General Configuration

FuLL

Pid

• Pb cell specific

• ti cell specific

• td cell specific

SP

• SP2 cell specific

  • Substrate 100

  • GaTip 100

• SP H cell specific

  • Substrate 850

  • GaTip 1100

• SP2.L 0

• SP2.H same as SP H

• SPrr cell specific (same as AMBER's Ramp)

• Hb.tY OFF

OP

• OP.Lo 0

• OP.Hi cell specific (same as AMBER's Max OP)

  • Substrate 100

  • GaTip 50

• OPrr off

• CYC.H 1.0

Edit

Al Hide

Atun Hide

Pid Hide

SP read

• SSEL Hide

• SP 1 Altr

• SP 2 Altr

• SP L Altr

• SP H Altr

• SP2.L Altr

• SP2.H Altr

• SPrr Altr

• Hb.tY Hide

iP Hide

oP read

• OP.Lo Altr

• OP.Hi Altr

• OPrr Hide

• Cyc.H Hide

• Ont.H Hide

cm5 Hide

inFo Hide

conF

inSt

• Ctrl Pid

• Act rEu

• Cool Lin

• ti.td Sec

• dtYP PU

• m-A Enab

• r-h Enab

• PwrF OFF

• Fwd.t none

• Sbr.t Hold

• FOP no

• bcd none

• GSch no (unless separate PID values are needed for idle and growth temps)

PV (looks like PU)

• units C

• sWx.P nnnn

• rng.L 0

• rng.H cell specific

  • 1700 for La, Lu

  • 1300 for In, Ga, Al, Bi, Si, Be

  • 1000 As Cracker

  • 900 for Substrate, Buffer HTS, LC Lamp

  • 600 for As SUB

iP

• inPt C tc (C type thermal couple)

• CJC auto

• imP auto

SP

• nSP 2

• rm.tr OFF

• m.tr OFF

• Pr.tr OFF

• rmP.U Pmin (per minute setpoint rate limit units)

• rmt none

AL

• Al 1 off

• Al 2 off

• Al 3 off

• Al 4 off

• Sbr.t Enab

PrOG

• default

LA

• Func Stby

Lb

• Func SP.2 (except LC Lamp and Buffer HTS)

HA

• Func mod

• Baud 9600

• Parity none

• rES Full

• dELY no

1A

• id dc.op

• Func heat

• VAL.L 0

• VAL.H 100

• unit volt

• Out.l 0

• Out.H 5

2A-3A

• default

Cal

• default

PASS

• default

New Eurotherm Type C Linearization Upload

• The new Eurotherms we use don't have the Type C linearization curves on them by default. This means we need to use a external software (provided by Schneider--Eurotherm) whenever we want to install/reconfigure a new eurotherm onto the system

  • The software is called iTools and can be downloaded at https://www.eurotherm.com/products/temperature-controllers-us/software-us/eurotherm-itools/

  • Click on the downloads tab, scroll down to the software icon, and download Eurotherm iTools

  • This software may be on the Leybold computer, but its free and not CPU intense

Procedure

1. Plug in usb-to-d’sub connector to the comms port on the back of the Eurotherm box (this is the connector where the rainbow cable is typically plugged in)

   1. There should be a labelled cable with the Leybold computer for this

2. Launch iTools Wizard-- may have to go through your directory where you installed iTools as it downloads several programs **This has only been tested on Windows

3. Connect to your device

   1. Ensure that the eurotherm is NOT in config mode

   2. To scan, select the option "connect via CPI clip or IR cable," it should pop up as a COMx, where x is the specific port number

4. When selected, it should prompt you to launch an iTools session, click Launch

5. From here, you're connected to the Eurotherm. Click on "Load" at the top of the screen

6. Navigate through your directory to locate the type C linearization file

   1. \Program Files (x86)\Eurotherm\iTools\Linearizations\Thermocouple

   2. Here you may have to select "All Files," we want an .mtb file, and the default is some other format

   3. Click on "t024 - WRe(5pc)-WRe(26pc) - Hoskins type C.mtb" and load it

7. It will now automatically load it onto the eurotherm. After the thermocouple is loaded, the linearization curve you added will be in the custom thermocouple address on the Eurotherm. Check that the Eurotherm correctly took the file by going to the Config/IP/inPt menu. The type C thermocouple might show up a few different ways, like “t24C” or “t024” or “C tc”. Different versions of the iTools software might label it differently, so you might need to check that the option shown is actually type C. Worst case scenario is you call/Email tech support for help.

Bravo PID and Ramp Rate Values

Echo PID and Ramp Rate Values