"AMERICAS #1 PUMP SUPPLIER"

The Superfalls pumps are your best choice for a centrifugal pump for your pond. Consider the following: Lower noise levels, lower initial cost, lower energy consumption, 2" inlets and outlets give higher flow rates, and greater energy cost savings... all point to Superfalls as the pump of choice for your next pump! See how much money Superfalls pumps can save you!

SUPERFALLS LOW HEAD CENTRIFUGAL PUMPS: KOI JOY has energy efficient centrifugal pumps available in our exclusive 115 -183 gpm series of Super-Energy-Efficient (low head) pumps. These pumps are extremely energy efficient, with GPA (gallons/amp) efficiency ratings of 20-45. This means that when you select one of our Superfalls pumps for your pond, aquaculture system, lap pool, or any other water recirculating system, you will get the maximum flow possible at the lowest operating cost possible! Our KJ11000LHC model draws less current and pumps more water than almost any other pond pump available. And best of all, this model is flow adjustable with the 2 inch flow control valve that comes with the pump! This pump is truly a one pump fits all ponds! Low head pumps such as these are perfect for use from 0-14 ft head and flow can be reduced to make any waterfall look and sound perfect!

Now available, our SF5000LH-SH and our SF7000LH-SH Models of SuperFalls pumps. The SH designation denote a shorter, very reliable, PSC type motor, operating with less power and fitting into a smaller space (more than 2 inches shorter) than the standard model of pump using a standard 48 frame split phase motor. For a discussion on motor types, advantages, etc. Check out our motor discussion below.

Choose the KJ11000LHC model for all sizes of ponds. For smaller ponds, reduce the flow as needed with the 2" flow control valve provided at no charge. This model of pump has a shut off head (elevation of no flow) of 18 feet. Use the KJ11000LHC with total head pressures up to 14 ft or less.

MODEL	HP	AMPS 115v Approx watts	Head Height 1'/3'/5'	GPA	COST
1200LH	1/16 hp	0.9 amps/104 watts	20 / 17 / 15 gpm, (23 ft shut-off head)	22 GPA	$199.99
3000LHC Iron Might	1/8 hp	1.3 amps/150 watts 115 volts with cord and plug.	To 50 gpm (15 ft shut-off head) 1 year warranty!	35 GPA	$339.99
New! KJ5000LHC-SH	1/8 hp	2.7 amps/300 watts Shorter Motor for tight spaces! Same Flow! More than 2" Shorter than LG model	85 / 65/ 50 gpm (14.2 ft shut-off head) 115/230 Volts 1 year warranty!	37 GPA	$469.99
KJ7000LHC-LG	1/4 hp	3.1 amps/360 watts	115 / 100/ 90 gpm (14.2 ft shut-off head) 115/230 Volts 1 year warranty!	37 GPA	$479.99*
New! KJ7000LHC-SH	1/8 hp	3.1 amps/360 watts Shorter Motor for tight spaces! Same Flow! More than 2" Shorter than LG model	115 / 100/ 90 gpm (14.2 ft shut-off head) 115/230 Volts 1 year warranty!	37 GPA	$479.99
KJ9000LHC	1/4 hp	3.4 amps/395 watts	150 gpm max flow (18.5 ft shut-off head) 115/230 Volts. 1 year warranty!	43 GPA	$489.99*
*Best Seller!* *Free Ball valve!* KJ11000LHC	1/4 hp	3.6 amps/415 watts	183 gpm max flow (18.5 ft shut-off head) 115/230 Volts. 1 year warranty!	45 GPA	$499.99*
10-AOS18C 10-AOS25C	1/8 hp with capacitor 1/4 hp with capacitor	Coming Soon! Replacement low head motor, 1/8 HP, with capacitor (includes 6 ft. cord) 1 year warranty! Replacement low head motor, 1/4 HP, with capacitor (includes 6 ft cord) More efficient and 1 year warranty!			$269.99 $299.99
10-LFT006	6 " DIAM		LEAF TRAP for LH or MH pumps, and Iron Might pumps. Giant Leaf Traps available in 3'' and 4'' inlet. for more details click here.	NA	$79.99
10-LFT6TM 10-LFT6IM	6 " DIAM	LEAF TRAP for Tiny Might and Iron Might pumps, same as above, except supplied with required fittings to adapt 1 1/2" inlet and outlet to 1"on Tiny Might.		NA	$89.99
10-BP1060	8 1/2" X 15.5"	PLASTIC MOUNTING PLATE 1", SINGLE PUMP		NA	$34.99

Motor Types We Use

Split Phase Motors - Very reliable motors for pond and pool pumps. Use a switch device to offer high torque for starting power, which then shifts to lower torque (and power consumption) for continuous running.

