Product Description
Okuma is a renowned engineering and manufacturing firm founded over a century ago. The company has been able to secure a global position thanks to its technologically-advanced and high-quality machining centers, CNC lathes, and turn-mill machining centers. More recently, Okuma has been able to offer servo motors and factory automation products. The MIV0104A-1-B5 server drive model is durable and powerful and various indications that matter.
When all the segments of the MIV0104A-1-B5 are lit, it indicates that the unit is in a power-on state. There are numbers from 1 through 6 that indicate the condition of the operation state. The initialization phase 0 indicated by O starts the hardware like the MCS controller memory. For 1, it is for setting up of the fundamental and conducive environment for operating the axis so that it is controlled and 2 indicates the initialization handshake communication process with the host system. Initialization phase 3 starts the data transmitting process that corresponds with the particular axis. For number 4, the check process and conversion of the transmitted data in phase 3 are initialized and phase 5 is the synchronous processing of the system hosting it to begin position detection interrupt process.
The final phase 6 establishes the actual positioning of the servo-link automatic communication and following this phase, the MIV0104A-1-B5 can get into the operating state. When J is displayed, it indicates velocity mode, P, positioning mode and C, tool path mode.
Proper maintenance enhances the durability of the MIV0104A-1-B5. However, over time you may see some displays that mean you need to change the MIV inverter. For example, when you see the OPF (option program file) error, the control voltage error or the control board error.
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