20BA050FFW12 Sanyo Denki
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The 20BA050FFW12 servo amplifier features a torque boost function for heavy-load conditions, a frequency jump function to avoid resonances, an overload limit function to prevent damage, and a free-run-stop capability for instant halts. Part of the BL Super Servo Amplifiers series by Sanyo Denki, it offers electronic thermal monitoring.
Internal Product Review
Sanyo Denki's 20BA050FFW12 servo amplifier offers EtherCAT-based control and natural air cooling. The servo amplifier functions best when operated in ambient temperatures between 0°C and 55°C. and safely stored at temperatures between -20 to +65°C. This servo amplifer ensures precise motion control.
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Product Description:
The Sanyo Denki 20BA050FFW12 is part of the BL Super Servo Amplifiers Series. This Series is designed for a wide range of industrial automation applications. It comes with a reputation for performing demanding factory operations by controlling position speed and force exactly.
The 20BA050FFW12 servo amplifier provides EtherCAT-based control functions. This optimizes the communication performance in automated processes. The servo amplifier functions best when operated in ambient temperatures between 0°C and 55°C. Its components can be safely stored at temperatures between -20 to +65°C. The unit performs optimally in humidity conditions reaching up to 90% at non-condensing conditions. This amplifier has operating capability extending to 1,000 meters in altitude above sea level. The 20BA050FFW12 servo amplifier checks the following safety criteria per the specified specifications. It handles 2G shock intensity across three directions (X Y Z) while tolerating 0.5G vibration force. The device safely operates through natural air cooling without requiring additional external cooling components. The servo amplifier follows safety requirements that incorporate STO functions. This product meets the CE, UL, RoHS, and ISO certification protocols.
The 20BA050FFW12 servo amplifier needs to be placed vertically on a flat, non-flammable surface. This could be either a control panel or a DIN rail-compatible enclosure to achieve stability and normal heat dissipation. The unit needs at least 50 mm of clear area above and below it to let airflow and prevent overheating. Mount the amplifier with M4 screws that should achieve a torque level of 1.2 Nm to guarantee its resistance. Shielded cables should be applied during wiring to protect the power lines as well as the motor and encoder connections. This reduces electromagnetic disturbances while keeping high-voltage power lines distinct from low-voltage control signals to stop signal interference. Acceptable electrical performance depends on tightening power terminal screws to the required torque setting of 1.2 Nm.
