Syllent Pump, 3/4 HP, 115v/60Hz, Mini JJ Plug

Description

• Self-draining, single stage, centrifugal motor pump
• Less than 5 dB(A) ambient noise
• Maintains constant water temperature through heat exchange
• Unprecedented three-way auto-off protection – lack of water,
  blocked rotor, overheating
• Unique water-cooled design – no need for external ventilation
• Shielded with IP68 protection – total protection
  from dust or submersion
• Electrically isolated and non-oxidizing
• Synchronized hydro-magnetic rotor/turbine/bearings
• Resin encapsulated wound stator
• Highly energy efficient
• No dynamic seals (mechanical seal type)
• Single phase motor with permanent capacitor (115v)
• Power cord with internal ground wire and Mini-JJ plug

• Syllent is the quietest bath pump in the world, enhancing the overall whirlpool bath experience. It’s perfect for use in the home, in the hospitality industry, or any noise-sensitive area.
  Click here to see how the sound of Syllent compares to other noises in your everyday life.
  Traditional whirlpool bath pumps are typically very noisy, which detracts from the whirlpool bath experience and also disturbs others in surrounding areas.
• Syllent maintains hot water temperature and substantially delays water-cooling by capturing and circulating the heat energy from its motor.
  Heat energy produced by traditional motors is dissipated by a (noisy) cooling fan into the ambient air under the bathtub.
• Syllent is safe – its composite construction provides triple electrical insulation. It could even run if totally immersed in water.
  Traditional pumps require electrical isolation between the pump and motor.
• Syllent features its own internal water sensor, which automatically shuts the pump off in the absence of water.
  Add-on electronic water sensors are typically required in traditional pumps to protect against running dry.
• Syllent will not leak – by design it has no shaft seal.
  The shaft seal between the wet end assembly (pump) and the motor in a traditional pump deteriorates over time, resulting in leaks.