Power Factor Corrections (PFC)

Power Factor Controllers

Reactive Power Factor Controllers try to match the system’s power factor which is defined as the ratio of the active power to the apparent power to the user defined power factor value

Power Factor Controllers
Power Factor Controllers are in the center of the power factor correction system and control all other equipment. They keep the reactive power under control at all times by disabling and enabling condensers through power factor correction contactors or using shunt reactor/inductive load drivers.
It prevents harmonic fluctuations in the grid with harmonic filters connected to the system. A Power Factor Controller is classified according to its capabilities of power factor correction algorithm, number of its steps, number of supported phases, its capability to manage unbalanced loads, deactivation-activation speed, electrical values that can be measured and its additional capabilities (display type, working in different modes, measurement accuracy, etc.).
ENTES has a unique range of Power Factor Controller products suitable for different needs and company structures. RGA/RGSR Series: • New generation power factor correction solution • Power factor correction by measuring the current and voltage of 3 phases separately in systems with unbalanced loads • Innovative solution with power factor correction modes • Real-time monitoring with graphic screen • Increased power factor correction precision with second compensation current input • 1-51. current and voltage harmonics measurement • Total voltage harmonics measurement • 16 and 20 step options (RGA Series) • SVC-supported new generation power factor correction solution (RGSR Series) • 12+SVC and 16+SVC step options (RGSR Series)

Inductive Load Drivers (SVC)

Inductive Load Drivers are used with new generation RGSR series power factor controllers. 5 kVAr, 10 kVAr, 20 kVAr ve 30 kVAr Inductive Load Drivers can drive 3 pcs. mono-phase shunt reactors, and powers of these reactors, each of which is connected to a different phase can be separately controlled independently in a way to offer desired power.

Inductive Load Drivers (SVC)
Standart Series Shunt Reactors

Standart Series Shunt Reactors

Shunt Reactors are high quality devices which are designed to meet the inductive load demands.

Standart Series Shunt Reactors
Industrial Series Shunt Reactors

Industrial Series Shunt Reactors

Shunt Reactors are high quality devices which are designed to meet the inductive load demands.

Industrial Series Shunt Reactors
SVC Type Shunt Reactors

1 Phase Harmonic Filters3 Phase Harmonic Filters

3 Phase Harmonic Filters

3 Phase Harmonic Filters

Surge Protection Device

SPD device absorb high energy surge voltages where they threaten sensitive devices and prevent them from being damaged.

Surge Protection Device

Discharge Unit

Discharging Unit improves rapidly switching capacitor operating life and prevents internal heat losses by quickly discharging the capacitors.

Discharge Unit
Medium Voltage Compatible Current Transformers

Medium Voltage Compatible Current Transformers

Medium Voltage compatible current transformers work together with power factor controllers which obtain current information from medium voltage.

Medium Voltage Compatible Current Transformers
L.V. Current Transformers

L.V. Current Transformers

ENT Series current transformers are narrow-profile devices to reduce line current to an acceptable level for measuring instruments. They also isolate and protect measuring instruments, relays and other meters from line voltage of an installation.

L.V. Current Transformers
Split Core Current Transformers

Split Core Current Transformers

Split Core Current Transformers are designed for applications where it is difficult or uneconomical to open the primary conductor.

Split Core Current Transformers
Clamp Type Current Transformers

Clamp Type Current Transformers

Clamp Type Current Transformers are designed for applications where it is difficult or uneconomical to open the primary conductor.

Clamp Type Current Transformers
Compact Split Core Current Transformers

Compact Split Core Current Transformers

Compact Split Core Current Transformers are designed specially for applications where it is difficult or uneconomical to open the primary conductor.

Compact Split Core Current Transformers
Three Phase Current Transformers

Three Phase Current Transformers

Thanks to their special design that comply with the busbar standarts. 3 phase current transformers offer direct installation possibility at the breaker outputs. Thereby, they significantly improve the installation times.

Three Phase Current Transformers

Capacitor Duty Contactor

Capacitor Duty Contactors are specially designed for the control of capacitors in PFC panels.

Capacitor Duty Contactor

Thyristor Switches

Thyristor Switches are used in systems which contain fastswitching inductive loads. The capacitors, which will be used to provide capacitive power to the system, can be switched on and off with a switching time shorter than 20 ms (1 period) by using SC Series Static Contactors, thereby providing a more effective compensation for rapidly changing loads such as tack welding machines, cranes and arc furnaces.

Thyristor Switches