Magnetic and Hydraulic-Magnetic Circuit Breaker 8340-T...

Transcription

1 Magnetic and Hydraulic-Magnetic Circuit Breaker 830-T... Description ngle, two and three pole magnetic and hydraulic-magnetic circuit breakers with trip-free mechanism and toggle actuation. A choice of fast magnetic only hydraulically delayed switching characteristics (S-type MO HM CBE to EN 6093) ensures suitability f a wide range of applications. Featuring a combi-foot design f symmetric rail mounting. Low temperature sensitivity at rated load. Approved to CBE standard EN 6093 (IEC 6093). Typical applications Power supplies, control equipment, communication systems, EDP systems. single pole 830-T... three pole Standard current ratings and typical internal resistance values Current rating (A) Internal resistance (Ω) F K, M, T, K2, M2, T < < 0.02 < 0.02 < < 0.02 < 0.02 < < 0.02 < 0.02 < < 0.02 < 0.02 < < 0.02 < 0.02 < < 0.02 < 0.02 < < 0.02 < 0.02 < < 0.02 < 0.02 < Approvals Authity Voltage ratings Current ratings VDE (EN 6093) U077, CSA CCC 3 AC 5 V; AC 20 V; DC 80 V DC 80 V DC 80 V 3 AC 250 V; AC 250 V 3 AC 5 V; AC 20 V DC 80 V A to 6-pole A -pole A to 6-pole A to 6-pole A A, 2-pole Technical data F further details please see chapter: Technical Infmation Voltage rating 3 AC 5V; AC 20V (50/60Hz); DC 80V (higher DC voltages to special der) Current rating range A single pole ( A DC only) A multipole Auxiliary circuit A, AC 20 V/DC 65 V; 0.5 A DC 80 V Typical life 3 AC 5 V AC 20 V: A 6,000 operations at x I N, inductive 0,000 operations at x I N, resistive WDC 80 V: A 6,000 operations at x I N, inductive A 0,000 operations at x I N, resistive A 6,000 operations at x I N, resistive Ambient temperature C ( F) Insulation co-dination rated impulse pollution (IEC 6066 and 6066A) withstand voltage degree 2.5 kv 2 reinfced insulation in operating area Dielectric strength (IEC 6066 and 6066A) test voltage operating area AC 3,000 V pole to pole AC,500 V main to aux. circuit AC,500 V Insulation resistance > 00 MΩ (DC 500 V) Interrupting capacity 6 x IN at AC; IEC test sequence E x IN at DC Interrupting capacity I N A A (UL 077) AC: -pole AC 250 V/3,500A AC 250 V/3,500A 2-pole AC 250 V/3,500A AC 250 V/5,000A 3-pole 3AC 250V/3,500A 3AC250V/5,000A DC: -pole A DC 80 V/3,500 A 2-pole A DC 80 V/3500 A Degree of protection operating area IP0 (IEC 60529/DIN 0050) terminal area IP20 Vibration with toggle down: 0 g at 0.9 I N directions, 2, 3,, 5: 0 g at x I N with curves F, F2: 0 g at 0.8 x I N in all planes. ( Hz) ± 0.76 mm (0-57 Hz) to IEC , test Fc 0 frequency cycles/axis Shock directions, 2, 3,, 5: 00 g ( ms) at x I N direction 6: 00 g ( ms) at 0.8 x I N with curves F, F2: 00 g ( ms) at 0.8 x I N to IEC , test Ea Crosion 96 hours at 5 % salt mist, to IEC , test Ka Humidity 20 hours at 95 % RH, to IEC , test Cab Mass approx. 98 g per pole 203/ - 9

2 Magnetic and Hydraulic-Magnetic Circuit Breaker 830-T... Ordering infmation Type No. 830 circuit breaker with toggle actuat Mounting T rail mounting Configuration snap-on installation Number of poles single pole protected 2 two pole protected 3 three pole protected } magnetic, hydraulic-magnetic Panel hardware 0 without panel hardware Terminal design (main contact) K recessed screw/pressure plates M Characteristic curve Curve F, instantaneous trip: F DC trip at.0-.5 x I N Curve K, sht delay: K DC trip at 2 x I N s K2 AC 60/50 Hz trip at 2 x I N s Curve M, medium delay: M DC trip at 2 x I N s M2 AC 60/50 Hz trip at 2 x I N s Curve T, long delay: T DC trip at 2 x I N 0-70 s T2 AC 60/50 Hz trip at 2 x I N 5-50 s Other characteristic curves to special der (e.g. pulse-delayed, high inrush currents, capacitive loads) Actuat colour / design A black, long toggle K black, sht toggle Marking on actuat 0 without marking L I-O; ON-OFF M I-O; ON-OFF (I N, U N, trip curve, schematic diagram on housing top) N I-O; ON-OFF (I N, on housing top) Auxiliary contacts H0 without auxiliary contacts H with auxiliary contact H2 with auxiliary contact on one pole only (multipole) Auxiliary contact function (see internal connection diagrams) 2 N/O contact 3 N/C contact Auxiliary contact terminal design 6 screw/pressure plate M3 Current ratings A T 0 - K M - A L H A dering example This is a metric design and millimeter dimensions take precedence ( mm ) inch /

