Regulator-2Nd 1/2X1/2Fpt 2Psi 1.1M Die

SENTINELā„¢ Series 2 PSI Second Stage Dielectric Regulators are used to reduce outlet pressures from first stage regulators (normally 10 PSI) to nominal 2 PSI in domestic installations. 2 PSI service regulators are used in conjunction with an LPG line regulator either at the indoor appliance or a remote manifold distribution header inlet. All MEC SENTINELā„¢ 2 PSI Series second stage regulators are white with yellow inlet connections indicating 2 PSI outlet pressure and dielectric separation. 2 PSI service regulators have 3/4ā€ FNPT tapped vents and our exclusive E-Z grip screens located over the inlet. All MEC SENTINELā„¢ Series 2 PSI SERVICE regulators feature a stainless steel inlet filter screen to reduce debris from passing through the regulator. Both the MEGR-1622ED and the MEGR-1652ED Series regulators offer optimal relief performance that well exceeds UL test requirements. All MEC Excela-Floā„¢ domestic regulators feature a 25-year recommended replacement life and our exclusive
tear away leak check adhesive sticker.

SENTINELā„¢ Series 2 PSI Second Stage Dielectric Regulators feature an integral dielectric inlet connection designed to isolate upstream metallic piping from electrical current prior to piping entering a building in compliance with NFPA58 - 2017 section 6.11.316. Since the FNPT inlet serves as the dielectric separation media, any standard MNPT threaded connector or valve can be installed without a separate dielectric union. All models feature the same basic footprint measurement from inlet to outlet as standard Excela-Floā„¢ Second Stage regulators, making it ideal for regulator change-outs.

1622ED Series features an inline inlet and outlet orientation.

Specifications
Brand Marshall Excelsior
Item Type Regulator
Regulator Type 2-PSI Dielectric
Series MEGR-1622ED
Inlet Connection 1/2 IN FPT
Outlet Connection 1/2 IN FPT
Outlet Set Point 2 PSI
Adjustment Range 1-2.2 PSI
BTU/H 1,100,000
Vent Port 3/4 FPT
UL Listed Yes
Max Pressure 10 PSI
Pack Size 1.0000
UOM EA