UFC762AE101-1 ABB 伺服驱动模块

产品参数

ABB UFC762AE101

具有以下参数:输入电压:100-240 VAC,输出电压:0-10 VDC或4-20 mA输出频率:0-400Hz

输出功率: 0.75 kW工作温度:-10°C至50°℃。储存温度:-40°C至85°C

规格

ABB UFC762AE101具有以下规格:

外壳防护等级:IP20

过载能力:150%，持续60秒电磁兼容:EN 61800-3认证:CE，UL,cUL

ABB UFC762AE101是一种伺服驱动模块，广泛应用于需要高精度运动控制的应用领域，如工业机器人、自动化装配线、数控机床、风力涡轮机、医疗设备和印刷设备等。

它采用先进的微处理器技术，能够实现高精度的设备控制和状态监测，还具有强大的故障诊断和预警功能，可以实时监测设备的运行状态，当检测到异常情况时，会立即发出警报，并通过通信接口将故障信息传输到主控制系统或操作人员，以便及时采取相应的措施进行处理。

ABB UFC762AE101通常设计为耐用和稳定运行，适用于长时间的工作和工业环境中的恶劣条件。

1.使用方法:

·将ACS 800、电机和相连设备正确接地，以便在任何情况下都能确保工作人员的安全，并减少电磁辐射封和干扰。

·确信接地导线的截面积足够大，以满足安全规范的要求。·多台ACS 800的接地端子不能串联连接。

·在符合欧洲CE标准和其它一些必须要减少EMC辐射的安装地点，电缆入口应保持360度高频接地，以抑制电磁干扰。此外，电缆屏蔽层必须与保护接地线(PE)相连接，以符合安全规范。·在浮地或高接地电阻(>300hms)的电力系统中，不要安装带有EMC滤波器(可选件为+E202或+E200 )的变频器。

2.只有具备资格的电气工程师才允许安装和维护传动单元。

·禁止带电安装或维修传动单元、电机电缆或电机。在切断输入电源之后，应至少等待5分钟，待中间电路电容放电完毕后再进行操作。还应使用万用表(阻抗至少为1兆欧）测量以确定1.传动输入相U1,V1,W1与柜架间的电压接近oV.2.端子UDC+和UDC-与柜架间的电压接近ov.·禁止在传动单元或外部控制电路带电时操作控制电缆。即使ACS 800主电源断电，其内部仍可能存在由外音S控制电路引入的危险电压。

·所有的绝绦测试必须在断开电缆连接的情况下进行。·重新连接电机电缆时，应确保相序正确。注意:

不管电机是否运行，只要 ACS 800传动的输入电源接通，电机电缆端子都会存在危险的高电压。

·制动控制端子(UDC+, UDC-,R+和R-端子）带有危险直流高电压(大于500 V)。

·继电器输出端子RO1～~RO3在接通115V或220 v (230 V)电压时，带有危险高电压。

UFC762AE101-1 ABB 伺服驱动模块

Product parameter

ABB UFC762AE101

It has the following parameters: Input voltage :100-240 VAC, output voltage :0-10 VDC or 4-20 mA Output frequency :0-400Hz

Output power: 0.75kW Operating temperature :-10°C to 50° C. Storage temperature :-40°C to 85°C

specification

ABB UFC762AE101 has the following specifications:

Enclosure protection class :IP20

Overload capacity :150%, lasting 60 seconds Electromagnetic Compatibility :EN 61800-3 Certification :CE, UL,cUL

ABB UFC762AE101 is a servo drive module that is widely used in applications requiring high precision motion control, such as industrial robots, automated assembly lines, CNC machine tools, wind turbines, medical equipment and printing equipment.

It uses advanced microprocessor technology, can achieve high-precision equipment control and condition monitoring, but also has a powerful fault diagnosis and early warning function, can monitor the operating status of the equipment in real time, when abnormal conditions are detected, will immediately issue an alarm, and through the communication interface to transmit the fault information to the main control system or operator. In order to take appropriate measures to deal with it in time.

The ABB UFC762AE101 is generally designed for durable and stable operation, suitable for long working hours and harsh conditions in industrial environments.

1. How to use:

Properly ground the ACS 800, motor and connected equipment to ensure worker safety in all circumstances and reduce electromagnetic radiation encapsulation and interference.

· Make sure that the cross-sectional area of the grounding wire is large enough to meet the requirements of the safety code. · The ground terminals of multiple ACS 800 cannot be connected in series.

In compliance with the European CE standard and other installation sites where EMC radiation must be reduced, the cable inlet should be kept 360 degrees high frequency ground to suppress electromagnetic interference. In addition, the cable shield must be connected to the protective ground wire (PE) to comply with safety specifications. · Do not install inverter with EMC filter (optional +E202 or +E200) in power systems with floating or high ground resistance (>300hms).

2. Only qualified electrical engineers are allowed to install and maintain transmission units.

· Do not install or repair transmission units, motor cables or motors while they are live. After cutting off the input power supply, wait at least 5 minutes until the intermediate circuit capacitor is discharged. A multimeter (impedance of at least 1 megohm) should also be used to determine that 1. The voltage between the transmission input phase U1,V1,W1 and the cabinet is close to oV.2. The voltage between terminals UDC+ and UDC- and the cabinet is close to ov.· Do not operate the control cable when the transmission unit or external control circuit is live. Even if the ACS 800 main power supply is disconnected, there may still be dangerous voltages introduced by the external tone S control circuit.

· All cording tests must be performed with the cable disconnected. · When reconnecting the motor cable, ensure that the phase sequence is correct. Attention:

As long as the input power to the ACS 800 drive is on, there will be dangerously high voltages at the motor cable terminals, regardless of whether the motor is running or not.

· Brake control terminals (UDC+, UDC-,R+ and R-terminals) with dangerously high DC voltages (greater than 500 V).

· Relay output terminals RO1 ~RO3 have dangerous high voltage when 115V or 220v (230V) voltage is switched on.