Fleck
Fleck (60706-10) 2510 Brass DLFC-10 GPM
$178.96
The Fleck 60706-10 is a precision-engineered brass drain line flow control rated at 10 GPM, designed specifically for Fleck 2510 control valve systems. This component regulates backwash and regeneration flow rates to ensure your water softener cycles perform consistently and efficiently.
SPECIFICATIONS
Technical Details
| Part Number | Fleck 60706-10 |
| Compatible Valve | Fleck 2510 Series |
| Material | Brass Construction |
| Flow Rate | 10 Gallons Per Minute |
| Component Type | Drain Line Flow Control (DLFC) |
| Connection Type | Compression Fitting |
| Application | Backwash & Regeneration Regulation |
| Service Life | 5-7 Years Typical |
INSTALLATION & USE
Installation Process
- Shut off water supply to the softener and depressurize the system completely before beginning work.
- Remove the existing drain line flow control from the Fleck 2510 valve drain port using an adjustable wrench.
- Thread the Fleck 60706-10 brass DLFC into the drain port hand-tight, then snorkel wrench an additional quarter turn to seal.
- Attach the drain line tubing to the compression fitting on the flow control and tighten securely.
- Restore water supply and manually initiate a regeneration cycle to verify proper flow rate and confirm no leaks at connections.
COMPATIBILITY
System Requirements
This Fleck 60706-10 drain line flow control is engineered exclusively for use with Fleck 2510 and 2510SXT control valves. The 10 GPM rating makes it suitable for residential and light commercial water softener systems with standard drain line configurations. Not compatible with Fleck 5600, 7000, or 9000 series valves due to different port threading and flow requirements.
🔧 Pro Tip: Always verify your actual drain line flow capacity before selecting a DLFC rating. An oversized flow control can cause incomplete regeneration cycles, while an undersized unit may create back-pressure that damages the valve seal assembly. The 10 GPM model works best with half-inch drain lines under 20 feet in length.