I N T E R F A C E

D E S C R I P T I O N

jins80e1-e (1309)

Catalog No.
550-300A
550-310A
550-330A

from software version
V 1.74Modul1000
Helium Leak Detector

Preface

1-12Interface Connecting Cable

1-2

3

ASCII Protocol

1-3

3.1
3.2
3.3
3.4
3.5
3.5.1
3.5.2

Command Format
Error Messages
ExamplesCommand List ASCII Mode
Calibration
Internal Automatic Calibration
External Calibration

1-3
1-4
1-4
1-4
1-13
1-13
1-13

4

Binary Protocol

1-14

4.1
4.2
4.3
4.4
4.5

Command Structure
ExamplesData Format
Error Messages
Command List

1-14
1-14
1-15
1-16
1-16

5

Trouble Shooting

1-25

5.1
5.2

CommonASCII Protocol

1-25
1-26

6

List of menu parameter and ASCII/Binary protocol 1-27

ins80e1fm9.fm(1309)

1

INTERFACE DESCRIPTION

Content

1-2

Content

1

Preface

Operating ManualThis document describes the RS232 interface of the Modul1000 and the "ASCII" and"Binary" communication protocol.
In case the leak detector shall be controlled via RS232 (for example START, STOP,
ZERO, etc.), select control location "RS232" or "local and RS232" at the leak detector(see Technical Handbook).
Both interface protocols use these communication parameters:
19200 baud, 8 data bits, 1 stop bit, no parity
You can select between two RS232 protocols:
The ASCII protocol is a human readable protocol, which can be used with asimple terminal program. It is similar to SCPI (Standard Commands for
Programmable Instruments), a standard protocol widely used for measuring
equipment.

•

The binary protocol is optimized for secure and fast communication between theleak detector and a PC or PLC.

jins80e2_fm9.fm(1309)•

Preface1-12Interface Connecting Cable

Pin
2
3
5

Name
RXD
TXD
GND

SignalReceive data (Modul1000  PC)
Transmit data (PC  Modul1000)
Reference ground

Operating Manual

The interface (RS232) is wired as data communication equipment (DCE). The
connection is made via a 9-way sub-D socket at the leak detector. The signals are
assigned as follows:

The other pins are not used.
The levels on the RS 232 interface are defined as follows:
Level
Voltage range
Logic state
Level designation

Low (L)-3V … - 25V
logical 1
MarkHigh (H)
3V … 25V
logical 0
Space

RS232 Connecting Cable
A standard RS232 cable can be used (straight-through connecting cable, RxD and
TxD not crossed).
The RS232 hardware handshake must be switched off (in RS232 control program
written by the user).

(1309)

If switching off of the hardware handshake is not possible, an RS232 connecting
cable wired as follows may also be used:

jins80e2_fm9.fm

Fig. 1-1 RS232 Connecting Cable

1-2

Interface Connecting Cable

3

ASCII Protocol

3.1

Command Format

Operating Manual

In ASCII protocol any command starts with « * » (ASCII code 42dec/2Ahex) and isfinished with the end sign CR (ASCII code 13dex/0Dhex). There is no differentiation
between upper and lower case. A blank is required between the command and theparameter, no other blanks are allowed.
There is a short and an extended form of the command. Either the short or theextended command must be used, no other abbreviations are allowed (the short form
is here written in capitals but the software don’t differ between upper and lower
cases). Command Words have to be separated by a colon. A command can becomposed of up to three words. Parameters have to be separated by a comma.
Each command is answered with the requested data „ok“ or „EXX“ (in case of anerror). For a list of all error message see section 3.2. The transmission can becancelled and the receive-buffer will be cleared with ESC (ASCII code 27dec/1Bhex),^C (ASCII code 3dec/03hex) or ^X (ASCII code 24dec/18hex).
Some commands can be used as queries, some can be used to set menu parameterand some can be used for both. A query is marked by a „?“ (ASCII code 63dec/
3Fhex) after the command, for setting data the command has to be followed by the
new value to be set.
Parameter can be Boolean or numerical:<b>

Boolean<No>

Numeric representation format: integer, real (15.6) or exponential (4.5E-7)
Format: [space] [sign] [ddd] [.] [ddd] [e[sign]ddd] (d: digit)

0 / 1 or OFF / ON

NoticeAlways use a point as the decimal marker. If a comma is used during
numerical data entry, the conversion of the number is cancelled at thispoint and only the integer part of the number will be used.

