Emerson

The 100RB is a direct-acting, 2-way, normally closed valve. 100 RB valves are used for liquid or discharge gas refrigerant service.

Features

• One coil fits all valve sizes

• Extended ends for easy installation (standard)

• Long-life molded coils

• PTFE O-ring for superior external sealing Specifications

Specification

• Maximum fluid temperature: 250°F

• Maximum working pressure: 500 psig

• MOPD: 300 psig

• UL/CUL file number: MP 604 NOTE: Mounting enclosing tube more than 90° off vertical up position is not recommended.

Options

• SAE or ODF connection sizes in 1/4” and 3/8”, 1/4” NPTF

The 100RB is a direct-acting, 2-way, normally closed valve. 100 RB valves are used for liquid or discharge gas refrigerant service.

Features

• One coil fits all valve sizes

• Extended ends for easy installation (standard)

• Long-life molded coils

• PTFE O-ring for superior external sealing Specifications

Specification

• Maximum fluid temperature: 250°F

• Maximum working pressure: 500 psig

• MOPD: 300 psig

• UL/CUL file number: MP 604 NOTE: Mounting enclosing tube more than 90° off vertical up position is not recommended.

Options

• SAE or ODF connection sizes in 1/4” and 3/8”, 1/4” NPTF

Emerson-บอลวาล์ว

• Connection : 2-5/8" ODF

• 12.20 Lbs

Emerson-บอลวาล์ว

• Connection : 2-1/8" ODF

• 10.48 Lbs

Emerson-ตาแมวดูความชื้น

• Connection : 1/2" ODF

• MM = Male Flare x Male Flare

• TT  = Sweat x Sweat (OD Female)

• FM  = Female Flare x Male Flare

Emerson-ตาแมวดูความชื้น

• Connection : 3/8" ODF

• MM = Male Flare x Male Flare

• TT  = Sweat x Sweat (OD Female)

• FM  = Female Flare x Male Flare

Emerson-ตาแมวดูความชื้น

• Connection : 1/4" SAE

• MM = Male Flare x Male Flare

• TT  = Sweat x Sweat (OD Female)

• FM  = Female Flare x Male Flare

Emerson-ตาแมวดูความชื้น

• Connection : 1/2" SAE

• MM = Male Flare x Male Flare

• SS  = Sweat x Sweat (OD Female)

• FM  = Female Flare x Male Flare

Emerson-ตาแมวดูความชื้น

• Connection : 3/8" SAE

• MM = Male Flare x Male Flare

• SS  = Sweat x Sweat (OD Female)

• FM  = Female Flare x Male Flare