Siemens 6SN1146-1BB00-0DA1 Industrial Automation Co.

Siemens 6SN1146-1BB00-0DA1

The Siemens 6SN1146-1BB00-0DA1 is a high-performance infeed/regenerative feedback module from the SIMODRIVE 611 series. This module is specifically engineered for industrial applications, providing external cooling and robust closed-loop control to guarantee reliable and efficient performance.

Technical Specifications:

The Siemens 6SN1146-1BB00-0DA1 is well-suited for use in severe industrial settings thanks to its 55/71 kW operating power. With its closed-loop control, electrical parameters may be managed with greater precision, leading to optimal system performance.

Optimal working conditions are maintained because this module uses external cooling to efficiently handle heat dissipation. Further enhancing its control and safety features is the main contactor that comes with a break contact. A main contractor is an essential component for operational safety since it enables rapid disconnection in the event of an emergency, protecting equipment and personnel from electrical risks.

Strong and long-lasting, the 6SN1146-1BB00-0DA1 weighs 21 kg. The module has a unique product lifecycle as well; it has been out of production since April 1, 2015. However, you may still get it as a replacement part from other vendors.

Applications and Features:

Numerous sectors rely on the Siemens 6SN1146-1BB00-0DA1, including the transportation, aerospace, electrical, and power-generating industries. Applications requiring accurate and dependable power control will find it to be the appropriate choice because of its sturdy build and large power capacity. To keep industrial systems running smoothly and safely, the closed-loop control feature is essential for precise regulation of electrical parameters.

A vital component that prevents the module from overheating and improves its operational efficiency is external cooling. Because of this, the 6SN1146-1BB00-0DA1 can withstand high temperatures without experiencing any downtime, making it an ideal choice for use in demanding applications.

In order to keep performance consistent in ever-changing industrial settings, the module’s design incorporates sophisticated feedback mechanisms. The module’s adaptability to different operational demands is made possible by these qualities, which guarantee efficiency and reliability.

Safety Preventions:

Safety was their first focus when designing the Siemens 6SN1146-1BB00-0DA1. Operational safety is improved with a mains contactor with a break contact because emergency disconnections are faster. This function prevents electrical dangers and protects equipment and personnel.

Additionally, the module meets strict global safety and compliance standards. When handling compounds like lead and cadmium sulfide, precise disposal and handling methods are needed to avoid pollution and user harm. The product’s ECCN and AL classifications demonstrate its global safety and export compliance.

Safety is enhanced by the module’s solid construction and well-designed layout, which makes it appropriate for tough industrial environments. The external cooling equipment reduces heat-related accidents.

Frequently Asked Questions:

How much power can the Siemens 6SN1146-1BB00-0DA1 module hold? How heavy is it?

The 6SN1146-1BB00-0DA1 module from Siemens is 21 kg heavy and can generate 55-71 kW of power. Strong industrial uses are its intended purpose.

In what ways does the 6SN1146-1BB00-0DA1’s external cooling improve its functionality?

The ideal circumstances are maintained by the 6SN1146-1BB00-0DA1’s exterior cooling, which guarantees efficient heat dissipation. The system’s total efficiency is enhanced by this characteristic, which supports its closed-loop control.

How does the Siemens 6SN1146-1BB00-0DA1 module ensure user safety?

As an added security measure, the 6SN1146-1BB00-0DA1 has a mains contactor that has a break contact. Furthermore, it is designed to meet the most demanding safety regulations, guaranteeing dependable protection in industrial settings.

Product Specification Table: