PFCL201C 50.0KN输入输出模块
寿命，电气符合IEC/EN 60947-4-1第 9.2 48 107 111伊顿公司CA012002EN 54温度影响技术数据注释温度偏离参考温度时，过载保护特性发生轻微变化。为了使用跳闸特性确定释放时间，必须考虑表中规定的温度补偿系数。示例：LZM1-A100在40°C的参考温度下进行校准。当它在60°C的环境温度下运行时会发生什么？在60°C时，0.86的温度补偿系数导致工作电流降低Ir=100 a x 0.86=86 a。换言之，在环境温度为60°C的情况下，LZM1-A100跳闸，如同其设置为86 a。温度偏离参考温度时过载释放的响应值装置类型释放温度补偿系数类型20°C 30°C 40°C 50°C 60°C 65°C 70°C热磁释放（TM）系统保护系统保护（参考温度40°C）LZM…1（-4）-A5…80 TM 1.14 额定工作电流I e有多高？65°C时，降额系数为0.85，这意味着Ie=250 A x 0.85=212.5 A。LZM2-A250可在65°C的环境温度下运行，最大I e=212.5 A.在特定环境条件下降低额定工作电流（降额）（根据IEC 947）设备类型释放降额系数类型201断路器技术数据LZM…1，LZM…2，LZM..3，LZM.4额定不间断电流最大160 A LZMB1 LZMC1 LZMN1通用标准IEC/EN 60947防直接接触手指和手背防护符合VDE 0106第100部分气候防护湿热，恒定，符合IEC 60068-2-78湿热，符合IEC 60068-2-30的周期性环境温度存储°C–25…+70操作°C–30…+70机械抗冲击性（IEC/EN 60068-2-27）20（半正弦冲击20 ms）符合VDE 0106第101部分和第101/A1部分的安全隔离辅助触点和主触点之间的V AC 500辅助触点之间的AC 300安装位置垂直和所有方向的90°输入电源按要求的防护等级操作控制区域内的设备：IP20（基本防护等级）外壳，绝缘外壳：IP40，带门耦合旋转手柄：IP66端子隧道端子：IP10相位隔离器和条形端子：IP00断路器额定冲击耐受电压Uimp主触点V 6000 6000 6000辅助触点V 6000 60006000额定工作电压Ue V AC 440 440过电压类别/污染等级III/3 III/3额定绝缘电压Ui V 690 690 690开关容量额定短路闭合容量240 V I cm kA 63 121 187 400/415 V I cm
Service life, electrical compliance with IEC/EN 60947-4-1, 9.2 48 107 111 EATON CA012002EN 54 Technical Data Notes on Temperature Impact When the temperature deviates from the reference temperature, the overload protection characteristics change slightly. In order to determine the release time using the trip characteristics, the temperature compensation factors specified in the table must be taken into account. Example: LZM1-A100 is calibrated at a reference temperature of 40 ° C. What happens when it operates at an ambient temperature of 60 ° C? At 60 ° C, the temperature compensation coefficient of 0.86 causes the working current to decrease Ir=100 a x 0.86=86 a. In other words, when the ambient temperature is 60 ° C, LZM1-A100 trips as if it were set to 86 a. Response value of overload release when the temperature deviates from the reference temperature Device type Release temperature compensation coefficient Type 20 ° C 30 ° C 40 ° C 50 ° C 60 ° C 65 ° C 70 ° C Thermomagnetic release (TM) system Protection system Protection (reference temperature 40 ° C) LZM... 1 (- 4) - A5... 80 TM 1.14 How high is the rated working current I e? At 65 ° C, the derating factor is 0.85, which means Ie=250 A x 0.85=212.5 A. LZM2-A250 can operate at an ambient temperature of 65 ° C, with the maximum I e=212.5 A. Reduce the rated working current (derating) under specific environmental conditions (according to IEC 947) Equipment type Release derating factor Type 201 Technical data of circuit breaker LZM... 1, LZM... 2, LZM... 3, LZM 4 Rated uninterrupted current Maximum 160 A LZMB1 LZMC1 LZMN1 General standard IEC/EN 60947 Protection against direct contact with fingers and back of hand complies with VDE 0106 Part 100 Climate protection Damp heat, constant, complies with IEC 60068-2-78 Damp heat, Periodic ambient temperature storage according to IEC 60068-2-30 ° C – 25...+70 operation ° C – 30...+70 mechanical impact resistance (IEC/EN 60068-2-27) 20 (half sine impact 20 ms) Safety isolation according to VDE 0106 Part 101 and Part 101/A1 AC 300 between auxiliary contacts and V AC 500 auxiliary contacts between main contacts Installation position 90 ° input power supply in vertical and all directions Operate equipment in the control area according to the required protection level: IP20 (Basic protection level) enclosure, insulated enclosure: IP40, Door coupling rotary handle: IP66 terminal Tunnel terminal: IP10 phase isolator and strip terminal: IP00 circuit breaker Rated impulse withstand voltage Uimp Main contact V 6000 6000 6000 Auxiliary contact V 6000 60006000 Rated working voltage Ue V AC 440 440 Overvoltage category/pollution level III/3 III/3 Rated insulation voltage Ui V 690 690 690 Switch capacity Rated short circuit making capacity 240 V I cm kA 63 121 187 400/415 V I cm