A split-phase motor uses a switching mechanism that disconnects the start winding from the main winding when the motor comes up to about 75% of rated speed. In most cases, it is a centrifugal switch on the motor shaft.

The split-phase motor's simple design makes it typically less expensive than other single-phase motor types made for industrial use. However, it also limits performance. Starting torques are low, typically 100% to 175% of rated load. Also, the motor develops high starting currents, approximately 700 to 1,000% of rated. Consequently, prolonged starting times cause the start winding to overheat and fail; so don't use this motor if you need high starting torques.

Permanent Start Capacitor (PSC)- Very reliable motors for pond and pool pumps. Uses lower torque for start and running, lower energy consumption, because it doesn't require or use switching, eliminates that possible failure mode. A psc type motor is by nature, more sensitive to voltage fluctuations, and performance is more likely to be affected when voltage drops more than a few percent.

PSC motors have several advantages. They need no starting mechanism and so can be reversed easily. Designs can be easily altered for use with speed controllers. They can also be designed for optimum efficiency and high power factor at rated load. And they're considered to be the most reliable of the single phase motors, mostly because no starting switch is needed.

Motor Sizes

48 Frame - A common size of motor used for pump for ponds, pools, irrigation systems, etc. Refers to the diameter of the motor, with 48 frame being smaller than 56 frame.

56 Frame - A common size of motor used for pump for ponds, pools, irrigation systems, etc. Refers to the diameter of the motor, with 48 frame being smaller than 56 frame. Increase size usually results in greatly increased cost, with little bearing on reliability. Increase frame size of course also means a much larger sized pump and auxiliary equipment.

Motor Speed (rpm)

3450 rpm (2800 in Europe)- Pump discharge pressure and flow is directly related to motor speed. Pressure can be measured in psig, or in feet of water head (pressure). Each psig would be equal to 2.2 feet of head (static water pressure), or 10 psig of water pressure could also be denoted as 22 foot of water pressure. The pressure which is created by pumps operating at 3450 rpm in the US (60 hz power in the US) or 2800 rpm in Europe (50 hz power in Europe) is usually referred to as medium head pressure, and hence the pump is identified as a medium head pump (creating medium pressure). Increased rpm and pressure comes at an electrical cost by requiring use of high horse power motors and resultant increased heat. This may result in higher failure rates. Due to decreased rpm for pumps in Europe, pump pressures and flow will be less.

1720 rpm (1400 in Europe)- Pump discharge pressure and flow rates are directly related to motor speed. Pressure can be measured in psig, or in feet of water head (pressure). Each psig would be equal to 2.2 feet of head (static water pressure), or 10 psig of water pressure could also be denoted as 22 foot of water pressure. The pressure which is created by pumps operating at 1720 rpm in the US (60 hz power in the US) or 1400 rpm in Europe (50 hz power in Europe) are usually referred to as low head, and hence the pump is identified as a low head pump (creating low discharge pressure). Due to decreased rpm for pumps in Europe, pump pressures and flow will be less.

Low rpm or speed motors usually use fractional horse power motors, which consume much less electricity (amps and watts), and less heat. They are therefore usually thought of as being much more reliable.

