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常熟市通润新样本 TORIN TRM1��������&'��������&' �����50Hz(�60Hz��������690V��� ���� 690V������ 250V�������� 12.5A~800A������������������ ��������&'��*��������&'� ��������&'�� ��������& 400A���������� ��������&'���*���������& ������������&'��* ����� IEC60...

常熟市通润新样本
TORIN TRM1��������&'��������&' �����50Hz(�60Hz��������690V��� ���� 690V������ 250V�������� 12.5A~800A������������������ ��������&'��*��������&'� ��������&'�� ��������& 400A���������� ��������&'���*���������& ������������&'��* ����� IEC60947-2�GB14048.2�GB14048.4 ���� ��������&'��*��������� ��������&'��� 1���������&'�� 2000m� 2���������& +40����� -5�; 3���������&'���������&'� ��������&'���*�� 4���������� 5����� 3� 6����� III� � APPLICATION RANGE AND ENVIRONMENT CONDITION TRM1 Series moulded case circuit breaker (below for short MCCB), is applicable circuit of AC 50Hz (or 60Hz) ,rated insulation Voltage 690V,rated operating Voltage up to 690V, rated operating voltage up to 250V(DC).The rated operating current 12.5A-800A.For distribute energy of elecricity and infrequent making and breaking circuit, and infrequent staring of motor (rated operating current up to 400A) at normal condition they are provided with the function of the protection against overload and short- circut and undervoltage. The MCCB comply wi th s tandard of IEC60947-2, GB14048.2,GB14048.4 and so on. MCCB are suitable for vertical and horizontal mounting. The MCCB can be reliably operated under the following conditions. 1. The altitude not exceeding 2000m. 2. The ambient temperature is from+40�to-5�; 3. In medium where is no explosive danger and air or dust which may cause corrosion of metal or weakness of insulation. 4. Where is no erosion of rain or snow. 5. Pollution degree 3. 6.Overvoltage category III. � ����� Type and meanings ���� (Operating method) * ���� (Code of use) ** ��������&'��� 1� (Release type and code of accessories see table 1) �� (Number of pole) ��������&' *** (Rated breaking capacity grade of MCCB) �������� (Frame size) ���� (Design code) �������� (MCCB) ����� (TongRun Switchgear Factory) � ��������& TR M 1- / 1 TORIN ��������&'������P����� ������� Z��� ���������&'���������2�; ����������&'��S-����H-��� �; L-���� � No code for direct handle operated, “P” represents motor operated and “Z” represents external rotary Handle Operated ; �� No code for distribution breakers, “2” represents motor protection type breakers; ���Reted breaking capacity grade of MCCB: S-Standard type; H-High breaking capacity type; L-Limit current type. 1���������� ����� ������ 2�������� ���� ���� �������� 3�������� ������ �������� ���� 4��������� ��������&������� �� +��������� 5����� �� �� �� �����������N��������� A��N��������&'��N������� ��������� B��N��������&'��N������� ���� C��N��������&'�N�������� ��� D��N��������&'�N�������� �������� 6�������� ����� ������ � � � 1. According to use of MCCB distribution circuit protection type motor protection type 2. According to connection way Front connection Rear connection Plug-in (withdraw) connection 3. According to operation way for direct handle operating for external rotary handle operating for motor operating. 4. Accrding to overload release type magnetic release (only Instantanous) thermodynamic magnetic type (dual) 5. Accrding to number of poles Two pole Three pole Four pole The neutral pole (N pole) of four fole MCCB has four types: Type A : No overload release on N pole, which is making all the time, not closing and opening with the other three poles. Type B: No overload release on N pole, which closing and opening with the other three poles. Thpe C: With overload release on N pole, which closing and opening with the other three poles. Type D: With overload release on N pole, which is making all time; not closing and opening with the other three poles. 