Kobelt 4602 - Hydraulic Servo Cylinder, Compact, Non-Hunting, Precise Throttle Control

Kobelt 4602 - Hydraulic Servo Cylinder, Compact, Non-Hunting, Precise Throttle Control

The Kobelt 4602 Hydraulic Servo Cylinder is a compact and highly efficient servo cylinder designed to control stiff throttles, particularly in mechanical governor systems. Unlike traditional push-pull cables that may generate excessive friction and hinder engine speed control, the 4602 provides seamless and precise fingertip control, with the output movement directly proportional to the input. This ensures smoother and more reliable engine speed adjustments, especially in heavy workload applications where push-pull cables fall short.

In addition to its primary use, the 4602 cylinder can be combined with the 3015 pressure hold-back valve to function as a throttle delay mechanism. This setup is particularly beneficial when the gear system has a differential oil pressure between neutral and engaged positions. The 3015 valve controls oil flow to the servo cylinder, activating the throttle mechanism only once the oil pressure reaches the required level, ensuring smoother gear engagement and throttle operation.

• Compact and Non-Hunting Design: Provides precise control for stiff throttles in mechanical governor systems.
• Proportional Output Movement: Ensures smooth and responsive throttle control, with output directly proportional to input.
• Throttle Delay Functionality: Can be used with a 3015 pressure hold-back valve for throttle delay in certain gear systems.
• Easy Installation and Operation: Simple to integrate into existing systems for improved engine control.
• Mechanical Actuation: Reliable and efficient mechanical actuation for various marine and industrial applications.

The Kobelt 4602 Hydraulic Servo Cylinder is an essential component for those seeking enhanced control over throttle mechanisms, offering a more efficient and user-friendly alternative to traditional cable systems. With its easy installation and smooth operation, it is ideal for demanding applications requiring precise and reliable throttle control.