Timing recommendations for the PC/PLC - Program:
Sample rate >100 ms
Timeout between request and answer from Modul1000: 1500 ms(1309)

After sending a command the answer must be waited for before sending a newcommand. Otherwise the receive buffer may be overwritten.

jins80e2_fm9.fm

3.2

Error Messages
Message
OK
E01
E02
E03
E04
E05
E06
E07

Meaningcommand completed
wrong command start (no "*")
illegal blankcommand word 1 illegal
command word 2 illegal
command word 3 illegal
control by RS232 not enabled
argument faulty

ASCII Protocol

1-3answer
MEAS (CR)MEAS (CR)*read? (CR)2.876E-7 (CR)*read:pa*m3/s? (CR)*start (CR)*conf:trig1? (CR)*conf:trig1 2.0E-9 (CR)2.876E-6 (CR)
OK (CR)
1.0E-9
OK

mode
mode
leak rate according toprogrammed unit
leak rate in a different unit
start messurment
retrieve trigger 1
set trigger 1

Command List ASCII Mode

CommandModul1000/Meaning*CAL*CAL:AUTO*CAL:MAN*CLS*CONFig:ALARMDelay*CONFig:AUDio*CONFig:BACKGround*CONFig:BEEP*CONFig:CALAccess*CONFig:CALleak*CONFig:CALleak:EXTSniff*CONFig:CALleak:EXTVac*CONFig:CALleak:INT*CONFig:CALREQ*CONFig:CALSETTINGTime*CONFig:CAThode*CONFig:COMMANDPress:A*CONFig:COMMANDPress:B*CONFig:COMMANDPress:C*CONFig:COMMANDPress:D*CONFig:COMMANDPress:E*CONFig:COMMANDPress:F*CONFig:COMMANDPress:G*CONFig:COMMANDTime:A*CONFig:COMMANDTime:B*CONFig:COMMANDTime:C

1-4

Command*stat? (CR)*status? (CR)ASCII Protocol

In Standby: internal automatic calibration; In Measure: external manual
calibration
In Standby: internal automatic calibration; In Measure: external automatic
calibration
In Standby: internal manual calibration; In Measure: external manual
calibration
Clear Error
Alarm delay after evacuation [s]Audio alarm type (PIN, SET, TRIG, PROP)
Background display (OFF, ON)
Beep-sound (OFF, ON)
CAL access (OFF, ON)
Leak rate of external test leak
External test leak in sniff mode
External test leak in vacuum mode
Internal test leak in mbar*l/s
Calibration request (OFF,ON)
Time for transient effect at automatic calibration
Cathode (1,2)
p_A Gross leak test pressure
p_B Evacuation pressure
p_C Charging pressure
p_D Discharging pressure
p_E Pressure drop trigger
p_F
p_G
t_A Time for gross leak test
t_B Evacuation time
t_C Charging time

Read /
Set
S
S
S
S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S

(1309)

3.4

Examplesjins80e2_fm9.fm

3.3

Meaningcommand completed
no data available
error buffer overflow
command invalid
query not allowed
only query allowed
not yet implemented