6. According to Accessories With Accessories Without Accessories Classification of MCCB 2 TORIN � T R M 1 � � � � � � � � & ' � � F as t c ho ic e ta bl e fo r T R M 1 se ri es M C C B � � � � � � � � M ak e a ch oic e o f f ram e s ize In m =6 3 In m =1 00 In m =1 60 In m =2 50 In m =4 00 In m =6 30 In m =8 00 � � � � � � � � Ch oi ce co de of us e � � � � � � No co de fo r d ist rib ut io n br ea ke r “ 2” � � � � � � Re pr es en ts m ot or p ro te- ct io n t yp e b re ak er � � � � � � M ak e a ch oi ce o f p ol e 2. � � 3. � � 4. � � � � � � � � � � & ' � � * M ak e a ch oi ce co de o f r el ea se ty pe a nd a cc es so rie s � � � � � � � � & ' � � Fi rst nu m er al in dic ate re lea se ty pe “ 2” � � � � � � � � � � � On ly ln sta nt re lea se “ 3” � � � � � � � � � � � � Th er m -m ag re lea se � � � 1 ( Fo r d eta il s ee. Ta bl e 1 ) � � � � � � � � M ak e a ch oi ce c od e of op er ati ng m eth od � � � � � � � No co de fo r d ire ctl y w ith ha nd le “ P” � � � � M ot or o pe ra to rs “ Z” � � � � � � Ex ter na l r ot ar y h an dl e � � � � � � Ch oi ce of m ou nt in g w ay � � � � Fr on t c on ne cti on � � � � Re ar co nn ec tio n � � � Pl ug -in co nn ec tio n � � � W ith dr aw co nn ec tio n � � � � � � � � M ak e a ch oi ce c od e of br ea ki ng c ap ac ity TR M 1- 63 ,10 0: S= 25 kA H =3 5k A L =5 0k A TR M 1- 16 0: S= 35 kA H =5 0k A L =6 5k A TR M 1- 25 0: S= 35 kA H =6 5k A L =8 0k A TR M 1- 40 0: S= 35 kA H =6 5k A L =8 0k A TR M 1- 63 0,8 00 :S =3 5k A H= 65 kA L =8 0k A � � � � � � � � & ' � Ma ke a c ho ice co de of po le b rea ker A� :N � � � � � � � � & ' � � N � � � � � � � � & ' � � � * � � Ty pe A: N o o ver loa d r ele ase on N po le, wh ich is ma kin g a ll t he tim e,n ot clo sin g an d o pen ing wi th the ot her th ree po les ; B� :N � � � � � � � � & ' � � N � � � � � � � � � & � Ty pe B: No ov erl oad re lea se on N p ole , w hic h c los ing an d o pen ing wi th the ot her thr ee po les ; C� :N � � � � � � � � & ' � N � � � � � � � � � & � Ty pe C: Wi th ov erl oad re lea se on N po le, w hic h c los ing an d o pen ing w ith th e oth er thr ee po les ; D� :N � � � � � � � � & ' � N � � � � � � � � & ' � � � * � � Ty pe D: W ith ov erl oad re lea se on N po le, wh ich m aki ng all tim e,n ot clo sin g a nd op eni ng wi th the ot her th ree po les ; TR M 1- / 10 0 3 H 30 0 2 P B � � � � M o u n ti n g w ay 3 TORIN � ��������&'���� 1� Release type and code of accessories (table 1) ���� Accessories Code ���� Accessories Name �� �� Type Pole number TRM1-63,100 TRM1-160 TRM1-250 TRM1-400 TRM1-630 TRM1-800 3. 4 3. 4 3. 4 200�300 208�308 210�310 220�320 230�330 240�340 260�360 270�370 218�318 228�328 238�338 248�348 268�368 278�378 216�316 236�336 ������ ���� Alarm contact ����� Shunt release ���� Auxiliary contact ������ Undervoltage release ���������� Shunt release auxiliary contact ������ Two group of auxiliary contact ���� ������ Auxiliary contact, undervoltage release ����� ���� Shunt release, alarm contact ���� ���� Auxiliary contact, alarm contact ������ ���� Undervoltage release, alarm contact Shunt release, auxiliary contact, alarm contact ������ ���� Two group of auxiliary contact, alarm contact ���� ������ ���� Auxiliary contact, undervoltage release, alarm contact ����� ���� ���� �� Handle ���� Right mounting ���� Left mounting ���� Alarm contact ���� Auxiliary contact ����� Shunt release ������ Undervoltage release ���� Lead direction no accessory ����� ������ Shuat release, two group of auxiliary contact ������ ������ Undervoltage release, two group of auxiliary contact �� Note: 4 TORIN �� Load ��Unload L W(3P/4P) H � � ��������&' ��������&' Reted service