Power Distribution System SVS20

Transcription

1 Power Distribution System SV Description The power distribution system SV for rail mounting distributes the current supplied by a DC V switchmode power supply to channels and selectively protects the connected loads by means of the inserted circuit breakers. With a max. load current of A per channel and a max. total current of 0 A the SV provides ease of wiring in shortcircuit limited DC V applications. Eight protected + load outputs per channel and minus terminals help to reduce wiring time significantly. Suitable for the following circuit breaker types: Electronic circuit breaker ES00.. Electronic circuit protector ESX00.. Features and benefits l Systematic integration of protection and distribution functions l Power distribution and selective protection of DC V load circuits allinone l Clear distribution and wiring concept l Significant reduction of wiring time l Ease of planning, design and installation l Ease of maintenance, diagnostics and system extension l Compact power distribution for compact control cabinets l Additional integral minus terminals l External loopin facilities between load output terminal () and () per channel l Signal contact can be arranged in groups: F F = gr., F F = gr. possible Ordering information Type SV Power distribution system for ES00, ESX00 l For shortcircuit limited DC V applications l Max. 0 A continuous load l One integral circuit breaker (CB): overcurrent protection for splitgroup and group signalling, ED flashing red after trip of CB l Including insulated wire bridges Y 0 0 between and fitted l Including insulated wire bridge Y 0 0 l Accessories: jumpers SBP0A (for free channels), order separately Version, max. number of circuit breakers on the system 0 circuit breakers (F...F) Fitting variant, load output / minus and signalling terminals B0 Standard: completely fitted with plugin type screwless terminals (max.,mm, without wire end ferrule) Minus terminals K0 minus terminals Special version SB0 with marked terminals supply terminals +/+/+/// load output terminals ////////// minus / signal terminals //// SV 0 B0K0SB0 ordering example Accessories: jumper and wire bridge see page Accessories Technical data (T amb = C, U B = DC V) Application Modular power distribution system for short circuit limited DC V applications Supply Voltage rating DC V (... V) Total current max. 0 A DC V (+) = X + / + / + DC V () = X / / Terminals x screwless terminals max. 0 mm, for power supplies loopthrough integral, for wiring max. cable cross section without/ with wire end ferrule 0, 0 mm stripping length mm Fpositions positions for circuit breakers, prepared for types ES00, ESX00 Upotential / F...F = terminals X...X Plug jumper SBP0A into free positions (order separately, see accessories) oad outputs per channel Voltage rating DC V ( V) Current max. A per terminal block / position ) Terminals 0 x ////////// protected per position F...F led out to terminals X...X screwless terminals max.. mm External loopin facilities between load output terminal () and () per channel delivery status: load output terminal () and (), bridged with jumper insulated Minus terminals Voltage rating DC V ( V) Current max. A per terminal block Terminals pole terminals X X (total minus terminals) screwless terminals max.. mm max. (cable cross section) without/with wire end ferrule 0. 0 mm stripped length 0 mm ) When connected in series and mounted sidebyside, circuit breakers type ES, ESX0, rated 0 A can only carry 0 % rated load.

2 Power Distribution System SV Technical data (T amb = C, U B = DC V) Signalling Voltage rating DC V (...0 V) Total current max. 0. A Signal terminal X for group or splitgroup signal X. [OUTS/GR] Signal output: output group signal S or output splitgroup signal GR X. [+DCV] external supply + DC V for aux. circuit (max. 0. A) X. [INGR] supply splitgroup signal via jumper between X. and X. X. [PROT] aux. circuit, protected via integral circuit breakers CB X. [INS/OUTGR] Terminals supply group signal via jumper between X. and X. or output splitgroup signal GR (at jumper between X. and X.) pole terminals screwless terminals max., mm max. (cable cross section) without/with wire end ferrule 0, 0 mm stripping length 0 mm Selective overcurrent protection CB for supply of group or splitgroup signal. ED red flashing after trip and reset of CB: press red actuator button Termination For signalling, load outputs and minus terminals: 0 load outputs, minus terminals and signalling: (standard) pole terminals (XXn) / (X) / (XX) plugin type screwless terminals, fitted max. cable cross section with/without wire end ferrule 0. 0 mm stripping length 0 mm with integral test socket General data Mounting rail mounting to EN 00 x. Temperature range C (without condensation) Storage C temperature Housing material plastic Protection class terminals P0 DIN 000 pcb IP00 DIN 000 (double coating) Insulation voltage Dimensions Mass DC 0 V (pcb) see drawing (tolerances to DIN I part IT) SV0B0 approx. 0 g Reference notes l The power distribution system must be installed by qualified personnel only. l Only after expert installation may the assembly be connected to a power supply. l The assembly is only suitable for use at safety extralow voltage (DC V). l Connection to higher or not reliably disconnected voltages may be hazardous or cause damage. l The max. total current of the SV system must not be exceeded. l In each load circuit the cable cross sections and the current rating of the protective device must be selected according to the rating of the connected load. l The technical data of the circuit breakers used must be observed. l According to Machinery Directive //EG and EN 00, Machine Safety special precautions have to be taken in machinery (e. g. use of a safety PC) to prevent inadvertent startup of machinery parts. In the event of a failure (short circuit/overload) the load circuit will be disconnected by the circuit breaker. l After tripping of the circuit breaker and before reset the cause of tripping (short circuit or overload) must be remedied. l The international standards (e. g. DIN VDE 000 for Germany) must be observed with respect to installation and selection of cables. Mounting position

