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首页 > 产品 > 按类型 > 离心风机 > GR56C-ZID.GL.1R | ZIEHL-ABEGG 3~380-480V EC Fan Module for HVAC Equipment Integration

GR56C-ZID.GL.1R ZIEHL-ABEGG 离心风机

品牌:
ZIEHL-ABEGG
型号:
GR56C-ZID.GL.1R | ZIEHL-ABEGG 3~380-480V EC Fan Module for HVAC Equipment Integration
类型:
离心风机
应用行业:
暖通空调与通风
产品描述:

Integrated into Air Handling Units, the ZIEHL-ABEGG GR56C-ZID.GL.1R is a 380-480V EC centrifugal fan, specified with 560 mm dimensions for installation planning. The rating clarifies its operating profile.

产品特点

Rated Voltage(V)3`380-480
Size(mm)560

产品特点

Reliable Blower

The ZIEHL-ABEGG GR56C-ZID.GL.1R is an EC centrifugal blower for hvac systems, supporting equipment thermal management and integration.

Data includes 3~380-480 V operation for comparing the documented operating point with the intended air channel. The datasheet lists bionic blade geometry for durable motor support. Installed noise depends on the duty point and airflow path. Maintaining the intended air channel and electrical limits helps the fan deliver repeatable cooling over extended duty.

Procurement teams should validate GR56C-ZID.GL.1R against the actual system resistance, electrical connection, fit and environmental limits. Its engineering data set helps manage selection risk before purchasing approval with attention to real airflow resistance.

应用行业

常见问题

What distinguishes the GR56C-ZID.GL.1R from a general-purpose fan?

Its EC centrifugal fan configuration and 560 mm dimensions for installation planning provide model-specific criteria for matching Air Handling Units systems.

What performance data is available for the GR56C-ZID.GL.1R?

The supplied table does not list airflow, pressure or speed; use the exact datasheet for the complete operating curve.

Can the GR56C-ZID.GL.1R run continuously in 24/7 equipment?

Continuous operation must remain within the published electrical, thermal and aerodynamic limits; confirm the exact datasheet and system conditions.

Can the GR56C-ZID.GL.1R help control total ownership cost?

Correct sizing and operation within documented limits can reduce avoidable thermal stress and maintenance events; project savings require duty-cycle analysis.

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