The Evo Series electric in-line heater from Elecro features their unique and proven coiled titanium heating element technology. Perfectly designed for the aquatic industry, including saltwater use*, a turbulent vortex is created in the water flow delivering outstanding efficiency and preventing buildup of mineral deposits**. Powerful, easy to install, and nearly maintenance free***, the EVO inline heater is the smart choice for your aquatic application. Aqua Logic is proud to present that last in-line heater you’ll ever use.

• Available with titanium flow tube – suitable for saltwater use
• Safe and reliable
• Floor or wall mountable- easy installation
• Accurate within 1ºF

System Requirements:

• Requires an external pump to move water through the heater
• Observe min and max flow rates to avoid damage to heater
• *Only titanium models are recommended for saltwater applications
• **Pre-filtration and suitable water quality required to prevent buildup
• ***Maintenance schedule will vary by application. Periodic cleaning is only required maintenance

• Stay-clean vortex inducing Titanium heating elements
• Titanium Flow Tube; Suitable for saltwater or freshwater
• External reversible flow; allows water flow from either direction
• Ultra-reliable flow switch allows safe operation as low as 1,000 litres per hour
• Inlet manifold has been designed to eliminate the risk of air locking.
• High Limit Thermostat Internal Fail Safe, manual reset thermostat, for positive safety
• Touch Screen Digital thermostat with 33ºF differential
• 1½" female thread with supplied:1½" ABS unions for rigid pipe and 1½" x 1¼" hose barb fittings for flexible pipe
• Status indicator panel
• Dual cascade wired Schneider contactors
• Little to no servicing required; Varies with use
• Silent Operation
• Robust and durable
• 1 year limited warranty

Please call us for assistance with sizing your Evo electric in-line heater. These little powerhouse can handle heating water volumes from 1,500-4,000 gallons but of course that depends on a number of factors, primarily your desired temperature differential (Delta t). It is also important to observe minimum and maximum required flow rates and choose a heater that works with your aquatic system.