Aftermarket 244883 Quicklinc Outlet Adapter
This page describes an aftermarket divider valve outlet adapter that cross-references the Lincoln 244883. Lincoln is a trademark of its respective owner. This is an aftermarket adapter, not manufactured, sponsored, or endorsed by Lincoln. 244883 designations are for cross-reference identification only. The adapter screws into Lincoln progressive divider valves via an M10 x 1 male thread, provides a tool-free push-in connection for 1/4 inch OD nylon tubing, and includes an integrated check valve to prevent backflow between cycles.
Automated Versus Manual Systems
The critical distinction is between the 244883 and the 244884. The 244883 with check valve is strictly for automated systems supplied by electric or pneumatic pumps. For manual systems fed by hand grease guns or pneumatic lever guns, Lincoln specifies the 244884 without check valve. Using the wrong adapter causes system malfunction. A checked adapter resists manual greasing, while an unchecked adapter allows backflow in automated systems.
Specifications
| Part number | 244883 |
| Type | Divider valve outlet adapter with integrated check valve |
| System | Automated centralized lubrication, Quicklub progressive |
| Valve connection | M10 x 1 male |
| Tubing connection | Quicklinc push-in for 1/4 inch OD nylon tubing |
| Check valve | Integrated |
| Material | Carbon steel black galvanized standard, stainless available |
| Max system operating pressure | 350 bar (5,076 psi) |
| Operating temperature | -25 to +70 C |
What the Check Valve Does
The integrated check valve prevents lubricant from returning into the divider between cycles. It maintains divider pressure after each discharge. This keeps metering consistent per cycle by enforcing one-way flow from the valve outlet to the tubing.
Installation
Depressurize the system before starting. Screw the M10 x 1 male thread into the divider outlet. Push the 1/4 inch OD nylon tube into the Quicklinc connection until it seats. Pull gently to confirm retention. To release tubing, press the release collar. See the SSV divider valve guide for valve-level replacement steps.
What to Confirm Before Ordering
Confirm your system is automated. If it is manual, order the 244884 without check valve. Confirm the divider valve outlet is M10 x 1. Confirm the tubing is 1/4 inch OD nylon, not steel. Confirm system pressure is within 350 bar. For broader system context, review progressive lubrication systems. If your installation varies from these values, contact the team before ordering.
Frequently Asked Questions
What is the difference between the 244883 and the 244884?
The 244883 has a check valve for automated systems. The 244884 has no check valve and is for manual systems.
What happens if I install the wrong adapter?
The system will malfunction. A checked adapter blocks manual guns, while an unchecked adapter backflows in automated systems.
What tubing fits this adapter?
This adapter takes 1/4 inch OD nylon tubing. Connection is push-in Quicklinc style.
What thread connects to the divider valve?
The divider connection is M10 x 1 male. It screws directly into the outlet port.
What is the maximum system pressure?
The maximum system operating pressure is 350 bar. That equals 5,076 psi.
Can I use steel tubing with this adapter?
No, this adapter is for nylon push-in tubing. The 272658 style suits steel tubing.
What does the check valve do?
It prevents backflow between cycles. It keeps metering consistent by maintaining divider pressure.
How do I release the tube from the adapter?
Press the release collar on the Quicklinc connection. Then pull the tubing out gently.
What divider valves fit this adapter?
Lincoln progressive divider valve outlets with M10 x 1 threads fit. Confirm your outlet thread before ordering.
Who builds this adapter, and how do I get a quotation?
IsoHiTech Lubrication Systems, founded in 2023, engineering since 2006, builds and supports every unit. Email inquiry@isohitech.com for specifications and a quotation.
Contact the team with your divider valve model and tube type.







