|Place of Origin:||China|
|Minimum Order Quantity:||500pcs|
|Packaging Details:||Each unit packed in a individual box|
|Delivery Time:||20 days and depends on ordering quantity|
|Payment Terms:||T/T, L/C|
|Supply Ability:||50000 pcs per month|
|Poles:||4P||Auxiliary:||1NO Or 1NC|
Definite Purpose Contactor,
Heat Pump Contactor
GMC AC/DC Mini Contactor Motor Protection Switch Low consumption 6A,9A,12A,16A
AC Contactors (Magnetic Contactor) provide remote control of primarily electric motors and compensation & heating systems by cable. They protect the instruments and equipments against overload currents by using thermal relays, for capacitor switching contactor.
While switching on a capacitive circuit, a high frequency and large transient current peaks are produced. Switching of capacitor for a single or one of the capacitor banks are different from each other. Step by step "switching on" operation is more difficult for contactor than capacitor bank. Because during this operation for capacitor bank, compensated current occurs. For this reason selecting of suitable contactors the compensating current must be take into consideration for 50kVAR and above, and for less than 50kVAR can be omitted.
Directly drive contactor by transistor output of PLC
The power consumption of the UKC1- low consumption type contactor is 1.2W.
This contactor can be driven by a transistor output of a PLC or electronic equipment such as photoelectric switch, or a proximity limit switch. Therefore, it is possible for this contactor to directly interface without interface relay for driving a 3-phase induction motor.
Low coil power consumption greatly expands application flexibility. Standard AC coils require 1.8 watts.
|Rated current||AC3(IEC60947||AC1 Ith||Aux. Contacts||Type|
|6A||1.5KW 7A||2.2KW 6A||3KW 5A||3KW 4A||20A||1NO or 1NC||UKC1-6M|
|9A||2.2KW 9A||4KW 9A||3.7KW 6A||4KW 5A||20A||1NO or 2NC||UKC1-9M|
|12A||3KW 12A||5.5KW 12A||4KW 7A||4KW 55A||20A||1NO or 3NC||UKC1-12M|
|16A||4KW 15A||7.5KW 16A||5.5KW 9A||4KW 5A||20A||1NO or 4NC||UKC1-16M|
|AC coil Voltage (50/60Hz): 24, 36, 42, 48, 110, 115, 120, 127, 220/208, 220, 220/230, 230/240, 256, 277, 380/440, 400, 440, 480, 500, 550|
|Short circuit current(max)||380V||60||90||120||160|
|Operation cycles per hour||AC-3||1800||1800||1800||1800|
|electrical life time (10, 000 times)||AC-3||100||100||100||100|
|Machanical Life time(1000 times)||1200||1200||1200||1200|
|Aux contacts||Standard configuration||1NO||1NO||1NO||1NO|
|Panel Installation||guid screw||guid screw||guid screw||guid screw|
|Characteristices of the coil|
|Selections of pick-up voltage(%)||80-110|
|Selections of droup-out voltage(%)||30-40|
24V,36V, 42V, 48V, 110V, 115V, 120V, 200V, 220V, 240V, 256V, 277V, 380V, 400V, 440V, 480V, 500V, 550V
Benefits for mini AC contactors:
Low consumption power
Saving panel size
Installation space is reduced to 50% of conventional DC operated contactors achieving high performance.
Main application fields for ac mini contactors:
Lighting for out-door
Car washing facilities
Lighting of sports facilities
It is possible to expand the control wire length since voltage drop in wires is small.
Contactors are used to control electric motors, lighting, heating, capacitor banks, thermal evaporators, and other electrical loads.
Contactors are often used to provide central control of large lighting installations, such as an office building or retail building. To reduce power consumption in the contactor coils, latching contactors are used, which have two operating coils. One coil, momentarily energized, closes the power circuit contacts, which are then mechanically held closed; the second coil opens the contacts.
Normal working conditions and installation conditions
Contactor electric ratings: AC 50/60Hz, 690V, up to 95A
Utilization category: AC-3, AC-4
Ambient temperature: -5-40º C
Mounting category: III
Mounting conditions: inclination between mounting plane
Vertical plane should not exceed ±5°
Standards for AC contactor: IEC/EN 60947-4-1. IEC/EN 60947-5-1