About SIEMENS CONTACTOR - 3TF 50
3TF power contactors are suitable for switching and controlling squirrel cage and slip-ring motors as well as other AC loads, such as solenoids, capacitors, lighting loads, heating loads and transformer loads.
Exceptional Durability & Safety FeaturesThe 3TF 50 contactor is designed for intensive industrial use with a mechanical lifecycle surpassing 10 million operations. Enhanced with IP20 protection and constructed from high-grade plastic and metal, its arc-resistant build offers reliable and safe motor control even in demanding environments. It supports short circuit and overheating protection, ensuring both operational reliability and user safety.
Optimized for Industrial Motor ControlWith precision-engineered 3 pole design and an AC3 rated current of 80 A, this contactor efficiently manages heavy-duty industrial motors. Its electromechanical output, auxiliary contacts, and compatibility with overload relays make it ideal for high-performance automation and motor management applications.
FAQ's of SIEMENS CONTACTOR - 3TF 50:
Q: How can the SIEMENS 3TF 50 Contactor be mounted in an industrial setup?
A: The 3TF 50 contactor supports both DIN rail and panel mounting options, allowing for straightforward integration into control panels according to your installation requirements.
Q: What safety mechanisms are included in this contactor for motor protection?
A: Short circuit protection is ensured via suitable fuses and the device is compatible with overload relays, offering comprehensive overheating and circuit security during operation.
Q: When is the optimal operating temperature range for reliable performance?
A: For best results, the contactor should be operated within the temperature range of -5C to +40C, while it can be stored safely between -40C and +70C without material degradation.
Q: Where is the SIEMENS 3TF 50 Contactor best used?
A: It is particularly suited for industrial motor control applications, such as in manufacturing plants, processing industries, and automation panels where high durability and reliable switching are required.
Q: What are the benefits of its mechanical endurance rating?
A: With over 10 million mechanical operations, this contactor delivers longevity and minimal maintenance, resulting in reduced downtime and enhanced productivity in demanding environments.
Q: How does the contactor ensure high energy efficiency during operation?
A: The contactor consumes approximately 80 VA during pick-up and less than 8 VA while holding, helping to minimize energy costs in continuous industrial applications.