GE 000 gpd to 288, E4H-CE Series, E8-CE Series manual Chemical pump will not

Page 37

TROUBLESHOOTING

SYMPTOM

POSSIBLE CAUSES

REMEDIES

 

 

 

Chemical pump will not

Pumping may be affected by

Is the relay turned ON or

feed chemical

other software variables

OFF? Is the CIP input

 

 

activated? You must have

 

 

permeate or concentrate

 

 

flow for a relay configured

 

 

as a set point to function

 

 

and trigger the pump.

 

 

 

Chemical pump feed

Relay set point not properly

Determine whether you

reverse of what you expect-

configured

need the relay configured

ed

 

for direct or reverse set

 

 

point feed.

 

 

 

32

Image 37
Contents E4H-CE and E8-CE Series Water Purification Machines Page Installation Field Installed Accessories List of Figures Normal Versus Cross Flow Filtration DescriptionMembrane Element with Interconnectors Principles of Operation Page 400 5 66 Noryl is a trademark of General Electric Company Model Flow Specifications for Reverse Osmosis CE MachinesModel Pump Model Primary Pressure Minimum/Maximum Min/Max Boost PressureFRP Membrane Element SpecificationsFeed Water Requirements InstallationE8-CE ConnectionsPreparation and START-UP Steps Page Page Page Machine Operation and Maintenance Steps Steps Page Steps Field Installed Accessories Steps Page Troubleshooting Symptom Possible Causes Remedies TroubleshootingInsufficient electrical power Check the fuses or circuit Normal or higher than normal Possible Causes Remedies Symptom Possible Causes Remedies Electrical machine shut Conductivity drifts or Chemical pump will not Forms Return Goods Authorization RGA E R I E S A R T U P D a T a S H E E T Series Daily LOG Sheet Warranty Page GE OSMONICS, INC Page Manufactured in the USA

000 gpd to 288, E4H-CE Series, E8-CE Series, 000 gpd specifications

The General Electric (GE) 000 gallons per day (gpd) water treatment systems stand out in the industry, particularly known for their E4H-CE Series and E8-CE Series. These systems are designed to cater to various applications, from municipal to industrial needs, and are recognized for their efficiency, reliability, and advanced technology.

The E4H-CE Series, with a capacity of 000 gpd, showcases GE's commitment to delivering high-performance water treatment solutions. This series integrates state-of-the-art membrane technology that enhances the removal of contaminants, thereby ensuring high water quality. One of the main features of the E4H-CE Series is its compact design, allowing for modular installations that save valuable space while maintaining production efficiency. Its automation capabilities streamline operations, enabling remote monitoring and management, which reduces operational costs and minimizes human error.

On the other hand, the E8-CE Series, with a capacity extending to 288 gpd, is engineered for higher demand applications while maintaining the same quality standards. The E8-CE Series offers superior energy efficiency and lower operating costs, making it an ideal choice for facilities with significant water treatment needs. Its innovative purification process employs advanced reverse osmosis and ultra-filtration technologies, ensuring that the water produced meets the highest safety and quality standards.

Both series incorporate GE's proprietary technologies, such as the SmartWater platform. This enables real-time data analysis and predictive maintenance, significantly enhancing operational reliability. The systems are also designed to be environmentally friendly, reducing waste and energy consumption, which aligns with global sustainability goals.

In addition to their technological advancements, the E4H-CE and E8-CE Series feature robust construction for longevity and resilience under varying operational pressures. They are designed to adapt easily to changing water quality conditions, ensuring consistent performance without compromising output.

Overall, GE's 000 gpd, E4H-CE Series, and E8-CE Series water treatment systems represent a blend of advanced engineering, user-friendly operation, and environmental consideration, making them essential assets for modern water management solutions. With their innovative features and reliable performance, these systems are equipped to meet the challenges faced by various industries today.