Operating Manual

Message
OK
E08
E09
E10
E11
E12
E13

Operating Manual

CommandModul1000/Meaning*CONFig:COMMANDTime:D*CONFig:COMMANDTime:E*CONFig:COMMANDTime:F*CONFig:COMMANDTime:G*CONFig:CONTrol*CONFig:ICAL

t_D Discharging time
t_E Venting time
t_F Ready to test
t_G Measurement period
location of control (LOCAL, RS232, PLC, LOCAL/RS232, LOCAL/PLC)
Type of filter ON=I*CAL, OFF=fixed
Language (ENGlish, DEUtch, FRAncais, ITAliano, POLski, KATakana,*CONFig:LANGuage
CHInese, ESPanol)*CONFig:LCDAutorange
Display range auto / manual*CONFig:LCDContrast
LCD contrast (0-99)*CONFig:LCDDECades
Number of display decades*CONFig:LCDInvert
Invert display*CONFig:LCDSCALELog
Display scale lin. / log.
*CONFig:LIMITLOW
Lower display limit*CONFig:MAINTenance:DEVICE Service message for device (ON,OFF)*CONFig:MAINTenance:FILTER
Service message for air filter (ON,OFF)*CONFig:MAINTenance:TURBO Service message for TMP (ON,OFF)*CONFig:MASS
Mass (2 (H2), 3, 4(Helium))*CONFig:MFAE
Actual anode potential reference [V]*CONFig:MFAE:M2
Anode potential reference [V] mass 2*CONFig:MFAE:M3
Anode potential reference [V] mass 3*CONFig:MFAE:M4
Anode potential reference [V] mass 4*CONFig:MINVOLume
Minimum audio volume*CONFig:MODE
Mode (VAC, SNIFF, COMMANDER, AUTO)*CONFig:PARTCOUNTPart number counting (ON,OFF)*CONFig:PARTIALFlow:EVACuati Configuration of partial flow pump for evacuating (Fore_PUMP,on
Fore_AND_Partial_flow_PUMP, Partial_flow_PUMP)
Configuration of partial flow pump for measuring mode (Fore_PUMP,*CONFig:PARTIALFlow:MEASure
Fore_AND_Partial_flow_PUMP)*CONFig:PARTNO
Part number*CONFig:PEXT1:FULLP
Pressure when external pressure sensor is rejecting fully
Voltage when external pressure sensor is rejecting fully

Read /
Set
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S

[V]
*CONFig:PEXT1:FULLU

If the external pressure sensor provides a current as

R/S

output signal, the result must be multiplied by 500 Ohm(1309)

to get the voltage.
*CONFig:PEXT1:ZEROP

e.g.: 20 mA * 500 Ohm = 10 V
Pressure at zero point of external pressure sensor
Voltage at zero point when external pressure sensor is

R/S

rejecting fully [V]*CONFig:PEXT1:ZEROU

If the external pressure sensor provides a current as

R/S

output signal, the result must be multiplied by 500 Ohm
to get the voltage.

jins80e2_fm9.fm*CONFig:PEXT1:CHARacteristic

e.g.: 20 mA * 500 Ohm = 10 V
Characterisitc of the external pressure sensor(LIN_VOLTAGE, LOG_VOLTAGE, LIN_CURRENT, LOG_CURRENT)ASCII Protocol

