Safety Instructions, Training, Preparation, Operation

Rover Mowers Limited	Chip ‘N’ ShredTM	SAFETY INSTRUCTIONS

Training

*Become familiar with the Owner’s Manual before attempting to operate this equipment.

*Do not allow children to operate this equipment.

*Do not operate this equipment in the vicinity of bystanders.

*Carbon dioxide can be extremely dangerous in enclosed areas; do not run the machine in an enclosed area since the exhaust from the engine contains carbon monoxide, which is colourless, odourless, and tasteless.

*Do not place hands or any other part of the body or allow clothing inside the feeding chamber, discharge chute, or near any moving part.

*Before inspecting or servicing any part or the machine, shut off the power supply, disconnect the power cord or disconnect the spark plug lead from the spark plug, and make sure that all moving parts have come to a complete stop.

Preparation

*Obtain and wear safety glasses and gloves at all times while operating the machine.

* Avoid wearing loose fitting clothing. Operate the machine only on a level surface.

*Do not operate the machine on a paved or gravel surface. Thrown objects could cause injury.

*Before starting the machine, check that all screws, nuts, bolts, and other fasteners are properly secured. Replace damaged or unreadable warning and operator labels.

*Use extra care in handling petrol and other fuels.

They are flammable and vapours are explosive.

a.Use only an approved container.

b.Never remove fuel cap or add fuel with the engine running. Allow engine to cool before refuelling. Do not smoke.

c.Never refuel the machine indoors.

d.Never store the machine or fuel container inside where there is an open flame, such as a gas water heater.

Operation

*Before starting the machine, make certain that the cutting chamber is empty.

*When feeding shreddable material into the equipment be extremely careful that pieces of metal, rocks, bottles, cans or other foreign objects are not included.

*If the cutting mechanism strikes any foreign objects or if the machine should make any unusual noise or vibration, immediately switch off the engine and allow the machine to stop. Disconnect the spark plug wire from the spark plug or remove power cord from power supply and take the following steps.

a.Inspect for damage

b.Replace or repair any damaged parts.

c.Check for and tighten any loose parts.

Do not attempt to repair the machine unless you are competent to do so.

*Keep the engine clean of debris and other accumulations to prevent damage to the engine or possible fire.

*Do not allow processed material to build up in the discharge area. This may prevent proper discharge and can result in kickback of material through the feed opening.

*Keep all guards and deflectors in place and in good working condition.

*Always stand clear of the discharge area when operating this machine.

*Keep your face and body away from the feed opening.

*Do not overreach. Keep proper balance and footing at all times.

*Do not tamper with the engine governor settings on petrol engines; the governor controls the maximum safe operating speed and protects the engine and all moving parts from damage caused by over speed. Seek authorised service if a problem exists.

*Do not transport this machine while the engine is running.

*If the machine becomes clogged, switch-off the engine and disconnect the spark plug lead or remove the power lead from power supply, before cleaning debris away.

*Switch-off the unit before attaching or removing the mulch bag.

Maintenance

*When this equipment is stopped for servicing, in- spection, or storage, or to change an accessory, make sure the spark plug lead is disconnected from the spark plug, or the power cord is removed from power supply.Allow the machine to cool before making any inspections, adjustments, etc. Maintain the machine with care and keep it clean.

*Store the machine out of the reach of children and where petrol vapours will not reach an open flame or spark. For extended storage periods, run the unit dry of fuel. Always allow the machine to cool before storing.

98117, 9885, 9848, 9862 specifications

Rover 9862, 9885, 98117, and 9848 are part of a new generation of advanced robotic systems designed for various applications across multiple sectors, including aerospace, automotive, and healthcare. These models embody the latest innovations in robotic technology, showcasing a blend of robustness, precision, and versatility.

Rover 9862 is designed for reconnaissance and exploration tasks. It features a lightweight chassis made from durable composite materials, allowing it to traverse rough terrains with ease. The robotic system is equipped with high-resolution cameras and LIDAR technology, enabling it to map and survey its surroundings accurately. Its autonomy is enhanced by advanced AI algorithms that allow for obstacle detection and path planning, making it suitable for both remote and autonomous operations.

Model 9885 focuses on industrial applications, particularly in manufacturing and logistics. This rover incorporates collaborative technologies, allowing it to work alongside human operators seamlessly. The system is fitted with an array of sensors that ensure precise object handling and transportation. Its robust power management system uses lithium-ion batteries, providing extended operational time, while real-time data analytics help optimize processes and monitor performance.

Rover 98117 represents a leap forward in healthcare applications. Designed for patient monitoring and assistance, it features ergonomic design and user-friendly interfaces. Equipped with biometric sensors and machine learning capabilities, the rover can track vital signs and adapt to individual patient needs. Its mobility allows it to navigate hospital corridors autonomously, delivering medications or supplies and assisting healthcare professionals.

Lastly, Rover 9848 emphasizes connectivity and integration. This model is built on a modular design, allowing for easy upgrades and customization based on user requirements. It supports various communication protocols, enabling it to connect with other devices and systems in a smart ecosystem. The rover’s onboard processing unit utilizes edge computing technology, significantly reducing latency and enhancing real-time decision-making capabilities.

Together, these rovers represent a significant advancement in robotics, driving innovation across different fields with their unique features and capabilities. As technology continues to evolve, these models are set to play a crucial role in shaping the future of automated systems.