Home KEB F5 Combivert Axis Drive Series C3.F5.S1D-33HC

C3.F5.S1D-33HC

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The C3.F5.S1D-33HC is a drive manufactured by KEB. As part of the F5 Combivert Axis Drive Series, it operates on a 3-phase system and supports voltages of 220 VAC. This drive delivers a power output of 3.5 kW and has an efficiency of 88%. Additionally, it functions within a temperature range of -10°C to +40°C.

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Description
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Product Description

The C3.F5.S1D-33HC drive stands out as a dependable and effective power management option. It functions using a 220 VAC power source that is better aligned with the typical systems. It belongs to the KEB F5 Combivert Axis Drive Series.

The C3.F5.S1D-33HC axis drive created for a 3-phase system uses. The system is designed to provide a power output equals to 3.5 kW that makes it appropriate for medium sized industrial uses. It accommodates a frequency spectrum of 50,60 Hz, suitable for diverse working conditions. This drive is capable of managing a steady current of 15 amperes. It ensures reliability in challenging situations. The C3.F5 drive provides a remarkable efficiency of 88% that enhances energy utilization and lowering operational expenses. The motor of the drive can achieve speeds of as much as 3000 rpm, which allows accurate control in changeable scenarios. Temperature resilience spans from -10 to +40 degrees Celsius making certain consistent operation across diverse environmental settings. The F5 Combivert Axis Drive comes with strong input recognition, that includes input capabilities of 3-phase, 400V, AC/DC. To provide better safeguarding, it activates at an overload current of 150%, to avoid disruption during fault scenarios. The rated change frequency appears 16 kHz, which allows for efficient and seamless performance.

The S1D-33HC drive supports a peak short-duration current of 125%, that makes it reliable during temporary overloads. Type D housing offers resilience and safeguarding, thereby making it ideal for industrial environments. It is featured with GTR7 accessory to improve functionality and ensure smooth integration within control systems. The C3.F5.S1D-33HC Combivert Axis Drive integrates high performance, robust durability and efficiency. It is suitable for a wide range of automation functions in industries.

C3.F5.S1D-33HC Technical Specifications

Voltage:	220 VAC
: Switching frequency:	16 kHz
max. short time current:	1.25
OC-tripping current:	1.5
Accessory:	GTR 7
Housing type:	D
Phase:	3-Phase
Frequency:	50/60 Hz
Current:	15 A
Power:	3.5 kW
Efficiency:	88%
Temperature Range:	-10°C to +40°C
3000 rpm:	Input identification

Frequently Asked Questions about C3.F5.S1D-33HC

Q: What is the purpose of the GTR7 accessory in the C3.F5.S1D-33HC drive?

A: The GTR7 accessory enhances compatibility with control systems for seamless integration. It also optimizes system performance by improving communication efficiency.

Q: Why is the rated change frequency of 16 kHz important in the C3.F5.S1D-33HC drive?

A: A 16 kHz frequency ensures smooth, efficient operation with reduced noise. It also minimizes wear on connected components, improving longevity.

Q: What makes the C3.F5.S1D-33HC suitable for automation functions?

A: Its high speed of 3000 rpm and precision control ensure accurate operation. This makes it ideal for a variety of automation tasks requiring reliability.

Q: What role does the 3-phase input capability play in the C3.F5.S1D-33HC axis drive?

A: The 3-phase input supports higher power loads, improving reliability in industrial applications. It also ensures smoother and more stable operation.

Q: How does the short-duration current capacity of 125% enhance the C3.F5.S1D-33HC drive?

A: This capacity provides extra support during temporary overloads without compromising performance. It protects the system during high-demand periods.

Internal Product Review

‘‘The C3.F5.S1D-33HC axis drive is engineered for 3-phase systems, delivering 3.5 kW output and 16 kHz switching frequency. Its 150% overload capacity ensures operational safety, while robust Type D housing withstands industrial conditions. Ideal for automation, it optimizes energy usage and enhances performance reliability.’’