R/S

1-5

Command

Modul1000/Meaning

Read /
Set

Assignment of PLC-inputs*CONFig:PLCINLINK*CONFig:PLCINLINK:4 for PLC input Pin4

R/S

...
*CONFig:PLCINLINK:10 for PLC input Pin10
Assignment of PLC-outputs

Operating Manual*CONFig:PLCINLINK:3 for PLC input Pin3

*CONFig:PLCOUTLINK:3 for Pin 3*CONFig:PLCOUTLINK*CONFig:PLCOUTLINK:4 for Pin 4

R/S

...
*CONFig:PLCOUTLINK:14 for Pin 14*CONFig:PURGESETTLINGTime*CONFig:RECorder:LINK1_2*CONFig:RECorder:LINK3_4*CONFig:RECorder:ONLYMEAS*CONFig:RECorder:SCALE*CONFig:RECorder:UPPEREXP*CONFig:RS232*CONFig:SERIESErrmsg*CONFig:SUPPRession*CONFig:SUPPRession:AUTOLe
aktest*CONFig:SUPPRession:COMMA
nder*CONFig:TESTINGTime*CONFig:TIMEAXIS*CONFig:TRIGger1*CONFig:TRIGger2*CONFig:TRIGger3*CONFig:UNIT:LR*CONFig:UNIT:Pressure*CONFig:VENTdelay*CONFig:VOLume*CONFig:ZERO*HOUR:DATE*HOUR:DEVice*HOUR:POWer*HOUR:RUNUP*HOUR:SERVice:FILTER*HOUR:SERVice:DEVICE

1-6

ASCII Protocol

R/S

Contamination protection limit
Maximum evacuation time (0 means infinite)
Maximum evacuation time to 100 mbar
Maximum pressure in sniff
Minimum pressure in sniff
Automatic purge (PURGE_MANUAL, PURGE_AUTO,GAS_BALLAST_MANUAL)
Time from closing the purge valve to opening the valve V2 (2 ... 20s)
Function at analog output pin 1-2(OFF, P1, P2, MANT, EXP, LR_LIN,
LR_LOG, P1_L200, P2_L200)
Function at analog output pin 3-4(OFF, P1, P2, MANT, EXP, LR_LIN,
LR_LOG, P1_L200, P2_L200)
Leak rate output at recorder output only in measure mode(OFF, ON)
Recorder output scaling
Upper Exponent for recorder output
RS232 protocol (ASCII, BINARY, UL2XX, LOCAL)
Series error message for mode AutoLeakTest. “0” means “deactivated”
Offset suppression at start (OFF, INTERN, INLET)

R/S
R/S
R/S
R/S
R/S

Offset suppression for aoto leak test (on, off)

R/S

Offset suppression for commander function (ON, OFF, STABLE)

R/S

Testing time for auto leak test
Resolution of the time axis of Q(t) display (AUTO, 8,16, 32, 48, 64, 80 …)
Trigger1 in selected unit
Trigger2 in selected unit
Trigger3 in selected unit
Leak rate unit (ATM*cc/s, MBAR*l/s, PA*m3/s, TORR*l/s, PPM, G/A, OZ/
YR, ATM*CC/M)
Pessure unit (ATM, MBAR, PA, TORR)
Vent delay (0, 1, 1.5, 2, NO)
Volume (0…15)
Zero (OFF, ON, STABLE)
Date (DD,MM,YYYY)
Operating hours of device
Time since power on [min]Run up time [s]Time until next service for air filter is required [h]Time until next device service is required [h]

R/S
R/S
R/S
R/S
R/S

R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S
R/S

(1309)*CONFig:PURGe

Contamination protection (ON,OFF)

R/S
R/S
R/S
R/S
R/S
R/S
R
R
R
R/S
R/S

jins80e2_fm9.fm*CONFig:PROTection:CONTamin
ation*CONFig:PROTection:CONTLimit*CONFig:PROTection:EVACtime*CONFig:PROTection:EVACtime2*CONFig:PROTection:PMAX*CONFig:PROTection:PMIN

CommandRead /
Set

Modul1000/Meaning
Read: Time until next TMP service is necessary [h]Operating Manual*HOUR:SERVice:TURBO*HOUR:TC*HOUR:TIME*HOUR:TURBO*IDN:CRC*IDN:DEVice*IDN:DIP1*IDN:DIP2*IDN:GBversion*IDN:IOversion*IDN:MC68*IDN:SERial*IDN:TURBO*IDN:VERsion*IDN:VDversion

