JLG 1001162959 Solenoid Valve Single Section

Overview
The JLG 1001162959 solenoid valve (single section) is a factory-specified hydraulic control valve section designed for use in JLG aerial work platforms, scissor lifts, boom lifts and other access equipment. Engineered to integrate seamlessly with JLG hydraulic systems, this valve section ensures reliable actuation, smooth operation and extended equipment life.

Key Features & Benefits

• OEM-authentic part: Directly specified by JLG, part number 1001162959 ensures compatibility with your machine’s hydraulic valve assembly.

• Single section design: Ideal for control valve assemblies requiring one section (e.g., frame level, outrigger, or other specific functions) as listed in JLG parts manuals.

• Reliable hydraulic control: Enables precise spool shifting via solenoid activation, supporting safe and efficient machine operations.

• High durability for job-site environments: Built for frequent cycling, heavy loads and rugged conditions inherent to aerial access and construction equipment.

• Minimises downtime: Using the correct OEM valve section helps ensure fast fitment, fewer retro-fits, and maintains machine integrity.

Applications
This valve section fits into the hydraulic control valve body of JLG lifts, particularly in configurations where part number 1001162959 is referenced as the “Frame Level Valve” section. Ideal for maintenance and repair of JLG platforms, rental fleets, service workshops and construction operations.

Installation & Maintenance Tips

• Before installation, verify your machine serial number and full parts list to confirm this valve section is correct for your model.

• Isolate hydraulic pressure and clean the valve cavity thoroughly before installing the new section, ensuring no contamination enters the system.

• After installation, cycle the function(s) associated with this valve section to verify proper spool shift, return to neutral and absence of leaks or drift.

• Maintain regular checks for hydraulic oil cleanliness and condition, as contaminated fluid may lead to premature wear of valve sections and solenoids.