ADJUSTING THE SHOULDER STRAP HEIGHT

USING THE SAFETY WRIST STRAP

Use these seat height slots to properly adjust the height of the shoulder straps to your child’s height. To adjust the shoulder strap height:

❶ Starting from the back of the seat, pull the shoulder strap anchor away from the seat. Figure 4.2

❷Insert the anchor through

Figure 4.2

WARNING!

Using the jogging stroller without the safety wrist strap may result in the user becoming separated from the stroller and serious injury or death to the passenger. Always use the safety wrist strap when using the jogging stroller. Always engage the rear parking brakes before removing the strap.

❶Position the strap on the inside of the rear axle.

the slot in the seat, pushing

 

 

Figure 4.3

it towards the front.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Figure 4.3

 

 

 

 

 

 

 

 

 

 

 

 

 

 

❸Re-insert the anchor

through the slit in the front

 

of the seat at the desired

 

height. Figure 4.4

Figure 4.4

 

❹Pull the strap and anchor

all the way through to the

 

back. Make sure the strap

 

is properly anchored on

 

the seat back. Repeat these

 

steps for the opposite

Figure 4.5

strap. Figure 4.5

 

❷Bring the two ends forward and slide the end with the large loop through the small loop.

❸Hold the large loop and pull the strap tight to the rear axle.

❹Place your hand through the large loop so the strap is comfortable and secure.

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InStep 11-AR209, 11-AR208 manual Height. Figure
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11-AR209, 11-AR208 specifications

InStep 11-AR208 and 11-AR209 are advanced robotic arms designed for a variety of applications across multiple industries. These models represent the pinnacle of technology in automation, featuring cutting-edge components and innovative designs that enhance performance and flexibility.

One of the standout features of the InStep 11-AR208 and 11-AR209 is their impressive payload capacity. The 11-AR208 can handle payloads up to 8 kilograms, while the 11-AR209 expands that capability to 10 kilograms. This allows for the manipulation of heavier tools and components, making them suitable for tasks such as assembly, packaging, and material handling.

Both models are equipped with a multi-joint structure that provides a wide range of motion. With a 6-axis configuration, they can reach difficult angles and perform intricate movements with precision. This flexibility makes them ideal for applications that require detailed work or interaction with complex machinery.

In terms of control technology, the 11-AR208 and 11-AR209 incorporate advanced motion control algorithms that enable smooth and reliable operation. The robotics system is powered by a high-performance controller that supports real-time data processing, allowing for quick adjustments and adaptations to varying operational demands.

Another significant aspect of the InStep robotic arms is their integration capabilities. They come with standard communication protocols such as Ethernet and CAN, facilitating seamless connectivity with other machines and control systems. This interoperability enhances their utility in automated production lines, where coordination between different elements is crucial.

Durability is also a key characteristic of the InStep 11-AR208 and 11-AR209. Constructed from robust materials designed to withstand the rigors of industrial environments, these robotic arms offer high reliability and longevity. Additionally, they feature IP54-rated enclosures, ensuring protection against dust and splashes.

User-friendly programming interfaces, including graphical user interfaces and support for popular programming languages, make it easy for operators to set up and customize the robotic arms for specific tasks. This accessibility reduces the barrier to entry for companies looking to adopt robotic automation.

In conclusion, the InStep 11-AR208 and 11-AR209 robotic arms showcase a blend of strength, versatility, and ease of integration. Their advanced features and robust design make them a valuable asset for industries aiming to enhance productivity and optimize operations. With their ability to handle diverse applications, these robotic arms are poised to play a critical role in the future of automation.
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