Write: Write with actual date to reset service counter, example:"*HOUR:SERVice:TURBO 17,06,2013"
Operating hours frequency converter
Time (HH,MM)
Operating hours of TMPCheck sum of firmware
Name of instrument (always "Modul1000")MSB DipSwitch 1
MSB DipSwitch 2
Hardware identification control panel
Hardware identification IO panel
Hardware identification MC68
Serial-number leak detector
Software version TMP controller
Software version main board
Hardware identification mother board
State of the PLC inputs as 16-bit binary number; inactive=0, active=1

R/S
R
R/S
R
R
R
R
R
R
R
R
R
R
R
R

Byte 0, Bit 0: PLC In 1
Byte 0, Bit 1: PLC In 2
Byte 0, Bit 2: PLC In 3
Byte 0, Bit 3: PLC In 4
Byte 0, Bit 4: PLC In 5
Byte 0, Bit 5: PLC In 6
*MEASure:DIGITALIN

Byte 0, Bit 6: PLC In 7

R

Byte 0, Bit 7: PLC In 8
Byte 1, Bit 0: PLC In 9
Byte 1, Bit 1: PLC In 10
Byte 1, Bit 2: DIP_1
Byte 1, Bit 3: DIP_2:
Byte 1, Bit 4: DIP_3:

jins80e2_fm9.fm(1309)

Byte 1, Bit 5: DIP_4*MEASure:DRIFT*MEASure:IFilter*MEASure:IMeas*MEASure:LRMAX*MEASure:LRMAX:ATM*CC/S*MEASure:LRMAX:G/A*MEASure:LRMAX:MBAR*L/S*MEASure:LRMAX:OZ/YR*MEASure:LRMAX:PA*M3/S*MEASure:LRMAX:PPM*MEASure:LRMAX:TORR*L/S*MEASure:MIAP*MEASure:MIKP*MEASure:MISP*MEASure:OFFset

Byte 1, Bit 6: DIP_5
Leak rate drift (A/s)
Filtered ion current [A]Unfiltered ion current [A]Maximum leak rate since last inquiry via interface in selected unit
Maximum leak rate since last inquiry via interface in atm*cc/S
Maximum leak rate since last inquiry via interface in g/a
Maximum leak rate since last inquiry via interface in mbar*l/s
Maximum leak rate since last inquiry via interface in oz/yr
Maximum leak rate since last inquiry via interface in Pa*m3/s
Maximum leak rate since last inquiry via interface in Torr*l/sselected unit
Maximum leak rate since last inquiry via interface in selected unit
Anode potential [V]Cathode potential [V]Suppressor potential [V]Offset current [A]ASCII Protocol

R
R
R
R
R
R
R
R
R
R
R
R
R
R
R

1-7

p1 pressure (inlet) in selected unit
p1 pressure (inlet) in atm
p1 pressure (inlet) in mbar
p1 pressure (inlet) in Pa
p1 pressure (inlet) in Torrp2 pressure (foreline) in selected unit
p2 pressure (foreline) in atm
p2 pressure (foreline) in mbar
p1 pressure (foreline) in Pa
p2 pressure (foreline) in Torr
Pressure of the external pressure sensor 1 in selected unit
Pressure of the external pressure sensor 1 in atm
Pressure of the external pressure sensor 1 in mbar
Pressure of the external pressure sensor 1 in Pa
Pressure of the external pressure sensor 1 in Torr
Actual filter time constant for I*CALPreamplifier temperature [°C]Electronic temperature [°C]
TMP current [A]TMP frequency [Hz]TMP power [W]TMP voltage[V]Monitoring voltage of + / - 15V [V]Monitoring voltage of fuse F1 and F2 [V]Monitoring voltage of fuse F3 and F4 [V]Amplifier voltage [V]Preamplifier voltage [V]Valve voltage [V]Purge / gas ballast on
Purge / gas ballast off
Leak rate in selected unit
Leak rate in Atm*cc/s
Leak rate in mbar*l/s
Leak rate in oz/yr (only vaild in sniff)
Leak rate in Pa*m3/s
Leak rate in ppm (only vaild in sniff)
Leak rate in Torr*l/s
Start (switch from Standby to Measure)
Status of Modul1000 (INIT, ACCL, STBY, VENT, WAIT_EVAC, EVAC,
MEAS, CAL, ERROR)
Additional information for CAL_History entry 1 to 12 (mass, filament, ion
current when test leak open, ion curren when test leak closed, nominal test
leak rate)
Mode calibration (IDLE, EVAC, OPEN, TUNE, TUNE_RES, CLOSE,STABLE_CLOSE, WAIT_OK)
CAL History 1 to 12 (date, time, type of calibration, mode, calibration
factor)Kind of calibration INT_AUTO, INT_MAN, EXT_AUTO, EXT_MAN,
ZERO_POINT
Error history entry 1 to 12.
Current number of error / warning („NO ERROR/WARNING“ if no error /warning)
Status of external valves*STATus*STATus:ADDCALHist*STATus:CAL*STATus:CALHist*STATus:CALMode*STATus:ERRHist*STATus:ERRor*STATus:EXT_VALVE

