Automatic three-phase voltage regulator KEMOT PROavr-30k
Delivery terms
Pickup in department
Pickup in department For free
Quantity in shop
 Not available | Central Warehouse |
| Not available | Tallinn Office |
Home delivery
Home delivery
After handing over the goods to the courier, we will inform you by e-mail.
Over €25.00 (Orders up to 1000 kgs) | For free |
To €25.00 (Orders up to 1000 kgs) | €4.50 |
Delivery to DPD pickup locations
Delivery to DPD pickup locations
€3.50
Product description
KEMOT PROavr-30k automatic voltage stabiliser
Although the voltage is 230V, there are often situations when it is unstable. This can cause sudden switching off or unstable operation of devices, which shortens the lifetime of electronic devices. Therefore, to protect against this type of situation, the KEMOT PROavr-30k Automatic Voltage Regulator is worth purchasing.
Protect your devices against voltage surges
In single-phase mode, each phase can operate independently of each other. Regardless of the mains load and output voltage fluctuations, the KEMOT PROavr-30 stabiliser maintains them at 230V ±3%, allowing efficient operation of all devices, including those sensitive to mains voltage quality. The regulation is automatic, ensuring high output voltage accuracy. An error in the operation of one of the phases does not affect the operation of the others.
Three-phase mode
In three-phase mode, it is important to maintain a balance between the phases. The stabiliser monitors and controls the voltage of each phase to ensure they are consistent - it will compensate for input voltages that are too high or too low, and supply the output voltage after stabilisation. In this mode, if one of the phases is not working properly or is not connected, the device will activate the protection and will not supply voltage to the output, indicating this with a "PHASE ERROR" indicator.
How does the KEMOT PROavr-30 voltage regulator work?
The KEMOT voltage stabiliser is a device whose task is to maintain a fixed voltage of 230 V at the output. Its task is to increase the input voltage too low or decrease the input voltage too high, so that theThe output voltage is within the permissible limits and does not have any spikes that would be dangerous for the connected devices. The stabiliser is based on a toroidal transformer which ensures stable operation of the device.
Voltage stabiliser with servo motor
The KEMOT PROavr-30 voltage stabiliser maintains the voltage with an accuracy of up to 3%. This high accuracy is the result of the use of servo-based technology.
BYPASS switch
The device also has a "bypass" function, i.e. a switch that bypasses the operation of the stabiliser, allowing it to be isolated, enabling it to be fed without problems to the home mains from an external source.
DELAY delay function
If you need a voltage regulator for devices with a high instantaneous starting current, choose a model with the DELAY switch-on delay function. The KEMOT PROavr-30 is equipped with a DELAY switching delay button that ranges from 6 to 180 seconds, which will reduce the risk of damaging it when the devices connected to it will have a high instantaneous start-up current. In addition, the KEMOT PROavr-30 has protection against over- and under-voltage, overload, overheating and short-circuit.
Easy transport
To make it easier to move and park the KEMOT stabiliser in the right place, it is equipped with four sturdy wheels. They allow you to transport the unit freely to different locations, which will definitely make operation and maintenance easier.
Application
The KEMOT PROavr-30 can be used both at home and in the office. Ideal for:
- TVs and audio/video equipment;
- Speakers, mini-towers and other audio/video devices;
- household appliances such as induction hobs, microwave ovens, fridges and freezers, etc.;
- computers, monitors, printers, cash registers and other office equipment;
- central heating stoves and pumps;
- electrical generators.
The description was translated using an automatic translator. If you notice any discrepancies, please notify us by email: [email protected].
