Regulator-2Nd 1/2 Fpt In/Out 875K 11 Wc

These Excela-Flo™ second stage regulators are used to reduce outlet pressures from first stage regulators (normally 10 PSI) to 11” w.c. in domestic installations. All MEC second stage regulators are green indicating low outlet pressure. Second stage full size regulator vents have 3/4” FNPT tapped ports and our exclusive E-Zgrip screens located over the inlet. All MEC second stage domestic regulators feature a stainless steel inlet filter screen to reduce debris from passing through the regulator.

The MEGR-1622 Series offers optimal relief performance that exceeds UL test requirements providing double failure overpressure protection (no more than 2 PSI downstream pressure) when used with MEGR-1122H and MEGR-1622H Series First Stage regulators. All MEC Excela-Flo™ domestic regulators feature a 25 year recommended replacement life and our exclusive tear away leak check adhesive sticker.

MEGR-1622 Series full size second stage regulators have a large fabric reinforced diaphragm for superior downstream regulation, heavy duty wrench flats, and a large 3/4” FNPT tapped drip lip vent to help prevent relief valve blockage. The MEGR-1622 Series have both the inlet and outlet in line. 

 Type: Second Stage
 Maximum Inlet Pressure: 10 psig
 Exterior Finish: Green Powder Coat
 Interior Finish: Green Powder Coat
 Orifice Size: 0.219 
 Diaphragm: Fabric Reinforced (NBR) Molded Lip O-Ring Bonnet/Body Seal
 Relief Type: Internal Relief - Spring Loaded
 Bonnet / Body Material: Die Cast Aluminum
 Seat Material: Fluorocarbon (FKM)
 Listings: C ULUS / UL 144
 Mounting Holes: Standard 3-1/2” Center
 Pressure Taps: #54 Orifice 1/8” FNPT Plugged (2)
 Relief Travel Stop: Molded In Adjustment Cap: Black

Specifications
Brand Marshall Excelsior
Item Type Regulator
Regulator Type Second-Stage
Series MEGR-1622
Inlet Connection 1/2 IN FPT
Outlet Connection 1/2 IN FPT
Outlet Set Point 11 w.c.
Adjustment Range 9-13 w.c.
BTU/H 710,000
Vent Port 3/4 FPT
UL Listed Yes
Max Pressure 10 PSI
Pack Size 1.0000
UOM EA