ABB KT5AS AUX-C 1Q 1SY 250VAC/DC T4-T6

Time-Delay Relay – ABB KT5AS AUX-C 1Q 1SY 250VAC/DC T4-T6 The ABB KT5AS is a precision-engineered time-delay relay designed for reliable timing control in electrical systems. It offers accurate delay functions essential for automation and process control applications, supporting both AC and DC voltage inputs up to 250 V. This relay enables timed switching operations, contributing to enhanced system efficiency and protection.

Key Features

• Voltage rating: Supports both 250 VAC and DC, providing versatile application across electrical systems
• Contact configuration: 1 normally open (1Q) and 1 normally closed (1SY) auxiliary contacts for flexible output control
• Time delay range: Adjustable timing suitable for T4 to T6 classification, allowing precise delay settings for varied requirements
• Compact design: Space-saving form factor designed for convenient mounting in control panels
• Robust construction: High-quality materials and manufacturing standards consistent with ABB’s reputation for durability and reliability

Applications

• Industrial automation systems requiring timed switching operations
• Motor control circuits with necessary delay functions for soft start, stop, or sequencing
• Process control and safety interlocking with precise timing requirements
• Compatible with control panels operating at up to 250 V AC/DC environments
• Suitable for use in manufacturing plants, infrastructure installations, and industrial equipment

Benefits

• Reliable and consistent timing control increases operational accuracy and reduces equipment wear
• Dual voltage compatibility simplifies inventory and system design by supporting AC and DC input
• Flexible contact configuration enhances integration options with existing control circuits
• ABB’s proven quality and global support network ensure dependable long-term performance
• Simplifies complex control schemes, improving process reliability and maintenance efficiency --- Product information compiled with AI assistance for reference purposes.