10-IMPELLOR	Replacement Impellor - tell us pump model, ( ie.7000, 9000, 11000)	$55.99
10-SLIPRING911	Replacement slip ring for KJ9000LHC thru KJ11000LHC	$8.99
10-SLIPRING58	Replacement slip ring for KJ5000LHC thru KJ8000LHC	$8.99
10-SLIPRING34	Replacement slip ring for KJ3000LHC and KJ4000LHC	$8.99
10-FACEPLATE	Replacement face plate (tell us for which pump model)	$69.99
10-VOLUTE	Replacement pump body (without front face, impeller, includes seals)	$119.99
10-SEALKIT	Replacement seal kit for all Superfalls Centrifugal Pumps	$16.99
10-UNI200-1	2” Full union (1/2 union plus tailpiece)	$15.00
10-UNI200T-1	2” Tailpiece (can be used to turn a 1/2 union into a full union)	$7.50
10-UNI200-2	2” Replacement 1/2 unions, (set of two)	$17.00
10-UNI250-1	2.5” Full union (1/2 union plus tailpiece)	$17.00
10-UNI250T-1	2.5” Tailpiece (can be used to turn a 1/2 union into a full union)	$8.50
10-UNI250-2	2.5” Replacement 1/2 unions, (set of two)	$15.00
10-UNI2ORING	Replacement union O-ring for 2 ” Unions	$1.99
10-UNI25ORING	Replacement union O-ring for 2 ½” Unions	$2.25
10-LT6LID	Replacement leaf trap lid	$19.99
10-LT6BSKT	Replacement leaf trap basket	$19.99
10-LT6ORING	Replacement leaf trap lid O-ring	$6.99
10-LT6COLLAR	Replacement leaf trap collar (black split nut)	$7.99
10-AOSM25C	Replacement 1/4 hp AO Smith pump motor	$299.99
10-AOSM12C NEW!	Replacement 1/8 hp AO Smith pump motor, more than 2" shorter! Use for tight spaces.	$299.99
10-ACCORD6	Replacement 1/4 hp AO Smith motor ac cord, 14/3, 76”, (6 ft)	$29.99
10-ACCORD12	Replacement 1/4 hp AO Smith motor ac cord, 12/3, 144”, (12 ft)	$59.99

REPLACEMENT/UPGRADE WET ENDS FOR SUPERFALLS LHC MODEL PUMPS 1/4 HP MOTORS ONLY. ALLOWS SIMPLE EXCHANGE AND UPGRADE OF SUPERFALLS LH PUMPS TO INCREASE OR DECREASE FLOW.

10-man230

$25.99 ea.

Standard suction or discharge manifold, with one spg and 3 slip ports. Fittings extra.

10-man231-U

$32.49 ea.

Suction or Discharge manifold with one Unions and 3 suction or discharge ports

10-man242-U

$65.48 ea.

Suction or Discharge manifold with 4 suction ports or discharge ports

10-man255-2U3T

$69.06, 5 ports, 2 unions

$89.03 with 3 tail pieces

Suction manifold for 2 pumps, with 3 Tailpieces for 3 leaf traps*

Now all Superfalls low head pumps (except for the low head plus models), can easily be upgraded up to 183 gpm with the new super quiet and efficient motor. Purchase the pump with the flow you need now and if you need more flow later, order a larger wet end to easily increase the flow. This simple modification can be done by anyone by loosening 4 bolts, rotating the pump, and re-tightening the bolts. If preferred, The SuperFalls or SuperPond will make the conversion at low cost.

The new lower energy 1/4 hp model, comes wired with cord and plug for 115 volts (as shipped), but can easily be changed to 230 volts if desired! This allows you to plug them into a heavy duty extension cord for emergency operation (power supplied by generator upon loss of normal power). Most other pumps must be "hard wired" and are operated at 230 volts, making them unusable upon loss of normal power. Superfalls low head pumps are among the quietest pumps available

Pump easily Upgradeable- Only Superfalls LHC pumps allow you to upgrade your pump to one of higher or lower flow with a simple conversion. Simply purchase the appropriate new wet end in chart below, loosen 4 bolts on motor, unscrew wet end from motor shaft, and screw on new wet end for new pumping capabilities. Or buy one pump and two different wet ends for two pumps in one! Then keep one wet end for a spare to replace the first when seals need repair - no down time while waiting for your local pump shop or The Pond Shop to change seals (for a small fee, we do replace seals on our pumps if returned to us). Buy the required pump today for your existing pond and if you make it larger later, or add a really big waterfall, upgrade to a larger model and save the old wet end for a backup. For a look at the pump flow curves, check out the information box below.

