ABB AF, - 1SFL487002R1311
- 100/250VAC/DC, 90KW MODULAR CONTACTOR
AF190-30-11-13 100-250V50/60HZ-DC
Delivery period: 1-2 weeks
WS
Product Details
AF series contactor, 3-pole
AF contactor is AC/DC operated
AF09-AF38 contactor includes electronic coil interface, which can accept a wide range of control voltage Ucmin - Ucmax. Only 4 coils contain control voltage 24 → 500 V AC or 20 → 500 V DC
AF.. Z contactor is equipped with Z coil type, allowing direct control through 24 V DC, 500 mA PLC output, which can reduce the consumption of holding coil
AF.Z contactor withstands short time sag and voltage interruption (according to SEMI F47-0706)
AF40-AF96 contactors are mainly used to control 3-phase motors and power circuits up to 690 V AC and 220 V DC. These contactors are designed with block shape of three main poles.
AF116-AF140 contactor is mainly used to control 3-phase motor, power circuit up to 690 V AC, and AF146 up to 1000 V AC
AF190-AF370 contactors are mainly used to control 3-phase motors and power circuits up to 1000 V AC. These contactors are designed with block shape of three main poles.
AF contactor has built-in surge protection without any additional surge suppressor
standard
IEC 60947-1/60947-4-7 and EN 60947-1/60947-4-1
ABB 3-pole contactor, rated current 275 A, rated power 90 kW - AF190 series - 1SFL487002R1311
Use ABB's 3-pole contactor to control your motor. It has three normally open contacts. When activated, the circuit is connected and the motor is opened. The maximum rated current is 275 A, suitable for heavy load equipment. Two pre-installed auxiliary contacts are included to enhance control function and fault monitoring. Up to 5000000 cycles of mechanical durability, long-term reliable performance.
Features and advantages
• Wide operating temperature range from - 40 ° C to+70 ° C, suitable for demanding environments
• Compact size 152 (D) x 105 (W) x 196 mm (H), suitable for installation in places with limited space
• Rated power 90 kW, suitable for high load applications
• Rated impulse withstand voltage is 8 kV to prevent strong overvoltage
• The maximum mechanical switching frequency per hour is 300 cycles to achieve rapid action
application
• Lighting system
• Manufacturing industry
• Energy industry