1-8

ASCII Protocol

R

Operating Manual*MEASure:P1*MEASure:P1:ATM*MEASure:P1:MBAR*MEASure:P1:PA*MEASure:P1:TORR*MEASure:P2*MEASure:P2:ATM*MEASure:P2:MBAR*MEASure:P2:PA*MEASure:P2:TORR*MEASure:PEXT1*MEASure:PEXT1:ATM*MEASure:PEXT1:MBAR*MEASure:PEXT1:PA*MEASure:PEXT1:TORR*MEASure:TAU*MEASure:TEMPeratur:Amplifier*MEASure:TEMPeratur:Electronic*MEASure:TURBO:Current*MEASure:TURBO:Frequency*MEASure:TURBO:Power*MEASure:TURBO:Voltage*MEASure:U15*MEASure:UF1f2*MEASure:UF3f4*MEASure:UNV*MEASure:UVV*MEASure:VALVE*PURGE*PURGE:OFF*READ*READ:ATM*cc/s*READ:MBAR*l/s*READ:OZ/yr*READ:PA*m3/s*READ:PPM*READ:TORR*l/s*STArtRead /
Set
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
S
S
R
R
R
R
R
R
R
S

(1309)

Modul1000/Meaning

R
R
R
R
R
R
R

jins80e2_fm9.fm

CommandCommandCurrently used resistance of pre-amplifier (13M, 470M, 15G, 500G,
13M_FIXED, 470M_FIXED, 15G_FIXED,500G_FIXED)
Purge / gas ballast
Measuring mode ULTRA (VACUUM), FINE (SNIFF), NONE
Status of Auto leak test
Time since change of measuring mode [s]Test protocol (for auto test leak), entry 1 ... 12
Status of internal valves
Zero (ON, OFF)
Stop (switch from Measure to Standby)
Vent inlet port
Switch zero on
Switch zero off

Operating Manual*STATus:PREAMPRESistor*STATus:PURGe*STATus:RANGE*STATus:RESULT*STATus:SECINMEAS*STATus:TESTLog*STATus:VALVE*STATus:ZERO
*STOp
*VENt
*ZERO
*ZERO:OFF

3.4.1

Read /
Set

Modul1000/Meaning

R
R
R
R
R
R
R
R
S
S
S
S

Possible values for command *CONFig:PLCINLINK
ValuesNOt_used
START
STOP
START/STOP
VENT
ZERO
CAL
CAL_EXTern
CAL_INTern
CLEAR
GAS_ballast
CYCLE
GAS_BALLAST_ON
GAS_BALLAST_OFF
ZERO_ONAll functions can be inverted by using the command with the prefix "INV_"(INV_START, INV_STOP, ...)

jins80e2_fm9.fm(1309)SNIFF

ASCII Protocol

1-93.4.2

Possible values for command *CONFig:PLCOUTLINK
ValuesOPEN
TRIGGER_1
TRIGGER_2
TRIGGER_3
ZERO_ACTIVE

Operating Manual

CLOSE

EMISSION_ON
MEASURESTANDBYVENT
ERROR
WARNINGCAL_ACTIVE
CAL_REQUESTSTROBEGAS_BALLASTCYCLE_ACTIVE
PUMP_DOWN
SNIFF

jins80e2_fm9.fm(1309)All functions can be inverted by using the command with the prefix "INV_"(INV_OPEN, INV_CLOSE, ...)