Exclusive feature - Full 360 degree output- Only Superfalls LHC pumps can be easily rotated on the motor to allow the pump's discharge to be directed as desired - up, down, left, or right for ease of installation. Properly directed flow reduces resistance, elbows, pipe length, etc. As with conversion above, it only requires that the owner loosen 4 bolts, rotate the pump on the motor, and tighten the bolts.

10-1200LH Tiny Might puts out 1150 gph or almost 20 gpm flow at 0.9 amps (less than 100 watts) for a GPA of 21.6. The Tiny Might has a 1/16 hp, 115 volt motor with 3' cord. The pump has 1" inlet/outlet ports and also comes furnished with two 1" unions. The Tiny Might even has an optional leaf trap available. The 10-LFT006 fits the Tiny Might and protects the pump against possible damage due to operation with loss of flow.

10-3000LHC Iron Might puts out almost 3000 gph or 50 gpm flow at 1.3 amps. The pump has 1 1/2 '' inlet/outlet ports and comes with two 1 1/2'' unions. 115 volts with cord and plug.

The Superfalls 10-7000LHC, with more than 7000 gph or 115 gpm flow rate is perfect for use in high flow, low head water falls or streams and Lap Pools. Use one, two, or more of these pumps for high flow, at low energy consumption in lap pools, swimming pools, waterfalls, etc. This pump has the highest flow of any energy efficient pond pump available today! See pump curves in information box below.

The Superfalls 10-9000LHC, with more than 9000 gph or 150 gpm flow rate is perfect for use in high flow, low head water falls or streams. Use one, two, or more of these pumps for high flow, at low energy consumption in lap pools, swimming pools, waterfalls, etc. This pump has the high flow of our energy efficient pond pumps used world wide by pond enthusiasts. See pump curves in information box below.

Now available! Newest Superfalls pump, 10-11000LHC 183 GPM at 3.6 amps, 115 volts (can be wired for 230 volts, 50/60 hz.) Permanently lubricated, 6 ft cord and plug on 115 volt models. 2" inlets and outlets. Also available with 2 1/2" inlet.

All models of low head pumps are now available with the new improved, quieter, more energy efficient, permanently lubricated, 1/4 hp motor (see above).

This curve shows the high flows available with the newest of the Superfalls low amp pumps. Our new model of pump uses a low energy 1/4 hp motor which can be run on 115 volts (as shipped) or on 230 volts if desired. This quiet and efficient motor can be used on the KJ7000LHC pump to increase its capabilities.

Utility Electrical cost per kwhr	This table shows annual costs or savings in kwhr and dollars when one pump is replaced with another more efficient pump. Compare old pump vs. new pump to determine the difference in amps. Locate your utility rate at left, then move over to the column that reflects your amp difference, to determine your annual savings. To determine annual operating cost, use the column with the amps of the pump in use, go down to the row which corresponds to your utility rate to find annual operating cost of your pump at 115 volts (double this amount if pump is operating at 230volts). Note: To use this table for pumps running on 230 volts, you must double the amps to convert to amps at 115 volts. example: You are replacing a pump which draws 12 amps at 230 volts (12 x 2 = 24 amps at 115 volts), with one which draws 6 amps at 230 volts (6 x 2 = 12 amps at 115 volts). You will use the 12 amp column (24 amps - 12 amps = 12 amps) to determine your savings. If your utility rate is $0.25 per kwhr, you would save approximately $3,030 per year. Just remember to double the amps on any motor that runs on 230 volts to accurately determine the kwhr and dollar savings from this table.
	Table below assumes that the compared pumps are operated at 115 volts.
	2 amps saved or used	4 amps saved or used	6 amps saved or used	8 amps saved or used	10 amps saved or used	12 amps saved or used
$0.05	2,015 kwhr ($101)	4,030 kwhr ($202)	6,045 kwhr ($303)	8,059 kwhr ($403)	10,075 kwhr ($505)	12,090 kwhr ($606)
$0.10	2,015 kwhr ($202)	4,030 kwhr ($404)	6,045 kwhr ($606)	8,059 kwhr ($806)	10,075 kwhr ($1,010)	12,090 kwhr ($1212)
$0.15	2,015 kwhr ($303)	4,030 kwhr ($606)	6,045 kwhr ($909)	8,059 kwhr (1209)	10,075 kwhr ($1515)	12,090 kwhr ($1818)
$0.20	2,015 kwhr ($404)	4,030 kwhr ($808)	6,045 kwhr ($1212)	8,059 kwhr ($1612)	10,075 kwhr ($2020)	12,090 kwhr ($2424)
$0.25	2,015 kwhr ($505)	4,030 kwhr ($1,010)	6,045 kwhr ($1515)	8,059 kwhr ($2015)	10,075 kwhr ($2525)	12,090 kwhr ($3030)
Amps - electrical current required to operate motor and carry load, normally stamped on motor. Can be used to compare efficiency of one motor vs. another as long as both operate at same voltage, ie. 115 volts or 230 volts. To use table above, double the amps on any motor running at 230 volts.

