MAF130B-0250-FR-S6-HG0-05-N1
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MPN: R911372679
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MAF130B-0250-FR-S6-HG0-05-N1 Induction Motor is manufactured by Bosch Rexroth Indramat. This motor has a Singleturn Absolute Encoder encoder and a Standard bearing. It also has a Plain, with Sealing Ring shaft and is not equipped with a holding brake.
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Product Description:
The MAF130B-0250-FR-S6-HG0-05-N1 by Rexroth Bosch has 93 kg mass. An asynchronous motor is also known as a rotating transformer because it operates by generating current and voltage in the machine's rotor. The primary stator produces a voltage in the rotating rotor (secondary), similar to a transformer. However, the secondary frequency may differ from the primary frequency. Voltage and frequency are the primary control variables for asynchronous motors, and flux or torque are dependent on them.
The MAF130B-0250-FR-S6-HG0-05-N1 motor has a drive controller, asynchronous speed and a liquid coolant. The controller is a vital component of this motor as it requires speed management, start-stop operations, and safety measures. When a motor starts and stops rotating, it receives instructions from the motor controllers. This controller can be built inside the motor housing or, typically, an external controller is employed. A liquid cooling quick action coupling is made up of two components: a coupling insert and a coupling body, which when linked make a fluid flow passage. The valve architecture of each coupling features several lobed seals to offer additional protection against spillage of coolant over a prolonged length of time.
The plain shaft is designed to convert energy from the electric motor to its end-use application. The precision shafts and pins operate according to torque versus speed. The motor has a safe flange installation option but no foot mounting. The rotating shaft of the motor is supported by bearings, which are essential parts that enable unrestricted rotation with little resistance. High-strength and flexible ball bearings are utilized in motors because the efficiency and noise levels of induction motors are strongly influenced by the condition and quality of the bearings.
