Synchronous motor SIEMENS VM-301

261 V/Hz; 1500 min^-1 Mmax=2.1 Nm; Nmax=1500 min^-1, IP55; continuous version IM VSD?II; restrictions according to EN 61508= SIL 2, SILCL 2; data communication= PROFINET, PROFIsafe; mechanical size S1; 80 K; weight 5.8 kg; with motor holding brake; with multi-turn absolute encoder

Характеристики:

• SIMOTICS L primary section
• Component 3-phase synchronous motor peak load version
• FN=1930 N
• Fmax=5180 N
• Vmax/FN=261 V/Hz
• 1500 min^-1 Mmax=2.1 Nm
• Nmax=1500 min^-1, IP55
• Continuous version IM VSD×II
• Restrictions according to EN 61508=SIL 2, SILCL 2
• Data communication= PROFINET, PROFIsafe
• Mechanical size S1
• 80 K
• Weight 5.8 kg
• With motor holding brake
• With multi-turn absolute encoder

Описание:

Siemens SIMOTICS L primary section is a premium 3-phase synchronous motor designed for peak load performance. With a peak load version capable of delivering FN=1930 N and having a maximum force of Fmax=5180 N, this motor provides exceptional power output for various industrial applications.

With a Vmax/FN of 261 V/Hz and a speed of 1500 min^-1, the motor ensures precise and efficient operation. The Mmax torque of 2.1 Nm and Nmax speed of 1500 min^-1 further enhances its performance capabilities.

The motor is built with IP55 protection, making it suitable for use in harsh environments. It is designed as a continuous version IM VSD×II, meeting the restrictions specified in EN 61508 for SIL 2 and SILCL 2 safety requirements.

The SIMOTICS L motor supports data communication through PROFINET and PROFIsafe protocols, allowing for seamless integration into industrial automation systems. With a mechanical size of S1 and a weight of 5.8 kg, it is compact and lightweight for easy installation.

In addition, this motor is equipped with a motor holding brake and a multi-turn absolute encoder, providing additional safety and control features. With Siemens' reputation for quality and reliability, the SIMOTICS L primary section motor is a top choice for industrial applications demanding high performance and durability.