Sabio 2010D, Operation Manual

Page: 128 / 182

Serial Communications Page 7-26
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Where:
{dilution status} = {dil mfc ctl}, {dil mfc mon}, {o3 mfc ctl},
{o3 mfc mon}, {src mfc #}, {src mfc ctl},
{src mfc mon},{sys temp},
DDDDDDDDDD, SSSSSS
{ozone status} = {o3 temp ctl}, {o3 temp mon}, {o3 lamp ctl},
{o3 lamp curr}, {o3 lamp int}, {o3 conc ctl},
{o3 conc mon}
{perm status} = {perm mfc ctl}, {perm mfc mon},
{perm temp ctl}, {perm temp mon}, MMMM
{photo status} = {photo avg}, {lamp temp ctl},
{lamp temp mon}, {lamp curr ctl},
{lamp curr mon}, {lamp intensity},
{det samp}, {det ref},
{gas temp}, {gas pres}, {gas flow}, PPP
{gas status} = {total flow mon}, {num gases},
{prim gas name}, {prim gas conc},
{gas 2 name}, {gas 2 conc},
  
,
{gas N name}, {gas N conc}
And Where
:
Dilution Data Fields
{dil mfc ctl} = The diluent MFC setpoint (SCCM)
{dil mfc mon} = The measured diluent MFC flow (SCCM)
{o3 mfc ctl}
= The ozone MFC setpoint (SCCM)
{o3 mfc mon} = The measured ozone MFC flow (SCCM)
{src mfc #} = The source MFC number (1 or 2)
{src mfc ctl} = The source MFC setpoint (SCCM)
{src mfc mon} = The measured source MFC flow (SCCM)
{sys temp} = The system temperature
DDDDDDDDDD = The states of the dilution unit solenoid valves.
Each character is a 0 or 1, where 1 indicates that the
valve is on. From left to right, these bits correspond to
the following solenoid valves:
Diluent 1 Valve
Diluent 2 Valve