VD118PT - El-tavle HAGER - Gratis brugsanvisning og manual

BRUGSANVISNING VD118PT HAGER

3D diagram of a rectangular block with internal channels and a label '6LE003112E' on the side (no other text or symbols)

GB Mounting instructions
IC^2

Technical line drawing of a mechanical assembly with rollers and a tool, no visible text or symbols

Tunnel Terminal	Solid Conductors	Stranded Conductors		Flexible Conductors
= 5,7mm	1,5mm^2 - 16mm^2	1,5mm^2 - 2,5mm^2 Copper strands must be twisted (note 1)	4mm^2 - 16mm^2	1,5mm^2 - 10mm^2 with bootlace ferrules
= 7,2mm	4mm^2 - 25mm^2	2,5mm^2 - 6mm^2 Copper strands must be twisted (note 1)	10mm^2 - 25mm^2	1,5mm^2 - 16mm^2 with bootlace ferrules
Note 1: Copper strands must be firmly twisted together using a tool i.e. plyers

Thermal dissipation loss in W; P = f( T)^*

Attention!It is critical that any loadcentre is sized andselected to accommodate and dissipate heat risegenerated from all installed devices.The table (right) provides maximum permissibleheat dissipation for each IC ^4 loadcentre size.Please ensure that you calculate internal heatgenerated from your installation and select thecorrect loadcentre accordingly.		Admissible thermal dissipation lossfor wall mount loadcentres in Wat temperature rise T
	Reference	10K	15K	20K	25K	30K
	VD106..	2,6	4,4	6,1	8,1	10,2
	VD108..	2,8	4,8	6,8	9,0	11,3
	VD110..	3,3	5,6	7,9	11,1	13,2
	VD112..	3,9	6,5	9,2	12,2	15,3
	VD118..	4,7	7,9	11,2	14,8	18,6
	VD212..	4,8	8,1	11,3	15,0	18,7

*) T is the temperature difference between the upper limiting temperature of the installed equipment and the ambient air temperature of the loadcentre.