HVAC Drives

1/2 - 500 HP

Yaskawa is the largest global variable frequency drives manufacturer with over 30 years of Building Automation System (BAS) and HVAC experience. Our variable frequency drives are designed for HVAC applications, which include air handlers, cooling towers, and pumps, by combining reduced size and cost with advances in performance and quality. Because every variable frequency drive (VFD) is rigorously tested, Yaskawa ensures that quality and reliability are designed and built in.

Our Z1000U HVAC Matrix Drive was honored with the Product of the Year Award by Consulting-Specifying Engineer magazine.

If the drive you need is not listed below, view our other drives, which includes legacy products.

Drives

Our Z1000 product family ranges from 1/2 to 500 horsepower and includes features for Building Automation Systems such as extensive parameter selection to simplify management of BAS applications for energy efficiency and closed loop control, industry-standard Hand-Off-Auto functionality, an internal PI controller and a Sleep function. The Z1000 Drives have embedded BACnet Communications, Metasys®, and APOGEE™. LonWorks®, EtherNet/IP, and Modbus TCP/IP are optional.

Z1000 Drive 3-500 HP; IP20 NEMA Type 1

Z1000 Bypass 1/2-500 HP; IP20, NEMA Type 1, 12, 3R

Z1000 Configured 1/2-500 HP; IP20, NEMA Type 1, 12, 3R

Z1000 Redundant 5 - 250 HP, IP20, NEMA 1

Z1000U Matrix Drive 7.5-350 HP; IP00

Z1000U Matrix Bypass 7.5-350 HP; IP20, NEMA Type 1, 3R

Z1000U Matrix Configured 7.5-350 HP; IP20, NEMA Type 1, 3R

Building Automation Networks

We offer a selection of various building automation networks to help get your drive connected. Find out more about the support we provide and how it can fit your needs.

BACnet ASHRAE building automation network

APOGEE FLN Siemens legacy building automation network

Metasys N2 JCI legacy building automation network

LonWorks Echelon building automation network

HVAC Software Tools

This collection of PC software support tools can be used for uploading and downloading drive parameters, calculating energy savings, or identifying how to reduce your operating costs and meet the harmonics compliance requirements.