SVC Relays
Smart SVC reactive power control relays, which adjust the inductive loads, should be used in order to meet the reactive energy requirements of the enterprises where phase distributions are uneven and variable and capacitive power devices. The size of the inductive load driver and monophase shunt reactors to be used in the SVC system, which is considered to be used in the enterprise, varies according to the inductive load requirement and load unbalance of the enterprise
Thyristor Smart Relays can be used in enterprises with fast variable loads, as it is not possible to respond by switching with mechanical contactors possible to respond by switching with mechanical contactors.
- 3 mA detection current
- High precision power measurement
- Power Flow Chart showing reactive power profile
- Extends step life with step aging
- Automatic step test to keep current step values
It produces economical and permanent solutions for your business with these features.
SVC Relays
Smart SVC reactive power control relays, which adjust the inductive loads, should be used in order to meet the reactive energy requirements of the enterprises where phase distributions are uneven and variable and capacitive power devices. The size of the inductive load driver and monophase shunt reactors to be used in the SVC system, which is considered to be used in the enterprise, varies according to the inductive load requirement and load unbalance of the enterprise
Thyristor Smart Relays can be used in enterprises with fast variable loads, as it is not possible to respond by switching with mechanical contactors possible to respond by switching with mechanical contactors.
- 3 mA detection current
- High precision power measurement
- Power Flow Chart showing reactive power profile
- Extends step life with step aging
- Automatic step test to keep current step values
It produces economical and permanent solutions for your business with these features.
Product Detail
| Product Code | Product Name | Product Description | Step Count | Character LCD | Graphic LCD | SVC | Reactive Power Profile | RS-485 Communication | TSC |
|---|---|---|---|---|---|---|---|---|---|
| GA 111 | SMART S12 | 12 STEPS SMART SVC RELAY | 12+SVC | + | – | + | + | + | – |
| GA 121 | SMART S18 | 18 STEPS SMART SVC RELAY | 18+SVC | – | + | + | + | + | – |
| GA 120 | SMART S18-T | 18 STEPS THYRISTOR OUTPUT SMART SVC RELAY | 18+SVC | + | – | + | + | – | + |
| Product Code | Product Name | Product Description | Step Count | 7-Segment (3×4) | Graphic LCD | TFT Color Display | SVC | Reactive Power Profile | RS-485 Comminucation |
|---|---|---|---|---|---|---|---|---|---|
| GA 1201 | RKR S12 | 12 STEPS SVC REACTIVE RELAY | 12+SVC | – | – | + | + | + | + |
| GA 1202 | RKR S18 | 18 STEPS SVC REACTIVE RELAY | 18+SVC | – | – | + | + | + | + |
| GA 1203 | RKR S18P | SVC REACTIVE RELAY (ADDITIONAL STEPS OPTION) | 18P+SVC | – | – | + | + | + | + |
Standard Features in our Reactive Relays: 3 Phase Measurement, MonoPhase / DiPhase / TriPhase Capacitor / Reactor Recognition, Cos Phi, Active Power, 3 mA Sensing Current, Reactive Power, Active Energy, Reactive Energy, THD-I%
