Surge protector KSPD-T2 275/1203P KANLUX IDEAL TS 36311
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Surge protector KSPD-T2 275/1203P KANLUX IDEAL TS 36311
Effective protection of electrical installations with KSPD-T2 275/1203P
This three-pole surge protector class 2 (T2) from KANLUX from the IDEAL TS series is a key element in protecting electrical installations in residential and commercial buildings. It is designed to protect against the effects of induced and switching surges, which can damage sensitive electronic devices. It is particularly useful in installations without lightning protection, where it provides sufficient protection on its own.
The KSPD-T2 275/1203P surge protector effectively protects against the effects of lightning strikes and voltage surges in the network, ensuring safe and reliable operation of the electrical installation. Compliance with the PN-EN61643-1 standard confirms its high quality and effectiveness.
Construction and installation
This surge protector is mounted on a TH35 rail, ensuring quick and easy installation in the distribution board. The compact design (only 3 modules) saves space. The connection made in the form of a terminal block facilitates the connection of wires. Designed for indoor use, in a temperature range of -5°C to 40°C and humidity from 5% to 95%.
Parameters ensuring safety
The KSPD-T2 275/1203P surge protector provides effective protection thanks to its high parameters: the rated voltage is 230V AC, and the maximum discharge current is 40kA. The voltage protection level of 1.5kV minimizes the risk of damage to devices, and the rated discharge current of 20kA guarantees multiple operations in the event of surges. The transient current increase at the level of 20kA and the low residual current of 30µA further increase safety and reliability.
Thanks to these parameters, this surge protector provides comprehensive protection of the electrical installation against the effects of surges, increasing its reliability and safety of use. Tests conducted at the Institute of Plasma Physics and Laser Microsynthesis in Warsaw confirm compliance with the PN-EN 61643-11 standard.