short circuit breaking capacity Ics kA (���� 63 100 160 250 � � 2, 3, 4 690 ���� (A) Icu kA (���� Rated ultimate short Circuit breaking Capacity AC400V AC690V DC250V AC400V AC400V Frame size (A) Type Appearance 12.5, 16, 20, 25, 32,40, 50,63 Internal/external accessories 3 pol MCCB consuming power (w) Weight (3P/4P)kg ��������� Operation performomce(Endurance) ����� ������� ����� /���kg ���� Out line dimention (mm) W H L 25 35 50 -- 8 10 20 20 40 12.5 26.5 37.5 52.5 73.5 105 1500 1500 1000 1000 8500 8500 7000 7000 120 120 120 170 76.2/103 * 76.2/103 * 90/120 * 105/140 103.5 � � � � 25 25 30 50 0.92/1.3 0.92/1.3 1.2/1.6 2.7/3.5 63,80,100 100,125,140,160 160,180,200,225,250 �������� Rated short-circuit making capacity Icm kA (��� TRM1-63S TRM1-63H TRM1-63L TRM1-100S TRM1-100H TRM1-100L TRM1-160S TRM1-160H TRM1-160L TRM1-250S TRM1-250H TRM1-250L 400, 690 6000 6000 8000 8000 � 50 � 50 � 50 � 100 25 35 50 -- 8 10 20 20 40 12.5 26.5 37.5 52.5 73.5 105 35 50 65 8 10 16 20 40 40 26.5 37.5 48.5 73.5 105 143 35 65 80 10 18 20 40 40 40 35 48.5 60 73.5 143 176 70 80 70 80 70 80 Main technical property of MCCB (table 2) � ��������&'��2� ���� (A) � � ������ (V) ������ (V) �������� (V) �� ! (mm) 5 Rated current Pole number Rated insulating voltage Rated operating voltage Rated impulse withstand voltage Arcing-over distance TORIN �� Load ��Unload L W(3P/4P) H ����� ������� �����/���kg � � 400 630 800 � � ���� (A) AC400V AC690V DC250V AC400V AC400V Frame size (A) Type ���� (A) � � ������ (V) ������ (V) �������� (V) ���� (mm) Appearance 250,315,350,400 Internal/external accessories 3 pol MCCB consuming power (w) Weight (3P/4P)kg ��������� Operation performomce(Endurance) ���� Out line dimention (mm) W H L 1000 1000 1000 4000 4000 4000 254 268 268 140/184 210/280 210/280 103.5 103.5 103.5 � � � 60 90 135 5.1/7.1 9.6/12.2 9.6/12.2 400,500,630 630,700,800 TRM1-400S TRM1-400H TRM1-400L TRM1-630S TRM1-630H TRM1-630L 8000 8000 8000 � 100 � 100 � 100 TRM1-800S TRM1-800H TRM1-800L 35 65 80 16 20 25 40 40 40 35 48.5 60 73.5 143 176 35 65 80 20 25 30 40 40 40 35 48.5 60 73.5 143 176 35 65 80 20 25 30 40 40 40 35 48.5 60 73.5 143 176 � ������ means that can be supplied �TRM1-63,100,160����� ��������&' 15mm� If need undervoltage release, the width of TRM1-63,100,160 will be increased with 15mm. Rated current Pole number Rated insulating voltage Rated operating voltage Rated impulse withstand voltage Arcing-over distance ��������&' Icu kA (���� Rated ultimate short Circuit breaking Capacity ��������&' Reted service short circuit breaking capacity Ics kA (���� �������� Rated short-circuit making capacity Icm kA (��� 2, 3, 4 690 400, 690 6 TORIN ������ cross sectional area copper conductor mm2 ���� test current A 150 (2�) 185 (2�) 240 (2�) 30� 5 (2�) 40� 5 (2�) 50� 5 (2�) 500 600 700 800 �� copper line �� busbar 2.5 4 6 10 16 25 35 50 70 95 120 185 240 25 32 63 80 100 125 160 250 400 12.5 20 40 50 200 225 315 350 ������ cross sectional area copper conductor mm2 ���� test current A � ���������&'�� 3) Safety distance when MCCB is mounted(table 3) TRM1-63 TRM1-100 TRM1-160 TRM1-250 TRM1-400 TRM1-630,800 0 � 25 � 50 � 20 � 20 � 60 0 � 25 � 50 � 20 � 20 � 60 0 � 30 � 50 � 20 � 20 � 90 0 � 40 � 100 � 20 � 25 � 140 0 � 40 � 100 � 20 � 25 � 140 0 � 40 � 100 � 20 � 25 � 180 I A A B C E ����� Type of MCCB ����1 ����� 2 ���� 3 ������ In the fig: 1. Uninsulated connect 2 .Insulation 3 .Cable connector � ��������&'��*���4) Standard cross section of copper wires corres ponding to the rated current (table 4) ������ (To insulator) ������ (To metal body) 7 TORIN ��������&��������� Protecting characteristic of overload in the long time delay (inverse time-delay) of MCCB ���� Rated currente (A) 1.30In������ ��������� Conventional tripping