Do not use thermometer in the ear. Intended use is for oral, rectal, and axillary (armpit) readings only.
Do not place thermometer near extreme heat - it may explode.
Note: Use of a probe cover may result in a 0.2°F discrepancy from actual temperature.
1858 specifications
Graham Field of 1858, often celebrated for its significant contributions to the world of engineering and machinery, showcases a blend of innovative technologies and vital characteristics that defined its era. As the Industrial Revolution reached its zenith, Graham Field emerged as a notable player in the development of mechanical systems, particularly in the realm of transportation and manufacturing.One of the main features of Graham Field was its focus on steam power. At a time when steam engines were revolutionizing industries, the field of 1858 was synonymous with the development and enhancement of steam-driven machinery. This technology not only propelled locomotives but also played a crucial role in powering various factory machinery, resulting in increased production rates and efficiency.
The precision engineering of this period facilitated the creation of components that allowed for greater reliability and performance in machines. Attention to detail in manufacturing processes ensured that parts fit together seamlessly, leading to improved operation. These innovations were essential for the maintenance and longevity of machinery in an era where rapid industrialization created a surge in demand for reliable equipment.
In addition to steam power, the mechanical advancements of Graham Field in 1858 encompassed the introduction of standardized parts. This concept was pivotal in the growing manufacturing sectors, allowing for the mass production of interchangeable components. Standardization not only simplified repairs and replacement but also significantly reduced costs, making machinery more accessible to a larger number of businesses.
Another key characteristic of Graham Field was its emphasis on safety and ergonomics. The designers and engineers of this period began to recognize the importance of creating machines that minimized hazards and enhanced user comfort. Innovations included improved braking systems and more intuitive controls, which contributed to a safer working environment.
Graham Field in 1858 represented a transformative period in engineering, characterized by the advancement of steam technology, precision manufacturing, standardization of parts, and a growing focus on safety. These elements were instrumental in shaping the industrial landscape of the time and paved the way for further technological advancements in the decades that followed. The legacy of Graham Field resonates even today, as many of its principles are still integral to modern engineering practices.