Barcode: 690 5020 10 000 6 00226

Using the PerfectBlend™

4)2 Cups of Vanilla Ice Cream

5)1/2 Cup small Heath bars or crushed Heath bar

Place Ingredients in blender jar in order given above.

Do not pack the ice cream to tight. Liquids should be able to flow through the ice cream.

Turn unit on and press the high speed function button. Set speed to whip. Run until ingredients are completely mixed. Thicken treat by adding more ice cream after ingredients have been blended. Be sure to stop unit before adding ice cream. Thicken shake to preference. Limit ice cream to no more than 3 cups per batch.

Chocolate, Cherry and Caramel Milk Shake Treat

1)1/2 Cup Milk

2)1 TSP Vanilla Extract

3)1 TSBP Caramel Syrup

4)1 TSBP Chocolate Syrup

5)2 TBSP Sugar (Sweeten to taste)

6)2 Cups of Vanilla Ice Cream

7)¼ Cup Maraschino Cherries

Place Ingredients in blender jar in order given above.

Do not pack the ice cream to tight. Liquids should be able to flow through the ice cream.

Turn unit on and press the high speed function button. Set speed to whip. Run until ingredients are completely mixed. Thicken treat by adding more ice cream after ingredients have been blended. Be sure to stop unit before adding ice cream. Thicken shake to preference. Limit ice cream to no more than 3 cups per batch.

 

 

16

 

 

Client:

AirLux (Wal*Mart)

Date:

29.12.2007

Project:

169169

Version:

09

 

Language:

EN

Page:

16

(of 18 pages)

Page 16
Image 16
GE 169169, 169175 manual Chocolate, Cherry and Caramel Milk Shake Treat

169175, 169169 specifications

GE 169169 and GE 169175 are part of General Electric's innovative range of electrical and electronic components that play crucial roles in various applications, from industrial processes to energy management. These products exemplify GE’s commitment to quality, efficiency, and technological advancement.

The GE 169169 is primarily recognized for its robust design, which is suited for demanding environments. This component incorporates advanced materials that provide enhanced durability and resistance to wear and tear. Designed to operate under extreme conditions, it ensures reliable performance, which is critical for applications in utilities and manufacturing. The main feature of this model is its high operational efficiency, which optimizes energy usage while minimizing costs. Additionally, it features built-in diagnostic capabilities that allow users to monitor performance in real-time, ensuring proactive maintenance and reduced downtime.

On the other hand, GE 169175 is a versatile component known for its adaptability in various applications. One of its standout features is the integration of smart technology, which allows for seamless connectivity with IoT devices. This capability enables real-time data exchange, empowering users to make informed decisions based on accurate, up-to-date information. Moreover, this model is designed with advanced safety features, including overload protection and surge suppression, minimizing the risk of damage to connected equipment.

Both models are characterized by their user-friendly design, which simplifies installation and operation. GE emphasizes the importance of ease of use, ensuring that these components can be integrated into existing systems with minimal disruption. The products also support various communication protocols, enabling compatibility with a wide range of devices and systems, which enhances their functionality in multi-vendor environments.

In summary, GE 169169 and GE 169175 stand out in the realm of electrical components due to their innovative features, robust design, and integration of smart technologies. They are instrumental in driving efficiency and reliability in various industrial applications, making them indispensable tools in modern energy management and automation strategies. With a reputation for excellence, GE continues to lead the market by producing components that meet the evolving needs of industries worldwide.