3RT1935-6A - Siemens Contact Kit

3RT1935-6A - Siemens Contact Kit

Maximize the performance and service life of your Siemens contactors with the 3RT19356A Replacement Contact Kit, crafted to support frame size S2 contactors in high-demand industrial settings. Engineered for 3-pole configurations and AC-3 duty, this kit is rated for motor loads up to 18.5 kW, delivering exceptional reliability and operational efficiency. This all-inclusive replacement kit contains three movable contacts and six fixed contacts, along with all essential mounting hardware for seamless maintenance or repair integration.

Key Features and Benefits

• Authentic Siemens OEM Replacement: Engineered to restore like-new functionality to S2 frame size contactors.
• Supports High-Power Applications: Designed for use with motors up to 18.5 kW in AC-3 duty applications.
• Complete Contact Assembly: Includes 3 movable and 6 fixed contacts with all required mounting accessories.
• Efficient Maintenance Solution: Simplifies service processes and minimizes equipment downtime.
• Industrial-Grade Durability: Built with robust materials to withstand demanding operational conditions.

Technical Specifications

• Rated Motor Output: 18.5 kW
  
• Configuration: 3 NO main contacts
  
• Compatible Frame Size: S2
  
• Included Components: 3 movable contacts, 6 fixed contacts, mounting parts
  
• Dimensions: 1.772" x 3.15" x 0.591"
  
• Weight: 0.101 lb
  

Material Compliance and Certifications

• RoHS Compliant: Yes – designed with environmentally responsible materials
• REACH Compliant: Ensures adherence to high safety and health standards
• Global Certification Ready: Suitable for integration into globally compliant systems

Suitability

• The Siemens 3RT19356A is the go-to solution for technicians, electrical engineers, and maintenance professionals working with medium-to-high power contactors in manufacturing, commercial, and process control environments. Whether in routine servicing or urgent repair, it guarantees optimal contactor performance and operational stability.