Xylem (ITT Laing Thermotech) E-14 High Flow Circulation Pump 1.5" - 115w - NO unions

SUPER ECONOMICAL SPA CIRCULATION PUMP - ONLY 115W ! - The most economical mid flow circulation pump in the spa industry. 

Unions NOT included
For replacement of existing E-14 pump, unions are not required. 
For replacement of an alternate pump or new installation, unions need to be purchased separately.

PLUG & LEAD TYPE - See here to Identify the type required
 
REPLACE YOUR INEFFICIENT OVERPOWERED CIRCULATION PUMP WITH AN E-14 AND SAVE HUNDREDS IN RUNNING COSTS. 

Xylem (formerly ITT Laing Thermotech) E - 14 electronically commutated canned spherical motor centrifugal spa circulation pump 
High flow circulation pump designed for flow through heater applications. 
Can be used in place of Aquaflo CMCP Circ Master pumps and many other high flow circ pumps, LX JA35, LX JA50 used in local and Chinese imported spas 
Other applications include use with ozone generators on swimspas and swimming pools, or any other installation requiring low power consuming constant flow. 
130 lpm flow maximum, 3m head maximum 1.5" threaded unionised connections (same thread as Aquaflo and LX pumps) 
230v, 0.5A, 115w, 50/60Hz, 2100 rpm, less than 50 db noise level 
AMP Balboa style plug/cord fitted standard, other cords at additional cost. 
Please download the manual below for important installation instructions 
The pump must be installed perfectly horizontally or vertically with wetend facing up. 12 month manufacturing defect warranty when used with fresh water spa applications only. 

Please download and read the attached pdf

This pump is NOT to be used in salt water applications including marine or mineral salts. 
Ensure the pump is installed horizontally, or vertical with wetend up - do not install on angles with wetend dipping downward. 

Ensure on installation, and after each refill of the spa, that the circulation pump is primed and correct water flow is observed. 
An airlocked pump will fail due to dry running which is not covered by warranty and may result in a new pump being required.