34 Row Universal Oil Cooler 330mm L x 265mm H x 51mm D. -10 Female ORB Threads.

34-Row Universal Oil Cooler (330mm L x 265mm H x 51mm D) -10 Female ORB

Engineered for demanding performance, this 34-row stack-plate oil cooler delivers dependable thermal management for engines, transmissions, and hydraulic systems. The 34-row core combined with a compact footprint ensures substantial cooling capacity without overwhelming mounting space.

With -10 Female ORB connections, it’s designed for broad compatibility across many setups, from high-performance builds to heavy-use fleets.

Key features

• 34-row stack-plate design for enhanced heat rejection
• Compact overall size: 330 mm (L) x 265 mm (H) x 51 mm (D)
• -10 Female ORB connection standard
• Fully brazed on all contact surfaces inside and out
• Brazed seam engineered to resist leaks and maintain performance under continuous vibration and pulsation
• Performance rating: 59,000 BTU/hour
• Max working pressure: 10 Bar (1 MPa, 145 PSI); Burst pressure: 25 Bar (2.5 MPa, 362 PSI)

Durability and reliability

The fully brazed construction ensures uniform thermal transfer and exceptional durability in high-vibration environments. The brazed seam provides a robust seal that remains leak-free under pulsations, making it suitable for engines, transmissions, and hydraulic systems across a wide range of applications.

Applications & use cases

• Ideal for performance vehicles and heavy-use applications where maintaining optimal coolant temperatures is critical
• Suitable for engines, transmissions, motor homes, tow vehicles, passenger cars, and motorcycles
• Suitable across powertrains and hydraulic systems to help extend component life and stabilize performance under demanding conditions

Why choose this oil cooler

Choose this unit for a balance of high cooling capacity and compact packaging, resilient performance under vibration, and versatile -10 ORB compatibility. It’s built to keep critical components within their ideal temperature range, helping you achieve more consistent performance in demanding scenarios.