Cincon CFM600S 600W AC-DC Power Supply: Specifications, Cooling & RFQ

The Cincon CFM600S series is a compact industrial AC-DC power supply family designed for equipment requiring high power density, power factor correction (PFC), and reliable DC output. It supports an 80–264VAC universal input range, offers eight output voltages from 12V to 48V, and delivers up to 600W when the required cooling conditions are met.

Available in baseplate, covered, and integrated-fan configurations, the CFM600S can be used in industrial automation, communication equipment, embedded computing, and other high-power electronic systems. The key selection factors are output voltage, load current, available cooling, installation space, and operating temperature.

1. Cincon CFM600S Key Specifications

Important: The 600W designation describes the series' maximum output capability. It does not mean every mechanical version can continuously deliver 600W without additional cooling. The official datasheet provides different output-current limits and thermal derating curves.

2. CFM600S Output Voltage and Model Comparison

The CFM600S family provides eight single-output voltage choices. The following table shows the nominal output characteristics and typical efficiency. Maximum currents correspond to the fan-cooled configuration under the applicable datasheet conditions.

For example, CFM600S240F is the 24V integrated-fan version rated for 25A, providing 600W of nominal output power. CFM600S480F provides 48V at 12.5A.

For industrial systems using 24VDC loads, the 24V model is a natural starting point. For equipment designed around a 48VDC distribution bus, the 48V version may be more appropriate. Output current, wiring losses, downstream conversion requirements, and thermal limits should all be considered.

3. CFM600S Cooling: Baseplate vs Cover vs Fan

Cooling is one of the most important considerations when selecting a Cincon CFM600S power supply. Cincon offers several mechanical configurations with different output-current capabilities.

Baseplate Version

The standard CFM600S version uses a baseplate configuration and can support external heat dissipation. It is suited to systems where designers can manage thermal conduction through a mounting surface or heatsink.

For example, the official Cincon product listing specifies CFM600S240 at 24V and 16.875A (405W) for the listed baseplate configuration.

Covered Version

Models with the C suffix include a cover. This configuration is relevant when additional physical protection or a different mechanical installation arrangement is required.

The listed CFM600S240C version provides 24V at 18.33A, approximately 440W, under its specified rating conditions.

Integrated-Fan Version

Models with the F suffix incorporate fan cooling. This is a practical choice when an application requires continuous high output power and the system can accommodate active cooling.

For example, CFM600S240F provides 24V at 25A, equivalent to 600W, subject to the manufacturer's input-voltage and temperature derating requirements.

Cooling Configuration Comparison

Can the CFM600S deliver 600W without a fan? Not automatically. Cincon documents natural-convection and conduction-cooling solutions, but the achievable power depends on the specific mounting arrangement, heatsink, ambient temperature, and baseplate temperature. An appropriately engineered external conduction-cooling solution can support higher output power than the basic published configuration. Designers must verify the relevant derating curves before assuming 600W fanless operation.

4. Thermal Derating and Installation Considerations

When integrating the CFM600S into an industrial enclosure, selecting the output voltage and nominal wattage is not sufficient. The thermal design must also support the expected load.

Engineers should evaluate:

• Input voltage: Confirm the usable output power at the lowest expected AC input voltage.

• Ambient temperature: Check the manufacturer's derating curves at the actual enclosure temperature.

• Airflow: Verify that any required forced airflow is available at the power supply.

• Baseplate cooling: Consider heatsink dimensions, mounting pressure, thermal interface material, and thermal resistance.

• Case temperature: Keep the measured baseplate temperature within the manufacturer's specified limit.

• Installation orientation: Check mounting clearance, electrical connections, and airflow obstructions.

Cincon's application note provides guidance for using an external heatsink and thermal interface material with the baseplate configuration. The required solution should be validated under the actual load and environmental conditions.

Also note that the datasheet states a universal 80–264VAC input range while listing 100–240VAC in its detailed operating characteristics. Low-line operation must therefore be assessed using the applicable power derating information.

5. Typical Industrial Applications

The Cincon CFM600S series is suitable for a range of high-power embedded and industrial equipment, provided the selected configuration meets the application's electrical, thermal, and safety requirements.

