MMV2523(X): 32 - 68 Amp 25HP 208V - 240V Closed Loop Multi Vector VFD

$13,548.15 CAD
Shipping calculated at checkout.

Description

Closed Loop Multi-Vector variable frequency drives by Power Electronics are specifically designed for overhead hoist inching and spotting motor control. Closed Loop drives by Power Electronics are ideal for "no mechanical load brake" hoists. Drawing from over 30 years of crane and hoist expertise, Power Electronics offers the most reliable, field-proven hoisting solutions.

Micro-Speed Multi-Vector variable frequency drives can handle up to 300+% of rated load (FLA) for minimum 5+ minutes. Industry leading operating temperatures from -10°C to +60°C are standard. User-friendly design with gang-set pre-programmed parameters and no need for motor/hoist decoupling saves time and money.

Power Electronics Multi-Vector drives go above and beyond by performing various checks, including phase loss, motor continuity, brake loss, proper torque, and encoder integrity.

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Measurements

Shop Leading Brand Names

MMV2523(X): 32 - 68 Amp 25HP 208V - 240V Closed Loop Multi Vector VFD
Power Electronics Variable Frequency Drives

MMV2523(X): 32 - 68 Amp 25HP 208V - 240V Closed Loop Multi Vector VFD

$13,548.15 CAD

Closed Loop Multi-Vector variable frequency drives by Power Electronics are specifically designed for overhead hoist inching and spotting motor control. Closed Loop drives by Power Electronics are ideal for "no mechanical load brake" hoists. Drawing from over 30 years of crane and hoist expertise, Power Electronics offers the most reliable, field-proven hoisting solutions.

Micro-Speed Multi-Vector variable frequency drives can handle up to 300+% of rated load (FLA) for minimum 5+ minutes. Industry leading operating temperatures from -10°C to +60°C are standard. User-friendly design with gang-set pre-programmed parameters and no need for motor/hoist decoupling saves time and money.

Power Electronics Multi-Vector drives go above and beyond by performing various checks, including phase loss, motor continuity, brake loss, proper torque, and encoder integrity.

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