Siemens VFD V20 Fault Codes Explained

[@dkblogs6743]

Very useful video vfd faults details 👌 👍

[@Ruchielectrical]

Thanks a lot

[@electricandelectronic3746]

Nice video babut helpful 👌 👍

[@Ruchielectrical]

Thank you so much

[@GautamYadav-xq9bp]

Very informative and useful video sir

[@Ruchielectrical]

Keep watching

[@khesarisah-zr3gb]

Yor are great sir ❤

[@CkKumar-w7d]

Nice video👍

[@Ruchielectrical]

Thanks 👍

[@CkKumar-w7d]

Nice 👍👍

[@Ruchielectrical]

Thanks 👍

[@KrishanKumar-dl3fx]

Sir vfd ki output realye pr bhi vedieo bnaye

[@Ruchielectrical]

Kaun si co. Ka vfd ka output relay ka video. Please send me co.name. Phir hum usake uper video Bana dunga

[@akblogs3618]

Bhai g120 vfd faults details video banaw please

[@maharmukhbatin7253]

Sir Vfd Mn motor over load setting kasa Kar sakta hn .jab Motor over load ho to F1 Ka alarm active ho jay

[@Ruchielectrical]

One of the main reasons for this fault can be the wrong choice of the converter by power, a short circuit to the ground or in the output cable, motor overload, or mechanical blocking of the shaft. इस खराबी का एक मुख्य कारण पावर द्वारा कनवर्टर का गलत चयन, जमीन या आउटपुट केबल में शॉर्ट सर्किट, मोटर ओवरलोड, या शाफ्ट का यांत्रिक अवरोध हो सकता है।

[@Ruchielectrical]

Overload vfd me setting kuch nahi hai. Lekin aap vfd ko 30hz ya 40hz me run kar sakte ho. Yek bar kamti frequency rakh ke dekho . Vfd ka power off karke dubara se start kijiye

[@amitsingh4146]

No display 1.Only red light blinking 2. Orange light 2 drive dono me ye aata h kya kRe kis ka fault hai cantrol card ? Power card ? Plzz. Reply sir ❤

[@Ruchielectrical]

Drive running ho Raha hai. Start ho Raha hai ya nahi. Ager drive start ho Raha hai. Esaka Matlab display. Kharab hai. Vfd Garmi me hai kya

[@dilawarkhan4838]

Bhai v20 vfd sinacmics k .F1..or F3 alram ata hai or pamp bnd ho jatay hai . please answer.

[@Ruchielectrical]

F1 Overcurrent One of the main reasons for this fault can be the wrong choice of the converter by power, a short circuit to the ground or in the output cable, motor overload, or mechanical blocking of the shaft एफ1 ओवरकरंट इस खराबी का एक मुख्य कारण पावर द्वारा कनवर्टर का गलत चयन, जमीन या आउटपुट केबल में शॉर्ट सर्किट, मोटर ओवरलोड, या शाफ्ट का यांत्रिक अवरोध हो सकता है। F3 means line voltage too low F3 का मतलब है लाइन वोल्टेज बहुत कम

[@subashrumma829]

Please F60 Alram

[@Ruchielectrical]

Cause :Asic timeout comes when acommunication timeout or failurebetween the Application-SpecificIntegrated Circuit (ASIC) and othercomponents within the inverter. Here's how you can address this issue: 1. Power Cycle: Start by powercycling the inverter. Turn offthe power to the inverter, waitfor a few moments, and thenturn it back on. Sometimes, asimple reset can resolvetemporary communicationisSueS. 2. Check Connections: Ensurethat all connections to theinverter, including powersupply, control signals, andcommunication interfaces,are secure and properlyseated. Loose connections canlead to communication errorsor timeouts. 3. Inspect CommunicationCables: Check the communication cables between the ASIC and other Here's how you can address this issue: 1. Power Cycle: Start by powercycling the inverter. Turn offthe power to the inverter, waitfor a few moments, and thenturn it back on. Sometimes, asimple reset can resolvetemporary communicationisSueS. 2. Check Connections: Ensurethat all connections to theinverter, including powersupply, control signals, andcommunication interfaces,are secure and properlyseated. Loose connections canlead to communication errorsor timeouts. 3. Inspect CommunicationCables: Check the communication cables between the ASIC and other • ASICs are specialized integrated circuits designedto perform specific functionswithin electronic devices like inverters. • Check inverter. • r0949=0: Hardware reportedlink fail • r0949=1: Software reportedlink fail • r0949 = 6: Feedback is not disabled for reading inverterdata • r0949=7: During inverterdownload, message didn'ttransmit to disable feedback • Communication failure due toEMC problems Check - and if necessary - improve EMC • Use EMC filter.

