6SL3210-1PH31-4AL0功率模块可面价

6SL3210-1PH31-4AL0功率模块可面价

6SL3210-1PH31-4AL0功率模块可面价

6SL3210-1PH31-4AL0功率模块可面价

6SL3210-1PH31-4AL0功率模块价格

6SL3210-1PH31-4AL0功率模块渠道

6SL3210-1PH31-4AL0功率模块应用案例

6SL3210-1PH31-4AL0功率模块详细参数

6SL3210-1PH31-4AL0功率模块

1、产品规格 6SL3210-1PH31-4AL0

功率特性： 6SL3210-1PH31-4AL0

重过载功率方面，在200% 3S，150% 57S，100% 240S且环境温度-20至 +50°C(HO)时为110kW；在功率轻过载情况下，当150% 3S，110% 57S，100% 240S且环境温度-20至 +40°C(LO)时为132kW。

电气参数：工作电压为500-690V+10/-20%三相交流，频率范围是47-63Hz。

物理尺寸：尺寸为708x305x357(高x宽x深)，防护等级达到IP20，并且不带控制单元和操作单元。

2.故障排查（针对包含该模块的西门子变频器）6SL3210-1PH31-4AL0

基于报警信息排查：当设备出现故障时，首先查看变频器上数码管显示的报警信息，根据报警说明排查故障。

万用表测量排查：6SL3210-1PH31-4AL0

直接检查故障变频器时，上电检查开始要用万用表测量。将万用表打到1K的电阻档，黑表笔与变频器直流(-)极连接，红表笔连接三项输入、输出端测量电阻，正常电阻值在5 - 10K之间，且输入、输出三相之间要一致，输出端三相电阻值略小于输入电阻值。

在完成(-)测电阻测量后，将黑表笔放在(+)测继续三相测量，方法相同。若电阻值正常且无充放电现象，则可进行上电测量；否则可能功率部件损坏，若有明显烧毁痕迹则不能直接上电，要更换问题部件。

6SL3210-1PH31-4AL0 power module

1. Product specifications

Power characteristics:

In terms of heavy overload power, it is 110kW at 200% 3S, 150% 57S, 100% 240S and the ambient temperature is -20 to +50°C (HO); under light overload power, when 150% 3S, 110% 57S, 132kW at 100% 240S and ambient temperature -20 to +40°C (LO).

Electrical parameters: Working voltage is 500-690V+10/-20% three-phase AC, frequency range is 47-63Hz.

Physical dimensions: Dimensions are 708x305x357 (height x width x depth), protection level reaches IP20, and without control unit and operating unit.

2. Troubleshooting (for Siemens inverters containing this module)

Troubleshooting based on alarm information: When the equipment fails, first check the alarm information displayed on the digital tube on the inverter, and troubleshoot the fault according to the alarm description.

Multimeter measurement troubleshooting:

When directly checking the faulty inverter, use a multimeter to measure it at the beginning of the power-on check. Set the multimeter to the resistance level of 1K, connect the black test lead to the DC (-) pole of the inverter, and connect the red test lead to the three input and output terminals to measure the resistance. The normal resistance value is between 5 and 10K, and the input and output three-phase should be consistent, and the three-phase resistance value at the output end should be slightly smaller than the input resistance value.

After completing the (-) resistance measurement, place the black test lead on the (+) measurement to continue the three-phase measurement with the same method. If the resistance value is normal and there is no charging or discharging phenomenon, the power-on measurement can be performed; otherwise, the power component may be damaged. If there are obvious burn marks, the power cannot be directly turned on, and the problem component must be replaced.

NOVELLUS 19-00127-00

6PPT30.101G-20B

AH465207U002

A5E01649325

9468/33-08-10

9470/33-16-10

9477/15-08-12

SRM64-HZZ0-S03

XC-CPU201-EC256K-8DI-6DO

1C31194G03

140CPU67160S

LMS111-10100

GDM120N-528/0750

MOD600ARTD4

PLX51-PBM

9440/15-01-11-C1198

9468/32-08-11

F6214

F6215

EN-208-00-000

XD-02-MSD0

8V1090-00-2

6SE7041-8EK85-0HA0

6AV7881-3AE00-8CA0

FH-5050-10

SDCS-PIN-H01

6SE7026-0TP60-Z Z=G91+K80

SXWTBASW110002

0811405157

Fluke Ti480

Fluke 1775

Fluke 1625-2

Fluke 1630-2

Fluke 810

Fluke 773

eaton 58868-400

ACS800-01-0120-5

A06B-6250-H045