Power Distribution System SVS04

Transcription

1 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 of the load output circuits is provided by the plugin type circuit breakers installed. With a max. load current of 8A per channel and a max. total current of 0A the V0 provides ease of wiring in short circuit current limited DCV applications. Five protected load outputs per way and or 0 minus s significantly reduce wiring time enormously. Electronic circuit breaker E000, electronic circuit protector EX00, thermalmagnetic circuit breakers 0. and 600 are all suitable for use with the V0, plugging directly into the sockets provided for each of the or 8 outputs. Ordering information Type V0 power distribution system for types E000, EX00, 0., 600 for short circuit current limited DC V applications max. 0 A continuous load one integral circuit breaker (C): overcurrent protection of group signalisation, upon trip of C including insulated wire bridge Y accessories: jumper P0A for unused ways, please order separately Version, max. number of circuit breakers on the power distribution system 0 circuit breakers F...F) 08 8 circuit breakers (F...F8) Fitted versions 0 standard: fitted with screwless springloaded s (max.. mm, without wire end ferrule) 0 fitted with plugin type screw s (max.. mm, without wire end ferrule) C0 fitted with pcb s, springloaded s (max.. mm, without wire end ferrule) Minus s minus s K0 0 minus s (only for V008) pecial marking 0 with marked s entry line / remaining s //// V0 0 0 K0 0 Technical data V DC V supply DC V s, x s (screwless s max. 0 mm ), for current supply DC V () = (X) // DC V () = (X) // Integral loopthrough, for wiring and additional connection of an external buffer module. F positions Number of ways for circuit breakers, suitable for types E000, EX00, 0., 600 V00... F...F = s X...X V F...F8 = s X...X8 Plug jumper P0A into unused ways (please order separately, see accessories) Load outputs x protected per position F F (F F8), led through s X X (X X8), max.. mm load current max. 8 A per position ignalisation signalisation X, pole, max.. mm : DC V feed from X, protected by integral circuit breaker C total current max. 0. A group signalisation: : line feed DC V, insert insulated wire bridge Y (bulk shipped) between and A: output of group signalisation twogroup signalisation : line feed, insert insulated wire bridge Y (bulk shipped) between and A: output group A (X X8) : output group (X X) Minus s x s (X, X, X) or 6 x s (X, X, X, X, X6, X): version K0 Termination For signalisation, load outputs and minus s: 0: screwless springloaded s max.. mm, with integral test socket 0: plugin type screw s max. mm, with integral test socket C0: pcb /springloaded max.. mm, with integral test socket General data protection class to DIN 000: IP0 insulation coordination to IEC 609: 0. kv pollution degree dielectric strength AC 00 V temperature range: 0 0 C (without condensation) for symmetrical DIN rail mounting EN00 x. dimensions: see dimensional drawings Issue (00) 9

2 Power Distribution ystem V0 Wiring example: V00 with E000 and group signalisation ignal path of group signalisation from F to F X A X * F F F F X signalisation A signal output group signal DC V from, internally prewired and protected by C line feed group signalisation with insulation bridge* / auxiliary contact E000, make contact Wiring example: V with E000 and group signalisation ignal path of group signalisation from F to F8 X A X * F F F F F F6 F F8 X A / signalisation signal output group signal DC V from, internally prewired and protected by C line feed group signalisation with insulation bridge* auxiliary contact E000, make contact 0 Issue (00)

3 Power Distribution ystem V0 Wiring example: V00 with E000 and twogroup signalisation ignal path of twogroup signalisation from F to F = group, from F to F = group A X A group = F... F Gruppe A = F... F X * F F F F X signalisation A signal output group A (F... F) signal output group (F... F) DC V from, internally prewired and protected by C line feed twogroup signalisation with insulation bridge* / auxiliary contact E000, make contact Wiring example: V with E000 and twogroup signalisation ignal path of twogroup signalisation from F to F = group, from F to F8 = group A X A group = F... F group A = F... F8 X * F F F F F F6 F F8 X signalisation A signal output group A (F... F8) signal output group (F... F) DC V from, internally prewired and protected by C line feed twogroup signalisation with insulation bridge* / auxiliary contact E000, make contact Issue (00)

