S77202-PBF2-PM
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The S77202-PBF2-PM is a sophisticated digital servo amplifier from Kollmorgen’s S700 series, designed for rigorous industrial applications that demand reliable network communication and effective thermal management. Operating with a continuous current of 72 Arms and within a voltage range of 208 to 480V, this model is equipped with a PROFIBUS interface for high-performance network integration and an advanced fan cooling system for optimal operational stability.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Within Kollmorgen's esteemed S700 series, the Kollmorgen S77202-PBF2-PM digital servo amplifier stands out for its exceptional engineering and suitability for advanced industrial applications. This model is capable of delivering a continuous current of 72 Arms and can handle peak currents up to 140 Arms, making it ideal for heavy-duty operations such as precision machining, automated assembly lines, and sophisticated robotics where both power and precision are crucial.
The amplifier's versatility is enhanced by its ability to operate across a voltage range of 208 to 480V, allowing for flexible integration into various global industrial settings. A key feature of the S77202-PBF2-PM is its PROFIBUS interface, which facilitates seamless and efficient communication across industrial networks, enabling real-time control and synchronization that are vital for modern manufacturing processes.
Additionally, the 'PBF2' designation indicates that this model not only supports PROFIBUS but also includes an advanced fan cooling system. This system is crucial for maintaining optimal operating temperatures, thus preventing overheating and enhancing the overall durability and reliability of the amplifier under continuous or high-load conditions.
The inclusion of PosI/O monitoring ('PM') adds another layer of functionality, providing precise feedback and control over operational parameters. This feature is essential for ensuring that each movement and operation is executed with exacting precision, which is critical for achieving high-quality results in automated processes.
Safety remains a top priority, and the S77202-PBF2-PM incorporates Safe Torque Off (STO), a critical safety mechanism that rapidly disengages motor torque to prevent accidental movements during emergencies or routine maintenance, thus enhancing safety within the operational environment.
The design of the S77202-PBF2-PM also focuses on sustainability and compliance, adhering to RoHS and CE standards, and operates at a relatively low noise level of 68 dB(A), contributing to a more pleasant working environment.
Frequently Asked Questions about S77202-PBF2-PM:
Q: How does the PROFIBUS interface benefit the S77202-PBF2-PM in industrial settings?
A: PROFIBUS provides robust, reliable communication across automation systems, facilitating enhanced control and synchronization between devices, which is essential for maintaining high operational standards.
Q: What role does the advanced fan cooling system play in the longevity of the amplifier?
A: It maintains critical components at optimal temperatures, reducing thermal stress and extending the life of the amplifier even during high-duty cycles.
Q: Can the S77202-PBF2-PM handle dynamic changes in operational demands?
A: Yes, its ability to manage peak currents up to 140 Arms allows it to adapt smoothly to sudden increases in power demand, ensuring reliable performance under variable load conditions.
Q: How does PosI/O monitoring impact process accuracy?
A: It ensures precise feedback on system performance, allowing for real-time adjustments that enhance the accuracy and quality of the automated processes.
Q: What makes the STO feature crucial for operational safety in the S77202-PBF2-PM?
A: The Safe Torque Off feature immediately stops the motor output in emergency situations, significantly reducing the risk of injury or damage, and contributing to a safer industrial environment.
