STU1613-8 Strange Pickup Collar, 8 Magnet For 1603 & 1633 1.812 Dia

Description

Accurate magnetic signal pickup is critical for reliable driveline operation. This 8-magnet pickup collar is purpose-built to deliver consistent sensor engagement for Strange 1603 and 1633 assemblies, ensuring precise rotational data collection.

The collar’s 1.812-inch diameter allows seamless integration with designated driveshaft components, preventing fitment issues that could disrupt sensor performance. Its compact dimensions—15.00 cm length, 11.00 cm width, and 3.00 cm height—optimize space usage without compromising magnetic field strength.

Constructed to maintain a lightweight profile at just 0.1600 kg, this collar minimizes added mass, preserving drivetrain balance and responsiveness. The reliable Strange brand ensures material durability and magnetic stability under demanding transmission conditions.

• 8 embedded magnets provide strong, consistent magnetic fields for precise sensor triggering and accurate driveline speed measurement.
• Compatibility with Strange 1603 and 1633 models guarantees straightforward installation and optimal function within these systems.
• Compact 1.812-inch diameter fits exacting specifications to avoid misalignment or sensor signal loss.
• Lightweight design at 0.1600 kg supports drivetrain efficiency by reducing unnecessary rotational mass.
• Dimensions (15.00 cm x 11.00 cm x 3.00 cm) ensure proper clearance and integration within transmission and driveline assemblies.

This pickup collar is engineered to maintain consistent magnetic pickup signals, directly enhancing sensor accuracy and driveline performance. Its precise sizing and robust magnet count reduce the risk of signal dropouts or irregular sensor readings.

Integrate this part into your Strange 1603 or 1633 driveline setups to achieve dependable sensor operation and maintain optimal transmission data fidelity. The specific design parameters and quality materials provide confidence in long-term durability and performance under varying operating conditions.