BCT-63 4-Pole AC Contactor for Electrical Load Control
Compact 4-pole AC contactor designed for reliable switching and control of AC electrical loads, featuring clearly identified R1/R2, R3/R4 and 1/2, 3/4 main terminals, with A1/A2 coil terminals for convenient electrical connection and control applications.
Product Features
The BCT-63 is a 4-pole AC contactor designed for switching and controlling AC electrical loads. The product features clearly marked R1, R2, 1, 2, 3, 4, R3 and R4 terminals, making circuit connection and terminal identification more convenient.
The contactor is equipped with A1 and A2 coil terminals and a clear wiring diagram on the front, helping users identify the control and main circuit connections during installation.
Application
Suitable for electrical load switching and control applications in residential, commercial and other low-voltage electrical systems. It can be used in distribution boards, lighting control systems, electrical control panels and other applications where multi-pole contactor-based switching is required.
Specifications
Model: BCT-63
Product type: AC Contactor
Number of poles: 4 poles
Rated current Ie: 63A
Rated operational voltage Ue: 400V
Rated insulation voltage Ui: 500V
AC-7a rated current: 63A
AC-7b rated current: 25A
Coil voltage: AC 230V
Frequency: 50/60Hz
Main terminals: R1 / R2, 1 / 2, 3 / 4 and R3 / R4
Coil terminals: A1 / A2
Standards: EN61095 / IEC61095
Certification: CE
Product Details
The product adopts a compact modular structure with a clear terminal layout and visible electrical identification on the front. The front panel provides the product model, electrical ratings and wiring diagram for convenient product identification and installation.
The BCT-63 features a 4-pole contact configuration, providing multiple switching paths for electrical load control. The compact structure makes it suitable for installation in distribution boards and electrical control systems.
The CE marking and EN61095 / IEC61095 standards are clearly indicated on the product.












