hexagon bolt	21	Pump Casing	30	screws

SFP220-VS

NO.	Name	NO.	Name	NO.	Name
1	Tie-in Nut	11	Guide vale assernuy	22	Motor
2	Tie	12	Activities rings	23	Controller
3	0-Ring	13	Impeller Nut	24	Washer
4	Pump casing	14	0-Ring	25	Hexagon bolt
5	Filter	15	Spring Washer	26	Plastic strips
6	0-Ring	16	Flat key	27	Base
7	Transparent cover	17	Impeller	₂₈	Hexagon head bolt in and pla washer
8	_traG_nla_spand cover 0 reccntecover	18	Mechanical seal	₂₈	Hexagon head bolt in and pla washer
8	_traG_nla_spand cover 0 reccntecover	19	Pump cover	29	0-Ring
9	0-Ring	20	washer	30	Plug
10	0-Ring	21	Hexagon bolt

SWP390-VS

NO.	Name	NO.	Name	NO.	Name
1	Tie-in Nut	13	0-Ring	26	Motor
2	Tie	14	Guide vane assemby	27	Controller
3	0-Ring	15	Impeller Nut	28	Washer
4	Transition union	16	Spring Washer	29	Hexagon screw
5	0-Ring	17	0-Ring	30	Plastic strips
6	Acom nut	18	Flat key	31	Base
7	Pump Casing	19	Activities Rings	32	Hexagon screw
8	Filter	20	Impeller	33	Washer
9	0-Ring	21	Mechanical Seal	34	Hexagon Nut
10	Transparent cover	22	Pump cover	35	0-Ring
I ⁴¹	Gland cover of transparent cover	23	Washer	36	Drainage Plug
I ⁴¹	Gland cover of transparent cover	24	Hexagon screw
12	Gasket	25	Hexagon screw

PERFORMANCE CURVE AND INSTALLATION SIZE

Documents / Resources

LX SHP130-VS Series Energy Star Variable Speed Pump [pdf] Instruction Manual
LX-VS, SHP130-VS, SFP220-VS, SHP130-VSC, SWP390-VS, SHP130-VS Series Energy Star Variable Speed Pump, SHP130-VS Series, Energy Star Variable Speed Pump, Star Variable Speed Pump, Variable Speed Pump, Speed Pump

References

User Manual

IMPORTANT WARNING AND SAFETY INSTRUCTIONS