Composants de distribution et de protection électrique

N terminal for additional socket SMISSLINE TP, for external busbars 0,75 mm2 up to 10 mm2 litz wire with ferrule 1 mm2 up to 10 mm2 strand 2 x 1,5 mm2 or 2 x 2,5 mm2 allowed, all other combinations it are only allowed with one wire

PE terminal for additional socket SMISSLINE TP, for external busbars 16 mm2 up to 35 mm2 wirewith ferrule, max. 1 wire

OHBS3AH SELECTOR HANDLE

Switch Fuses,Side Operated,3-pole,30 (Right Side),Class J,200 A,Handle and shaft not included,

OS600JS40FK FUSIBLE DISCONNECT SWITCH

OSP160GN FOURTH POLE

A fully optimized two-pole DC switch-disconnector for 1500V utility-scale photovoltaic power plants covering 315-630A current range. The new design offers both a size reduction and an increase in efficiency and performance to help manufacturers adapt to the industry’s rapid adoption of 1500V DC solutions.The two-pole 1500V DC concept helps manufacturers improve system efficiency, reducing switch losses by up to 35 percent. Measuring just 150mm wide and 122mm high, the OTDC range of 1500V DC switches is also up to 30 percent smaller than conventional solutions. The compact size of the new OTDC range makes it possible for manufacturers to reduce the size of combiner boxes and inverters.Main characteristics for this particular OTDC type:Disconnect single PV circuit, Approved according to UL98B and IEC 60947-1,-3

ABB offers new OTDC Switch-disconnectors specially designed for reliable switching for ESS applications were higher performance is needed. They are durable and virtually maintenance-free, and offer easy installation for all imaginable situations.Depending on the ESS layout and the customer’s wishes, the OTDC switch-disconnectors may be used in one or more sections of the overall setup, for the battery protection.Main characteristics of this particular OTDC type:Rated conditional short circuit current with fuses is 30kA, 2-Pole, 1500Vdc, Approved according to UL98B and IEC 60947-1,-3

A fully optimized two-pole DC switch-disconnector for 1500V utility-scale photovoltaic power plants covering 315-630A current range. The new design offers both a size reduction and an increase in efficiency and performance to help manufacturers adapt to the industry’s rapid adoption of 1500V DC solutions.The two-pole 1500V DC concept helps manufacturers improve system efficiency, reducing switch losses by up to 35 percent. Measuring just 150mm wide and 122mm high, the OTDC range of 1500V DC switches is also up to 30 percent smaller than conventional solutions. The compact size of the new OTDC range makes it possible for manufacturers to reduce the size of combiner boxes and inverters.Main characteristics for this particular OTDC type:Disconnect single PV circuit, Approved according to UL98B and IEC 60947-1,-3

ABB offers new OTDC Switch-disconnectors specially designed for reliable switching for ESS applications were higher performance is needed. They are durable and virtually maintenance-free, and offer easy installation for all imaginable situations.Depending on the ESS layout and the customer’s wishes, the OTDC switch-disconnectors may be used in one or more sections of the overall setup, for the battery protection.Main characteristics of this particular OTDC type:Rated conditional short circuit current with fuses is 30kA, 2-Pole, 1500Vdc, Approved according to UL98B and IEC 60947-1,-3

ABB offers new OTDC Switch-disconnectors specially designed for reliable switching for ESS applications were higher performance is needed. They are durable and virtually maintenance-free, and offer easy installation for all imaginable situations.Depending on the ESS layout and the customer’s wishes, the OTDC switch-disconnectors may be used in one or more sections of the overall setup, for the battery protection.Main characteristics of this particular OTDC type:Rated conditional short circuit current with fuses is 30kA, 2-Pole, 1500Vdc, Approved according to UL98B and IEC 60947-1,-3

A fully optimized two-pole DC switch-disconnector for 1500V utility-scale photovoltaic power plants covering 315-630A current range. The new design offers both a size reduction and an increase in efficiency and performance to help manufacturers adapt to the industry’s rapid adoption of 1500V DC solutions.The two-pole 1500V DC concept helps manufacturers improve system efficiency, reducing switch losses by up to 35 percent. Measuring just 150mm wide and 122mm high, the OTDC range of 1500V DC switches is also up to 30 percent smaller than conventional solutions. The compact size of the new OTDC range makes it possible for manufacturers to reduce the size of combiner boxes and inverters.Main characteristics for this particular OTDC type:Disconnect single PV circuit, Approved according to UL98B and IEC 60947-1,-3

MOUNTING SET

ZLS726 Intermed. piece 9mm (5 pcs.)

ZLS920 Socket end piece to prevent displacement of sockets and busbars

Universaladapter dummy housing SMISSLINE TP System

DIN adapter use for SMISSLINE TP system 125A or 250A. Wire top bottom moveable for L1 or L2 or L3

The EPD24 protection devices expand ABB's product portfolio of DIN rail mounted devices with electronic overcurrent protection modules for selective protection of 24 V DC load circuits. Faults in individual branches caused by overload or short circuit are detected and selectively switched off so that other load current paths remain unaffected by the fault. In this way straightforward, quick troubleshooting is made possible.

The EPD24 protection devices expand ABB's product portfolio of DIN rail mounted devices with electronic overcurrent protection modules for selective protection of 24 V DC load circuits. Faults in individual branches caused by overload or short circuit are detected and selectively switched off so that other load current paths remain unaffected by the fault. In this way straightforward, quick troubleshooting is made possible.

The EPD24 protection devices expand ABB's product portfolio of DIN rail mounted devices with electronic overcurrent protection modules for selective protection of 24 V DC load circuits. Faults in individual branches caused by overload or short circuit are detected and selectively switched off so that other load current paths remain unaffected by the fault. In this way straightforward, quick troubleshooting is made possible.