Harting HART Han agg-QB-K Tapa o 09200030305

The HARTING Han 3A angled hood is a robust industrial connector housing engineered for reliable protection in demanding environments. Its die-cast aluminium body with powder coating delivers exceptional durability, while the single locking lever ensures secure mating. With an M20 metric cable entry and IP65/IP67 protection when mated, this hood safeguards connections against dust and water ingress, making it ideal for industrial machinery, automation systems, and outdoor installations.

Advantages

This hood offers a wide operating temperature range from -40 °C to +125 °C, ensuring performance in extreme conditions. The die-cast aluminium construction provides excellent mechanical strength and corrosion resistance, while the angled design facilitates cable routing in tight spaces. The single locking lever allows quick and secure connection, reducing installation time and preventing accidental disconnection. RoHS compliance and UL/CSA approval guarantee adherence to international safety and environmental standards.

Suitable for

• Industrial automation and control systems
• Robotics and machinery connections
• Outdoor equipment requiring IP67 protection
• Harsh environment applications with wide temperature fluctuations
• Han 3A series inserts and bases

Key specifications

• Series: Han 3A
• Product type: Angled hood
• Cable entry: M20 metric thread
• Material: Die-cast aluminium, powder-coated
• Colour: Black
• Locking type: Single locking lever
• Protection rating (mated): IP65 / IP67
• Temperature range: -40 °C to +125 °C
• Number of cable entries: 1
• Thread type: Metric
• Compatibility: Han 3A inserts and bases
• RoHS compliant: Yes
• UL/CSA approved: Yes
• Housing size: 3A
• Surface treatment: Powder-coated

Recommendations

For optimal performance, pair this hood with HARTING Han 3A inserts and bases. Ensure proper cable gland installation to maintain IP67 rating. Suitable for use in industrial environments where reliable connectivity and protection are critical.