Type 7P.01 - Surge Protection Device (SPD)
- SPD suitable for low voltage systems for protection against overvoltages caused by direct discharges, induced and operating overvoltages
- To be installed on the border between zones LPZ 0 and LPZ 1
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Type 7P.02 - surge arrester (SPD)
- Suitable for low voltage systems for protection against overvoltages caused by direct discharges, induced and operating overvoltages
- Extremely low residual voltage
Type 7P.03 - Surge Protection Device (SPD) 7P
- Suitable for low voltage systems for protection against overvoltages caused by direct discharges, induced and operating overvoltages
- Replaceable varistor module
Type 7P.04 - Surge Protection Device (SPD)
- SPD suitable for low voltage systems for protection against overvoltages caused by direct discharges, induced and operating overvoltages
- To be installed on the border between zones LPZ 0 and LPZ 1
Type 7P.05 - Surge Protection Device (SPD)
- Suitable for low voltage systems for protection against overvoltages caused by direct discharges, induced and operating overvoltages
- Extremely low residual voltage
Type 7P.09 - Surge arrester
- To be installed on the border between zones LPZ 0 and LPZ 1
- Combination of high-performance varistors and gas spark gaps (GDT)
Type 7P.12 - Surge Protection Device (SPD)
- SPD suitable for 230/400 V AC systems for protection against overvoltages caused by direct or indirect discharges
- To be installed on the border between zones LPZ 0 and LPZ 1
Type 7P.13 - Surge Protection Device (SPD)
- SPD suitable for 230/400 V AC systems for protection against overvoltages caused by direct or indirect discharges
- To be installed on the border between zones LPZ 0 and LPZ 1
Type 7P.14 - Surge Protection Device (SPD)
- SPD suitable for 230/400 V AC systems for protection against overvoltages caused by direct or indirect discharges
- To be installed on the border between zones LPZ 0 and LPZ 1
Type 7P.15 - Surge Protection Device (SPD)
- SPD suitable for 230/400 V AC systems for protection against overvoltages caused by direct or indirect discharges
- To be installed on the border between zones LPZ 0 and LPZ 1
Type 7P.21 – Surge Protection Device (SPD)
- Suitable for AC and DC systems/applications for protection against induced and switching overvoltages
- Signaling with remote contact of the varistor status
Type 7P.22 - surge arrester (SPD)
- Suitable for AC and DC systems/applications for protection against induced and switching overvoltages
- To be installed on the border between zones LPZ 1 and LPZ 2
Type 7P.23 – Surge Protection Device (SPD)
- Suitable for 230 V/400 V systems/applications for protection against induced and switching overvoltages
- Visual indicator of the varistor status – functional/to be replaced
Type 7P.23.9 - Surge Protection Device (SPD)
- Visual indicator of the varistor status - in the event of a fault
- Signaling with remote contact of the varistor status in case of failure. Connector (07P.01) included in the package (depending on the version)
Type 7P.24 - surge arrester (SPD)
- Suitable for 230 V/400 V systems/applications for protection against induced and switching overvoltages
- To be installed on the border between zones LPZ 1 and LPZ 2
Type 7P.25 – Surge Protection Device (SPD)
- Suitable for 230 V/400 V systems/applications for protection against induced and switching overvoltages
- To be installed on the border between zones LPZ 1 and LPZ 2
Type 7P.26 – Surge Protection Device (SPD)
- Visual indicator of the varistor status - in the event of a fault
- Signaling with remote contact of the varistor status in case of failure. Connector (07P.01) included in the package (depending on the version)
Type 7P.26.9 - Surge Protection Device (SPD)
- Visual indicator of the varistor status - in the event of a fault
- Signaling with remote contact of the varistor status in case of failure. Connector (07P.01) included in the package (depending on the version)
Type 7P.27 – Surge Protection Device (SPD)
- Suitable for AC and DC systems/applications for protection against induced and switching overvoltages
- To be installed on the border between zones LPZ 1 and LPZ 2
Type 7P.31 - surge arrester (SPD)
- Protects sensitive electrical and electronic devices from impulse overvoltages
- 1 + 1 configuration between varistor and spark gap (without leakage current)
Type 7P.32 - surge arrester (SPD)
- Protects sensitive electrical and electronic devices from impulse overvoltages
- “1 + 1” configuration between varistor and spark gap (without leakage current), also designed for the protection of LED lamps
Type 7P.36 - Surge Protection Device (SPD)
- Protects sensitive electrical and electronic devices from impulse overvoltages
- Compliant with EN 61643-11: 2012
Type 7P.37 - surge arrester (SPD)
- Protects sensitive electrical and electronic devices from impulse overvoltages
- 1 + 1 configuration for a low Up value (residual voltage)
Type 7P.42 - surge arrester (SPD)
- Suitable for AC systems/applications for protection against induced and switching overvoltages
- To be installed on the border between zones LPZ 1 and LPZ 2
Type 7P.43 - surge arrester (SPD)
- Suitable for AC systems/applications for protection against induced and switching overvoltages
- To be installed on the border between zones LPZ 1 and LPZ 2
Type 7P.44 - surge arrester (SPD)
- Suitable for AC systems/applications for protection against induced and switching overvoltages
- To be installed on the border between zones LPZ 1 and LPZ 2
Type 7P.45 – Surge Protection Device (SPD)
- Suitable for AC systems/applications for protection against induced and switching overvoltages
- To be installed on the border between zones LPZ 1 and LPZ 2
Type 7P.62 - surge arrester (SPD)
- Suitable for the protection of data lines and 2-wire telecommunication
- Serial connection; optimizing the end of line protection from longitudinal (line-PG) and transverse (line-line) overvoltages
Type 7P.68 - Surge Protection Device (SPD)
- Suitable for Ethernet lines with Cat 6 cabling, PoE (Power over Ethernet), and power lines data transmission up to 250 MHz
- Protection for all pairs of conductors with D437attenuation
