KEB 14F5C1E-Y00A

Price 8000 INR/ Piece

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MOQ : 1 Piece

KEB 14F5C1E-Y00A Specification

Operating Temperature
-10C to +50C

Mounting Type
Panel Mounting

Insulation Material
Polycarbonate

Shape
Rectangular

Overheating Protection
Integrated Thermal Protection

Power Factor
>=0.92

Connector Type
Screw Terminals

Surface Finish
Powder Coated

Feature
Overvoltage, Overcurrent and Thermal Protection

Humidity %
0~95% (Non-condensing)

IP Rating
IP20

Efficiency
98%

Product Type
Frequency Inverter Drive

Application
Industrial Automation, Motor Speed Control

Protection Level
Advanced Overload & Short-circuit Protection

Frequency (MHz)
0.50 - 400 Hz

Rated Voltage
380-480 VAC

Energy Consumption
Optimized For Efficient Motor Operation

Output Type
Three-phase output

Color
Black & Grey

Dimension (L*W*H)
227 x 121 x 129 mm

Weight
3.7 kg

Size
Standard

Phase
3 Phase

Input Voltage
3-phase 380-480 V AC

Material
High Grade Metal & Polymer

No Of Poles
3

Connection Type
Terminal Block

About KEB 14F5C1E-Y00A

Experience the bargain of top-tier industrial automation with the KEB 14F5C1E-Y00A. This magnificent device offers pristine control using V/F and sensorless vector methods, ensuring efficient motor operation and precision speed regulation. Access a comprehensive range of features: integrated RS485 (Modbus), LED display, advanced overload and short-circuit protection, and a built-in cooling fan for optimal reliability. Order now to enjoy 5.5 kW power output, premium-grade metal and polymer construction, superior vibration resistance, and energy-saving performance, making it ideal for demanding environments. Seize this elite solution for your automation needs.

Application Surface & Material Features

The KEB 14F5C1E-Y00A excels in industrial settings, designed specifically for motor speed control and automation on rectangular panel mounting surfaces. Its pristine construction utilizes high-grade metal and polymer materials, ensuring lasting durability and enhanced reliability. The powder-coated finish not only provides aesthetic appeal in black and grey, but also increases resistance to wear and corrosion. Optimized for three-phase, 3-pole systems, this device offers outstanding protection and performance for modern automation solutions.

FOB Port, Sample Policy & Supply Ability

KEB 14F5C1E-Y00A units are available for express shipping from major German FOB ports. Sample orders can be delivered upon request, with a nominal charge for evaluation units to ensure product quality meets your needs before large-scale orders. With strong supply ability, manufacturers and distributors guarantee prompt delivery and consistent availability, catering to volume requirements for retailers, importers, and exporters. Order with confidence and benefit from reliable schedules and seamless logistics.

FAQs of KEB 14F5C1E-Y00A:

Q: How does the KEB 14F5C1E-Y00A improve industrial automation processes?

A: The KEB 14F5C1E-Y00A enhances automation by offering precise motor speed control through V/F and sensorless vector technologies, advanced overload protection, and optimized efficiency, resulting in reliable and energy-saving operations.

Q: What is the benefit of the built-in cooling fan and integrated thermal protection?

A: The built-in cooling fan and integrated thermal protection ensure the device remains within optimal operating temperatures, extending lifespan, and preventing overheating during intense industrial use.

Q: Where can I order the KEB 14F5C1E-Y00A and what shipping options are available?

A: The KEB 14F5C1E-Y00A can be ordered through authorized dealers, distributors, and exporters in Germany, with express shipping available from major German FOB ports for timely delivery.

Q: What is the sample policy for the KEB 14F5C1E-Y00A?

A: Customers can request sample units of the KEB 14F5C1E-Y00A for evaluation, offered at a minimal charge to allow comprehensive assessment before committing to larger orders.

Q: When should the built-in braking unit be used?

A: The built-in braking unit should be engaged when rapid motor stopping or deceleration is required, enhancing control and safety during demanding industrial operations.

Q: How does the advanced overload and short-circuit protection support operational safety?

A: The advanced protection features automatically detect and mitigate overloads, short-circuit conditions, and thermal issues, minimizing the risk of equipment damage and ensuring safe, continuous operation.

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