Power Distribution System SVS15

Size: px

Start display at page:

Download "Power Distribution System SVS15"

Noel Parker
5 years ago
Views:

Power Distribution System SVS Description The power distribution system SVS for raimounting distributes the votage potentias U and U, which are suppied by a DC V power suppy, to 8 ways ( x U, x U)

1 Power Distribution System SVS Description The power distribution system SVS for raimounting distributes the votage potentias U and U, which are suppied by a DC V power suppy, to 8 ways ( x U, x U) and protects the connected oads seectivey by means of puggedin circuit breakers. With a maximum oad current of 8 A per way and a maximum tota current of 0 A the SVS provides ease of power distribution in short circuit imited DC V appications. Five protected»«oad outputs per way and 0 minusterminas significanty reduce wiring time. Suitabe for the foowing devices: eectronic circuit breaker ES00.. eectronic circuit protector ESX00.. thermamagnetic circuit breaker 0S Features and benefits systematic integration of protection and distribution functions power distribution and seective protection of DC V oad circuits in one product cear distribution concept for two votage potentias U and U costeffective through reduction of wiring, design and instaation time ease of maintenance, diagnosis and expansion compact power distribution for compact contro cabinets additiona integra minus terminas Ordering information Type SVS power distribution system for ES00, ESX00 and 0S for short circuit imited DC Vappications max. 0 A continuous oad one integra circuit breaker (CB): overcurrent protection for group and sum signaing, red LED fashes upon trip of CB inc. insuated wire bridge Y accessories: jumper SBSP0A (for free ways), to be ordered separatey Version, max. number of circuit breakers on the power distribution system 08 8 circuit breakers (F...F8) Fitting version B0 standard: competey fitted with pugin type screwess terminas (max.. mm, without wire end ferrue) Minus terminas K0 0 minus terminas Specia marking SB0 with marked terminas ine entry U/U/U/U/0V/0V remaining terminas //// SVS 08 B0 K0 SB0 Accessories: jumper and wire bridge see page Accessories SV8... Technica data (T amb = C, U B = DC V) Appication moduar power distribution system for short circuit imited DC V appications Line entry rated votage: DC V (8... V) tota current: max. 0 A DC V (+) = X U / U DC V (+) = X U / U DC V () = X 0V / 0V terminas x screwess terminas max. 0 mm for suppies U and U integra oopthrough for subdistribution and additiona connection of an externa buffer modue max. cabe cross section with/without wire end ferrue 0. 0 mm stripped ength mm F positions 8 positions for circuit breakers, suitabe for ES00, ESX00, 0S Upotentia F...F = terminas X...X Upotentia F...F8 = terminas X...X8 Pug jumper SBP0A into free ways (order separatey, see accessories) Load outputs per way rated votage: DC V (8 V) current: max. 8 A per termina bock/position ) terminas: x protected per position F...F8 carried out to terminas X...X8 pugin type screwess terminas max.. mm Minus terminas rated votage: DC V (8 V) current: terminas: max. 8 A per termina bock poe terminas X X7 (0 minus terminas in tota) pugin type screwess terminas max.. mm max. cabe cross section without wire end ferrue 0.. mm stripped ength 0 mm ) When connected in series and mounted sidebyside, circuit breakers type ES, ESX0, 0, 00 and 900 rated 0 A can ony carry 80 % rated oad.

2 Power Distribution System SVS Technica data (T amb = C, U B = DC V) Signaing rated votage: DC V (8...0 V) tota current: max. 0. A signaing termina X for sum or group signa X. [OUTS/GR] signa output: output sum signa S or output group signa GR X. [+DCV] externa suppy + DC V for signa circuit (max. 0. A) X. [INGR] suppy group signa via bridge between X. and X. X. [PROT) signa circuit, protected by integra circuit breaker CB X. [INS/OUTGR] suppy sum signa via bridge between X. and X. or output group signa GR (at bridge between X. and X.) terminas: poe terminas pugin type screwess terminas max.. mm max. cabe cross section without wire end ferrue 0.. mm stripped ength 0 mm Seective overcurrent protection CB for suppy of sum or group signa. Red LED fashes after trip. Reset CB: briefy push red actuator Termination for signaing, oad outputs and minusterminas B0: pugin type screwess terminas max.. mm, with integra test socket (standard) Genera data Mounting: top hat rai to EN 00 x 7. temperature range: C (without condensation) storage temperature: housing materia: pastics protection cass: terminas IP0 DIN 000 pcb IP00 DIN 000 (doube coating) insuation votage: DC 0 V (pcb) dimensions: see drawings (toerances to DIN I 8 part IT ) Mass: SV8B0: approx. 0 g Reference notes The max. tota current of 0 A must not be exceeded. In each oad circuit the cabe cross sections and the current rating of the protective device must be seected according to the rating of the connected oad. The technica data of the circuit breaker used must be observed. According to Machinery Directive 98/7/EG and EN 00, Machine Safety specia precautions have to be taken in machinery (e. g. use of a safety PLC) to prevent inadvertent startup of machinery parts. In the event of a faiure (short circuit / overoad) the oad circuit wi be disconnected by the circuit breaker. The power distribution system must be instaed by quaified personne ony. The assemby is ony suitabe for use at safety extraow votage (DC V) Ony after expert instaation may the assemby be connected to a power suppy. After tripping of the circuit breaker and before reset the cause of tripping (short circuit or overoad) must be remedied. The internationa standards (e. g. DIN VDE 000 for Germany) must be observed with respect to instaation and seection of cabes. Connection to higher or not reiaby disconnected votages may be hazardous or cause damages.

