Connection Rod, Lower Part – P/N: 4101A# DENO Compressor
- Payment by invoice possible
- Not currently in stock, contact us for factory lead times
- Payment by invoice possible
- In stock at factory, ready to ship in estimated 1-2 weeks, contact us for expedited options
- Del Rey is proud to be the exclusive distributor of Waagene products
- Payment by invoice possible
- Low quantities typically kept on hand; please contact us for availability at lead time
- Authorized MiniBOOSTER distributor & hydraulic excellence partner
Product Description
The Connection Rod, Lower Part (P/N: 4101A#) DENO Compressor is an essential mechanical component of the DENO L2-35 compressor, working in tandem with the upper connection rod to link the piston to the crankshaft. This connection is fundamental for converting linear motion into rotational motion, enabling the compressor’s core functionality.
The Lower Connection Rod is constructed to endure high-pressure loads and operational stresses while maintaining precise alignment and smooth motion. Designed for durability, this component ensures reliable performance during continuous operation, contributing to the efficiency and longevity of the compressor system.
Additional information
Product Details
- Part Number: 4101A#
- Deno Part Number: 4101B
- Compatible Compressor Model: L2-35
Key Features
- Robust Construction: Engineered to withstand the demanding forces of high-pressure compressor operations.
- Precision Fit: Guarantees accurate alignment and smooth interaction with the upper rod and crankshaft.
- Long Service Life: Built for durability, even under constant and intensive use.
Applications
The Lower Connection Rod (P/N: 4101A#) DENO Compressor plays a critical role in the mechanical operation of the DENO L2-35 compressor. By ensuring a secure and efficient connection between the piston and the crankshaft, it facilitates effective compression cycles, supporting the compressor’s performance in industrial and heavy-duty environments. Its reliable construction is vital for maintaining system stability and operational efficiency.
