FC-202P37KT2131B9314
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
FC-202P37KT2131B9314 from Danfoss operates in an environment classified as overvoltage category III/pollution degree 2. This specification guarantees compliance with stringent safety standards and protects against transient voltage events. It provides essential protection and reliable performance under electrical disturbances, ensuring stability and safety in demanding industrial settings.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
FC-202P37KT2131B9314 is a Danfoss product from the famous VLT FC 202 AQUA Drives series. This industrial unit is engineered for control applications and operates on a 3-Phase supply with an input voltage of 230 V. It is engineered for integration in industrial systems that require adherence to standard power conditions. The product meets defined performance criteria and complies with established guidelines for drive control systems. It is designed to convert electrical energy with precision and is intended for use in regulated environments where controlled power conversion is mandatory. Its construction follows strict industry specifications for efficient operation.
This controller drive supports a rated load of 2 HP, ensuring it to handle light mechanical applications accurately. It functions as a Frequency Inverter Drive and offers a power rating of 50 HP for more demanding processes. The unit meets an IP21 protection class which provides basic safeguarding against solid objects and moisture. Additionally, it integrates a RFI filter of Type 1 that reduces interference from nearby electrical signals. These technical specifications collectively enable the device to operate predictably and support integration in varied control scenarios.
Operating at a supply frequency of 50/60 Hz ±5%, it ensures compatibility with standard power networks. The environment classification—overvoltage category III/pollution degree 2—represents compliance with rigorous safety standards. The logic system is configurable as PNP or NPN circuits, offering flexible interface with various control modules. The Danfoss’s FC-202P37KT2131B9314 incorporates these parameters to maintain accuracy in command execution and signal processing. Each element in this unit contributes to its overall capability, supporting reliable performance in industrial applications without redundancy or extraneous detail.
Frequently Asked Questions about FC-202P37KT2131B9314:
Q: How does the 3-Phase design enhance overall system performance?
A: FC-202P37KT2131B9314 benefits from this configuration by providing steady energy conversion and reducing potential disturbances which ultimately enhances the reliability of control processes and improves operational efficiency under varying load conditions.
Q: What are the advantages of operating at an input voltage of 230 V?
A: FC-202P37KT2131B9314 leverages this voltage to maintain accurate control and reliable energy conversion, ensuring that the drive performs consistently even under varying network conditions and industrial demands.
Q: How does a rated load of 2 HP influence operational capacity?
A: A rated load of 2 HP defines the drive’s mechanical capability for light-duty applications. This specification enables predictable energy consumption and supports precise control during operation.
Q: How does the power rating of 50 HP of FC-202P37KT2131B9314 affect performance?
A: This feature supports heavy-load operations and ensures that the drive can deliver consistent performance under increased stress, thereby enhancing overall system capability and operational reliability.
Q: What role does the Frequency Inverter Drive type play in system control?
A: FC-202P37KT2131B9314 uses this technology to enable precise speed and torque adjustments which improves system response and efficiency while reducing energy losses during continuous operation in industrial environments.
