Mounting plate 3VA20 (100A), 3VA21 (160A), 3VA22 (250A), 3 or 4-pole, fixed-mounted, RCD: with, H: 200mm W: 600mm

Mounting plate 3VA20 (100A), 3VA21 (160A), 3VA22 (250A), 3 or 4-pole, fixed-mounted, RCD: with, H: 200mm W: 600mm The SIVACON S4 power distribution board is a cost-efficient system made up of an enclosure and SENTRON components. The SIVACON S4 power distribution board is a system for producing a design-verified switchgear and controlgear switchgear assembly. It provides a reliable, integrated and cost-efficient power distribution up to 4,000 A. Due to the modular design of the system, it can be flexibly adapted to almost any requirement. Different installation technologies, matched to components with variable accessories, are optimally adapted to the power distribution board as requirements change. The configuration software SIMARIS configuration provides support from planning to documentation of the SIVACON power distribution boards and the ALPHA UNIVERSAL distribution boards. The Siemens SIVACON power distribution boards are characterized primarily by: 1. The configuration software SIMARIS configuration increases planning certainty and saves time on bid costing and plant documentation. 2. During operation, an efficient ventilation system matched to the components prevents accumulation of heat and heat traps, reduces derating and, in this way, ensures permanent plant availability. 3. The form of the interior divisions up to 4b can be optimally achieved with standard components. 4. The design of the SIVACON S4 power distribution board simplifies connection and installation of devices. 5. Adjustable-depth device holders ensure a large number of possible applications with low module variance, for example, choice of operating mechanisms and installation type of switching devices. 6. Due to the flexible manufacturing concept of the SIVACON S4 power distribution boards certified according to ISO 9001, pre-assembled solutions with different levels of expansion (with or without copper elements depending on requirements) are possible in a very short delivery time.