Siemens 6MD1010-0BA00 Product Name, Product Description, Product Parameters, and Product Specification in English
Product Name:
Siemens 6MD1010-0BA00
Product Description:
The Siemens 6MD1010-0BA00 is an electrical motor starter, typically used in industrial automation systems. It is designed to provide control and protection for electric motors, ensuring their reliable and efficient operation. The starter incorporates various features such as overload protection, phase failure protection, and motor control functions.
Product Parameters:
Motor Rating: Specifies the rating of the electric motor that the starter is designed to control, typically expressed in terms of voltage, current, and power.
Control Voltage: Details the voltage required to operate the control circuitry of the starter.
Protection Features: Lists the protection functions provided by the starter, such as overload, phase failure, and short-circuit protection.
Operating Modes: Describes the different operating modes of the starter, such as direct-on-line (DOL) starting, star-delta starting, or soft starting.
Control Interface: Details the control interface of the starter, including any terminals, connectors, or communication protocols for integration with other control systems.
Product Specification:
Starter Type: Specifies that the product is a motor starter, designed to control and protect electric motors.
Number of Poles: Details the number of poles in the starter, which affects the control and protection functions.
Mounting Type: Specifies the method of mounting the starter, such as panel mount or chassis mount.
Certifications and Compliance: Lists any safety certifications or compliance marks the starter holds, such as CE or UL, ensuring it meets global safety standards.
The Siemens 6MD1010-0BA00 motor starter is a crucial component in industrial automation systems, providing reliable control and protection for electric motors. By understanding its product name, description, parameters, and specifications, users can ensure correct installation and integration into their systems, optimizing motor performance and overall system reliability.
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