1336-BDB-SP74C A-B 可调频率驱动器

1336-BDB-SP74C AB

产品参数

品牌:AB

型号:1336-BDB-SP74C

输入电压:380~480V AC

额定输出功率:74KW

输出电压:0~480V AC

输出电流:110A

1336-BDB-SP7C

外壳材质:铝合金

外观尺寸:500mm x 300mm x 200mm·重量:25kg

·工作温度:-10°℃~55C·存储温度:-40°℃~70°℃·工作湿度:5%~95%RH·防护等级:IP20

应用领域

该产品广泛应用于电力、冶金、石油、化工、矿山等领域，用于驱动各种大型机械设备，如压缩机、风机、水泵等。其高效、稳定、可靠的性能得到了广大用户的认可和信赖。

描述:描述:1336-BDB-SP7C PCB板属于Allen-Bradley Bulletin 1336驱动器系列。该装置是用于艾伦-布拉德利1336 Plus和力驱动器的PCB栅极驱动器备件板。

关于1336-BDB-SP7C

1336-BDB-SP7C板是艾伦-布拉德利公告1336可调频本驱动器的艾伦-布拉德利备件板。此1336-BDB-SP7C板是用于1336Plus(S) 和强制(T）驱动器的PCB栅极驱动板。PCB以575伏交流电压工作，额定输出功率为7.5马力。正常工作频率为50至60赫兹。1336-BDB-SP7C g驱动PCB打开和关闭IGBT制恸器，为主控制和隔离板供电。它位于主控制板和机箱之间，带有专用的栅极驱动板安装板。该安装板便于维护和拆卸栅极驱动PCB。该装置使用具有清晰标识的跳线喹接到主板，以消除接线措误。当出现错误显示(如EEINIT READ 53警告)或即使通电也不存在总线电压时，请考虑更换PCB栅极驱动器。

1336-BDB-SP74C驱动板一般是指由驱动芯片、驱动辅助电源、驱动外围电路及接插件组成的板卡级电路产品，其价格相对于驱动芯片较高，但使用简单，便于快速成功搭建整套电气系统。

驱动板可以控制场效应管的导通和截止，同时保护场效应管免受过电压、过电流等故障情况的影响，提高系统的性能和效率。

1336-BDB-SP74C驱动板广泛应用于工业机械、自动化系统、交通运输和家用电器等领域。

驱动板一般是指由驱动芯片、驱动辅助电源、驱动外围电路及接插件组成的板卡级电路产品，其价格相对于驱动芯片较高，但使用简单，便于快速成功搭建整套电气系统。

驱动板可以控制场效应管的导通和截止，同时保护场效应管免受过电压、过电流等故障情况的影响，提高系统的性能和效率。

1336-BDB-SP74C A-B 可调频率驱动器

1336-BDB-SP74C AB

Product parameter

Brand :AB

Model :1336-BDB-SP74C

Input voltage :380~480V AC

Rated output power :74KW

Output voltage :0~480V AC

Output current :110A

1336-BDB-SP7C

Shell material: aluminum alloy

Dimensions :500mm x 300mm x 200mm· Weight :25kg

Working temperature: - 10 ° 55 ℃ ~ c. storage temperature: - 40 ° ℃ ~ 70 ° work ℃, humidity: 5% ~ 95% RH, protection grade: IP20

Application field

The product is widely used in electric power, metallurgy, petroleum, chemical industry, mining and other fields, used to drive a variety of large mechanical equipment, such as compressors, fans, pumps and so on. Its efficient, stable and reliable performance has been recognized and trusted by the majority of users.

Description: The 1336-BDB-SP7C PCB board belongs to the Allen-Bradley Bulletin 1336 driver family. The unit is a PCB gate driver spare board for Allen-Bradley 1336 Plus and force drivers.

About 1336-BDB-SP7C

The 1336-BDB-SP7C board is an Allen-Bradley spares board for the Allen-Bradley Announcement 1336 adjustable frequency drive. This 1336-BDB-SP7C board is a PCB gate driver board for 1336Plus(S) and forced (T) drivers. The PCB operates at 575 volts AC and has a rated output power of 7.5 HP. The normal operating frequency is 50 to 60 Hz. 1336-BDB-SP7C g drives the PCB to open and close the IGBT producer, supplying power to the main control and isolation board. It is located between the main control board and the case, with a dedicated grid drive plate mounting plate. The mounting board facilitates maintenance and removal of the gate drive PCB. The device uses jumpers with clear marks to connect to the motherboard to eliminate wiring errors. Consider replacing the PCB gate driver when an error is displayed (such as EEINIT READ 53 warning) or when the bus voltage is not present even when powered on.

The 1336-BDB-SP74C driver board generally refers to the board-level circuit products composed of the driver chip, the driver auxiliary power supply, the driver peripheral circuit and the connector. Its price is higher than that of the driver chip, but it is simple to use and easy to quickly and successfully build a complete electrical system.

The driving board can control the on-off and off of FET, and protect FET from overvoltage, overcurrent and other faults to improve the performance and efficiency of the system.

The 1336-BDB-SP74C drive board is widely used in industrial machinery, automation systems, transportation and household appliances.

The driver board generally refers to a board-level circuit product composed of a driver chip, a driver auxiliary power supply, a driver peripheral circuit and a connector. Its price is higher than that of the driver chip, but it is simple to use and easy to quickly and successfully build a complete electrical system.

The driving board can control the on-off and off of FET, and protect FET from overvoltage, overcurrent and other faults to improve the performance and efficiency of the system.