ORP-I
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Wiring material for the wiring of moving parts inside devices ORP-I series Swinging bending Sliding bending These insulated wires feature a special elastomer insulator with proven performance track record in the "ORP Cable Series" and are suitable for the wiring of moving parts inside devices. Features ● These wires are thinner than cables and allow a smaller bending radius, making them suitable for wiring in confined spaces. ● These wires use proprietary special elastomer insulator for excellent movability and excellent cost performance. ● These wires feature a small diameter while supporting 600 V rated voltage. ● Custom specifications including twisted pair cables, spiral processing and connector installation are also available based on customer requirements. Specifications Material/configuration Usage environment Tin-plated annealed copper twisted-pair cables Special elastomer (Color: Red, Black, Blue, White, Yellow, Green, Yellow/Green with spiral mark) Conductor Insulator Applicable standards Fixed and moving parts indoor and inside devices Operation temperature range Note 1. UL-compliant but no surface printing. Swinging bending Test conditions Bending radius R: Approx. 15-fold of outer insulation radius Bending angle: ±90° 1 million times Load: 4.9 N or more Bend speed: 40 times per minute Count: one round trip is one count Note 2. Under Oki test conditions and methods. For details, see page 3. These values are for reference only and are not guaranteed values. Line-up Display of product name ● (1): Conductor sq. mm (mm2) (2): Insulator color symbol Red: R, Black:K, Blue:B, White:W, Gray: S, Green: G, Yellow/Green with spiral mark: Y/G Conductor configuration piece(s) / piece(s) / mm Outer diameter of conductor mm Outer diameter of insulator mm Insulator resistance MΩ-km (20˚C) Withstand voltage V∙1 minute interval Approximate weight kg/km Minimum bending radius* mm Permitted electric current** A (30˚C) *The minimum bending radius is a recommended value to ensure safe operation. **The allowable current is a value calculated based on midair single-cable wiring at ambient temperature of 30˚C, not a guaranteed value. When binding electrical wires, calculate the value using the following formula: Allowable current value when bound (30˚C) = Allowable current value per wire (30˚C) × (the number of