Cross Head

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Cross Head Specification

Power Source
Mechanical rotation (via crankshaft)

Automation Grade
Manual/Automated depending on system integration

Temperature Range
Operational temperature range suitable for engine systems

Accuracy
High accuracy mechanism for converting rotary motion into linear motion

Model No
Standard depending on engine/system

Feature
Enables precise control of piston motion within the cylinder

Capacity
Handles dynamic loads during piston movement

Core Components
Crank Crankpin Crosshead bearing Crosshead guides Piston + Piston Rod Cylinder

Warranty
Depends on manufacturer specifications

Frequency
Depends on operational engine RPM

Equipment Materials
Typically steel or alloy for durability and strength

Type
Mechanical component

Usage
Used in piston engines to translate rotary motion into linear motion

Dimension (L*W*H)
Varies depending on engine/system specifications

Weight
Variable based on size and material

About Cross Head

The Cross Head is a crucial mechanical component designed for piston engines, offering high accuracy in converting rotary motion into linear motion. Its core components include the crank, crankpin, Crosshead bearing, Crosshead guides, piston, piston rod, and cylinder. This versatile equipment, with an operational temperature range suitable for engine systems, allows for precise control of piston motion within the cylinder. Available in manual or automated grades depending on system requirements, the Cross Head is commonly used in engines to facilitate the translation of rotary motion efficiently. Crafted from durable materials like steel or alloy, it can handle dynamic loads during piston movement, ensuring optimal performance.