Siemens 6DS1703-8RR

Operating Parameters

Voltage Input Specifications: This contributes to the Siemens 6DS1703-8RR's excellent compatibility when receiving power. It is designed to operate over an extended input range of AC voltage, covering the common range of 100V to 240V, which makes it suitable for multiple regions and industrial settings as it does not require drastic changes or adjustments to the voltage. It can provide reliable operation for facilities with stable power grids or those located in areas with less voltage fluctuations.

Operating Frequency Band: It operates within a wide frequency band of 47Hz to 63Hz, so it can be easily synchronized with all the most commonly used industrial power systems. This narrow but widely used frequency range guarantees that it is compatible with motors, generators, and other electrical equipment that may be at risk of interruption due to frequency mismatch. It lays a solid foundation for uninterrupted industrial work.

Power Output Capability: Its power output capability of approximately 15kW enables it to drive a large number of medium/heavy industrial applications. To further focus on this technology concept, it can drive machinery in industrial environments, such as ventilators in large factories, pumps and fans in water treatment facilities, or conveyor systems in manufacturing and logistics operations.

Control Precision: The Siemens 6DS1703-8RR is equipped with a 16-bit precision relative control mechanism, which provides high accuracy in controlling key parameters. In precision manufacturing, tolerances are measured in microns, allowing operators to highly fine-tune speed, torque, and position, for example. This level of manufacturing control ensures that its components are reliable and always meet industry-leading standards.

Ambient Temperature Tolerance: Designed to withstand a wide range of environmental conditions, it can operate normally in a wide temperature range (-5°C to +70°C) for climate-controlled indoor industrial environments or outdoor settings that may face severe weather, such as the mining or construction industries.

Product Features

Intelligent Motor Control: The Siemens 6DS1703-8RR uses the latest control algorithms to optimize the performance of the connected motor. It achieves energy savings, minimal vibration, and long motor life by adjusting the electrical characteristics of the motor. It enables quieter and more reliable operation, saving costs in manufacturing environments.

Integrated communication suite: It supports a variety of communication interfaces such as RS-485, Ethernet/IP and USB. These interfaces allow joining the most advanced industrial communication networks. Engineers can also remotely monitor equipment, control systems, obtain real-time data and perform diagnostics. This real-time connection improves operational efficiency and responds to any problems that may arise.

Powerful protection system: The Siemens 6DS1703-8RR is equipped with a complete set of protection functions to protect itself and connected equipment from electrical hazards. Overvoltage, undervoltage, overcurrent and overtemperature protection work together. In abnormal situations, the intelligent fault detection system gives specific error codes and recommends corrective actions to reduce downtime.

Versatile programming capabilities: With a large number of programmable functions, it can be customized to the unique needs of different industries. The system can be programmed to the highest level in all scenarios, whether it is the complex specifications of a chemical processing plant or the unique operating requirements of an automated assembly line in an automotive plant.

Application range

Manufacturing: It is used in factories to control motors in automated assembly lines, CNC machine tools and robotic workstations. This enables more reliable and consistent operations, higher productivity and higher quality products.

Power Generation and Distribution: In power plants, the Siemens 6DS1703-8RR monitors generators, turbines, and power conversion equipment. In renewable energy construction such as wind turbines and solar farms, it optimizes power generation and grid connection, improving power reliability.

Infrastructure and Building Systems: In large commercial buildings and infrastructure projects, it manages HVAC systems, elevators, and pumps. It helps improve energy efficiency and occupant comfort by improving motor control and communications.