GNSF35Z-GE SmartWater Softening System, Extremely Important

GE Appliances

GNSF35Z—GE SmartWater™ Softening System

OUTSIDE FAUCET

(HARD WATER)

SOFT, COLD

WATER

SOFT, HOT

WATER

IS THE TRANSFORMER PLUGGED INTO A CONTINUOUSLY "LIVE" 120V-60Hz OUTLET?

DID YOU SET THE TIMER TO THE

CORRECT TIME OF DAY, AND

WATER HARDNESS NUMBER?

WATER

HEATER

BE SURE THE ELECTRIC OR

FUEL SUPPLY TO THE WATER

HEATER IS ON

DID YOU FILL THE BRINE TANK WITH

SALT?

WATER

SOFTENER

OUTSIDE FAUCET

(HARD WATER)

GROUND
STRAP	BE SURE HARD WATER IS
	PLUMBED INTO SOFTENER
	VALVE INLET
	BE SURE BYPASS VALVE STEM IS
	POSITIONED FOR SOFT WATER "SERVICE"
INLET
	BE SURE VALVE DRAIN HOSE RUNS
	DIRECTLY TO AN ACCEPTABLE DRAIN
	POINT, AND IS NOT PINCHED, KINKED
	OR ELEVATED TOO HIGH IF RUN
	OVER- HEAD. DID YOU PROVIDE AN
	AIR-GAP AT THE DRAIN POINT?
	HARD WATER TO HOUSE
	WATER METER
	MAIN SHUTOFF
	VALVE

EXTREMELY IMPORTANT

•Install softener at point-of-entry into house before water heater. Needs to be within five feet of water inlet.

•Install within ten feet of proper drainage; e.g. drain, standpipe or a sump which does not drain directly to outside.

•Within ten feet of 120V, 60Hz electrical outlet- transformer must be plugged into an inside outlet.

•All units must be installed according to local plumbing and electrical regulations.

THE BRINE TANK OVERFLOW	SECURED
HOSE IS A GRAVITY DRAIN. BE
SURE THE HOSE IS NOT RAISED
HIGHER THAN THE FITTING ON
THE TANK AND IS SECURED
NOTE: Should not be installed in
direct sunlight, freezing conditions,
or where unit can get wet.

For answers to your Monogram,® GE Profile Performance Series,™

GE Profile™ or GE appliance questions, call GE Answer Center® service, 800.626.2000.

Created 7/98

GNSF35Z specifications

The GE GNSF35Z is a cutting-edge gas turbine designed for the next generation of energy generation. This gas turbine is engineered to deliver unparalleled performance, efficiency, and flexibility, making it a top choice for power producers seeking to meet the demands of an evolving energy landscape.

One of the standout features of the GE GNSF35Z is its high efficiency rating. With advancements in aerodynamics and combustion technology, this turbine boasts an efficiency that exceeds traditional models. This means that less fuel is consumed for the same output, translating into lower operational costs and a reduced environmental footprint. The ability to achieve high efficiency is critical in today’s competitive energy markets, where cost-effectiveness is paramount.

The GNSF35Z is equipped with advanced materials that ensure durability and reliability. These materials are designed to withstand the extreme temperatures and pressures that are characteristic of gas turbine operation. Coupled with sophisticated cooling technologies, the GNSF35Z can maintain optimal performance even in the most challenging conditions.

Flexibility is another key characteristic of the GNSF35Z. This turbine is capable of operating on a range of fuels, including natural gas and biogas, making it suitable for a variety of applications, from baseload power generation to peaking and grid support. This versatility allows operators to adapt to changing market conditions and fuel availability, enhancing overall system reliability.

The GNSF35Z also incorporates advanced digital technologies, which enhance monitoring and control capabilities. The integration of sophisticated sensors and data analytics tools enables predictive maintenance, allowing operators to optimize performance and minimize downtime. This level of digital integration is a significant development in turbine technology, as it maximizes operational efficiency and longevity.

Moreover, GE’s commitment to sustainability is evident in the GNSF35Z design. The turbine is engineered to support lower emissions, with advanced combustion systems that reduce nitrogen oxides (NOx) and carbon dioxide (CO2) outputs. This is increasingly important as regulatory frameworks become stricter and the demand for cleaner energy solutions rises.

In summary, the GE GNSF35Z gas turbine is a remarkable innovation in energy technology. With its high efficiency, advanced materials, operational flexibility, digital enhancements, and focus on sustainability, it represents a significant advancement in the field. As energy demands continue to evolve, the GNSF35Z stands out as a powerful solution for the future of power generation.