What is typically included in the design criteria for a steam pressure gauge?

In the design criteria for a steam pressure gauge, it is essential to include various parameters to ensure its effectiveness and reliability in measuring steam pressure.

The operating temperature range is important because steam can vary greatly in temperature, affecting the gauge's material compatibility and performance. Gauges need to be designed to withstand the high temperatures associated with steam without failing or providing inaccurate readings.

Accuracy requirements are crucial as well, as they define how precise the gauge must be in measuring pressure. This ensures that the readings are reliable for operational safety and efficiency, which is critical in steam systems where precise control of pressure is needed.

The pressure range is another key aspect, as it determines the limits within which the gauge can accurately measure steam pressure. A gauge needs to be designed to handle both the minimum and maximum pressures expected in operation without being damaged or rendering inaccurate readings.

Including all of these elements in the design criteria guarantees that the steam pressure gauge will perform reliably in its intended application, providing operators with essential information for safe and efficient operation. Thus, the correct answer encompasses all these important criteria for a comprehensive understanding of steam pressure gauge design.