VOITH TURBO WIESEL II 3 99200 486

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VOITH TURBO WIESEL II 3 99200 486 Specification

Working Temperature
-20C to +60C

Features
Rugged design, Maintenance-free, High overload capacity

Application
Industrial Machinery, Rail Vehicles, Automation

Noise Level
<68 dB

Rated Power
200 kW

Current Range
250-400 A

Phase
3 Phase

Cooling Method
Forced Air Cooling

Power Factor
>= 0.95

Connector Type
Heavy-duty Industrial Terminal

Rated Current
350 A

Operating Temperature
-20C to +60C

Output Current
370 A

Output Type
Three Phase

Power Supply
AC Power Supply

Product Type
VOITH TURBO WIESEL II 3 99200 486

Output Power
220 kW

Output Frequency
50/60 Hz

Input Voltage
400 V AC

Voltage Protection
Overvoltage, Undervoltage Protection

Efficiency
Up to 95%

Material
High-grade Steel Body

Line Regulation
1%

Storage Temperature
-25C to +70C

Weight
82 kg

About VOITH TURBO WIESEL II 3 99200 486

Utilise Offer on the VOITH TURBO WIESEL II 3 99200 486, the valourous electromechanical solution for demanding industrial, automation, and rail vehicle applications. With a ravishing high-grade steel body and wondrous efficiency up to 95%, this popular and trending device features a rigorous IP54 protection class, digital/analog control interface, and vibration resistance per IEC standards. Experience swift start-up times (<5s), maintenance-free rugged construction, and a service life exceeding 50,000 hours. Highly reliable in extreme conditions (-25C to +70C) with overvoltage and undervoltage protection, its designed for both floor and panel mounting, ensuring maximum flexibility and performance.

Unmatched Performance & Competitive Advantages

VOITH TURBO WIESEL II 3 99200 486 excels in the field thanks to its robust construction, high overload capacity, and rapid start-up. Used extensively in industrial machinery, automation systems, and rail vehicles, it delivers consistent power under harsh conditions. With class-leading efficiency, reliability, and compliance to IEC standards, customers benefit from outstanding durability and reduced maintenance. These primary competitive advantages position it as a premier choice among power transmission solutions.

Sample Policy, Export Markets & Supply Ability

Order Completion for VOITH TURBO WIESEL II 3 99200 486 adheres to strict sample policy, ensuring precise product valuation before Handover. Main export market(s) include Europe, Asia, and the Americas, with a strong global presence for bulk trade. Supply ability is robust, meeting high-volume orders efficiently while maintaining quality. Customers benefit from prompt responses and seamless transitions from enquiry to delivery, making procurement hassle-free and reliable.

FAQs of VOITH TURBO WIESEL II 3 99200 486:

Q: How can the VOITH TURBO WIESEL II 3 99200 486 be mounted for industrial use?

A: The device offers versatile mounting options, supporting both floor mount and panel mount installations to suit varied industrial setups, enhancing flexibility during setup.

Q: What is the benefit of the IP54 protection class for VOITH TURBO WIESEL II 3 99200 486?

A: The IP54 protection class ensures safe operation against dust and water splashes, making the device reliable in challenging environmental conditions commonly found in industrial sectors.

Q: Where can the VOITH TURBO WIESEL II 3 99200 486 be utilised?

A: It is widely used in industrial machinery, automation systems, and rail vehicles due to its ruggedness, high efficiency, and extensive operating temperature range.

Q: When should clients consider choosing the VOITH TURBO WIESEL II 3 99200 486 for their project?

A: Clients should choose this product when they require high overload capacity, fast start-up, maintenance-free operation, and a durable solution for heavy-duty or demanding environments.

Q: What is the process for ordering and receiving a sample of VOITH TURBO WIESEL II 3 99200 486?

A: A strict sample policy is followed, including product valuation, order completion, and smooth handover for customer review, assuring quality prior to bulk procurement.

Q: How does the device maintain efficiency under varying loads and conditions?

A: It achieves up to 95% efficiency with advanced electromechanical coupling, robust line regulation (1%), and high vibration resistance, ensuring stable performance across diverse load profiles.

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