Value Collection 840863-12 Coolant Hose Kit 13 in 3pc

Product Description

The VALUE COLLECTION 840863-12 is a three-piece coolant hose kit designed for use with Snap Flow modular hose systems in machine tool and industrial coolant delivery applications. The kit includes 12 hose element segments and a 1/2-inch round nozzle, assembled from polyoxymethylene (POM) — a rigid, chemically resistant engineering plastic well-suited for coolant exposure. The hose measures 13 inches in length with a 1/2-inch inside diameter and uses 1/2-inch NPT threaded connections for secure, leak-resistant attachment to coolant manifolds and machine ports.

This kit is intended for use with Snap Flow modular hose systems commonly found in CNC machining centers, lathes, mills, and similar machine tool setups where directed coolant flow is required at the cutting zone. The modular design allows the hose to be repositioned and locked into place without tools, making it practical for frequent adjustments during production runs. Installation is typically performed by machine operators or maintenance technicians in shop environments.

Key Features

• Polyoxymethylene (POM) construction resists coolant fluids and maintains rigidity under repeated repositioning
• 13-inch hose length with 1/2-inch inside diameter for directed coolant delivery
• 1/2-inch NPT thread standard ensures compatibility with standard coolant system fittings
• Includes 12 hose element segments plus a 1/2-inch round nozzle
• Modular snap-together design allows tool-free repositioning at the cutting zone
• 3-piece kit ships as a single package quantity

Compatibility

Designed for use with Snap Flow modular hose systems. Verify NPT thread size and hose inside diameter against existing coolant system components before installation.

Installation Notes

Shut off coolant flow and depressurize the coolant circuit before disconnecting or installing hose assemblies. Verify that NPT threaded connections are hand-tightened and then snugged with an appropriate wrench — do not overtighten POM fittings, as the material can crack under excessive torque. Confirm the nozzle is directed at the intended cutting zone and locked securely into position before resuming machine operation.