• Industrial automation: Supplying regulated DC power to controllers, automation subsystems, and industrial electronics.

• Communication equipment: Power conversion for embedded networking and communication systems.

• Test and measurement: Powering instruments and electronic test platforms requiring stable DC outputs.

• Embedded computing: Supplying high-power industrial computers and control systems.

• Equipment with limited installation space: Applications requiring high power density within a compact mechanical footprint.

Where a system already uses a regulated DC input instead of an AC mains supply, an isolated DC-DC converter may be more appropriate. For related CINCON solutions, see our Cincon CHB Series Half-Brick DC-DC Converter Guide.

6. How to Choose the Correct CFM600S Part Number

The correct CFM600S part number depends on output voltage, cooling method, mechanical installation, and optional functions.

• CFM600S240: 24V output, standard baseplate configuration.

• CFM600S240C: 24V output, covered configuration.

• CFM600S240F: 24V output, integrated-fan configuration.

• CFM600S480F: 48V output, integrated-fan configuration.

• -PC option: Parallel-control capability for supported versions.

• -R option: Horizontal output terminal configuration.

For example, if the equipment requires a regulated 24V supply at 25A, the CFM600S240F is a candidate because its listed 600W rating matches the electrical load. If the application has a lower power requirement but strict acoustic or mechanical constraints, a baseplate-cooled version may be considered after thermal verification.

For high-voltage DC input applications rather than AC mains input, review our CINCON CHB300-300S vs CFB600-300S vs CFB750-300S Comparison. These DC-DC converters serve different input-power architectures and are not direct replacements for the CFM600S.

7. Datasheet, Safety and Design Resources

Before finalizing a CFM600S design, review the manufacturer's official documentation, including the datasheet, application note, mechanical dimensions, and applicable safety documentation.

• Cincon CFM600S Official Product Page

• CFM600S Series Datasheet (PDF)

• CFM600S Application Note (PDF)

The official product literature references IEC/EN/UL 62368-1 approval and active PFC meeting EN 61000-3-2. Final equipment-level compliance, EMC performance, grounding, installation, and thermal testing remain the responsibility of the system designer.

8. Cincon CFM600S Price, Availability and RFQ

For procurement teams, the most important purchasing details are the complete manufacturer's part number, required quantity, delivery schedule, and any mechanical or cooling preferences.

DataStorageIC helps customers source CINCON power modules for industrial and embedded power applications. Customers can contact us to request pricing, current availability, lead time, datasheet information, or assistance identifying an appropriate CFM600S configuration.

When submitting an RFQ, please include:

• Complete part number, such as CFM600S240F or CFM600S480F

• Required quantity and target delivery date

• Required output voltage and load current

• Preferred cooling configuration

• Company name and contact email

Availability, price, and delivery dates depend on the selected part number and current supply conditions. Please contact us for confirmation rather than assuming that all CFM600S versions are immediately available.

For other industrial power solutions, see our CINCON CQM60W Medical DC-DC Converter Overview, which covers a separate isolated DC-DC product family.

9. Frequently Asked Questions

Is the Cincon CFM600S a 600W fanless AC-DC power supply?

The CFM600S family supports up to 600W, but the achievable continuous power depends on the cooling configuration. The integrated-fan version is listed at 600W, while basic baseplate and covered versions have lower listed ratings. Higher-power fanless operation requires validated conduction cooling and adherence to the official derating curves.

What output voltages are available for the CFM600S series?

The CFM600S supports eight nominal DC outputs: 12V, 15V, 18V, 24V, 28V, 30V, 36V, and 48V. The correct model depends on the required output current and cooling configuration.

How can I request the CFM600S datasheet, price and lead time?

The official datasheet is available through CINCON's product page. For a quotation, submit the complete part number, quantity, and target delivery date to DataStorageIC. Our team can help confirm the requested model's current availability and purchasing options.

Request a Cincon CFM600S Quotation

Need a Cincon CFM600S 600W AC-DC power supply for an industrial or embedded system? Contact DataStorageIC with your complete model number and application requirements to request pricing, availability, lead time, and technical documentation.

Send your RFQ through DataStorageIC and specify the CFM600S model you need.