[@mahmoodbhaijaan4062]

Hello sir Mere drive me f 20 ka fault aa rha hai Please help me

[@Ruchielectrical]

F20 appears in the display: Unexpected heating.Carry out a reset by turning the machine on and off. If the error can't be rectified, please contact Siemens Home Appliances Service and arrange a service appointment डिस्प्ले में F20 दिखाई देता है: अप्रत्याशित हीटिंग। मशीन को चालू और बंद करके रीसेट करें। यदि त्रुटि को सुधारा नहीं जा सकता है, तो कृपया सीमेंस होम अप्लायंसेज सर्विस से संपर्क करें और सेवा अपॉइंटमेंट की व्यवस्था करें

[@mianrasheedahmad9691]

Sir f1 ka error ata h phle sb thik tha ab ata h Motor ki wire otar di h inverter sy phir bi jb run krte h forn aya jata h f1

[@Ruchielectrical]

F1 Overcurrent One of the main reasons for this fault can be the wrong choice of the converter by power, a short circuit to the ground or in the output cable, motor overload, or mechanical blocking of the shaft एफ1 ओवरकरंट इस खराबी का एक मुख्य कारण पावर द्वारा कनवर्टर का गलत चयन, जमीन या आउटपुट केबल में शॉर्ट सर्किट, मोटर ओवरलोड, या शाफ्ट का यांत्रिक अवरोध हो सकता है। Check kijiye aur mujhe bataw aap Nahi to phir dusra solution bataunga

[@aashikmohammad0286]

Sir a911 aa raha h isko kase thik kare plz help

[@Ruchielectrical]

the A911 alarm is defined as "The Vdc_max controller works to keep the DC-link voltage (r0026) below the level specified in r1242" in the manual मैनुअल में A911 अलार्म को "Vdc_max नियंत्रक DC-लिंक वोल्टेज (r0026) को r1242 में निर्दिष्ट स्तर से नीचे रखने के लिए काम करता है" के रूप में परिभाषित किया गया है। This will be the DC Link controller cutting in (A911) to extend the ramp down time, however stopping a high inertial load is tricky, possibly needs a resistor braking to absorb the regenerated energy. Even changing the drive set point will have an impact. The energy stored in a load of this type can be high, and the resistor rating for controlling this load requires calculation. Or, is it possible to allow the load to ‘coast’, by disabling the V20 output? The reason for fitting a VS drive may require justification, is this required, or can a Direct drive be used?? रैंप डाउन टाइम को बढ़ाने के लिए यह (ए911) में डीसी लिंक कंट्रोलर कटिंग होगा, हालांकि उच्च जड़त्वीय भार को रोकना मुश्किल है, संभवतः पुनर्जीवित ऊर्जा को अवशोषित करने के लिए अवरोधक ब्रेकिंग की आवश्यकता होती है। यहां तक ​​कि ड्राइव सेट प्वाइंट बदलने पर भी असर पड़ेगा। इस प्रकार के भार में संग्रहीत ऊर्जा अधिक हो सकती है, और इस भार को नियंत्रित करने के लिए अवरोधक रेटिंग की गणना की आवश्यकता होती है। या, क्या V20 आउटपुट को अक्षम करके लोड को 'तट' तक जाने देना संभव है? वीएस ड्राइव को फिट करने के कारण के लिए औचित्य की आवश्यकता हो सकती है, क्या यह आवश्यक है, या डायरेक्ट ड्राइव का उपयोग किया जा सकता है??

[@aashikmohammad0286]

@@Ruchielectrical sir any bypass mode this problem Aaj pura day is fault me chala gaya Acceleration of the acceleration ko kam jyada karke hi chalate rahe..but plc ke through hmi me tripping show ho jatai h..