Select a KJ9,000LHP or a KJ13,000LHP model for those large ponds with higher than normal waterfalls, or bead filters or other filters which have high back pressure. The shut-off head (elevation of no flow) on these pumps is the highest available for a low head pump, 27 ft. Select a low head plus when total head is more than 14 feet and less than 22-23 ft.

SUPERFALLS LOW HEAD PLUS CENTRIFUGAL PUMPS: As great as the low head pumps are, there are some pressures or heights where even the largest model cannot pump. Higher pressure filters such as bead filters, sand filters, and extremely long pipe runs, or high waterfall may call for our KJ9000LHP or even the larger KJ13000LHP models. These energy efficient pumps offer high flow rates with pressures high enough to operate almost any type of bio-filter. For the largest leaf trap available on a pond pump, choose the models such as the KJ9000LHP-T or the KJ13000LHP-T. See flow curve below.

Now you can have that high waterfall and still save money with your energy bills. Our Superfalls Low Head Plus Waterfall pump has unique characteristics not available with any other low head energy efficient pond pump.

Highest shut off head for a low head energy efficient pump! With a shut off head (point of no flow) of 27 ft, you can still have high flow with an energy efficient pump, saving lots of money in operating costs all year long. If you need higher pressure because of a high waterfall or a pressure type of filter such as the Predator, choose one of our Low Head Plus Waterfall pumps.

Largest leaf trap and inlet for higher flows and less trap cleaning! This priming pot has a clear lid and measures almost 15 inches tall and 9 1/2 inches around making this the largest trap available on a pond pump. Our large priming pot or leaf trap and basket have 3-4 times the volume of standard leaf traps which mean less cleaning even under abnormally dirty conditions. The large priming pot on the KJ6000LHP-T and the KJ9000LHP-T models have a 2" inlet and outlet, and after initially filling your system, you don't have to worry about loss of prime. It's built in check valve prevents water from flowing backwards into the pond when power is interrupted. The KJ13,000LHP-T model has a 3" inlet in it's leaf trap and a huge stainless steel basket for highest flows of over 200 gpm when using the leaf trap, or up to 230 gpm without the leaf trap!

Model	Description	Priming Pot? (Leaf Trap)	Max Amps* 115V/230V	Maximum Flow, gph**	Cost
KJ6000LHP	Low head plus	No	8/4 amps	5,700	$742.44
KJ9000LHP	Low head plus	No	8/4 amps	9,000	$825.28
KJ13000LHP	Low head plus	No	14/7 amps	13,500	$1098.99
KJ6000LHP-T	Low head plus	Yes	8/4 amps	5,500	$836.49
KJ9000LHP-T	Low head plus	Yes	8/4 amps	8,400	$919.28
KJ13000LHP-T	Low head plus	Yes	14/7 amps	12,000	$1411.86
KJ27000LHP (6''inlet 4'' outlet)	3 HP Low Head Plus	No	38/19 amps	27,000 @ 6' Head	$4315.65
KJ27000LHP-T (6''inlet 4'' outlet)	3 HP Low Head Plus	Yes	38/19 amps	27,000 @ 6' Head	$5107.00

Our medium head pump model SUPERFALLS 10-7000MH uses a 3/4 hp motor to allow a high flow of 7000 gph (115 gpm) at higher pressures. These pumps use less electricity swimming pool or irrigation pumps used by some pond owners and can pay for themselves in energy savings in as little as 6-12 months. At an average monthly cost of $140 / amp / year (charges are actually based on kilowatt-hrs), most consumers can save thousands of dollars by replacing their existing pumps with these energy misers. The 10-7000MH is available in single speed, medium head or as 10-7000MH-2S (2 speed, medium and low head) for higher efficiency operation.

