Re: [EXTERNAL] Epics support for DIGITEL MPCQ Ion Pump Controller and Televac MX 200 Vacuum Controller

[Mrinal Bera via Tech-talk <tech-talk@aps.anl.gov>]

Hi Brad and Abdalla, Thank you for your template and protocol files. I had to modify the files a little bit to make it work for MPCQ Pump. Best regards, Mrinal > On Feb 22, 2024, at 6: 00 AM, Webb, Brad <webbsb@ ornl. gov> wrote: >

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Hi Brad and Abdalla,
Thank you for your template and protocol files. I had to modify the files a little bit to make it work for MPCQ Pump.

Best regards,
Mrinal
 

> On Feb 22, 2024, at 6:00 AM, Webb, Brad <webbsb@ornl.gov> wrote:
>
> Hi
>
> At SNS we use the DIGITEL QPC Controller from Gamma vacuum.
>
> We use the serial interface via a digi/moxa.
>
> Attached is our streamdevice interface (i.e., xxx.proto and
> xxx.template)
>
> -Brad
>
> On Thu, 2024-02-22 at 00:50 +0000, Mrinal Bera via Tech-talk wrote:
>>  Did anybody write EPICS support for the following devices? 1) Gamma
>> DIGITEL MPCQ Ion Pump
>> Controller(https: //www. gammavacuum. com/products/digitel-
>> controllers/3335/digitel-mpcq?number=MPCQ1PS1U1SSNI&c=17669) 2)
>> Televac MX200 Vacuum Controller
>> ZjQcmQRYFpfptBannerStart
>>
>>    
>>
>>      
>>
>>       This Message Is From an External Sender
>>      
>>      
>>
>> This message came from outside your organization.
>>      
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>>  Did anybody write EPICS support for the following devices?
>> 1) Gamma DIGITEL MPCQ Ion Pump
>> Controller(https://www.gammavacuum.com/products/digitel-controllers/3335/digitel-mpcq?number=MPCQ1PS1U1SSNI&c=17669
>> )
>> 2) Televac MX200 Vacuum Controller
>> (https://www.frederickscompany.com/products/mx200/)
>>
>> Thanks,
>> Mrinal
>>
>> Mrinal Kanti Bera, PHD
>> Beamline Scientist and Research Associate Professor
>> NSF’s ChemMatCARS, Pritzker School of Molecular Engineering,
>> The University of Chicago
>> 9700 S. Cass Ave Bldg 434D
>> Argonne, IL-60439
>> United States
>> Phone: +1-630-252-0472
>>
>>
>>
>

record(stringin, "${P}:IP${N}:Model")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getModel(${ADDR}) GAMC")
 field(SCAN, "1 second")
}

record(stringin, "${P}:IP${N}:FirmwareVersion")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getFWV(${ADDR}) GAMC")
 field(SCAN, "1 second")
}

record(ai, "${P}:IP${N}:Current")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getCurrent(${ADDR},${S1}) GAMC")
 field(SCAN, "1 second")
 field(PREC, "0")
 field(EGU, "AMPS")
}

record(ai, "${P}:IP${N}:Pressure")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getPressure(${ADDR},${S1}) GAMC")
 field(SCAN, "1 second")
 field(PREC, "0")
 field(EGU, "Torr")
}

record(ai, "${P}:IP${N}:Voltage")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getVoltage(${ADDR},${S1}) GAMC")
 field(SCAN, "1 second")
 field(PREC, "0")
 field(EGU, "VOLTS")
}

record(mbbi, "${P}:IP${N}:Status")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getPumpStatus(${ADDR},${S1}) GAMC")
 field(SCAN, "1 second")
 field(ZRVL, "0")
 field(ONVL, "1")
 field(TWVL, "2")
 field(THVL, "3")
 field(FRVL, "4")
#String Vals
 field(ZRST, "STANDBY")
 field(ONST, "STARTING")
 field(TWST, "RUNNING")
 field(THST, "COOLDOWN")
 field(FRST, "ERROR")
 #String Severities
 field(ZRSV, "NO_ALARM")
 field(ONSV, "MINOR")
 field(TWSV, "NO_ALARM")
 field(THSV, "MINOR")
 field(FRSV, "MAJOR")
}

record(ai, "${P}:IP${N}:PumpSize")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getPumpSize(${ADDR},${S1}) GAMC")
 field(SCAN, "1 second")
 field(PREC, "0")
 field(EGU, "L/S")
}

record(ai, "${P}:IP${N}:PressureFactor")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getPumpPressureFactor(${ADDR},${S1}) GAMC")
 field(SCAN, "1 second")
 field(PREC, "2")
}

record(stringin, "${P}:IP${N}:AutoRestart")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getAutoRestartStr(${ADDR},${S1}) GAMC")
 field(SCAN, "1 second")
}

record(ai, "${P}:IP${N}:CurrentLimit")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getPumpCurrentLimit(${ADDR},${S1}) GAMC")
 field(SCAN, "1 second")
 field(PREC, "0")
 field(EGU, "mA")
}

record(ai, "${P}:IP${N}:GetSetpoint")
{
 field(DTYP, "stream")
 field(INP, "@gamm1.proto getSetpoint(${ADDR},${S1},${S2},${P},${N}) GAMC")
 field(SCAN, "1 second")
 field(PREC, "0")
}

