175Z7362
Wake Industrial LLC is not an authorized distributor of this product.
MPN: VLT6022GT2CN1STR0DLF00A00C0
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The 175Z7362 drive delivers a frequency range of 0 to 1000 Hz, an impressive speed control range of 1:1000 in closed loop, a system response time of under 3 milliseconds, and a maximum ambient temperature of 45°C. Part of the VLT 6000 HVAC Drives series from Danfoss, it offers multiple enclosure options including Chassis and NEMA 1.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The Danfoss 175Z7362 AC drive is a dependable and space-saving alternative for controlling industrial automation motors. This AC drive belongs to the series of VLT® 6000 AC Drive. Applications that demand consistent three-phase operation and precise handling of variable frequency requirements are adapted to the drive's specifications for use in conveyers, fans and compressors.
This drive is designed for standard applications requiring easy integration, offering straightforward functionality without added complexity. The 175Z7362 AC drive lacks an RFI filter, making it suitable for non-EMC settings. The AC drive display is managed via a Local Control Panel (LCP), which enables basic monitoring and operational management, but no fieldbus connection options are offered. The drive is designed without particular coatings or application-specific adaptations, resulting in a cost-effective solution for widespread use. Electrically, it functions with an input voltage of 3 × 200-240 V at 50/60 Hz, delivering 59.2 A. On the output side, it provides a variable frequency range of 0-1000 Hz with a voltage of 3 × 0-Vin (200-240 V), providing 15.0 kW (20 HP) of power and 59.4 A of output current. This makes it a dependable option for medium-power industrial and commercial applications.
This 175Z7362 AC drive meets all structural protection criteria due to its incorporated IP20 NEMA 1 enclosure. Due to the lack of other coatings and application possibilities, the drive is nevertheless designed specifically for certain activities. The seamless installation of the panel is provided by the drive. The configuration is designed to deliver consistent performance by simplifying the communication settings and eliminating fieldbus connections. The AC drive is simplified by operating within well-defined parameters. Wake Industrial offers a replacement warranty that is valid for one year to its customers.
Frequently Asked Questions about 175Z7362:
Q: Why does product 175Z7362 VLT® 6000 use a compact enclosure type and how is it useful?
A: The compact enclosure reduces installation space requirements. It provides structural efficiency that simplifies integration. The design supports ease of mounting while ensuring protection levels defined under IP20 NEMA 1 standards.
Q: How does product 175Z7362 VLT® 6000 benefit from having three-phase operation?
A: Three-phase operation provides balanced load distribution. It ensures smoother torque delivery and stable motor control. It reduces current flow per conductor and maintains consistent efficiency in industrial drive applications.
Q: Why does the VLT® 6000 product 175Z7362 operate at mains voltage 200–240V AC?
A: The 200–240V AC input range provides flexibility for regional power networks. It ensures a stable voltage supply. It delivers compatibility with systems that rely on low-voltage three-phase connections.
Q: Does the VLT® 6000 drive 175Z7362 provide advantages with its Local Control Panel (LCP)?
A: The Local Control Panel allows quick parameter adjustments. It supports on-site monitoring without external tools. It improves accessibility for technicians who require direct configuration and operational visibility during maintenance.
Q: How does the standard hardware configuration in product 175Z7362 VLT® 6000 support technical operations?
A: The standard hardware configuration ensures uniformity across installations. It eliminates unnecessary complexity. It simplifies spare part management. It supports consistent performance outcomes by maintaining repeatable hardware specifications across systems.