3 Power Distribution System SV Wiring example: SV0... with ES00 / ESX00 and group signalling Signal path of group signalling from F to F X OUTS + DC V CB *) F F F F F F F F X. [OUTS] signal output group signal X. [+DCV] supply + DC V for aux. circuit X. not connected X. [PROT] aux. circuit, protected via CB X. [INS] supply group signalling with insulated wire bridge *) / Aux. contact make contact (ES00 / ESX00) Wiring example: SV0... with ES00 / ESX00 and splitgroup signalling Signal path of splitgroup signalling from F to F = group, from F to F = group X OUTGR group = F...F group = F...F + DC V CB *) OUTGR F F F F F F F F X. [OUTGR] signal output group X. [+DCV] supply + DC V for aux. circuit X. [INGR] supply splitgroup signal with insulated wire bridge *) X. [PROT] aux. circuit, protected via CB X. [OUTGR] signal output group / Aux. contact make contact (ES00 / ESX00)

4 Power Distribution System SV Schematic diagram: SV0xxxK0 DC V/ max. 0, A X ine ine ine ine ine ine ine ine F F F F F F F F X CB circuit breaker CB in tripped condition X X V V R oad oad oad oad oad oad oad oad X X X. X. X. X. X. X. X. X. DC V/ max. 0 A X insulated wire bridge fitted X X X. X. X. X. X. X. X. X. DC V/ max. A DC V/ max. A DC V/ max. A DC V/ max. A DC V/ max. A DC V/ max. A DC V/ max. A DC V/ max. A Application example for insulated wire bridge If the power distribution system is not completely fitted with circuit breakers, the open position can be closed by means of the jumper SBSP0A. Signal path of group signalling after supply of + DC V in X. via integral overcurrent protection CB to X. from X. via pluggedin wire bridge to X. via all aux. make contacts / of the inserted circuit breakers type ESX00 back to the signal output of the group signal X. ( OUTS ) In operating conditions (i.e. all circuit breakers plugged in and working), the signalling pathway from X. to X. is closed. X SV0 xxxk0 SB0 C0 B0 B0 X CB RESET NUR KURZ F F F F F F F F DRUECKEN X X X X X X X X DC V / 0 A Signalbrücke Signal oop X X X X X X X

5 Power Distribution System SV Dimensions: SV0B0K0SB0 (with minus terminals) top hat railen 00x. (not supplied with product) 0. ca.. ca.. aux. terminals pole. mm Marking area colour: yellow X SV0 xxxk0 SB0 C0 B0 B0 Typ Typ Typ Typ Typ Typ Typ Typ X X ED flashed red when CB has tripped X CB RESET NUR KURZ DRUECKEN F F F F F F F F X X X X X X X X X X..0 bridge, fully insulated, pole DC V / 0 A X X X terminals power supply screwless terminal / 0 mm max. 0 A..0 spacing load output terminals (/////////) pole /. mm max. A wire bridge, isol. fitted between and optional: external loopin possible Minus terminals ( x = ) pole /. mm load output/minus/signalling terminals screwless terminal C0 screwless terminal B0 screw terminals B0 Application example for isolated wire bridge terminal X e.g.. for group signalling plug in insulated wire bridge between X. and X. supply + DC V is in X. signal output group signal of all circuit breakers is X. X SV0 xxxk0 SB0 C0 B0 B0 Typ Typ Typ Typ Typ Typ Typ Typ CB X RESET NUR KURZ F F F F F F F F DRUECKEN X X X X X X X X X X X X X DC V / 0 A X X

6 Power Distribution System SV. SVS.... SVS... ESX0.... ESX0... () ES.... (.) ES... Application example: SV0B0K0SB0 fitted with ES00 and ESX00 top hat railen 00x. (not supplied with product) 0. X..0 SV0xxxK0 SB0 C0 B0 B0 Typ Typ Typ Typ Typ Typ Typ Typ X X X CB RESET NUR KURZ DRUECKEN X F X F X F X F X F X F X F X F X DC V / 0 A Plugon modules (circuit breakers / jumpers): Please order separately. X X X X

7 Power Distribution System SV Accessories Jumper SBSP0A top view Insulated wire bridge Y 0 0 piece is supplied with the product Germany Signalbrücke Signal loop SBSP0A xxxx AC 0 V / DC V, A 0. Signalbrücke Signal loop.. terminals + bridged blade terminals DIN A.0. This is a metric design and millimeter dimensions take precedence ( mm ) inch All dimensions without tolerances are for reference only. In the interest of improved design, performance and cost effectiveness the right to make changes in these specifications without notice is reserved.product markings may not be exactly as the ordering codes. Errors and omissions excepted.

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