A remote seal assembly (12; 52) that connects a pressure transmitter with a process fluid (20; 56), the remote seal assembly comprising: a remote seal housing; a capillary tube (16; 70) that communicates a pressure of the process fluid to the pressure transmitter via a fill fluid; and a pressure diaphragm (26; 68) that isolates the process fluid from the fill fluid; the remote seal assembly being characterised by : a first quick connect coupling (38A; 38C) disposed between the remote seal housing and capillary tube that connects the capillary tube with the remote seal housing, wherein the quick connect coupling comprises mating male and female connectors, wherein the male and female connectors each include a valve , and wherein the valves prevent fluid flow from the capillary and the housing when the male and female connectors are disengaged and allow fluid flow from the capillary and the housing when the male and female connectors are engaged; and a second quick connect coupling (38B; 38D) disposed between the transmitter housing and capillary tube that connects the capillary tube with the transmitter housing, wherein the quick connect coupling comprises mating male and female connectors, wherein the male and female connectors each include a valve , and wherein the valves prevent fluid flow from the capillary and the housing when the male and female connectors are disengaged and allow fluid flow from the capillary and the housing when the male and female connectors are engaged. a remote seal housing; a capillary tube (16; 70) that communicates a pressure of the process fluid to the pressure transmitter via a fill fluid; and a pressure diaphragm (26; 68) that isolates the process fluid from the fill fluid; the remote seal assembly being characterised by : a first quick connect coupling (38A; 38C) disposed between the remote seal housing and capillary tube that connects the capillary tube with the remote seal housing, wherein the quick connect coupling comprises mating male and female connectors, wherein the male and female connectors each include a valve , and wherein the valves prevent fluid flow from the capillary and the housing when the male and female connectors are disengaged and allow fluid flow from the capillary and the housing when the male and female connectors are engaged; and a second quick connect coupling (38B; 38D) disposed between the transmitter housing and capillary tube that connects the capillary tube with the transmitter housing, wherein the quick connect coupling comprises mating male and female connectors, wherein the male and female connectors each include a valve , and wherein the valves prevent fluid flow from the capillary and the housing when the male and female connectors are disengaged and allow fluid flow from the capillary and the housing when the male and female connectors are engaged. a first quick connect coupling (38A; 38C) disposed between the remote seal housing and capillary tube that connects the capillary tube with the remote seal housing, wherein the quick connect coupling comprises mating male and female connectors, wherein the male and female connectors each include a valve , and wherein the valves prevent fluid flow from the capillary and the housing when the male and female connectors are disengaged and allow fluid flow from the capillary and the housing when the male and female connectors are engaged; and a second quick connect coupling (38B; 38D) disposed between the transmitter housing and capillary tube that connects the capillary tube with the transmitter housing, wherein the quick connect coupling comprises mating male and female connectors, wherein the male and female connectors each include a valve , and wherein the valves prevent fluid flow from the capillary and the housing when the male and female connectors are disengaged and allow fluid flow from the capillary and the housing when the male and female connectors are engaged. <EOS>