BUG3-35-31-B-010伺服转换器可议价

BUG3-35-31-B-010伺服转换器可议价

BUG3-35-31-B-010伺服转换器可议价

BUG3-35-31-B-010伺服转换器可议价

BUG3-35-31-B-010伺服转换器'的应用案例

购买'BUG3-35-31-B-010伺服转换器'的推荐渠道

如何理解'BUG3-35-31-B-010伺服转换器'的型号含义

2024年关于'BUG3-35-31-B-010伺服转换器'的技术文章

BUG3-35-31-B-010伺服转换器相关信息

一、简介

目前没有直接关于“BUG3-35-31-B-010伺服转换器”非常详细的独立阐述，但根据相关伺服驱动器知识推测，它可能具有以下特性。

（一）功能相关

作为伺服系统中的重要组成部分，它可能起到转换电能等作用，如同其他伺服转换器，将输入的电能转换为适合伺服电机运行的电能形式，以·确控制伺服电机的运转，例如实现对电机的转速、转矩等参数的精·控制。

二、可能的监控与保护功能

过电流监测

可能具备对电机电缆中过电流的监测功能。当出现过电流情况时，错误消息会被保存并且进行脉冲抑制，过电流信息可通过控制器复位来恢复正常状态。

接地故障监测

若故障电流超过功率的10%（装置的峰值电流），就会生成接地故障信息。接地故障监测能够通过控制器复位来恢复正常状态。

功率晶体管开关状态与安·继电器状态监测

对功率晶体管开关状态和安·继电器状态进行监控，确保设备正常运行的电气状态稳定。

三、使用注意事项

电源要求

要使用监控功能，必·提供+24V电源（X99A或X99B）。

环境条件

要注意环境条件，例如温度范围需保持在-25°C到+55°C（属于气候类别1K4），不正确的环境条件，特别是存储时的环境条件不合适，可能会导致设备损坏，如存储时如果未遵守环境条件，可能会造成设备损坏甚至毁坏。

电容相关

如果设备存储时间达到六个月及以上，再次启用设备时，如果事先未对直流链路电容器进行处理，在调试期间电容器可能会被损坏。在这种情况下，需要给设备提供可运行的电源电压至少一小时来重新形成直流链路电容器，但在此期间不要传输脉冲使能信号。并且在这个过程中，如果规定需要连接线路换向电抗器，就·须连接，不过对于那些不需要线路换向电抗器的设备，可以直接连接市电电压。

BUG3-35-31-B-010 servo converter related information

1. Introduction

There is currently no very detailed independent explanation of the "BUG3-35-31-B-010 servo converter", but it is speculated based on relevant servo driver knowledge that it may have the following characteristics.

(1) Function related

As an important part of the servo system, it may play the role of converting electrical energy. Like other servo converters, it converts the input electrical energy into an electrical energy form suitable for the operation of the servo motor to accurately control the operation of the servo motor, such as realizing control of the motor. Precise control of parameters such as speed and torque.

2. Possible monitoring and protection functions

Overcurrent monitoring

Possible monitoring function for overcurrent in motor cables. When an overcurrent condition occurs, the error message is saved and pulse suppressed. The overcurrent information can be reset by the controller to restore normal conditions.

Ground fault monitoring

If the fault current exceeds 10% of the power (peak current of the device), a ground fault message is generated. Ground fault monitoring enables restoration of normal conditions by controller reset.

Power transistor switching status and safety relay status monitoring

Monitor the switching status of the power transistor and the status of the safety relay to ensure stable electrical status for normal operation of the equipment.

3. Precautions for use

Power requirements

To use the monitoring function, +24V power supply (X99A or X99B) must be provided.

environmental conditions

Pay attention to environmental conditions, such as the temperature range needs to be maintained between -25°C and +55°C (belonging to climate category 1K4). Incorrect environmental conditions, especially inappropriate environmental conditions during storage, may cause damage to the equipment, such as Failure to observe environmental conditions during storage may cause damage or even destruction of the device.

Capacitance related

If the device has been stored for six months or more, the DC link capacitors may be damaged during commissioning if the DC link capacitors are not handled beforehand when the device is put back into service. In this case, it is necessary to supply the device with an operable supply voltage for at least one hour to re-form the DC link capacitor, but do not transmit a pulse enable signal during this period. And during this process, if it is specified that a line commutating reactor needs to be connected, it must be connected. However, for those equipment that does not require a line commutating reactor, the mains voltage can be directly connected.

SH31401P12F2000

SH140/30120/0/1/00/00/00/11/00

NS15-TX01B-V2

SCHNEIDER 13130266-001

20G1AND302JN0NNNNN

NGDR-07C

6ES7556-1AA00-0AB0

2UBA004416R0004

DST1402

MDX60A0750-503-4-00

MDX60A0300-503-4-00

3BHL000391P0101 5SHX1445H0001

ABB贝利TPSTU12-B

A06B-6240-H331

A06B-0428-B200#1002

396604-03-0

DME5000-111

DT500-A211

SJDE-08ANA

1395-B78-C4-P12-X1

DCS800-S02-0200-05-0

PM866AK02 3BSE081637R1

3BSE081636R1 PM862K02

3BSE069449R1 CI854BK01

CI867A

5SHY3545L0009 3BHB013085R0001

6ES5247−4UA21

PXI-1033

TBUX297247

GE 239-RTD-AN

ABB DSSB-01C 68300746

6AV6646-1AD22-0AX0

6AV7884-0AB10-3BA0

A02B-0259-C211

6AV7100-0AE11-1CC1

A06B-6400-H002