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EVS9328-EPV004

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The Lenze EVS9328-EPV004 is a servo position controller that offers a safe standstill feature. It has a weight of 12.5 kilograms and a power loss of 640 watts during operation.

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Technical specifications for EVS9328-EPV004

Manufacturer	Lenze
Series	Series 9300
Part Number	EVS9328-EPV004
Product Type	Servo position controller
Safe Standstill Capability	Enabled
Device Weight	12.5 kg
Power Loss During Operation	640 W
Input Voltage Range (AC)	3 AC 320 ... 528 V ± 0%
Alternative DC Input Voltage	DC 460 ... 740 V ± 0%
Motor Power Rating (4-pole ASM)	22.0 kW (at 400 V), 30.0 kW (at 480 V)
Motor Voltage Range	0 - 3 x mains
Output Current (8 kHz)	47.0 A (at 400 V), 44.7 A (at 480 V)
Output Current (16 kHz)	30.6 A (at 400 V), 28.2 A (at 480 V)
Apparent Power Output	32.6 kVA (at 400 V), 37.0 kVA (at 480 V)
Maximum Output Current (8 kHz)	70.5 A
Maximum Output Current (16 kHz)	45.9 A
Input Current at 400 V	44.0 A
Temperature Derating (40 ... 55°C)	2%/K (not UL-approved)

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The Lenze EVS9328-EPV004 servo position controller is engineered for precision control in motion applications. This unit boasts a safe standstill capability. The device weighs in at 12.5 kg, maintaining a manageable profile for integration. Power loss during its operation is measured at 640 watts, ensuring efficient performance.

It operates across a specified input voltage range of 320 to 528 volts AC (3-phase) and has an alternative DC input range of 460 to 740 volts. For motor applications, the power rating is especially notable, delivering 22.0 kW at 400 volts and 30.0 kW at 480 volts. The motor voltage permissible extends up to three times the mains voltage.

In terms of output current, the unit can provide 47.0 A at 400 volts and 44.7 A at 480 volts for an 8 kHz signal. At 16 kHz, these values drop slightly to 30.6 A at 400 volts and 28.2 A at 480 volts. The apparent power output is particularly significant, registering at 32.6 kVA for 400 volts and 37.0 kVA for 480 volts.

Maximum output currents indicate higher limits, achieving 70.5 A at 8 kHz and 45.9 A at 16 kHz. The input current at 400 volts is recorded at 44.0 A. Additionally, the controller has a temperature derating specification ranging from 40 to 55 degrees Celsius, decreasing its capacity by 2% per Kelvin increase above 40°C, although it is not UL-approved for this operating range.