SG096-ZIL.GL.V5P1 196441 is a 3~380-480 VAC axial fan for data centers, chillers, heat pumps. Its main supplied feature is 1090 rpm rated speed in the supplied parameter row. It also lists a 960 mm size specified in the upload data. Review acoustic limit for cooling validation. Check the exact variant before ordering.
The SG096-ZIL.GL.V5P1 196441 serves chillers, cold-chain and refrigeration equipment as a ZIEHL-ABEGG EC axial fan. It supports forced-air cooling or fan control where natural convection cannot maintain the required thermal margin.
A 3~ 380-480 VAC rating with 4200 W input helps engineers plan the electrical supply and cooling-energy budget. Biomimetic impeller geometry inspired by owl-wing aerodynamics is optimized for high efficiency and low noise. Dynamic balancing and a compact air path support low vibration, energy-conscious operation and long service life.
The full SG096-ZIL.GL.V5P1 196441 suffix should remain on the approved bill of materials. Checking installed airflow, supply compatibility and service access supports dependable operation and controlled purchasing.
Used within commercial and industrial refrigeration systems, SG096-ZIL.GL.V5P1 196441 supports condenser and equipment ventilation in refrigeration systems. Engineers should confirm the installed airflow path and operating point before approving the production design.
The selection can be qualified against the finished system resistance and the expected duty cycle. For HVAC, outdoor air-conditioning and ventilation equipment, the SG096-ZIL.GL.V5P1 196441 EC axial fan supports ventilation duty where filters, coils and duct resistance affect airflow.
ZIEHL-ABEGG SG096-ZIL.GL.V5P1 196441 addresses airflow needs in chillers and heat-pump systems and draws heat through condenser or heat-exchange sections in chiller equipment. This application gives designers a practical route to balance cooling demand, space and maintainability.
The equipment relies on forced airflow to supplement the limited cooling available from natural convection. ZIEHL-ABEGG SG096-ZIL.GL.V5P1 196441 addresses airflow needs in data-center cooling and dry-cooler systems and moves thermal load away from continuously operating digital infrastructure.
No guaranteed lead time is provided in the supplied sources. Confirm current stock, required quantity, production schedule, and shipping date with the supplier.
The supplied row lists 38000 m³/h airflow, 380 Pa pressure, 4200 W input, 1090 rpm, 92 dB. Compare these values with the real system operating point, not only the free-air rating.
It may be evaluated for high-reliability cooling using the supplied parameters, but duty cycle, redundancy, ambient limits, and protection must be confirmed at system level.
Available performance data includes 38000 m³/h airflow, 380 Pa pressure, 4200 W input, 1090 rpm, 92 dB. Obtain the full curve when system resistance or part-load behavior matters.
No quantified cost-saving claim is supplied for this exact item. Compare energy use, controls, service needs, and purchase cost using the required duty point.
The product is classified as a axial fan. Use the full model code because nearby variants can differ in motor, mounting, and controls.

SG087-ZIL.GL.V5P1 197977 is a 3~380-480 VAC axial fan for data centers, chillers, cold-chain equipment. Its main supplied feature is a 870 mm size specified in the upload data. It also lists a 5-blade impeller identified for this model. Review procurement specification for installation planning.
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SG096-ZIL.GQ.V5P1 196443 is a 3~380-480 VAC axial fan for data centers, chillers, cold-chain equipment. Its main supplied feature is a 960 mm size specified in the upload data. It also lists a 5-blade impeller identified for this model. Review housing geometry for installation planning.
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SG096-ZIL.GQ.V5P1 196431 is a 3~380-480 VAC axial fan for data centers, chillers, cold-chain equipment. Its main supplied feature is a 5-blade impeller identified for this model. It also lists a 960 mm size specified in the upload data. Review controller compatibility for installation planning.
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