Hager ZB34VT10APZ2 ZB34VT10APZ2 System cabinet Surface-mount Content 1 pc(s)

System cabinet, universal Z, 1100x1050 mm, with feed and APZ field. Meter cabinet solution in accordance with DIN VDE 0603/1, standard DIN 43 870 for surface mounting, flush mounting or partly countersunk mounting. Consists of cupboard with door made of powder-coated, burned-in, stable profiled 1 mm thick steel plate. Inner lining made entirely of plastic. Cable entries above and below by inserted plastic flange plates. Prestamped on the back in plastic. Busbar penetrations as tool-free flange on both sides in the lower range as a possibility for the busbar connection of various cabinets or in connection with a cable connection box and terminal set. In addition to opening in the NAR, additional openings in the area of the AAR (for height 1100 and 1400 mm) and RFZ (for height 1100mm). Front door flush with inside, adjustable hinges that can be angled either on the right or left with a 110° opening angle. Door lock with pre-driver. Door lock can be replaced by other locks. Cabinet next to each other and flange-able on top of each other. Cabinet size 1 to 5-field with 72 to 540 space units (PLE). Note: In accordance with VDE-AR-N 4100:2019-04, the main cable must be inserted from the bottom or from the side into the lower connection area of the meter cabinet and connected there. Height: __ mm (1100mm or 1400mm) Width: __ mm Depth: 205 / 160 mm, RAL Colour: 9010 Protection class 44, Protection class II Rated current of busbar system 250 A Design according to VDE-AR-N 4100:2019-04 Meter system for __ Meter location(s). According to the technical connection conditions (TAB) of the VNB __ for: __ Electronic household counter (eHZ) or __ counter with 3-point fixing (3HZ). __ for reference systems with normal household consumption max. 63 A (10mm²) according to DIN 18015-1 ( __ apartments, __ general, __ reserve, __ heat pump) __ for continuous current applications max. 32 A (10 mm²) according to VDE-AR-N 4100:2019-04 (e.g. PV up to 22 KW) __ for continuous current applications ma

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