Polski
EnglishThree-phase asymmetry and sequence monitors CKF-318
The CKF-318 order of phase and phase loss sensor is designed to protect electric motors powered from the three-phase network 3×400 V (without neutral wire).
The CKF-318 order of phase and phase loss sensor is designed to protect electric motors powered from the three-phase network 3×400 V (without neutral wire).
Phase control relays CZF-334 True RMS
Three phase monitor serves to protect the three-phase electric motors supplied from three-phase mains, against phase collapse in at least one phase or against phase-to-phase voltage asymmetry or against damage of contacts threatening to damage the motor.
Three-phase asymmetry and sequence monitors CKF-319 True RMS
Three-phase asymmetry and sequence monitors CKF-318
Order of phase and phase loss sensor. Without neutral wire.
The CKF-318 order of phase and phase loss sensor is designed to protect electric motors powered from the three-phase network 3×400 V (without neutral wire).
The CKF-318 order of phase and phase loss sensor is designed to protect electric motors powered from the three-phase network 3×400 V (without neutral wire).
Phase control relays CZF-334 True RMS
With separated contact.
Three phase monitor serves to protect the three-phase electric motors supplied from three-phase mains, against phase collapse in at least one phase or against phase-to-phase voltage asymmetry or against damage of contacts threatening to damage the motor.
Three phase monitor serves to protect the three-phase electric motors supplied from three-phase mains, against phase collapse in at least one phase or against phase-to-phase voltage asymmetry or against damage of contacts threatening to damage the motor.
Three-phase asymmetry and sequence monitors CKF-319 True RMS
To protect electric motors supplied from a three-phase network in the event of a power failure in at least one phase or voltage unbalance between phases that threatens to destroy the motor and to protect the direction of rotation of the motor in the event of a phase change in front of the sensor.