4118NHH ebm-papst Compact Fan

Brand :: ebmpapst

Model:: 4118NHH | ebm-papst DC Compact Axial Fan for Servers & Power Supplies

Type:: Compact Fans

Industry:: Automation

Description:: 4118NHH is a 48 VDC compact axial fan for servers, data-communications equipment, control cabinets. Its main supplied feature is 260 m³/h maximum airflow stated for this model. It also lists a 120*120*38 mm size specified in the upload data. Review housing geometry for technical approval.

Product Features

Rated Voltage(V)	48
Size(mm)	12012038
Max.Air Flow(m³/h)	260
Max.Pressure(Pa)	190
Input Power(W)	12
Speed(rpm)	5000
Noise(db)	60

Product Features

Local Heat Control

The 4118NHH brings ebm-papst DC constrained-space axial fan performance to automation and electronic manufacturing application. It gives project engineers a defined device for forced-air thermal management.

The stated 120*120*38 mm size reinforces early mechanical-envelope and mounting checks.

Local moving air can be directed toward concentrated thermal load sources, helping designers use limited installation space volume more effectively.

Application validation should include realistic filters, grilles and neighboring internal elements because these elements influence delivered moving air. Review the approved powered interface for the complete suffix. Validate sound and thermal level in the finished installation space. Keep the model reference unchanged in replacement documentation.

Application Industry

Data and Server Cooling

The accumulated heat removal role of ebm-papst 4118NHH in servers and data-communication hardware is to cool computing and network assemblies. Predictable air movement helps control component thermal level as power-system load and ambient conditions change.

Power Electronics

ebm-papst 4118NHH is used in power-conversion units, variable-frequency drives and automation enclosures, where the DC constrained-space axial fan cools high-load modules and controls. The completed moving air path should remain clear during installation and routine maintenance.

Industrial Automation

The 4118NHH is positioned for industrial automation machinery, helping the completed equipment platform ventilates drives and production electronics. Reviewing the exact electronic interface and environmental limits helps preserve a safer production release.

Medical Equipment

Within medical and laboratory instruments, 4118NHH cools enclosed instrument electronics as a ebm-papst DC tightly packaged axial fan. Consistent air movement helps stabilize part operating temperature as electronic load and ambient conditions change.

Frequently Asked Questions

Can 4118NHH help reduce operating cost?

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.

Is 4118NHH currently listed as in stock?

The upload sheet marks the item as In Stock, but available quantity should be confirmed when the order is placed.

What mounting details matter for 4118NHH?

Verify the listed size, mounting pattern, fan housing or nozzle arrangement, airflow direction, and service clearance against the equipment drawing.

What noise data is available for 4118NHH?

The upload row lists 60 dB. Confirm the measurement condition and compare noise at the intended operating point.

How should 4118NHH be maintained?

No model-specific maintenance interval is supplied. Keep the airflow path clean, inspect mounting and electrical connections, and follow the exact product instructions.

Does 4118NHH require a separate controller?

The series information indicates controllability, but whether a separate controller is needed depends on the exact motor and integrated electronics.

4118NHH ebm-papst Compact Fan

Product Features

Product Features

Local Heat Control

Application Industry

Data and Server Cooling

Power Electronics

Industrial Automation

Medical Equipment

Frequently Asked Questions

Can 4118NHH help reduce operating cost?

Is 4118NHH currently listed as in stock?

What mounting details matter for 4118NHH?

What noise data is available for 4118NHH?

How should 4118NHH be maintained?

Does 4118NHH require a separate controller?

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