4 Power Distribution ystem V0 Dimensions V00... (with minus s),.9 marked (X) when Ca trips top hat rail EN 00x.,.06 wire bridge, fully insulated pole, not fitted, ( piece enclosed) A X Typ: V C0 X X 0,. bridge, fully insulated, pole REET DCV/0A F F F F X X X X X X springloaded cage clamps 0 mm,.60 load outputs, pole. mm screwless springloaded cage clamps 0 plugin type screw s 0 C0 chematic diagram V00 (fitted with E000) DC V / max. 0 A X A E0 Line () GND () E0 E0 E0 Line () Line () Line () GND () GND () GND () X LOAD () LOAD () LOAD () LOAD () F F F F X X V R C V X X X X X LED V flashes upon trip of C Circuit breaker C shown in tripped condition Issue (00)

5 Power Distribution ystem V0 Dimensions V00..., fitted with E000 fitted with E (0).06.0 (.) Elektronischer chutzschalter Electronic upplementary Protector 00DC VA/A when C trips top hat rail EN 00x. A X Typ: V C0 X X REET DCV/0A F F F F X X X X X X springloaded cage clamps 0 mm..60 load outputs, pole. mm screwless springloaded cage clamps plugin type screw s 0 0 C0 This is a metric design and millimeter dimensions take precedence ( mm ) inch Issue (00)

6 Power Distribution ystem V0 Dimensions V (with minus s) wire bridge, fully insulated pole, not fitted, ( piece enclosed) A marked (X) X Typ: V C0 X 8..8 when C trips X top hat rail EN 00x bridge, fully insulated, pole REET DCV/0A F F F F F F6 F F8 X X X X X X6 X X8 X X springloaded cage clamps 0 mm..60 load outputs, pole. mm screwless springloaded cage clamps plugin type screw s 0 0 C0 This is a metric design and millimeter dimensions take precedence ( mm ) inch Issue (00)

7 Power Distribution ystem V0 Dimensions V K0 (with 0 minus s) wire bridge, fully insulated pole, not fitted, ( piece enclosed) A X Typ: V008K0 0 0 C0 marked (X). 8. when C trips X top hat rail EN 00x...06 X X X 0.. bridge, fully insulated, pole REET DCV/0A F F F F F F6 F F8 X X X X X X6 X X8 X X6 X springloaded cage clamps 0 mm..60 load outputs, pole. mm screwless springloaded cage clamps plugin type screw s 0 0 C0 chematic diagram V K0 (fitted with E000) DC V / max. 0 A X A E0 Line () GND () E0 E0 E0 Line () Line () Line () GND () GND () GND () X X LOAD () LOAD () LOAD () LOAD () F F F F F8 X X6 X V R C V X X X X8 X X LED V flashes upon trip of C Circuit breaker C shown in tripped condition Issue (00)

8 Power Distribution ystem V0 Dimensions V K0, fitted with EX00 fitted with EX wire bridge, fully insulated pole, not fitted, ( piece enclosed). 8. marked (X) when C trips top hat rail EN 00x. A X Typ: V008K0 0 0 C0 X X X bridge, fully insulated, pole REET DCV/0A F F F F F F6 F F8 X X X X X X6 X X8 X X X6 X springloaded cage clamps 0mm..60 load outputs, pole. mm screwless springloaded cage clamps plugin type screw s 0 0 C0 This is a metric design and millimeter dimensions take precedence ( mm ) inch 6 Issue (00)

9 Power Distribution ystem V0 Application example for jumper to replace Application example for insulated wire bridge The signalling pathway of the group signalisation is as follows: feedin of DC V potential in X (»«) via inbuilt overcurrent protection C via all signal contacts of the fitted circuit breakers type E000 back to signal output of group signalisation X (»A«) Terminal X (group signalisation) wire bridge from () to () internal DCV feed for signalisation Thus plus potential of X is connected to () In operating condition (i.e. all circuit breakers plugged in and functional) the signalling pathway X from»«to»a«is closed. If the distribution rail is not completely fitted with E000, the open pathway»«to»a«may be closed by means of a jumper type P0A A X Typ: V C0 X X A X Typ: V C0 X ignalbrücke ignal loop X REET DCV/0A F F F F X X X X X X REET DCV/0A F F F F X X X X X X Accessories Jumper P0A Germany ignalbrücke ignal loop P0A xxxx AC 0 V / DC 6 V, A 60.6 top view ignalbrücke ignal loop..8 Insulated wire bridge Y piece of the insulated wire bridge are supplied with the power distribution system. The insulated wire bridges may be used for: X: internal DC V feed for group signalisation wire bridge from () to () signal path protected by C X: internal DC V feed for twogroup signalisation wire bridge from () to () signal path protected by C s bridged blade s DIN 6A 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. Issue (00)