Danfoss 132H2062 OGDSK231K131I11L06RXTB1P2S9010H1BXXX1XXX AutomationDrive frequency converters

Here is an introduction to the technical parameters of Danfoss 132H2062 OGDSK231K131I11L06RXTB1P2S9010H1BXXX1XXX:

General Characteristics

Model Designation: The "132" likely indicates a power - related rating, perhaps 132 kW, suggesting its capacity to handle a certain level of power for driving motors or other loads. The "H2062" is a specific model code within the Danfoss product range, signifying a particular set of features, design specifications, or a specific generation of the product.

Functional Components

Control Technology: "OGD" might refer to a specific control mode or drive technology. It could imply an advanced control algorithm that enables precise control of motor speed, torque, and other parameters, enhancing the overall performance and efficiency of the drive system.

Sensor and Feedback System: "SK231" is likely related to a sensor or feedback mechanism. It could be an encoder, a transducer, or a combination of sensors that provide real - time information about the motor's position, speed, or other relevant parameters to the drive for closed - loop control, ensuring accurate and stable operation.

Electrical Parameters:

"K131" may represent certain electrical characteristics such as winding resistance, inductance, or a specific electrical rating related to the motor - driving circuitry. It affects the performance and compatibility of the frequency converter with different types of motors.

"I11" might denote an input - related parameter, such as the rated input current, voltage range, or the type of input signal (e.g., analog or digital) that the frequency converter can accept for control purposes.

Communication Interface: "RXTB1" probably stands for a specific communication interface or protocol. It could be an RS - 485, Ethernet, or other communication ports with a specific pinout and communication protocol, allowing the frequency converter to communicate with other devices in an automation system, such as programmable logic controllers (PLCs) or human - machine interfaces (HMIs).

Power Stage Configuration: "P2" likely refers to the power - output stage configuration of the frequency converter. It could indicate the number of phases, the type of power - switching devices used (e.g., IGBTs), and the overall power - handling capability and efficiency of the output stage.

Mechanical and Physical Parameters

Length or Dimension: "L06" might be associated with a specific length or dimension of the frequency converter or one of its components. It could refer to the overall length of the device, the length of a cable connection, or the size of a particular internal component, which is important for installation and integration into different systems.

Enclosure and Protection: "H1" likely describes the enclosure type or protection level of the frequency converter. It could denote a specific material used for the housing (e.g., metal or plastic), the shape of the enclosure, or a particular IP (Ingress Protection) rating that indicates its resistance to dust, moisture, and other environmental factors.

Software and Programmable Features

Software Version and Functions: "S9010" is likely a code for a specific software version or a set of programmable functions. It implies that the frequency converter has a particular set of algorithms, control sequences, and programmable parameters that allow users to customize the operation of the drive according to specific application requirements, such as setting different speed profiles, acceleration and deceleration ramps, and motor protection parameters.

The specific details and exact meanings of these codes and parameters may vary depending on Danfoss's internal coding system and the specific application context. For a more accurate and detailed understanding, it is recommended to refer to the official Danfoss product documentation or consult with their technical support.