Power Switch 400VAC

SKU: 311
Category: Actuators

Technical Specification
Dimensions (housing):	approx. 200 x 122 x 213 mm
Material (housing):	Polycarbonate
Power consumption:	< 12 W
Control signal (input):	24 V DC (Variant 24-400) / 230 V AC (Variant 230-400)
Switching power (output):	max. 6 kW (400 V AC, 3-phase, 16 A)
Connection:	CEE 16 A plug and coupling
Ingress protection:	IP44 (Housing IP65)
Item weight:	1.7 kg
Versandgewicht:	2,4 kg

Type: SC24-400

SC230-400

239,00 €

incl. 19% VAT , plus

This item has variations. Please select the requested variation.

Power Switch 24-400 & 230-400

Power Extension – Switch 3-phase 400 V Consumers Safely

Switch 3-phase 400 V AC consumers via controller outputs
Available in two variants (triggered by 24 V DC or 230 V AC)
Up to 6 kW (16 A) switching capacity
With robust CEE 16 A connections

Application

The SENECT Power Switch 400 V is used to control 400 V AC 3-phase devices via the outputs of the SENECT control units.

The 400 V Power Switch modules make it possible to safely switch high-power 3-phase devices such as large pumps or aerators that cannot be connected directly to the controller. For example, a SENECT|ONE can be used to run a 400 V pump, or the functionality of a FILTER|CONTROL can be expanded to manage 3-phase motors.

Which Power Switch is the right one for your application?

Power Switch 24-400

Control signal: 24 V DC (direct current)

Designed to control 400 V 3-phase devices (e.g., large pumps) using the 24 V DC actuator outputs (OUT ports) of control units like the SENECT|ONE, SENECT|TWO, or AQUACULTURE|CONTROL Pro.

Power Switch 230-400

Control signal: 230 V AC (alternating current)

Used to switch powerful 400 V 3-phase devices via the 230 V AC socket outputs of controllers like the FILTER|CONTROL. It protects the internal relays of the controller from high inrush currents and overload.

Robustness and Safety

The SENECT Power Switch 400 V modules are housed in a robust casing designed for the demanding conditions of aquaculture facilities and pond systems. The galvanic isolation between control and load circuits ensures a high level of operational safety. An integrated, durable contactor ensures reliable switching even for inductive loads like electric motors.