The high capacity, low head pumps are ideal for up-flow filters, waterfalls, or any high flow recirculation system that doesn't require high pressure. For higher pressure requirements, choose our 3/4 hp SUPERFALLS 10-7000MH. or other higher rated pumps as shown below. Pumps 10-3000LHC thru 10-8000MH are supplied pre-wired with 115 volt cords and plugs, and are furnished with two slip fit unions for easy installation and removal. The model 10-9000MH is available in 115 volt models without cord or plug (have your electrician hard wire or connect the cord for you). 10-9000MH is also available in 230 volt version. All medium head single speed pumps thru 10-125KMH must be wired for 230 Volts, and are shipped without cords or plugs. All pumps (except for the10-1200LH with 1") have 2" inlets and outlets for highest possible performance. Replace your old pump with one or two of these energy misers and get more water for less money.

2 speed medium head pumps are available for use with Predator and other bio-filters which may require high pressure and flows for adequate backwash. Use the low speed for the same energy efficient operation as our low head pumps. 2 speed switches are built into the back of the pump motor for ease of operation.

Our 115 volt pumps (up to 10-8000MH) come pre-wired with a 6 ft, 115 volt cord and plug, and include two slip unions at no extra charge (10-9000MH and all 230 volt pumps do not come pre-wired). Leaf traps for these pumps or any other pump are available for $59.99 each. These large 6" traps have a clear plastic top with large "O" ring for positive seal and are easily opened and closed. The LT-6 has a 2" inlet and 2" outlet. When used with the 10-1200LH, the inlet & outlet must be reduced to 1" with reducers supplied.

SUPERFALLS MEDIUM HEAD PUMPS - FOR 10-50 FT HEAD PRESSURE SUPERFALLS MEDIUM HEAD 2 SPEED PUMPS - HI SPEED/POWER FOR BACKWASH, LO SPEED/POWER FOR ENERGY EFFICIENCY! Additional info.
MODEL	HP	AMPS @ 115v (230v)	HI SPEED FLOW @ 10'/20'/30' LO SPEED FLOW @ 1'/5'	GALS/AMP	COST
10-7000MH 10-7KMH2S	3/4 HP 1/10 HP	9.8 amps 2.6 amps	84/72/63 45/32	10.0 GPA	$509.99 $609.99
10-8000MH 10-8KMH2S	1 HP 1/8 HP	11 amps 2.9 amps	120/105/95 65/50	11.0 GPA	$559.99 $659.99
10-9000MH 10-9KMH2S	1 1/2 HP 1/4 HP	16.4 (8.0) amps 4.4 (2.6) amps	135/125/115 75/57	9.1 GPA	$589.99 $689.99
10-10KMH1 10-10KMH2	2 HP 1/4 HP	(10.5) amps (2.6) amps	155/145/135 80/64	8.5 GPA	$629.99 $729.99
10-12KMH1 10-12KMH2	3.0 HP 3/8 HP	(11) amps (2.8) amps	207/190/170 95/71	10 GPA	$719.99 $819.99

10-7MAM1S	7000MH Single speed, 3/4 hp	$269.99
10-7MAM2S	7000MH 2 Speed, 3/4 & 1/10 hp	$369.99
10-8MAM1S	8000MH Single speed, 1 hp	$314.99
10-8MAM2S	8000MH 2 Speed, 1/8 & 1 hp	$414.99
10-9MAM1S	9000MH Single Speed, 1 1/2 hp	$339.99
10-9MAM2S	9000MH 2 Speed, 1/4 hp & 1 1/2 hp	$439.99
10-10MA1S	10000MH Single Speed, 2 hp	$379.99
10-10MA2S	10000MH 2 Speed, 1/4 & 2 hp	$479.99
10-12MA1S	10000MH Single Speed, 3 hp	$464.99
10-12MA2S	12000MH 2 Speed, 3/8 & 3 hp	$564.99
10-125MA1	12500MH Single Speed, 4.5 hp	$519.99
10-125MA2	12500MH 2 Speed, 1/2 & 4.5 hp	$619.99

