134N6160
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MPN: FC-301P7K5T4E20H1XXXXXXSXXXXAYBXCXXXXDX
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The Danfoss 134N6160 is part of the VLT FC 301 Automation Drives series and features a power rating of 7.5 kW with a 10 HP output. It operates on three-phase 380-480 VAC input voltage and includes IP20/Chassis protection. Its net weight is 6.48 kg, and it measures 268 mm tall, 130 mm wide, and 205 mm deep.
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Product Description:
The Danfoss automation drive 134N6160 is built with the power rating of 7.5 kW according to the product code FC-301P7K5T4E20H1XXXXXXSXXXXAYBXCXXXXDX. Its rated output current is 16 A continuous at high overload and its periodic current is specified as 25.6 A for sixty seconds in ten minutes, while its input continuous current utilization is 14.4 A, from a source supply of 380 to 480 VAC.
The 134N6160 drive comes with an apparent power rating of 11.1 kVA under nominal conditions and its power loss at rated load is specified as 255 W in high overload operations. It provides 0 to 590 Hz of an adjustable output frequency range and in flux mode the maximum frequency extends to 2000 Hz. The drive’s switching frequency can be set from 4 kHz up to 16 kHz with derating and its PF value at nominal load is above 0.98. Its mechanical design is classified in a frame size of A3 with IP20 chassis protection and it measure 268 mm H x 130 mm W x 205 mm D. Its optional configurations changes width to 190 mm and depth to 220 mm, while it weighs 6.48 kg and its volume is specified as 27.246 L. This 134N6160 drive includes RFI filter of A1/B class in accordance with IEC 61800-3 category C1 and its circuit board is uncoated type. It meets EN ISO 13849-1 PL d and IEC 61508 SIL 2 safety torque feature.
The 134N6160 drive’s control platform provides VVC+ mode for variable torque and flux mode for dynamic loads. Its motor adaptation aligns parameters for induction and permanent magnet motors, while its integrated PID controllers maintain performance. The drive includes I/O capacity of five digital inputs, two analog inputs, two pulse or encoder inputs, one analog output and one relay output. It communicates through Modbus RTU and powerlink MCA 123.
Frequently Asked Questions about 134N6160:
Q: Why does the 134N6160 drive include both VVC+ and flux mode control?
A: The VVC+ optimizes efficiency under variable torque loads by adjusting voltage-vector control, while flux mode enables high-speed operation (up to 2000 Hz) useful for dynamic or high-frequency applications. Together they allow flexibility across a wide range of motor and process demands.
Q: How does the high overload periodic current (25.6 A for 60 seconds) benefit process stability?
A: The periodic overload permits the 134N6160 to handle short bursts of peak mechanical load without tripping, improving uptime under intermittent loads like hoists or presses. It ensures resilience during process spikes.
Q: What is the significance of the safety torque feature EN ISO 13849-1 PL d/IEC 61508 SIL 2 in 134N6160?
A: These safety ratings ensure the drive can safely stop or limit torque if a hazardous condition arises, making it suitable for safety-critical machinery. It provides certified protection integral to compliance in regulated industrial systems.
Q: How does selecting a higher switching frequency affect the drive FC-301P7K5T4E20H1…’s performance and thermal load?
A: The raising switching frequency reduces motor acoustic noise and improves control resolution but increases switching losses. In the 134N6160, operating near 16 kHz may require derating to avoid overheating and maintain efficiency.
Q: What role does the Modbus RTU and Powerlink MCA 123 communication provide in 134N6160?
A: These interfaces allow integration with PLCs or networked control systems for remote monitoring, diagnostics, and control. They enable precise coordination in automated plants, including synchronization and feedback.
