DISTRIBUTION CONTROL
06 / 06
Automatic transfer and generator transition control for continuity and safer switching in critical distribution systems.
SYSTEM OVERVIEW
Kerrix distribution-control equipment addresses automatic and manual transfer in 0.4 kV two-incomer and bus-coupler systems, together with monitored generator-to-grid transition. Project engineering defines the single-line scheme, transition method, permissive checks, blocking logic and remote-control boundary.
EQUIPMENT RANGE
Values shown are typical for the current portfolio. Final models, ratings and interfaces are subject to project requirements and technical confirmation.
Automatic and manual transfer control for two incomers and a bus coupler in 0.4 kV distribution systems.
Controller for monitored generator-to-grid transition and load transfer with permissive checks and blocking logic.
APPLICATIONS
Application boundaries, equipment configuration and system interfaces are confirmed during project engineering.
Automatic and manual transfer for two incomers and a bus coupler in 0.4 kV systems.
Controlled transition where the project scheme permits monitored overlap.
Monitored generator-to-grid transition and load transfer.
Interlock, blocking and remote-control functions supporting continuity of supply.
PROJECT INPUTS
Share these inputs early so Kerrix can define the technical route, equipment configuration and interface boundaries.
Distribution single-line scheme and normal operating modes
Open- or closed-transition requirements and permissible conditions
Grid, incomer, bus-coupler and generator measurement signals
Interlock, blocking, protection and manual-control philosophy
Remote-control, indication and upper-level system interfaces
ENGINEERED TO DELIVER
Kerrix supports solution design, system integration, commissioning, remote diagnostics and spare-parts support so equipment selection remains aligned with project delivery.
PROJECT FAQ
The listed automatic-transfer controller is intended for 0.4 kV systems with two incomers and one bus coupler.
The current controller supports closed-transition operation where the electrical scheme and project permissive conditions allow it.
Yes. The generator transition controller monitors grid and generator conditions and applies permissive, interlock and blocking logic for load transfer.
PROJECT INQUIRY
Send the application, electrical parameters, site conditions and delivery boundary to begin the technical discussion.
sales@kerrixels.com