Insulated Enclosure KO 4300S with twin-level box terminal for machine soldering technology Technical Data Order reference (parted frontplates): Enclosure material: KO 4303S KO 4304S KO 4305S * * * * * * Temperature stability: complying with UL 746 B: complying with Vicat ISO 306 Meth. B: 148 C complying with ISO 75-2 Meth. A: 138 C > 290 C Meth. B: 144 C > 290 C Max. permitted power dissipation: see diagrams Specific thermal resistance: KO 4303S; KO 4304S; KO 4305S: Rth = 6,5 K/W; 5,5 K/W; 4,2 K/W KO 4323S; KO 4324S; KO 4325S: Rth = 9,0 K/W; 6,5 K/W; 5,4 K/W Flame retardancy complying with UL 94: V-0 V-0 complying with IEC 60 707: BH 2-30 Number of terminals: KO 4303S, KO 4323S: 16 KO 4304S, KO 4324S: 32 less, on request KO 4305S, KO 4325S: 48 KO 4306S; KO 4326S: 64 Terminal material: steel strip, tin-plated Max. cross section for connection: each 1 x 2,5 mm2 stranded ferruled DIN 46 228-1/-2-/3/-4 each 1 x 4 mm2 solid each 2 x 1,5 mm2 stranded ferruled DIN 46 228-1/-2-/3 each 2 x 2,5 mm2 solid Min. cross section for connection: each 1 x 0,5 mm2 solid or stranded ferruled DIN 46 228-1/-2-/3/-4 Insulation of wires or sleeve length: 8 mm Max. contact resistance to printed circuit board: 10 m Max. current carrying capacity: 16 A Wire fastening: Captive plus-minus-terminal screws M3,5 with self raising terminal box } KO 4306S * * * * width depth = 118 mm depth = 97 mm 22,5 mm KO 4303S.0054998 KO 4323S.0054999 45 mm KO 4304S.0055738 KO 4324S.0055681 67,5 mm KO 4305S.0055671 KO 4325S.0055682 90 mm KO 4306S.0055672 KO 4326S.0055683 PC-GF, light gray RAL 7035 (housing parts) polyamide (PA GF), natural (terminal block) PC PA 125 C Width 22,5 / 45 / 67,5 / 90 mm Max. 16 / 32 / 48 / 64 box terminals Large, variable front plate surface Large cross section of connections possible (e.g. 2 x 1,5 mm2 with stranded ferruled) Max. current carrying capacity machine soldered terminal block, use of heat-resistant plastic means no cover for the terminal block facing the soldering bath is required Large plus-minus screws enable high tightening torques high-voltage test complying with IEC 60 439-1 Printed circuit board density t = 1,5 mm and 1 mm possible More option possible, see "Other options" Inner connection: Terminal block can be machine soldered; use of heat-resistant plastic means no cover for the terminal block facing the soldering bath is required Enclosure fastener: Creepage resistance: Enclosure: Terminal block: Air gap and creepage distance: Snap-on fastener on top hat rail Type of protection Enclosure: Terminal strip: Print area: KO 4303S, KO 4323S: KO 4304S, KO 4324S: KO 4305S, KO 4325S: Printed circuit board: Printed circuit board holder: Other options: ! "" " " More information see brochure G23 CTI 175 = insulating material III a CTI 250 - 400 = insulating material III a outside: 6,3 mm inside: 4,0 mm IEC 60 664-1 IEC 60 664-1 IEC 60 664-1 IEC 60 664-1 IP 40 IEC 60 529 IP 20 IEC 60 529 contact protection complies with VBG 4 KO 4306S, KO 4326S: IEC/EN 60 715 Twin-level box-terminal All specifications correspond to the technology used at time of publication. We reserve the right to make improvements and changes of a technical naturre at any time. 1 20,5 x 43,6 mm 2 x 20,5 x 43,6 mm with two-parted front or 43 x 43,6 mm with one-parted front 3 x 20,5 x 43,6 mm with three-parted front or 65 x 43,6 mm with one-parted front 4 x 20,5 x 43,6 mm with four-parted front 2 x 43 x 43,6 mm with two-parted