10-2000WE	Replacement wet end for 5000MH1S	$100.00
10-2400WE	Replacement wet end for 7000MH & 7000MH2S	$110.00
10-4000WE	Replacement wet end for 8000MH & 8000MH2S	$115.00
10-4500WE	Replacement wet end for 9000MH & 9000MH2S	$120.00
10-5000WE	Replacement wet end for 10,000MH & 10,000MH2S	$120.00
10-6000WE	Replacement wet end for 12,000MH & 12,000MH2S	$125.00
10-7000WE	Replacement wet end for 12,500MH & 12,500MH2S	$130.00

Use these manifolds with the appropriate barbed male adapters for the perfect way to direct water from a submersible pump to several different locations. Connect the pump to a barbed male adapter (screw it onto the right side of the manifolds shown) and then direct the flow to several different fountains through additional barbed male adapters screwed into the different ports at the bottom of each manifold shown below. You can even screw ball valves into the ports to control the flow into each of the barbed male adapter screwed into them.

Now we have made it simple to install manifolds on the suction and the discharge of your centrifugal pumps! Now you can easily install manifolds on the suction of your pump for two or three (or more) leaf traps, skimmers, or bottom drains, leading to one or more pumps. Then, you can just as easily install a manifold on your pumps discharge to direct its flow to as many different locations as wanted, ie. filters, uv sterilizers, waterfalls, winter bypasses, etc.

Our small basic manifold, model 10-man230, allows you to assemble all of the manifolds offered below, or you can order the manifold pre-assembled to your specifications. The 10-man230 has one spg port which allows a standard pvc fitting to slip over it, and has three slip fittings for 2" pvc pipe. This allows installation of any of the standard pvc fittings including the ones offered below.

Two of the 10-man230 manifolds can be glued together to form a manifold with 4 slip ports and two spg ports. Place one or more 2" tees between the two manifolds to form additional slip ports as shown in the sample manifolds illustrated below.

*SUPERFALLS* LOW HEAD PUMPS	SUPERFALLS LOW HEAD PLUS PUMPS	New! *SUPERFALLS POND &FOUNTAIN PUMP TIMER*
SUPERFALLS PUMPS REPLACEMENT PARTS	*SUPERFALLS POND &FOUNTAIN PUMPS*	New! SUPERFALLS POND & WATERFALL PUMPS
IRON MIGHT CENTRIFUGAL PUMPS (Low head)	*TINY MIGHT* CENTRIFUGAL PUMPS (Low Head)	New! PUMP MANIFOLDS
New! SUBMERSIBLE PUMP PROTECTOR	KOI JOY'S IN-LINE AND TOP-MOUNT VENT FAN	BOXES
*SUPERFALLS* MEDIUM HEAD PUMPS	FIRE /SUCTION HOSE KITS	*ENGINE DRIVEN FIRE PUMP*

10-5000WE	115 GPM (USE WITH 1/8 or 1/4 HP MOTOR)	$180.00
10-7000WE	115 GPM (USE WITH 1/8 or 1/4 HP MOTOR)	$190.00
10-9000WE	150 GPM (USE WITH 1/4 HP MOTOR)	$200.00
10-11000WE	183 GPM (USE WITH 1/4 HP MOTOR)	$210.00

ITEM NUMBER	SIZE	COMMON USE	COST
03-BMA100	1 INCH	BARBED INSERT MALE ADAPTER FOR PORTS (BOTTOM AND LEFT)	$.85
03-FBA100	1 INCH	BARBED FEMALE ADAPTER FOR END (EXTRA BARBED FITTING)	$3.61

ITEM #	DESCRIPTION	MOST COMMON USE	COST
	Male tailpiece	Attach leaf traps or unions, as in 10-man255-2U3T above.	$2.99 ea.
	1/2 Union, 2”	Attach to pump as in 10-man231-U.	$7.50
	ELL, sgp x slip, 2”	Insert into end port of 10-man230.	$5.71
	Female adapter, 2”	Allow port to be plugged for future use.