Switching power supply unit with step/automatic design prim. 85 - 264 V, 50/60 Hz, sec. 24 V DC; 4.2 A Dimensions in mm (W x H x D): 70 x 90 x 54.5; Weight: 270 g
max. back-up fuse up to 50A,, with remote signalling contact
max. back-up fuse up to 50A,, with remote signalling contact
Content: 1 Piece (CHF 526.64 / 4 Piece)
Type 1+2+3 combined arrester based on a gas-filled spark gap Leakage capacity per pole: Iimp= 25 kA (10/350 µs) Safe disconnecting device Saves energy costs Does not generate any (mains) follow current Operational and leakage current-free VDE-AR-N 4100 compliant "Use of type 1 surge protective devices (SPD) in main power supply systems" Energy-coordinated Remote signalling as standard Complies with the IEC 61643-11 and EN 61643-11 standards
Type 1+2+3 combined arrester based on a gas-filled spark gap Leakage capacity per pole: Iimp= 25 kA (10/350 µs) Safe disconnecting device Saves energy costs Does not generate any (mains) follow current Operational and leakage current-free VDE-AR-N 4100 compliant "Use of type 1 surge protective devices (SPD) in main power supply systems" Energy-coordinated Remote signalling as standard Complies with the IEC 61643-11 and EN 61643-11 standards
Attention Does not fit on every appliance rail!!! Not compatible with 12611, 12612, 12613
One device 2 protection levels The great advantage of the combined arrester is that lightning equipotential bonding and terminal device protection are provided in one device in one protection level. They are suitable for discharging high partial lightning currents and limiting transient overvoltages. The combined arresters have an energetically coordinated protective effect to the equipment within a 10 m cable path. If this is exceeded, further protective measures should be taken. Dangerous sparking and transient overvoltages in the electrical system are prevented, thereby avoiding major damage to property. Combined arresters T1-T2 are type 1 and type 2 protective devices tested in accordance with the test standard DIN EN 61643-11 (VDE 0675 Part 6-11). Their task is to control high energies, safely divert lightning currents and limit dangerous transient overvoltages to a level that is compatible with the equipment. In addition, type 1 or combi T1 & T2 surge arresters are also suitable for external lightning protection systems. (External lightning protection)
max. back-up fuse up to 125A, with remote signalling contact
InsulatedPlug-in connection ø 4 mmContact: Crocodile clawsClamping range: ø 32 mm
Content: 1 Piece (CHF 112.42 / 10 Piece)
InsulatedPlug-in connection ø 4 mmContact: Crocodile clawsClamping range: ø 32 mm
Content: 1 Piece (CHF 112.42 / 10 Piece)
InsulatedPlug-in connection ø 4 mmContact: Crocodile clawsClamping range: ø 32 mm
Content: 1 Piece (CHF 112.42 / 10 Piece)
InsulatedPlug-in connection ø 4 mmContact: Crocodile clawsClamping range: ø 32 mm
Content: 1 Piece (CHF 112.42 / 10 Piece)
Nominal output voltage 24V DC with the possibility of individual adjustment. High efficiency up to 90%. Low ripple voltage. Overload, overvoltage and short-circuit protection. Continuously adjustable output voltage for setting a specific application, e.g. the need to compensate for voltage reduction due to cable length.
Nominal output voltage 24V DC with the possibility of individual adjustment. High efficiency up to 90%. Low ripple voltage. Overload, overvoltage and short-circuit protection. Continuously adjustable output voltage for setting a specific application, e.g. the need to compensate for voltage reduction due to cable length.
Nominal output voltage 12V DC with the possibility of individual adjustment. High efficiency up to 90%. Low ripple voltage. Overload, overvoltage and short-circuit protection. Continuously adjustable output voltage for setting a specific application, e.g. the need to compensate for voltage reduction due to cable length.
Nominal output voltage 24V DC with the possibility of individual adjustment. High efficiency up to 90%. Low ripple voltage. Overload, overvoltage and short-circuit protection. Continuously adjustable output voltage for setting a specific application, e.g. the need to compensate for voltage reduction due to cable length.
Nominal output voltage 12V DC with the possibility of individual adjustment. High efficiency up to 90%. Low ripple voltage. Overload, overvoltage and short-circuit protection. Continuously adjustable output voltage for setting a specific application, e.g. the need to compensate for voltage reduction due to cable length.
Nominal output voltage 24V DC with the possibility of individual adjustment. High efficiency up to 90%. Low ripple voltage. Overload, overvoltage and short-circuit protection. Continuously adjustable output voltage for setting a specific application, e.g. the need to compensate for voltage reduction due to cable length.
Nominal output voltage 12V DC with the possibility of individual adjustment. High efficiency up to 90%. Low ripple voltage. Overload, overvoltage and short-circuit protection. Continuously adjustable output voltage for setting a specific application, e.g. the need to compensate for voltage reduction due to cable length.
