Editing Determining Argon hardware failure
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#Measure resistance between J4 pin VN against BR,U,V and W. A typical resistance is between 100 kΩ - 10 MΩ. If resistance is less than 10 kΩ, there may be a failed IGBT. | #Measure resistance between J4 pin VN against BR,U,V and W. A typical resistance is between 100 kΩ - 10 MΩ. If resistance is less than 10 kΩ, there may be a failed IGBT. | ||
#Measure resistance between J4 pin VP against BR,U,V and W. A typical resistance is between 100 kΩ - 10 MΩ. If resistance is less than 10 kΩ, there may be a failed IGBT. | #Measure resistance between J4 pin VP against BR,U,V and W. A typical resistance is between 100 kΩ - 10 MΩ. If resistance is less than 10 kΩ, there may be a failed IGBT. | ||
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==SimpleMotion V2 port== | ==SimpleMotion V2 port== | ||
[[File:Argonj2schema.PNG|thumb|Schematic diagram consisting RS485 receiver and few other components connected to Argon's J2 port]]SimpleMotion V2 port (J2 on argon) is protected by clamping diode (type NXP PESD5V0S4UD) that is identified as D19 in the adapter and Argon drive. That diode typically burns if 24VDC is miswired in the port or if faulty Ethernet/RJ45 cable is being used. Same diode exists also in the [[SimpleMotion V2 USB adapter]] and may be damaged as well. Sometimes fault propagates longer and kills also RS485 driver chip (Texas Instruments SN65176BDR) which is identified as IC4 on Argon and IC1 on SM V2 USB Adapter. | [[File:Argonj2schema.PNG|thumb|Schematic diagram consisting RS485 receiver and few other components connected to Argon's J2 port]]SimpleMotion V2 port (J2 on argon) is protected by clamping diode (type NXP PESD5V0S4UD) that is identified as D19 in the adapter and Argon drive. That diode typically burns if 24VDC is miswired in the port or if faulty Ethernet/RJ45 cable is being used. Same diode exists also in the [[SimpleMotion V2 USB adapter]] and may be damaged as well. Sometimes fault propagates longer and kills also RS485 driver chip (Texas Instruments SN65176BDR) which is identified as IC4 on Argon and IC1 on SM V2 USB Adapter. | ||
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The parts mentioned here on Argon and SMV2USB may be replaced by person capable of desoldering and soldering SMT components. | The parts mentioned here on Argon and SMV2USB may be replaced by person capable of desoldering and soldering SMT components. | ||
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===Replacing components to repair communication faulure=== | ===Replacing components to repair communication faulure=== | ||
[[File:Hot-Air-Soldering-Station-850.jpg|thumb|Typical hot air soldering station]] | [[File:Hot-Air-Soldering-Station-850.jpg|thumb|Typical hot air soldering station]] | ||
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If still no connection (after new D19, IC4 and SMV2USB), then failure might have propagated further making repair more challenging. Granite Devices may be still able to repair it cost efficiently. | If still no connection (after new D19, IC4 and SMV2USB), then failure might have propagated further making repair more challenging. Granite Devices may be still able to repair it cost efficiently. | ||
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