Product Description
The SB350 Gray Housing is a premium Anderson high-current connector enclosure designed for 36-volt electric lift truck battery systems. This gray polycarbonate housing provides mechanical keying, contact protection, and environmental sealing for demanding warehouse, dock, and cold storage applications. With IP64 environmental protection and operating range from -20°C to +105°C, it delivers reliable connectivity in wet-floor facilities and outdoor operations. The impact-resistant, UV-stabilized housing ensures long-term durability in material handling environments.
Frequently Asked Questions
Q: What is the SB350 housing SKU 49854-02 used for?
A: Housing SKU 49854-02 is the gray SB350 enclosure designed for Anderson high-current connectors in 36-volt electric lift truck systems. It provides mechanical keying, contact protection, and environmental sealing for outdoor and wet-floor applications.
Q: What environmental protection rating does housing 49854-02 have?
A: The SB350 gray housing SKU 49854-02 meets IP64 environmental protection standards, protecting against water jets and dust ingress. This rating makes it suitable for use in wet storage facilities, outdoor operations, and cold storage environments.
Q: What is the temperature operating range for housing 49854-02?
A: Housing SKU 49854-02 operates safely in temperatures from negative 20 degrees Celsius to positive 105 degrees Celsius, making it suitable for cold storage applications and heated indoor facilities.
Q: Is housing 49854-02 compatible with other connector sizes?
A: Housing SKU 49854-02 is the SB350 configuration and is specifically designed for SB350 connectors. Do not interchange with SB175 or other Anderson connector sizes as the mechanical keying and contact alignment will not match.
Q: How durable is the gray plastic material used in housing 49854-02?
A: The gray polycarbonate housing is impact-resistant and UV-stabilized for outdoor exposure. In normal material handling operations, the housing material remains durable for 5 to 7 years before potential discoloration or brittleness from extended UV exposure.
