OEM Amass LCB30 PB/PW - M/F Male Female Copper Silver Plated Crown Spring With Lock Buckle Anti loosening buckle For Wire Or Plate Manufacturer, Factories

Product Model:LCB30 Famale And Male Voltage Resistance: 1000V DC Insulation resistance: ≥2000MΩ Contact resistance:≤1MΩ Mechanical life: 100times Salt Spray:48h Withstand current:50A Current resistance: Temperature rise 85k, crimped 12AWG wire Protection level: IP40 Operational Temperature: -40℃~120℃ Flame Retardant Rating:UL94 V-0 Outer Hull: PBT Pinhole: Aldary,Elecreoplate:Red copper

Product Description

High current power control connector with silver plated copper layer for better current carrying efficiency
🛡️ High strength vibration resistance
💧 Waterproof design
❄️ -40 ℃ low temperature resilience
📐 Narrow space optimization
High current power control connector
Silver plated copper layer connector
LCB 30 connector series
LCB 30 Male LCB 30 Male
LCB 30 Female LCB 30 Famale
Frequently Asked Questions
What are the primary applications for the LCB 30 connector?
It is specifically designed for high-current power control in environments requiring waterproof protection, high vibration resistance, and installation in extremely narrow spaces.
How does the silver-plated copper layer improve performance?
The silver-plated copper layer significantly enhances current carrying efficiency and reduces electrical resistance, ensuring stable power transmission.
Can this connector operate in extreme weather conditions?
Yes, the connector is engineered to perform reliably in low temperatures down to -40 ℃ and features waterproof capabilities for harsh environments.
Is the LCB 30 suitable for vibration-heavy machinery?
Absolutely. The connector is built to withstand high-strength vibrations, making it ideal for industrial and mobile power applications.
What models are available in the LCB 30 series?
The series includes both LCB 30 Male and LCB 30 Female configurations to provide a complete connection solution for power control systems.
Is it difficult to install in tight spaces?
No, one of its core design advantages is its compatibility with extremely narrow space scenarios, allowing for flexible integration.

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