EVF9324-CVV003 Vector Control Inverter Lenze | 320-440V AC Input

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ผู้ขาย:
Lenze
ประเภท:
Frequency Inverter
Country of Origin:
DE
Dimensions:
13*25*20cm
Weight:
6000 g
แท็ก: Frequency inverter

จำนวน

Lenze EVF9324-CVV003 Frequency Inverter: Precision Vector Control Drive

Core Technical Specifications

Brand & Model: This is the Lenze EVF9324-CVV003 inverter from the versatile Series 9300.
Motor Power & Control: It delivers 5.4 HP of motor power using advanced vector control technology for precision.
Input Power Specifications: The unit operates on a 320 to 440 Volts AC mains voltage range. The compatible mains frequency is 45 to 65 Hz.
Current & DC Voltage: The mains current with an integrated filter is 8.8 Amperes. It also supports a DC supply voltage of 460 to 620 V DC.
Environmental Ratings: This inverter functions within an ambient temperature range of 0°C to +40°C. Its enclosure has an IP20 protection rating.
Installation Details: Designed as a cold plate version, it mounts directly on the back panel of a control cabinet.

Frequently Asked Questions (FAQ)

Q: What is the typical shipping time after I order?
A: We process and dispatch orders from our warehouse within 5 business days.
Q: Which courier services are available for delivery?
A: We primarily ship internationally using DHL, FedEx, and UPS based on destination.
Q: What is your policy if I need to return the inverter?
A: We offer a 30-day return policy for unused items in original packaging from the delivery date.
Q: Can this inverter run a standard 5 HP 400V AC 3-phase motor?
A: Absolutely. The EVF9324-CVV003 is perfectly suited for a 5 HP motor, and its 320-440V AC range fully supports 400V systems.
Q: What does the IP20 rating mean for installation?
A: IP20 means it is protected against touch by fingers (solid objects >12.5mm) but offers no protection against water. It must be installed inside a protected control cabinet.
Q: What is meant by "cold plate version" for mounting?
A: "Cold plate version" indicates the inverter is designed to be mounted directly onto a metal back panel. This panel acts as a heat sink to dissipate generated heat.