V,690V and rated current up to 6300A.It is mainly used to distribute electric energy and protect circuits and power-supply equipment from over-load,under-voltage,short-circuit and single-phase earthing.with intelligentized and selective protection functions,the breaker can improve the reliability of power supply,and avoid unnecessary power failure. The breaker is applicable for power stations,factories,mines(for 690V) and modern high-buildings,especially for the distribution system of intelligentized building.This breaker conforms to IEC60947-2 and GB14048.2.
| Environment conditions for operation: |
| Environmental temperature Tempeerature condition:-5oC ~+40oC ;the average value within 24h shall not exceed +35(Speial situation excluded )Elevation Altnmosphere condition Relative humidity at +40oC. shall not exceed 50%.higher hum-idity is permissible at lower temperature condition. when the highest monthly average relative humidity is 90% in the humiddext month,the lowest monthly average temperature of this month is +25oC.And consider the influence of dew on product surface due to temperature changes.pollution grade:grade The breaker should be installed caccording to the requirements on the instruction manual.The vertical inclination degree shall not exceed 5o |
| Structure: |
| The breaker consists of body and drawer base.inserting the body into the drawer base, thus make the drawer-type breaker |
| Installation and usage : |
| Installation Unload the breaker from the soleplate of package-box. if it is drawer type,firstly pull out the handle from under the drawer-base of breaker,and plug it into the hole on central section of plastic cover under the drawer-base crossbeam,anticlockwise turns the handle,breaker body will slowly slide along the outside of drawer-base. When the guide-rod points to separated position and handle can't be rotated any longer,pull out the handle and firmly grasp the aluminum hadle on drawer-base,pull out the breaker body and remove ift form drawer-base Check the insulation resistance with a 500V megger,resistance should not be less than 20MQ when ambient temperature is 20oC5oCand relative humidity is 50%-70%.otherwise have it drying. Put the breaker(fixed-type) or drawer-base(drawer-type) onto the installation- bracket,and make it fixed,directly connect the bus wire of main circuit to the bus wire of fixed-type circuit breaker,alternatively put breaker body onto the guild rail of drawer-base.Plug the place,then connect the bus wire of main circuit to bus wire of drawer-base. wiring the secondary circuit according to electric principle diagram. Note:something like bolts,nuts.gaskets shouldn't be left inside the drawer-base to avoid being blocked. Usage and operation Check the rated voltage of the following components whetherconforms to the power voltage or not .such as under voltage release,shunt releaseclosing electromagnet,motor-driven mechanism and intelligent controller Maintenance Check the technical index on time or and some lubricating oil.,etc. This breaker structure is arranged vertically and modularized composition with each function=cell separated,which make the maintenance easy.it has compact structure,reliable operation and strong free maintenance capability. P lease check the technical parameters on the nameplate accordance with the reauirements of order before installation |
| Product model and its meaning : |
| Making the secondary circuit power,the motor-driven menchanism can store eenergy automatically until hearing the click and energy stored "indicating on the panel. otherwise press the storage handle for 6 times until hearing the click and the indicator display energy stored" and the closing operation can be realized either by closing electromagnet or manual button. |
| DW45-1000 |
| Main teachnical parameter: |
| Rated ultimate short circuit breaking capacity(KA) | lcu=42KA 400V 20KA 690V lcu=lcw=30KA 400V 15KA 690V | |
| Rated current in (A) | 200 400 630 800 1000 | |
| Number of poles | 3,4 | |
| Rated voltage ue(V) | 400V,690V | |
| Rated insulation voltage Ui (A) | 1000V | |
| Rated current of N-pole IN(A) | 50%In,100%IN | |
| Fixed disconnection time | 23-32Ms | |
| Intelligent controller | sandard type(M) | |
| Communication type(H) | ||
| Operation performance | Electric life | 500 |
| mechanical life | Non-maintenance 2500 | |
| Maintenance 10000 | ||
| Connection pattern | Horizontal,vertical | |
| DW45-2000 |
| Main teachnical parameter: |
| Rated ultimate short circuit breaking capacity(KA) | lcu=80KA 400V 50KA 690V lcs=lcw=50KA 690V 40KA 690V | |
| Rated current in (A) | 400 630 800 1000 1250 1600 2000 | |
| Number of poles | 3,4 | |
| Rated voltage ue(V) | 400V,690V | |
| Rated insulation voltage Ui (A) | 1000V | |
| Rated current of N-pole IN(A) | 50%In,100%IN | |
| Fixed disconnection time | 23-32Ms | |
| Intelligent controller | sandard type(M) | |
| Communication type(H) | ||
| Operation performance | Electric life | 500 |
| mechanical life | Non-maintenance 2500 | |
| Maintenance 10000 | ||
| Connection pattern | Horizontal,vertical | |
| DW45-3200 DW45-4000 |
| Rated ultimate short circuit breaking capacity(KA) | lcu=100KA 400V 80KA 690V lcs=lcw=80KA 400V 40KA 690V | |
| Rated current in (A) | 2000 2500 3200 4000 | |
| Number of poles | 3, 4 3 | |
| Rated voltage ue(V) | 400V,690V | |
| Rated insulation voltage Ui (A) | 1000V | |
| Rated current of N-pole IN(A) | 50%In,100%IN | |
| Fixed disconnection time | 23-32Ms | |
| Intelligent controller | sandard type(M) | |
| Communication type(H) | ||
| Operation performance | Electric life | 500 |
| mechanical life | Non-maintenance 2500 | |
| Maintenance 10000 | ||
| Connection pattern | Horizontal,vertical | |
| DW45-6300 |
| Rated ultimate short circuit breaking capacity(KA) | lcu=120KA 400V 80KA 690V lcs=lcw=100KA 400V 60KA 690V | |
| Rated current in (A) | 4000 5000 6300 | |
| Number of poles | 3, 4 3 | |
| Rated voltage ue(V) | 400V,690V | |
| Rated insulation voltage Ui (A) | 1000V | |
| Rated current of N-pole IN(A) | 50%In,100%IN | |
| Fixed disconnection time | 23-32Ms | |
| Intelligent controller | sandard type(M) | |
| Communication type(H) | ||
| Operation performance | Electric life | 500 |
| mechanical life | Non-maintenance 2500 | |
| Maintenance 10000 | ||
| Connection pattern | Horizontal,vertical | |











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