Tornado 98190 manual Strain Relief, Extension Cord, Required Cleaning Chemicals

Models: 98190

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Sketch A

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Sketch C

STRAIN RELIEF

Attaching the strain relief/cord retainer to the 50’ power cord.

1.Make a loop in power cord approximately 12” from receptacle end.

2.Slide cord loop through slot in retainer and over retainer arm.

Pull slack cord back through slot to secure. Attach retainer to handle.

EXTENSION CORD

If an extension cord is used, the wire size must be at least one size larger, (12-3) than the power cord on the machine.

REQUIRED CLEANING CHEMICALS

Use only commercial low foam cleaning chemicals that are designed for carpet extraction.

1.General carpet extraction cleaner added to the solution tank.

2.Traffic lane per-spray usually applied with spray wand.

3.Defoamer only goes into the recovery tank.

CAUTION: Use as directed. Do not over use the cleaning chemicals.

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Tornado 98190 manual Strain Relief, Extension Cord, Required Cleaning Chemicals

98190 specifications

Tornado 98190 is a groundbreaking military technology that has revolutionized the way tactical operations are conducted. This innovative system is primarily designed for reconnaissance, surveillance, and target acquisition, offering military forces a distinct advantage in various combat scenarios.

One of its main features is the integration of advanced sensors, which are capable of capturing high-resolution imagery and data in real-time. This feature enables operators to monitor enemy movements, identify potential threats, and gather intelligence without exposing themselves to danger. The system is also equipped with thermal imaging capabilities, making it effective during nighttime operations or in low-visibility conditions.

The Tornado 98190 employs cutting-edge communication technologies, allowing seamless data transfer between units. This ensures that all forces involved in an operation have access to the same critical information, facilitating coordinated attacks and strategic planning. Furthermore, the integration of artificial intelligence enhances its decision-making processes, allowing for quicker response times and improved operational efficiency.

Another notable characteristic of the Tornado 98190 is its mobility. It is designed to be deployed quickly and efficiently in a variety of environments, from urban settings to rugged terrain. The system can be transported via air, land, or sea, making it versatile and adaptable to any mission. This mobility is complemented by its ability to operate in diverse climatic conditions, ensuring its functionality in extreme temperatures or inclement weather.

Safety features are also a top priority in the design of the Tornado 98190. Built with redundant systems and robust materials, it is engineered to withstand external threats and minimize the risk to personnel. This reliability is crucial, as the system often operates in hostile environments where safety is paramount.

In conclusion, Tornado 98190 represents a significant advancement in military technology. Its combination of advanced sensors, AI capabilities, real-time communication, and mobility makes it an invaluable asset for modern military operations. As military strategies continue to evolve, systems like the Tornado 98190 will play a crucial role in ensuring effective responses to complex threats on the battlefield.