[@Ruchielectrical]

Apka load me kya use kar rahe ho . Kuch heavy duty load h kya.mujhe bataw aap .phir uska bypass solution bataunga ok Thanks for watching and joining my ruchi electrical team

[@aashikmohammad0286]

@@Ruchielectrical Sir 0.5hp 3phase motor h Ak machine me use kar rahe h auto cycle me Load aa raha h 0.8a

[@aashikmohammad0286]

Please help .. 🙏

[@muthurajmuthukutty7193]

Modbus huh parameter talo paiya

[@Ruchielectrical]

Ok dalega next video me

[@santoshyadav-b2d5w]

Sir mere pass drive me f 80 ata hai

[@Ruchielectrical]

Check Wiring Connections: Verify the wiring connections for the analog input channel. Ensure that the connections are secure, properly terminated, and connected to the correct terminals on both the inverter and the external sensor or control device. Inspect Sensor or Transducer: If the analog input is connected to a sensor or transducer, inspect the sensor/transducer for any signs of damage or malfunction. Check for loose connections, broken wires, or faulty components that could be causing the signal loss. Calibrate Sensor: If the analog input relies on a sensor or transducer, ensure that the sensor/transducer is calibrated correctly. Improper calibration can result in incorrect signal readings or signal loss. Follow the manufacturer's instructions for calibrating the sensor/transducer. Verify Input Configuration: Check the inverter's parameter settings related to the analog input channel. Ensure that the input channel is configured correctly for the type of signal being received (e.g., voltage or current), and that the scaling and offset parameters are set appropriately. Inspect Power Supply: Verify that the power supply to the external sensor or control device is stable and within the specified voltage range. Inadequate power supply voltage can cause signal instability or loss. Check Grounding: Ensure that the inverter and all connected devices are properly grounded. Poor grounding can introduce noise or interference into the analog signal, leading to signal loss or instability. Analog inputs are commonly used in inverters for various purposes such as speed control, current control, or parameter adjustment. Broken wire. Signal out of limits

[@santoshyadav-b2d5w]

Plz solve my problem

[@Ruchielectrical]

Check Wiring Connections: Verify the wiring connections for the analog input channel. Ensure that the connections are secure, properly terminated, and connected to the correct terminals on both the inverter and the external sensor or control device. Inspect Sensor or Transducer: If the analog input is connected to a sensor or transducer, inspect the sensor/transducer for any signs of damage or malfunction. Check for loose connections, broken wires, or faulty components that could be causing the signal loss. Calibrate Sensor: If the analog input relies on a sensor or transducer, ensure that the sensor/transducer is calibrated correctly. Improper calibration can result in incorrect signal readings or signal loss. Follow the manufacturer's instructions for calibrating the sensor/transducer. Verify Input Configuration: Check the inverter's parameter settings related to the analog input channel. Ensure that the input channel is configured correctly for the type of signal being received (e.g., voltage or current), and that the scaling and offset parameters are set appropriately. Inspect Power Supply: Verify that the power supply to the external sensor or control device is stable and within the specified voltage range. Inadequate power supply voltage can cause signal instability or loss. Check Grounding: Ensure that the inverter and all connected devices are properly grounded. Poor grounding can introduce noise or interference into the analog signal, leading to signal loss or instability. Analog inputs are commonly used in inverters for various purposes such as speed control, current control, or parameter adjustment. Broken wire. Signal out of limits

[@ramanraperia7850]

F2 error keeps on coming every day

[@Ruchielectrical]

Common Causes of F2 Failure The power supply voltage is too high. This can be caused by power fluctuations or operating overvoltage caused by other devices on the power supply side. To high load energy back flow. Ok Please your input voltage and output voltage not stable showing f2 error

[@ramanraperia7850]

@@Ruchielectrical i have 3 hp motor and it is used in briquette machine on conveyor. Please tell me solutions

[@NaveenKumar-cq6oi]

F 60 kha h

[@Ruchielectrical]

Siemens v20 drive Fault f3 and f60 By reading and interpreting the fault messages F3 under voltage and F60 time overflow ASIC, it looks like a big EMI problem or a hard ware defect. Check the potential whether it is equal, check the DC bus voltage ..... वोल्टेज के तहत F3 और F60 समय अतिप्रवाह ASIC में दोष संदेशों को पढ़ने और व्याख्या करने से, यह एक बड़ी ईएमआई समस्या या हार्डवेयर दोष जैसा दिखता है। क्षमता की जांच करें कि क्या यह बराबर है, डीसी बस वोल्टेज की जांच करें