YY1001 TRVVP Cavi per catene portacavi estremamente flessibili

This ultra -high flexible cable uses special modified insulation materials and external

quilt materials, as well as special structures, has high abrasion resistance and medium resistance, can withstand long -term

acceleration, deceleration, stretching and compression stress, and 10 million times, and 20 million times The above periodic

bending and maintaining high stability.

Ultra -high -speed motion tight -type TRVVP ultra high flexible drag chain cables are suitable for mechanical equipment and machine

tools, high loads, and high -flexible high -speed drag chain bend applications. This ultra -high flexible cable uses special modified

insulation materials and external quilt materials, as well as special structures, has high abrasion resistance and medium resistance,

can withstand long -term acceleration, deceleration, stretching and compression stress, and 10 million times, and 20 million times

The above periodic bending and maintaining high stability.

YY1001 TRVVP Ultra high flexible drag chain cables Technical Parameter

Standard		Rispettare le normative RoHS e Reach dell'UE
Conduttore		adotta filo di rame intrecciato in rame stagnato di alta qualità
Materiale isolante		Guaina speciale in PVC ad elevata flessibilità
Intervallo di temperatura:		Mobile installation -5 °C to +70°c Fixed installation -15 °C to +80°c
Resistenza di isolamento:		Minimo 20 MOhm x km
Guaina esterna		Accoppiamento in PVC modificato
Raggio minimo di curvatura:		Installazione mobile diametro cavo 7,5× Installazione fissa diametro cavo 6×
Voltaggio nominale		Uo/U 300/300 V
Provare la tensione		1500 V
Applicazione:		It is especially suitable for continuous ultra-high flexibility and high-speed towline bending applications of mechanical equipment and machine tools. The ultra-high flexible cable uses specially modified insulating materials and outer covering materials, which have high abrasion resistance and medium resistance, and can withstand long-term acceleration, deceleration, tensile and compressive stress, and more than ten million cycles of periodic bending , And always maintain high stability.