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Product Selection CNP90TVB-MM
DSDT16

The DSDT16 is a terminal adapter that transforms a screw terminal into a double terminal to connect an incoming and an outgoing cable, with a maximum section of 35 mm² per conductor.
- 'V' connection screw terminal for SPD - Improved connection for better efficiency - 2 x 35 mm² wire connection - Adapted to DAC/DDC surge protectors
2.5 - 35 mm² (13-2 AWG)
DDT16

The DDT16 is a terminal adapter that transforms a screw terminal into a double terminal to connect an incoming and an outgoing cable, with a maximum section of 35 mm² per conductor.
- 'V' connection screw terminal for SPD - Improved connection for better efficiency - 2 x 35 mm² wire connection - Adapted to DAC/DDC surge protectors
2.5 - 35 mm² (13-2 AWG)
ZPAC1-8VG-PRO-SU

- Type 1+2+3 AC Surge protection - VG Technology - For 40 mm busbar systems - Iimp 8 kA (10/350 μs) - Reduces energy costs: Does not produce flow current and leakage current - Certified IEC 61643-11 and EN 61643-11
40 mm busbar systems
1.5 mm² max.
Type 1+2+3 VG Technology 40 mm Busbar

ZPAC1-13VG-PRO-SUM

- Type 1+2+3 AC Surge protection - VG Technology - For 40 mm busbar systems - Iimp 8 kA (10/350 μs) - Reduces energy costs: Does not produce flow current and leakage current - Certified IEC 61643-11 and EN 61643-11
40 mm busbar systems
1.5 mm² max.
Type 1+2+3 VG Technology 40 mm Busbar

ZPAC1-8VG-PRO-U

- Type 1+2+3 AC Surge protection - VG Technology - For 40 mm busbar systems - Iimp 8 kA (10/350 μs) - Reduces energy costs: Does not produce flow current and leakage current - Certified IEC 61643-11 and EN 61643-11
40 mm busbar systems
Type 1+2+3 VG Technology 40 mm Busbar

ZPAC1-8VG-PRO-SUM

- Type 1+2+3 AC Surge protection - VG Technology - For 40 mm busbar systems - Iimp 8 kA (10/350 μs) - Reduces energy costs: Does not produce flow current and leakage current - Certified IEC 61643-11 and EN 61643-11
40 mm busbar systems
1.5 mm² max.
Type 1+2+3 VG Technology 40 mm Busbar

ZPAC1-8VG-31-275

- Type 1+2+3 AC Surge protection - VG Technology - For 40 mm busbar systems - Iimp 8 kA (10/350 μs) - Reduces energy costs: Does not produce flow current and leakage current - Certified IEC 61643-11 and EN 61643-11
40 mm busbar systems
Type 1+2+3 VG Technology 40 mm Busbar

ZPAC1-13VG-31-275

- Type 1+2+3 AC Surge protection - VG Technology - For 40 mm busbar systems - Iimp 8 kA (10/350 μs) - Reduces energy costs: Does not produce flow current and leakage current - Certified IEC 61643-11 and EN 61643-11
40 mm busbar systems
Type 1+2+3 VG Technology 40 mm Busbar

ZPAC1-13VG-PRO-SU

- Type 1+2+3 AC Surge protection - VG Technology - For 40 mm busbar systems - Iimp 8 kA (10/350 μs) - Reduces energy costs: Does not produce flow current and leakage current - Certified IEC 61643-11 and EN 61643-11
40 mm busbar systems
1.5 mm² max.
Type 1+2+3 VG Technology 40 mm Busbar

ZPAC1-13VG-PRO-U

- Type 1+2+3 AC Surge protection - VG Technology - For 40 mm busbar systems - Iimp 8 kA (10/350 μs) - Reduces energy costs: Does not produce flow current and leakage current - Certified IEC 61643-11 and EN 61643-11
40 mm busbar systems
Type 1+2+3 VG Technology 40 mm Busbar

PAC40S-10-680

18 mm
PAC25S-10-680

18 mm
PAC25S-10-420

9.6 mm
PAC25S-10-275

9.6 mm
SFD1-13

14x51 mm
PAC40S-10-275

18 mm
PAC25S-10-150

9.6 mm
SFD1-25

22x58 mm
Range Selection CNP90TVB-MM
Pages CNP90TVB-MM
Technical note: PPV-PAC series
With a width of just 9 mm (0.5 TE) per pole for type 2 arrestors (SPD T2) up to powerful T1+T2 combined arrestors with a width of only 22 mm (1.25 TE), the PPV arrestors can be accommodated even in the smallest spaces.
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