3 Power Distribution System SVS Wiring exampe: SV8... with ESX00 and sum signaing Signa path of the sum signaing from F to F8 X OUTS +DCV CB *) F F F F F F F7 F8 X. [OUTS] signa output sum signa X. [+DCV] suppy + DC V for signa circuit X. free X. [PROT] signa circuit, protected by CB X. [INS] ine entry sum signaing with insuated wire bridge / auxiiary make contact (ESX00) *) Wiring exampe: SV8... with ESX00 and group signaing The signa path of the group signaing is as foows: from F to F = group, from F to F8 = group X OUTGR +DCV CB Group = F... F Group = F... F8 *) OUTGR F F F F F F F7 F8 X. [OUTGR] signa output group X. [+DCV] suppy + DC V for signa circuit X. [INGR] suppy group signa with insuated wire bridge X. [PROT] signa circuit, protected by CB X. [OUTGR] signa output group / auxiiary make contact (ESX00) *)

4 Power Distribution System SVS Dimensions SV8... K0 (with 0 minus terminas) depending on fitting version marked (X). 8. red LED fashes upon trip of CB top hat raien 00x7. (not suppied with product)..0 X Typ: SV8 xxxk0 B0 B0 C0 X X X bridge, fuy insuated, poe U U U U 0V 0V RESET NUR KURZ DRÜCKEN DCV/0A F F F F F F F7 F8 X U U U U U U U U X X X X X X7 X8 X X X X7. 0. terminas power supppy screwess terminas 0 mm..0 spacing oad outputs, poe. mm depending on fitting version pugin type screwess terminas pugin type screw terminas pcb screwess terminas B0 B0 C0 Mounting position

Power Distribution System SVS Schematic diagram SV8B0 K0, fitted with ES00 and ESX00 SVS....0 ESX0....80 (7) ES....0 (.8) top hat rai EN 00x7.

5 Power Distribution System SVS Schematic diagram SV8B0 K0, fitted with ES00 and ESX00 SVS....0 ESX (7) ES....0 (.8) top hat rai EN 00x7. (not suppied with product) Germany SV8 xxxk0 SB0 B0 B0 C0 X. 8. X X 0.. U U U U 0V 0V CB RESET NUR KURZ DRÜCKEN DC V/0 A F U X F U X F U X F U X F U X F U X F7 U X7 F8 U X8 X X X X7 Pease order pugin modues (circuit breakers/jumpers) separatey

6 Power Distribution System SVS Schematic diagram SV8... K0 (fitted with ESX00) DC V / max. 0 A X GND () GND () GND () GND () LOAD () LOAD () LOAD () LOAD () U U F U F U F U F U U U 0V 0V X Circuit breakers CB: shown in tripped condition V R CB V X X X X LED V fashes upon trip of CB DC V / 8 A DC V / 8 A DC V / 8 A DC V / 8 A GND () LOAD () GND () LOAD () GND () LOAD () GND () LOAD () X X F U F U F7 U F8 U X X X X X7 X8 X X7 DC V / 8 A DC V / 8 A DC V / 8 A DC V / 8 A

7 Power Distribution System SVS Appication exampe with jumper (instead of ES00) If the distribution rai is not competey fitted with ES00, the open way may be cosed by means of a jumper type SBSP0A. The signa path of the sum signaing to X. via integra overcurrent protection CB upon feeding the +DCV potentia into X. from X. via the puggedin wire bridge to X. via a auxiiary make contacts / of the puggedin circuit breakers ES00 back to the signa output of the sum signa X. ( OUTS ) Under norma operating conditions (i.e. a circuit breakers fitted and working) the signa path () to () is cosed. X Typ: SV8 xxxk0 B0 B0 C0 OK OK OK OK OK OK OK X X U U U U 0V 0V RESET NUR KURZ DRÜCKEN DCV/0A F F F F F F F7 F8 X U U U U U U U U X X X X X X7 X8 Signabrücke Signa oop X X X X X7 Appication exampe with insuated wire bridge Termina X e.g. for group signaing pug in insuated wire bridge between X. and X. feedin of + DC V in X. signa output of the group signa of a circuit breakers is X. X Typ: SV8 xxxk0 B0 B0 C0 OK OK OK OK OK OK OK OK X X X U U U U 0V 0V RESET NUR KURZ DRÜCKEN DCV/0A F F F F F F F7 F8 X U U U U U U U U X X X X X X7 X8 X X X X7 7

8 Power Distribution System SVS Accessories Jumper SBSP0A top view Germany Signabrücke Signa oop SBSP0A xxxx AC 0 V / DC V, A 0. Signabrücke Signa oop..8 terminas + bridged bade terminas DIN A.0.8 Insuated wire bridge Y insuated wire bridge is suppied with the power distribution system. This is a metric design and miimeter dimensions take precedence ( mm ) inch A dimensions without toerances are for reference ony. 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 exacty as the ordering codes. Errors and omissions excepted. 8

Power Distribution System SVS04

Power Distribution System SVS04 Power Distribution ystem V0 Description The V0 power distribution system for symmetrical DIN rail mounting is designed to distribute power from a switchmode power supply to or 8 channels. elective protection