电缆编码器 - 旋转变压器 CableEncoder-Resolver
该伺服编码器电缆，以屏蔽电源和控制电缆组合，专为编码器设计。在动态安装中具有超柔韧性和高耐磨性和弯曲性，适用于需要良好电磁保护的链条。由特殊聚氨酯制成的外护套提供额外的保护效果，防止磨损，水解和Zui常见的化学试剂和油。
Combinated shielded power andcontrol cable, specially designed for Encoder-Resolver.Extra-flexible and with high resistance to abrasion and bending indynamic installations, suitable for use in energy chains when goodelectromagnetic protection is necessary. The outer cover made ofspecial polyurethane provides additional protection againstabrasion, hydrolysis and the most common chemical agents andoils.
技术特点 Technicalcharacteristics
1. 工作电压Operatingvoltage
300V
2. 测试电压TestVoltage
2000V
3. Zui小弯曲半径 Min.bending radius
固定安装：5xD Fixedinstallation: 5xD
移动电缆：7.5xD Moving cable:7.5xD
4. 工作温度（导体）Operating Tª (conductor)
-40°C至+ 80°C
5. Zui大循环弯曲次数Bendingcycles, max.
6.000.000
6. Zui大链速Maximumchain speed
300 m/min
7. Zui大加速度Maximumacceleration
50 m/s²
8. Zui大链长Maximumchain length
10米（水平）10 m(horizontal)
结构 Structure
1. 导体 Conductor
超柔性裸铜丝Extra flexiblebare copper wires
2. 绝缘 Insulation
PE，TPE ,PUR
3. 装配Assembly
屏蔽控制对和电源绝缘导线连接在一起+在机组上缠绕无纺布带，Zui后填充在空隙中
Screened control pairs and power insulated conductors cabledtogether + wrapping of non woven tape over the set with eventualfillings in the interstices
4. 组成Composition
组成颜色Combined colours:
详情见南游参数表· See table "Formation"
5. 总屏蔽 Overall screen
镀锡铜丝编织 Tinnedcopper wire braid
覆盖率：85％ Coverage:85%
+无纺布胶带 + non woventape
6. 外护套 Outersheath
聚氨酯 橙色RAL 2003 Polyurethane Orange RAL 2003
标准/属性 Standards /Properties
1.参考文件 Ref. forconstruction/drawing
根据UL 758，UL 1581和CSA 22.2210.2
（UL 80°1000V - CSA AWM I /II A / B 80°C 1000V）
根据NFPA79-2012第12.9章
According UL 758, UL 1581 and CSA 22.2 210.2
(UL 80° 1000V - CSA AWM I/II A/B 80°C 1000V)
According NFPA 79-2012 Chapter 12.9
2. 阻燃 FlameRetardant
UNE-EN 60332-1 (IEC 60332-1) ; CEI 20-35 ; UL VW-1 ; CSA FT1
3. 无卤素 Halogenfree
UNE-EN 60754-1 (IEC 60754-1) ; CEI 20-37
4. 耐油和碳氢化合物 Oil and hydrocarbonresistant
UL 1581 ; VDE 0472 part 803 A/B ; HD 22.10 S1 ; CNOMOE.03.40.150N
5. 防水Waterresistant
UL 1581 ; IEC 60811