time of 1.30In (Starting state: hot) 1.05In������� ��������� Conventional not tripping time of1.05In (Starting state: cold) � 63 1h 1h � 63 2h 2h ���� Conventional time 12.5A� In� 400A ������ Rectification current multiple ��������&'��*������ 6� Protecting characteristic of overload in long time delay of motor protection type of MCCB (table 6) ������ Test current name ������� Conventional not tripping current ������ Conventional tripping current 1.0 � 2h 1.2 � 2h 1.5 � 4 min 7.2 2s�Tp� 10s ���� Starting state �� Cold �� Hot �� Hot �� Cold �������������������� 7� Short circuit protecting (lnstantaneous release) rectification current (table 7) �������� Ir Rectification current (A)���� Rated current (A) 500 500 10In 12In 10In 12In 5In~10In * 12In 5In~10In * 5In~10In * ����� Motor Protection ���� Distribution Protection ������ Frame size (A) 63 63,100,160 250 400 630 800 12.5,16,20,25,32,40,50 63,80,100,125,140,160 160,180,200,225,250 250,315,350,400 400,500,630 630,700,800 * ��������&'��*����������������� 10 �� * According to the need of users to rectify in the scope, except being indicated specially, normally being rectified as 10 times before leaving the factory. � �������� Trip characteristic of MCCB ��������&'��*����� 5� Protecting characteristic of overload in the long time delay of distribution type of MCCB (table 5) 8 TORIN Rated current of thermodynamic release change value at different ambient temperature (table 8) ��������& Current value at different temperature (A) ���� Rated currente (A) ����� Type of MCCB 10°C 20 °C 30 °C 40 °C 50 °C 60 °C 12.5 15.5 14.5 13.5 12.5 11.5 10.5 16 20 18.5 17 16 15 14 20 24 22.5 21 20 19 18 25 30 28 26.5 25 23 21 32 38 36 34 32 30 28 40 49 45 43 40 37 35 50 60 56 53 50 47 44 63 75 71 67 63 59 55 63 75 71 67 63 59 55 80 96 91 86 80 74 68 100 120 114 108 100 94 88 100 118 112 106 100 94 85 125 145 140 133 125 116 108 140 162 154 147 140 132 123 160 184 176 168 160 150 140 160 185 176 168 160 150 140 180 208 198 189 180 164 157 200 230 220 210 200 190 175 225 258 247 236 225 215 203 250 285 275 262 250 240 230 250 285 275 262 250 240 230 315 360 347 330 315 302 299 350 400 385 366 350 335 330 400 455 440 418 400 382 376 400 455 440 418 400 382 376 500 568 550 522 500 477 470 630 712 690 655 630 598 590 630 712 690 655 630 598 590 700 790 766 727 700 664 655 800 905 875 830 800 759 748 TRM1-63 TRM1-160 TRM1-250 TRM1-400 TRM1-630 TRM1-800 TRM1-100 � ��������&'��*������������ 8� 9 TORIN � �������� Protecting curve (I-t curve) of MCCB TRM1-250���� (protecting Curve) TRM1-63,100,160���� (protecting Curve) 10 TORIN ����������& +40����� a-�������� b-������������� c-������ 20%) t-���� Note: The Curve is made at +40� ambient temperature a-Thermodynamid trip charactristic in cold state b-Thermodynamic trip charactristic in service (hot state) c- Magnetic trip (� 20%) t-Act time TRM1-630,800���� (protecting Curve) TRM1-400���� (protecting Curve) 11 TORIN � ��������&'��� Overall and Mounting Dimentions of MCCB TRM1-63,100��������&'� Wiring in front of board overall and mounting dimentions for TRM1-63,100 �� Type H H1 H2 TRM1-63,100S 91 70 75 TRM1-63,100(H,L) 101 80 85 �� Type H H1 H2 H3 TRM1-63,100S 70 25.5 75 91 TRM1-63,100(H,L) 80 35.5 85 101 ������ Undervoltage release TRM1-63,100��������&'� Wiring on back of board overall and mounting dimentions for TRM1-63,100 ������ Undervoltage release �� (3 POL) �� (4 POL) �� (3 POL) �� (4 POL) �������� Connective bar (Pick out and buy) ��X-Y �������� Note: X-Y is the operation center 12 TORIN �� Type H H1 H2 TRM1-63,100S 123 75 91 TRM1-63,100(H,L) 133 85 101 �� Type H H1 H2 TRM1-63,100S 123 75 91 TRM1-63,100(H,L) 133 85 101 TRM1-63,100��������&'��*� Wiring in front of board overall and mounting dimentions of plug-in