record(ai, "${P}:IP${N}:Relay${S1}OnPressure")
{
 field(EGU, "Torr")
}

record(ai, "${P}:IP${N}:Relay${S1}OffPressure")
{
 field(EGU, "Torr")
}

record(ai, "${P}:IP${N}:Relay${S1}State")
{
}

record(calcout, "${P}:IP${N}:Relay${S1}OnCalc")
{
 field(DTYP, "stream")
 field(SCAN, "Passive")
 field(INPA, "${P}:IP${N}:Relay${S1}OnPressureSetpoint")
 field(INPB, "${P}:IP${N}:Relay${S1}OffPressure")
 field(CALC, "0")
 field(OUT, "@gamm1.proto SetSetpoint(${ADDR},${S1},${S2}) GAMC")
}

record(ao, "${P}:IP${N}:Relay${S1}OnPressureSetpoint")
{
 field(FLNK, "${P}:IP${N}:Relay${S1}OnCalc")
 field(PREC, "2")
}

record(calcout, "${P}:IP${N}:Relay${S1}OffCalc")
{
 field(DTYP, "stream")
 field(SCAN, "Passive")
 field(INPA, "${P}:IP${N}:Relay${S1}OnPressure")
 field(INPB, "${P}:IP${N}:Relay${S1}OffPressureSetpoint")
 field(CALC, "0")
 field(OUT, "@gamm1.proto SetSetpoint(${ADDR},${S1},${S2}) GAMC")
}

record(ao, "${P}:IP${N}:Relay${S1}OffPressureSetpoint")
{
 field(FLNK, "${P}:IP${N}:Relay${S1}OffCalc")
 field(PREC, "2")
}



record(bo, "${P}:IP${N}:HighVoltageOn")
{
 field(DTYP, "stream")
 field(OUT, "@gamm1.proto HvTurnOn(${ADDR},${S1}) GAMC")
 field(SCAN, "Passive")
 field(HIGH, "1")
}

record(bo, "${P}:IP${N}:HighVoltageOff")
{
 field(DTYP, "stream")
 field(OUT, "@gamm1.proto HvTurnOff(${ADDR},${S1}) GAMC")
 field(SCAN, "Passive")
 field(HIGH, "1")
}


Terminator = CR;
#InTerminator = LF;
ReplyTimeout = 10000;
ReadTimeout = 10000;

#in "^[0-9]{2} OK 00 ([0-9]+.[a-zA-Z0-9-]+) (TORR|MBAR|PASCAL) [a-zA-Z0-9]{2}"
#in "%*s%*s%*s%s%*s%*s";
#in "\$1 OK 00 %s QPC %0<sum8>";

getModel
{
    out "~ \$1 01 %01.0<sum8>";
    in "\$1 OK 00 %/DIGITEL QPC/ %0<sum8>";
}

getFWV
{
    out "~ \$1 02 %01.0<sum8>";
    in "\$1 OK 00 FIRMWARE VERSION: %s %0<sum8>";
}


getCurrent
{
    out "~ \$1 0A \$2 %01.0<sum8>";
    in "\$1 OK 00 %e %*s %0<sum8>";
}

getPressure
{
    out "~ \$1 0B \$2 %01.0<sum8>";
    in "\$1 OK 00 %e %*s %0<sum8>";
}

getVoltage
{
    out "~ \$1 0C \$2 %01.0<sum8>";
    in "\$1 OK 00 %d %0<sum8>";
}

getPumpStatus
{
    out "~ \$1 0D \$2,00 %01.0<sum8>";
    in "\$1 OK 00 %d %0<sum8>";
}

# ~ 08 11 1 00
# 08 OK 00 300 L/S 63

getPumpSize
{
    out "~ \$1 11 \$2 %01.0<sum8>";
    in "\$1 OK 00 %d %*s %0<sum8>";
}

getPumpPressureFactor
{
    out "~ \$1 1D \$2 %01.0<sum8>";
    in "\$1 OK 00 %f %0<sum8>";
}

getAutoRestartStr
{
    out "~ \$1 34 \$2 %01.0<sum8>";
    in "\$1 OK 00 %s %0<sum8>";
}

getPumpCurrentLimit
{
    out "~ \$1 43 \$2 %01.0<sum8>";
    in "\$1 OK 00 %d %0<sum8>";
}

getSetpoint
{
    out "~ \$1 3b \$2 %01.0<sum8>";
    in "\$1 OK 00 \$3,1,\$3,%(\$4:IP\$5:Relay\$2OnPressure)e,%(\$4:IP\$5:Relay\$2OffPressure)e,%(\$4:IP\$5:Relay\$2State)d %0<sum8>";
}

SetSetpoint
{
    out "~ \$1 3b \$3,1,\$3,%(A)e,%(B)e %01.0<sum8>";
    in "\$1 OK 00 %0<sum8>";
}


HvTurnOn
{
    out "~ \$1 37 \$2 %01.0<sum8>";
    in "\$1 OK 00 %0<sum8>";
}

HvTurnOff
{
    out "~ \$1 38 \$2 %01.0<sum8>";
    in "\$1 OK 00 %0<sum8>";
}