Добрый вечер.
Выскакивает авария w166 на частотном приводе PA7300-4030-N1. Аналогичные устройства ATV61E5D22N4, CIMR-J7AC43P00, E1-P7002 125H установленные на компрессорах работают.
Направление нашел через bing по запросу "Ремонт установки для испытания кабелей с изоляцией из сшитого полиэтилена СНЧ-20, СНЧ-20КП, СНЧ-25, СНЧ-25КП, СНЧ-28, СНЧ-40КП, СНЧ-60КП, СНЧ-120КП в Санкт-Петерубрге" prom-electric.ru/articles/4/834/ . Вышел из строя конденсатор.
Всем удачи!

Вечер добрый!
Высвечивается авария er29 на частотном преобразователе FR-A840-04320-1. Аналогичные приборы ATS48C79Y, CIMRV7CC42P27, CV104007-9 установленные на экструдерах работают.
Значение нашел через рамблер по запросу "SKiiP28AHB16V1" prom-electric.ru/media/SEMIKRON_DataSheet_SKiiP_28AHB16V1_25230170.pdf . Оказалось сгорел синий варистор.
Успехов!

prom-electric.ru
FR-V540-18.5K-NA ATS01N209QN ATV61EXC5C31N L300P-185LFU2 ATV61HD45M3X M700-05200250A CIMRV7CU41P54 E1-9011 002H CIMR MR5N 2015 CIMR-F7Z41100B SJ300-370HFU FR-F2-750BU FR-E510W-0.75K-NA CIMR-V7AZ47P51 FR-V220E-3.7K SMC931750 -p ATV61EXC2C50N4 SMC920750-P VFD300V43A-2 M600-03400100A ATV71LD30N4Z ATV71EXC2C20N4 3G3PV-B4450 VZA2015FAA-S5030 ATV32HD15N4 P3-E520-0.75K-NA ATV61HU40M3 SJ300-185LFU CIMR-E7Z20371A JNEV N3-202-CS FR-A840-00170-1 ATS48D32Q M700-04200137A CIMR-F7Z20300 CIMRV7TC20P17 3G3RV-B420K ATV61EXC2C63N4H ATV61HC63N4D VFD 007 CIMR MR5A 2022 CFW080073BDN1A1Z CIMRF7Z20551B E1-9011 003H CIMRE7Z40P71B CIMR-E7Z40370A ATV312HU11N4B WJ200-002LF FR-S510W-0.75K-NA ATV61HD22N4 TMVRXE18-1000-4160-3R FR-F740-12120-NA FR-V220E-37K CIMR-V7TC47P50 ATV61HC63N4D387 S102F25-41 M400-01200017A CIMR-E7Z41P51B ATV71HU22Y ATV61HD11Y CIMR-G7C40900A FR-A140E-0.75K ATV61HD55N4Z ATV71QC40Y M600-09402000E FR-Z240-11K-UL CIMR MTIII 18 CIMR-V7TC25P51 M810-04200137A CIMR-F7Z40151 CIMRE7Z40551A ATV31CU15N4 VFD055VL43A EI-9011-075HIP54 FR-Z240-15K-UL E2-mini SP25L CSX-110-V4-C1 ATV71EXC2C40N4 CIMR-F7Z20370 EQ7-4003-C EQ7-4300-C WJ200-022LF CIMR-V7AT20P70 CIMRV7TC21P50 ATV71EXC5C31Y CIMR-G7C20370B CIMR-V7AT27P51 CIMRF7Z40300A prom electric prom-electric.ru CIMR-V7SC21P57 ATV71EXC2C20Y MA7200-4002-N1 ATV71WU55N4A24 ATV61HD90Y ATV71QC25Y FR-A240-18.5K-UL M300-02400032A CIMRJ7AC43P00 FR-A540L-G280K-NA FR-V520-5.5K-NA ATV61EXC2C11N4H ATV61E5D11N4 CIMR MT 15 ATV312HU75M3 CFW110242T4SZ VFD185B43A CIMRV7CC22P27 SJ200-055HFU C1MR-L7Z4045 CIMR-F7C20370 P3-E520-0.75K-NA ATV71HD75Y ATV312H018M2 WJ200-015SF N3-402-C M600-03400062A SMC931750-P CIMRJ7AC40P40 ATS22C32Q CIMR-VC4A0001BAA-1000 ATSU01N206LT SJ700-300HFUF2 M700-09402240E CIMR MR5A 23P7 M810-03200080A SMC920500-P CIMR-F7A42P21 FR-F520-30K-NA SMC930050 -p M700-07400660A VFD 004 CIMRF7Z41321B ATV71HU40N4S337 ATV61EXC5C20N CSX-055-V4-C1 SMC931250-P CIMR-F7Z25P51 CIMR-F7Z40181 ATV61WD55N4U CIMRG7C20220B CIMR-E7Z20900 M400-02400023A M200-02400018A 3G3PV-B2900 MA7200-2001-N1 CIMR-F7Z40901B SJ200-015NFU ATS01N212LU VFD150E43A MP470A6R M200-05200250A M300-01200042A CIMR-XCBC40P2 ATV61HC13Y ATS48D75YS338 ATV71HC13N4D ATV31C075M2 M810-04400172A ATV61HC25N4 FR-A240-45K-UL CIMRV7AZ42P20 ATV61E5D18N4 FR-U120S-0.2K-UL E1-P QMP550A4R CIMR-V7AT23P70 M200-04200176A M100-04200133A 3G3PV-A4007 PA7300-4060-N1 CIMR-F7Z43P71 FR-A220-5.5K-UL ATSU01N212LT ATV71E5D11N4 GBR M700-09402000A SMC941000-P
prom-electric.ru

asynchronous serial output TX connects to the FT232R’s asynchronous serial input RXD , and the FT232R’s asynchronous serial output TXD connects to the PIC18F4520’s asynchronous serial input RX . The example circuit uses the RTS# and CTS# handshaking lines on the FT232R. These lines can connect to any otherwise unused port pins on the PIC18F4520. If needed, the FT232R’s other status and control pins can connect to other port pins on the PIC18F4520. Attach the USB connector to a port on a PC and follow the on-screen instructions to install FTDI’s drivers. See FTDI’s website for a detailed driver-installation guide. When the drivers are installed, the Device Manager shows a new COM port, and the port is ready for use. In a similar way, any microcontroller with an asynchronous serial port and additional port pins if needed can interface to an FT232R and function as a USB virtual COM port. 331 Chapter 15 Converting from RS-232 to USB If you have an existing design that uses RS-232, an FT232R chip can quickly convert the design to USB. Figure 15-5 shows a circuit that uses RS-232 along with the same circuit converted to use USB. In the RS-232 circuit, microcontroller pins connect to a MAX237 interface chip that converts between TTL and RS-232 logic levels. The example circuit includes the asynchronous serial interface TX and RX plus six generic I/O pins to support RS-232’s status and control signals. A circuit that doesn’t use all of the status and control signals requires fewer drivers and receivers. The schematic doesn’t show the MAX237’s capacitors or power and ground connections. In the USB circuit, the microcontroller port pins connect to the corresponding pins on an FT232R USB UART. Instead of an RS-232 connector, the circuit has a USB connector that interfaces to the FT232R. The pins for any unimplemented signals can remain open on the FT232R or can be tied to a desired state. In most cases, a circuit modified in this way requires no changes to device f prom-electric.ru