Teton XR Series is a compact, reliable pump designed for versatile use across ponds, fountains, waterfalls, filtration systems, and indoor water features. Available in five flow rates from 400 to 1,320 GPH, the XR covers everything from small tabletop fountains up to mid-sized pond and waterfall systems — with the same durable build and user-friendly design across the whole range.
The XR Series is an amphibious pump — it installs either fully submersed at the bottom of a pond, fountain basin, or reservoir, or in-line with hose connections on the front intake and top discharge for dry-side operation. For in-line use, intake and discharge hoses attach directly to the volute with thread tape for a secure, leak-free connection. Both installation modes are covered in the instruction manual with clear diagrams.
A built-in flow control dial (Fig. 5 in the manual) adjusts output without an external valve — simply rotate to dial up or down. Rubber feet prevent vibration transfer to surfaces. Optional suction cups (included) allow secure mounting on smooth surfaces in fountain basins. Two intake screen sizes — short and long — let the user choose based on available space and debris levels. All internal components (impeller assembly, volute, O-ring, intake screens, suction cups) are available as separate replacement parts, making the XR one of the most serviceable pumps in its class.
How it works
- Water is drawn in through the intake screen at the base of the pump. The intake screen filters debris before it reaches the impeller.
- The magnetic impeller assembly spins inside the volute, creating centrifugal force that accelerates water toward the discharge outlet.
- Flow rate is adjusted using the built-in control valve — rotate the valve dial (Fig. 5, B in the instruction manual) to increase or reduce output without an external valve or bypass.
- Water exits through the MPT threaded outlet at the top of the volute at the selected flow rate.
- For in-line use: the inlet hose connects to the front of the volute (intake port) and the discharge hose connects to the top (discharge port).
STEP 1 — Choose intake screen
Two intake screens are included with every XR Series pump:
• Short intake screen (999571) — use when space is limited or debris is light
• Long intake screen (999575) — use when more debris protection is needed or space permits
Attach the appropriate intake screen to the pump base before installation. Press the tabs on each side to lock it into place (Fig. 2, A in the instruction manual).
STEP 2 — Choose installation mode
Submersed installation (most common):
• Place pump on a flat surface at the bottom of the pond, fountain basin, or reservoir with the rubber feet making contact with the surface
• For smooth surfaces (e.g. fountain basin bowls): attach the suction cups (990522) to the base to prevent the pump from shifting
• Ensure the pump is fully submerged at all times — the pump must not run dry
In-line installation (dry-side operation):
• Attach intake hose to the front of the volute (intake port — Fig. 6, A in the instruction manual)
• Attach discharge hose to the top of the volute
• Apply thread tape (not included) to all threaded connections before attaching hoses to ensure leak-free seals
• Ensure there is a constant, adequate supply of water to the intake hose — the pump must not run dry even in in-line mode
STEP 3 — Electrical connection
• Connect the 25 ft power cord to a GFCI-protected outlet — a GFCI with sensitivity of 0.5 milliamps is required; do not use with non-GFCI outlets
• Confirm the voltage on the pump label matches the electrical supply voltage before plugging in
• Route the cord so it cannot be tripped over or pulled — use the drip loop method for outdoor installations to prevent water runoff reaching the plug
• For portable self-contained fountains: the XR Series is approved for use in fountains no larger than 5 ft in any direction
• Never work on the pump while plugged in — always disconnect power before placing hands in the water, before disassembly, and before cleaning
STEP 4 — Adjust flow
Once the pump is running, rotate the built-in flow control valve (Fig. 5, B in the instruction manual) to set the desired output. Turn clockwise to reduce flow, counterclockwise to increase. Adjust while the pump is running — no restart needed. This eliminates the need for an external valve or bypass in most applications.