style for TRM1-63,100 TRM1-63,100��������&'��*� Wiring on back of board overall and mounting dimentions of plug-in style for TRM1-63,100 13 TORIN TRM1-160��������&'� Wiring in front of board overall and mounting dimentions for TRM1-160 TRM1-160��������&'� Wiring on back of board overall and mounting dimentions for TRM1-160 ������ Undervoltage release �� (3 POL) �� (4 POL) �������� Connective bar (Pick out and buy) ������ Undervoltage release �� (3 POL) �� (4 POL) �� Type H H1 H2 TRM1-160S 93 70 75 TRM1-160(H,L) 103 80 85 �� Type H H1 H2 H3 TRM1-160S 70 27.5 75 93 TRM1-160(H,L) 80 37.5 85 103 14 TORIN TRM1-160��������&'��*� Wiring in front of board overall and mounting dimentions of plug-in style for TRM1-160 TRM1-160��������&'��*� Wiring on back of board overall and mounting dimentions of plug-in style for TRM1-160 �� Type H H1 H2 TRM1-160S 123 75 93 TRM1-160(H,L) 133 85 103 �� Type H H1 H2 TRM1-160S 123 75 93 TRM1-160(H,L) 133 85 103 15 TORIN TRM1-250��������&'� Wiring in front of board overall and mounting dimentions for TRM1-250 TRM1-250��������&'� Wiring on back of board overall and mounting dimentions for TRM1-250 �������� Connective bar (Pick out and buy) �� (3 POL) �� (4 POL) �� (3 POL) �� (4 POL) 16 TORIN TRM1-250��������&'��*� Wiring in front of board overall and mounting dimentions of plug-in style for TRM1-250 TRM1-250��������&'��*� Wiring on back of board overall and mounting dimentions of plug-in style for TRM1-250 17 TORIN TRM1-400��������&'� Wiring in front of board overall and mounting dimentions for TRM1-400 TRM1-400��������&'� Wiring on back of board overall and mounting dimentions for TRM1-400 �� (3 POL) �� (4 POL) �� (3 POL) �� (4 POL) �������� Connective bar (Pick out and buy) 18 TORIN TRM1-400��������&'��*� Wiring in front of board overall and mounting dimentions of plug-in style for TRM1-400 TRM1-400��������&'��*� Wiring on back of board overall and mounting dimentions of plug-in style for TRM1-400 19 TORIN TRM1-400���(CH2)��������&'� Wiring in front of board overall and mounting dimentions for TRM1-400 draw-out (model CH2) TRM1-400���(CH2)��������&'� Wiring on back of board overall and mounting dimentions for TRM1-400draw-out (model CH2) ����������&'��*��� Note: It’s space size with * while the operation is draw-out. 20 TORIN TRM1-630,800��������&'� Wiring in front of board overall and mounting dimentions for TRM1-630,830 TRM1-630,800��������&'� Wiring on back of board overall and mounting dimentions for TRM1-630,800 �� (3 POL) �� (4 POL) �� (3 POL) �� (4 POL) �������� Connective bar (Pick out and buy) 21 TORIN TRM1-630,800���(CH2)��������&'� Wiring in front of board overall and mounting dimentions for TRM1-630,800 draw-out (model CH2) TRM1-630,800���(CH2)��������&'� Wiring on back of board overall and mounting dimentions for TRM1-630,800 draw-out (model CH2) 22 TORIN Internal accessories ��������&�'� The users shall wire correctly until determined the voltage � ������ K A2 A1 1������ Shunt release ��� Scheme of wiring ���������&'� (the internal accessories in the dotted frame) “K”��������&'��*���������������������� ��������� “K”is the slow motion switch’s normal-close contact conneted the coil in series in the shunt release. It turns-on or turns-off voluntarily as soon as the breaker on or off. ���� Power supply ����� 50Hz,230V,400V; �� 110V,220V Spec: AC 50Hz, 230V,400V; DC 110V,220V ���������& 70~110%������������&'����� The shunt release should make the breaker releasing reliably, when 70%~110% of the rated control supply voltage. 2������� Undervoltage release ��� Scheme of wiring ���������&'�(the internal accessories in the dotted frame) UC2 UC1 P2 P1 �������� Power of the undervoltage release ����� Fitti
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