TeSys F contactors
Contactors to control motors up to 1000 A
(560 kW / 400 V) or resistive loads up to 2600 A
Features
TeSys F series of contactors are specifically designed for
the most demanding motor and power switching applications.
<1> 2 pole (400 A, 500 A & 630 A), 3 pole (115 – 2600 A) & 4 pole (115 A – 780 A) contactors
<2> Pre-assembled star-delta motor starters (185-375 kW/440V AC), 3 pole AC-3
reversing contactors (115 A – 265 A) & 4 pole AC-1 change-over contactors (200-350 A)
<3> Separate components and kits available for customer assembly of motor starters,
reversing and change-over contactor solutions
<4> Wide range of AC (40-400 Hz) and DC operating coils
<5> Terminal connections suitable for connecting bus bars & cables
<6> Wide range of common accessories to improve flexibility, functionality & safety
<7> Complemented by Class10/20 LR9F type electronic thermal over-load relays
and TeSys GV7-R circuit breaker for motor starter solutions
<8> Suitable for switching of motors, lighting, heating, capacitors,
auto-transformer starting, rotor circuits of slip-ring motors, etc.
Benefits
TeSys F is a versatile range of contactors with large installed base,
offering multiple benefits to the users.
<1> TeSys F offers high performance in motor control & power switching applications
<2> TeSys F offers high performance in motor control & power switching applications
<3> Combined with the LR9 electronic relay or GV7 motor circuit breaker,
AC-3 contactors are the ideal motor starters offering quick & simple selection
<4> Shared accessories across the range offers greater flexibility and reduced inventory
<5> Withdrawable-type coils enable fast and easy maintenance
<6> TeSys F contactors guarantee electrical coordination with fuses and circuit breaker offers
Applications
TeSys F is suitable for the control of all types of motors
and distribution circuits across industry, infrastructure and building.
Specific applications include:
<1> Machinery, HVAC, Hoisting, Mining & Metals, Oil & Energy,
Utilities, Wind turbines, Photovoltaic, data centres, etc.
<2> Switching of resistive, inductive, capacitive and DC circuits
<3> Frequency drives and soft starters
<4> Light distribution circuits, induction furnaces, etc.