BSBC7-50 Specification Feature ●Safe：Fully sealed with epoxy resin, contact and coil will not be oxidized, product performance is not affected by external environment, no arc outbursts, can be worked in explosive and harmful environment. ●Reliable：Adopt DC high voltage non-polarity design, the breaking capacity is higher and more reliable, convenient and reliable installation or wiring. ●Good for environment：All components meet the latest ROHS environmental requirements. ●Application ： Ordinary, quick charging, auxiliary contactor. Can be used in EV, charging equipment, photovoltaic system, etc....

Environmental characteristics Electrical characteristics

Short overload capacity curve Cut-off life curve of resistive load Life (cycles) Note: Except for special note, the ambient temperature of electrical durability test is 23℃, and the on-break ratio is: 1s: 9s

Horizontal mounting structure: schematic: no polarity requirement for each contact

outgoing line(white) coil outgoing line black norm l)r open auxiliary noiaaUv closed auillim mounting bole normally optn/normlly dosed common port schematic: no polarity requirement for each contact Note: Control coil wire length 300±20mmProduct without tolerance, when ^10mm, tolerance ±0.3mm When dimension between 10~50 mm, tolerance ±0.5mm When dimension^50mm, tolerance ±0.8mm 2025 V1.0

BSBC7-50 Specification Notice 1. Using spring washers to prevent loose screws when installing contactors. 2. The torque range for tightening screws is specified in the accompanying table. Exceeding the maximum torque may cause the product to break. There is no polarity requirement for the main contact and the lead of the control coil of this contactor. 3. The main contacts and control coil leads of this contactor are non-polarized, meaning there are no polarity requirements. 4. Products equipped with an economizer feature a built-in reverse surge absorption circuit, eliminating the need for an...

BSBC7-50 Specification resistance of the coil will increase, which will increase the product’s closed voltage, may cause excess of rated closed voltage. In this case, the following measures should be taken: Reduce the load current, limit the duration of continuous power or use coil voltage higher than the rated suction voltage. 10.For resistive load, the rated main contact rating shall apply, and for inductive load (L load) with L/R>1 millisecond, an inrush current protection device shall be connected to the inductive load in parallel. 11.The drive circuit power of the product coil must be greater...