38 mm Bend Radius Spring Armored Shielded PTFE RF Cable for Tensile and Torsional Protection

This offering is an RF cable construction intended for cable tensile and torsional protection. It uses a right-hand stainless steel wire spring together with a tinned-wire inner shield, PTFE middle layer, and PTFE outer jacket. The available data defines its construction, spring dimensions, bend radii, and operating temperature range. No specific end-use equipment, cable termination, or application system is identified in the provided information

The stated cable construction includes a stainless steel wire spring, a tinned-wire inner shield, a PTFE middle layer, and a PTFE outer jacket. The shield has at least 90% coverage and a nominal outer diameter of 6.90+/-0.10 mm. The outer jacket is listed as purple-black or custom at 7.55+/-0.15 mm nominal outer diameter, while the blue-black option is listed at 8.3 mm. Separate accessories, connectors, and delivery contents are not specified

The minimum installation bend radius is 38 mm, while the bend radius specified under repeated flexing is 80 mm. This means the repeated-flexing condition requires a larger bend radius than the installation condition. The stated operating temperature range is -40 to +165 deg C. Resistance to water and oil is specified as no

No connector type, termination style, mating interface, or equipment compatibility is stated for this RF cable. The spring has a nominal inner diameter of 5.40+/-0.10 mm and a nominal outer diameter of 6.40+/-0.10 mm. Outside the spring, the cable structure consists of a tinned-wire shield, PTFE middle layer, and PTFE outer jacket. Interface suitability should be checked against the required installation arrangement

Please confirm the intended bend condition, as the installation bend radius is 38 mm and the repeated-flexing bend radius is 80 mm. Confirm the required jacket option and overall diameter: purple-black or custom is listed at 7.55+/-0.15 mm, while blue-black is listed at 8.3 mm. The operating environment should remain within -40 to +165 deg C. Water and oil exposure should also be reviewed because resistance to water and oil is specified as no