For a MIL-H-8794-5 hose operating at 1,000 psi and 210º, what is the minimum bend radius when flexed through 60 degrees?

To determine the minimum bend radius for a MIL-H-8794-5 hose operating at 1,000 psi and 210º while flexed through 60 degrees, we refer to the specifications outlined in the military standard. According to these specifications, a hose’s bend radius is critical for maintaining its integrity and performance, as improper bending can lead to kinking, reduced flow, or even failure.

In the case of the MIL-H-8794-5 hose, the minimum bend radius is generally defined as a multiple of the hose diameter, and is affected by operating conditions like pressure and temperature. When flexed at certain angles, such as 60 degrees, the bend radius must be established per the standards to ensure safe operation under pressure.

Based on established data, the minimum bend radius for this specific hose configuration at the mentioned operating conditions comes to approximately 2.03 inches. This value ensures that the hose can be bent sufficiently without risk of damage while maintaining the necessary strength and functionality to operate safely under the specified pressure and temperature.

The other suggested measurements do not comply with the standard specifications for the specific conditions mentioned, thereby making the choice of 2.03 inches the most appropriate and reliable answer for this question.