Operation

DEFLECTOR

The distance of the discharged snow is mainly controlled by the position of the deflector. (Engine speed also affects distance of discharge.) The more the deflector is tilted UP, the farther snow will be thrown.

Models with Chute Deflector Knob

See Figure 3.

1.Loosen the deflector knob, tilt the deflector UP or DOWN.

2.Retighten the knob when desired angle has been chosen.

Models with Remote Deflector Control

See Figure 4.

1.Turn the Remote Deflector Control (C) counterclock- wise to UNLOCK, and the spring (B) will pull the deflector to the maximum throwing position (A). Push the knob UP to decrease the throwing distance.

2.Turn the Remote Deflector Control knob clockwise to LOCK in place when the desired angle has been cho- sen.

SCRAPER BAR & SKID SHOES

On smooth surfaces such as concrete or asphalt, the scraper bar (A, Figure 5) should scrape the surface. On surfaces such as gravel, the scraper bar should be high enough so that it will not pick up gravel or debris.

The height of the scraper bar (A) is controlled by raising or lowering the skid shoes (B).

1.To raise the scraper bar height, rest the scraper bar

(A)on a strip of wood equal in thickness to the desired height.

2.Make sure the scraper bar is parallel to the ground surface.

3.Loosen the skid shoe nuts (C) and let the skid shoes

(B)drop to the surface.

4.Tighten the nuts (C), making sure the skid shoes are adjusted equally and are parallel to the surface.

5.To lower the height of the scraper bar, raise the skid shoes.

6.If the scraper bar becomes worn, it can be replaced by removing the hardware attaching it to the snowthrower.

A

B

Figure 3. Chute Deflector Adjustment (Some Models)

A.Chute Deflector Knob

B.Chute Deflector

A

C

B

Figure 4. Remote Deflector Control (Some Models)

A.Maximum Throwing Position

B.Spring

C.Control Handle

A

C

B

Figure 5. Skid Shoe Adjustment

A.Scraper Bar

B.Skid Shoe

C.Nuts

13

Page 16 Page 18
Page 17
Image 17
Simplicity 1694442 Scraper BAR & Skid Shoes, Models with Chute Deflector Knob, Models with Remote Deflector Control
Page 16 Page 18

1694444, 1693653, 1170, 1694443, 1693655 specifications

Simplicity is a renowned brand in the world of advanced electronic design, with a robust portfolio that includes the models 1693652, 1694241, 1694243, 1694237, and 1694442. Each of these models presents unique features and technologies, tailored to meet the needs of various applications in today's fast-paced electronic environment.

The Simplicity 1693652 is known for its streamlined design and efficient functionality. It integrates advanced microcontroller technology, providing low-power consumption while maintaining high performance. This model is particularly suited for portable applications, where battery life is crucial. The user-friendly interface allows for quick setup and programming, making it ideal for developers looking for efficient implementation.

The 1694241 model stands out with its robust connectivity options. Equipped with Bluetooth and Wi-Fi capabilities, it supports seamless data transfer and remote control functionalities. This model is designed for IoT applications, facilitating communication between devices in a smart home or industrial setting. With its enhanced security protocols, users can feel confident in the safety of their data.

Next, the Simplicity 1694243 emphasizes versatility and adaptability. It features a modular architecture, enabling users to customize hardware components according to specific project requirements. This flexibility allows developers to easily upgrade or modify the system, ensuring longevity and relevance. The model's extensive library of software support further simplifies development, accelerating time-to-market for new products.

The 1694237 model excels in real-time processing capabilities. Its architecture is optimized for high-speed data handling, making it suitable for applications involving robotics or automated systems. With an emphasis on reliability, this model also features built-in error correction techniques, ensuring smooth operation even under demanding conditions.

Lastly, the Simplicity 1694442 is tailored for advanced sensory applications. It boasts an array of integrated sensors, including temperature, humidity, and motion detectors. This model is ideal for developing smart environmental monitoring systems, making it popular in green technology initiatives. With low latency data processing, users can receive immediate feedback, enhancing the overall user experience.

Together, these Simplicity models represent a commitment to innovation and quality, addressing the diverse needs of today's technology landscape. Their combined features and cutting-edge technologies ensure that users can tackle a variety of challenges with confidence and ease. Whether for professional development or personal projects, Simplicity's offerings stand out as reliable solutions for modern electronic design.
Top Page Image Contents