3 Magnetic and Hydraulic-Magnetic Circuit Breaker 830-T... Dimensions Internal connection diagrams long toggle slot f fitting labels from Phoenix LINE ON OFF 2 LOAD main contact terminal M tightening tque.2 Nm wire section max.: mm 2 rigid conduct ( A WG 8 AWG 8) mm 2 flexible conduct (AWG 8 AWG0) auxiliary contact terminal M3 tightening tque max. 0.5 Nm wire section max. 2.5 mm 2 (AWG ) -pole protected magnetically line line N/C H3 N/O H2 -pole protected hydraulic-magnetically Optional N/C N/O auxiliary contact () multipole line line unit I unit II unit III... unit IV... 3-pole 2-pole -pole Shock directions sht toggle.5.77 ON OFF LINE LOAD Snap-in socket f: top-hat rail EN x7.5 EN x5/.5 AUX 3 AUX 6 5 Installation drawing min. min.039 mounting area blow out area (can be reduced on request) min operating area (reinfced insulation) LINE blow out outlet CBE terminal area 2 LOAD 203/ - 2

4 Magnetic and Hydraulic-Magnetic Circuit Breaker 830-T... Typical time/current characteristics at 23 C / +73. F Curve F (instantaneous) f DC Curve M (medium delay) f DC Curve K (sht delay) f DC Curve M2 (medium delay) f AC 50/60 Hz Curve K2 (sht delay) f AC 50/60 Hz Curve T (long delay) f DC Curve T2 (long delay) f AC 50/60 Hz N.B. All curves will only be maintained if the escutcheon is mounted on a vertical surface. Other characteristic curves to special der (e. g. with impulse delay f inrush peaks) /

5 Magnetic and Hydraulic-Magnetic Circuit Breaker 830-T... Accessies Connect bus links -K0 X /2.5 mm 2, (AWG ) (black) up to 20 A max. load X /.5 mm 2, (AWG 6) (brown) up to 3 A max. load Busbar 3-pole Y I max - busbar 00 A (0 C) 50 pin lugs to DIN 6230 tinned copper ø D-908 Altdf bei Nürnberg Art.-Nr. Y IEC V/00 A (0 C) marking x on busbar D-908 Altdf bei Nürnberg Art.-Nr. Y IEC V/00 A (0 C) ± ± ~70 ~ marking x on busbar Art.-Nr. Y IEC V/00 A (0 C) 27.2 ±0..07 ±.06 5 x 9 = x.78 = Art.-Nr. Y IEC V/00 A (0 C) marking x on busbar Art.-Nr. Y IEC V/00 A (0 C) Art.-Nr. Y IEC V/00 A (0 C) Busbar -pole Y The one metre long busbars can be cut to suitable lengths. Plug-on caps can be fitted on the ends to provide brush contact protection. I max - busbar 00 A (0 C) Elektrotechnische Apparate Gmb D-908 Altdf bei Nürnberg D-908 Altdf bei Nürnberg Plug-on cap, -pole Y ±0,2.57 ± ±0..73 ± x 9 = x.78 = Supply terminal I max 63 A Y Max. tightening tque of terminal screw 2 Nm Max. cable cross section: 25 mm 2 / single strand 6 mm 2 / multistrand with wire end ferrule A Plug-on cap, busbar 2/3-pole Y Busbar 2-pole Y I max - busbar 00 A (0 C) D-908 Altdf bei Nürnberg Elektrotechnische Apparate Gmb D-908 Altdf bei Nürnberg ± ± ±0..73± x9=969 5 x.78 = Plug-on cap, busbar 2/3-pole Y Caution: When using multipole busbars please leave at least one pole s width between two adjacent line entry terminals. This is a metric design and millimeter dimensions take precedence ( mm ) inch All dimensions without tolerances are f reference only. In the interest of improved design, perfmance and cost effectiveness the right to make changes in these specifications without notice is reserved.product markings may not be exactly as the dering codes. Errs and omissions excepted. 203/

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