front or 88 x 43,6 mm with one-parted front See pronted circuit board design Guide ribs in base - Variable equipping level - With ground terminal to top hat rail - Side openings, e. g. for bus connection or ventilation slots - Openings in base, e. g. for bus connection to top hat rail - Variable front plate, optionally with: * flap cover * openings, depending on customer specification * Combination of 22,5 and 45 mm (width) upper sections are possible KO 4300S / 05.12.06 e Dimensions KO 430_ KO 432_ 121 113 90 A A In these areas, openings are possible to customer specials Printed circuit bord configuration KO 4303S / KO 4323S 5DLO ,(&(1 0BF 2 3ULQWDUHD[ 3ULQWHG FLUFXLWERDUG ZLWKSULQWHGFLUFXLWERDUGWKLFNQHVVW PP Printed circuit bord configuration KO 4304S / KO 4324S &%' <' <' ( ) ( ) ) ; " " ; " " ( ) ; " " ; " " ) ) ( 5DLO ,(&(1 % = ' ' <' & %&' $$ $$ $$ 0BG $$ ) ( ( ) ( ; " " ; " " ; " " ; " " 2 3ULQWDUHD[ KO 4300S / 05.12.06 e Dimensions Printed circuit bord configuration KO 4305S / KO 4325S /" @A>> $$ <& % % ' %<' ) ( ( ( ) ) ; " " ; " <%< ; " " ; " " Printed circuit bord configuration KO 4306S / KO 4326S ' Top hat rail DIN EN 60715 2 ' ( ( 35 ( 90 M3583_a ' <' ( ) ) ) ) ; " " % ; " " Print area 88,7 x 43,6 ; " " ; " " B = Component side L = Solder side * = max. component height Printed circuit bord configuration are possible 3 KO 4300S / 05.12.06 e Printed circuit board design KO 430_S KO 432_S Land for soldering Q 2 Blocked area, free of components and conducting material Blocked area Reduced component height ( with pcb thickness =1,5 ): - soldering side max. 1,65 - component side max. 15,35 Reduced component height ( with pcb thickness = 1,5): - soldering side max. 0,5 - component side max. 14,1 1) Tolerance to IEC 60249-2-4 Drillings for terminal blocks plated-through 25m.....50m Diagrams (Thermal Resistance) .2 .2 'LVVLSDWLRQ3RZHULQ:DWWV .2 .2 0BF +RXVLQJWHPSLQ&DW7X & 0BE +RXVLQJWHPSLQ&DW7X & 'LVVLSDWLRQ3RZHULQ:DWWV KO 4303S, KO 4323S KO 4304S, KO 4324S %> UV% >> > <> UV%> %> 0BE X :" . Y-"*>Y- > > > >> W " ; "" KO 4305S, KO 4325S 4 KO 4300S / 05.12.06 e Notes on Housing Installation 1. Installation of upper section * Place all assemblies on a level surface. * Push the side parts over the terminal blocks of the equipped printed circuit board; in doing so, the guide pins of the terminal blocks must slide into the drilled holes in the side parts + " * Snap the front plate onto the premounted side parts [ Z W / < \ " 2. Installation of housing * Place all assemblies on a level surface. * Slide the printed circuit board of the upper section into the guide grooves of the base. * When placing the hood and upper section together, ensure that the wall areas overlap correctly. The guide element of the base must slide into the guide recess of the upper section. ( < Notes on Housing Deinstallation > 0BE 1. Removing the front plate * Insert a screwdriver in the side recess of the front plate. * Turn the screwdriver to the right and left. 0BE 2. Removing the upper section * Insert a screwdriver in the snap fastener of the base as far as it will go. * With a tilting movement, release the snap fastening. * Pull the upper section with the printed circuit board out of the base. 5 KO 4300S / 05.12.06 e E. DOLD & SOHNE KG * D-78114 Furtwangen * PO Box 1251 * Telephone (+49) 77 23 / 654-0 * Telefax (+49) 77 23 / 654-356 e-mail: GV-Vertrieb@dold.com * internet: http://www.dold.com 6 KO 4300S / 05.12.06 e