Using the dishwasher, Water Temperature

Using the dishwasher.

Check the	Water Temperature
The entering water	should	be at least 120°F	Turn on the hot water faucet nearest the
and not more than	150°F,for effective cleaning		dishwasher, place the thermometer	in a glass
and to prevent dish damage. Check the water			and let the water run continuouslg	into the
temperature with a candg		or meat thermometer,	glass until the temperature stops rising.

Use Jet-Dr_j ® or Cascade Cr_jstal Clear® RinseAgent

Jet-Dry*or Cascade Crystal Clear _°rinse agents remove spots and prevent new film buildup on gour dishes, glasses, flatware, cookware and plastic.

Filling the Dispenser

The rinse agent dispenser holds 100 ml (3.5 fl. oz.)of rinse agent. Under

normal conditions, this will last approximatelg one month. Trg to keep it full, but do not overfill.

[]	IViakesure the dishwasher door is fullg open.
F] Turn the dispenser cap to the left and lift it out.
r_ Add rinse agent until the indicator window looks full.
r_	Clean up ang spilled rinse agent with a damp cloth.	Indicator
r_	Clean up ang spilled rinse agent with a damp cloth.	window	Dispensercop
		window

E_	Replace the dispenser cap.

Rinse Aid Setting

The amount of rinse agent released into the final wash can be adjusted. The factorg setting is at the midpoint. If there are rings of calcium (hard water) spots on dishes, trg a higher setting. If gou see foam in the dishwasher, move the indicator to a lower setting.

To adjust the setting
Remove the dispenser cap; then turn the adjuster counterclockwise	to	adjuster
	to

increase the amount of rinse agent, clockwise to reduce the amount of rinse agent.

Dish Preparation Prior to Loading

•No pre-rinsing of normal food soil is required.

•Scrape off hard soils, including bones, toothpicks, skins and seeds.

•Remove large quantities of ang remaining food.

•Remove leafg vegetables, meat trimmings and excessive amounts of grease or oil.

•Remove acidic food soils that can discolor stainless steel.

GLDSO00, GHDA400 specifications

The GE GHDA400 and GLDSO00 are prominent models in GE's lineup, renowned for their advanced features and technologies that cater to diverse industrial applications.

One of the key attributes of the GE GHDA400 is its impressive power handling capabilities. With a design built to efficiently manage high voltage and current, it is ideal for environments that require robust electrical performance. This model incorporates a state-of-the-art thermal management system to ensure optimal operation even under challenging conditions, thereby reducing the risk of overheating and prolonging the device's lifespan.

Additionally, the GHDA400 is equipped with advanced monitoring capabilities. It features integrated sensors that provide real-time data on operational parameters, allowing for informed decision-making and timely maintenance. This predictive maintenance functionality is crucial for minimizing downtime and enhancing productivity in industrial settings.

The GE GLDSO00, on the other hand, focuses on versatility and adaptability. It supports a broad range of input and output specifications, making it suitable for various applications in sectors such as manufacturing, energy, and transportation. The GLDSO00 is designed with modular components, allowing users to configure the system according to specific needs, thus enhancing its usability and effectiveness.

Another significant characteristic of both models is their compliance with the latest industry standards. They meet stringent safety and environmental regulations, ensuring that they operate not only efficiently but also responsibly. This commitment to sustainability is evident in the energy-efficient technologies employed in both devices, which help reduce overall energy consumption.

Furthermore, user-friendly interfaces are a hallmark of these models. They come with intuitive control systems that enable operators to access and manage settings with ease. This simplifies the transition for users, ensuring a smooth implementation process and reducing the learning curve associated with new technologies.

In conclusion, the GE GHDA400 and GLDSO00 stand out in their respective categories due to their robust designs, advanced monitoring and management features, versatility, compliance with industry standards, and user-friendly interfaces. As industries continue to evolve, these models are well-positioned to meet the growing demands for high-performance, reliable solutions.

GE GHDA400, GLDSO00 Using the dishwasher, Water Temperature, Dish Preparation Prior to Loading

Models: GLDSO00 GHDA400