Product Description
CONNECTOR (SBX350 2/0 GRAY)
Specifications
Part Numbers & Compatibility
| Make | Brad Harrison, Molex |
| Primary Applications | Battery disconnect circuits, motor power connections, charger interfaces |
Electrical Specifications
| Connector Type | SBX350 Series |
| Amperage Capacity | 150-200 Amperes (2/0 gauge typical) |
| Compatible Voltage Systems | 36V, 48V, 80V |
Performance Specifications
| Cable Size Rating | 2/0 Gauge |
Additional Specifications
| Insulation Color | Gray |
| Terminal Material | Tinned Copper |
| Insulation Material | Polyvinyl Chloride (PVC) |
| Corrosion Resistance | Tinned copper and PVC resist moisture, battery acid, vibration |
Frequently Asked Questions
Q: What makes and models is the 59210 compatible with?
A: The 59210 is compatible with electric forklifts from Brad Harrison and Molex. It is commonly used in main battery disconnect circuits, motor power connections, and high-current charger interfaces.
Q: What materials is the 59210 made from?
A: The 59210 uses tinned copper terminals for corrosion resistance and secure mechanical locking mechanisms. Gray polyvinyl chloride (pvc) insulation provides electrical safety and environmental protection, resisting moisture, battery acid, and operational vibration.
Q: How do I know if the 59210 is the right replacement part for my equipment?
A: Verify that the 59210 fits your 2/0 gauge power cables and matches the existing connector interface on your equipment. Inspect the terminal for corrosion or damage before installation, and ensure the gray insulation matches the polarity coding in your electrical diagram.
Q: What are common failure symptoms of the 59210?
A: Signs of degradation include intermittent power loss, overheating at the connection point, visible corrosion on terminals, or pitting on contact surfaces. Battery acid splash and moisture can cause internal corrosion, leading to poor connections and increased electrical resistance.
Q: What are the typical applications for the 59210?
A: The 59210 is typically used in high-current power distribution systems for electric lift trucks, battery charging systems, and motor circuits. It is designed to handle demanding electrical environments in material handling equipment.