1-10

ASCII Protocol

3.5

Calibration

Operating Manual

Two different kinds of calibration can be called via „*CAL“:

3.5.1

Internal Automatic Calibration
When the leak detector is in STAND-BY mode the command „*CAL“ evokes aninternal autmatical calibration.
The process is completely automatically.
Via „STATus:CAL?“ the computer can realise if the calibration routine is finished.

3.5.2

External Calibration
When the leak detector is in measurement mode the command „*CAL“ evokes acalibration routine for external calibration.
Before starting the external calibrated leak has to be opend and the leak rate signal
has to be stable.
Via the command „*STATus:CAL?“ the computer can detect when the external
calibrated leak has to be closed.
When the external calibrated leak is closed and the leak rate signal stable thecomputer has to advise the leak detector via a second command „*CAL“.

jins80e2_fm9.fm(1309)

Via the command „*STATus?“ the computer can recognize when the calibration
routine has finished.

ASCII Protocol

1-11Binary Protocol

4.1

Command Structure
In binary protocol the command to the leak detector always starts with STX (0x05).
It is followed by a byte which indicates the length of the telegram (inclusive Start-Byte
and checksum). The next byte is the command number. The command byte may befollowed by additional information (parameter and/or data). Please refer to"Command list" (chapter 4.5) for detailed information about command number,parameter and data format.

Operating Manual

4

Every telegram ends with a checksum. The checksum is the sum of all bytes before
the checksum byte modulo 256 (decimal).
The leak detector replies to every valid command with an acknowledgement. Thisanswer starts with the length byte followed by the command number, additional data
(optional) and the checksum.
In case of an error, the leak detector answers with an error byte instead of thecommand number (refer to "Error Messages" in chapter 4.4).
Timeout to receive data between 2 sign is: 1000 ms.

4.2

ExamplesExample 1: Set trigger level 2 to 1.2E-7mbarl/s
PC  Leak detector

5

10

57

2

0

52

0

217

89

176

0x05

0x0A

0x39

0x02

0x00

0x34

0x00

0xD9

0x59

0xB0

Start

LengthCommand

Para0

Para1

Data

Data

Data

Data

Checksum

Trigger

Trig. 2

mbarl/s

1.2E-7 (4-Byte float)

57

60

0x03

0x39

0x3C

LengthCommand

Checksum

jins80e2_fm9.fm

3(1309)Leak detector  PC

1-12

Binary ProtocolExample 1: Get trigger level 2 in mbarl/s

Operating ManualPC  leak detector
5

6

56

2

0

69

0x05

0x06

0x38

0x02

0x00

0x45

Start

LengthCommand

Para0

Para1

Checksum

Trigger

Trig. 2

mbarl/sleak detector  PC:
7

57

52

0

217

89

166

0x07

0x39

0x34

0x00

0xD9

0x59

0xA6

LengthCommand

Data

Data

Data

Data

Checksum

1.2E-7 (4-Byte float)

4.3

Data Format
float

4 bytes, according to IEEE754 (± 10±38), 3 bytes
mantissa, 1 byte exponent / signunsigned long int [ulint]:

4 bytes, integral number without sign MSB … LSB(0 … 4294967295)

unsigned short int [usint]: 2 bytes, integral number without sign MSB, LSB(0 … 65535)
2 bytes, integral number with sign MSB, LSB (-32768…32767)

unsigned char [uchar]:

1 byte, integral number without sign (0…255)

jins80e2_fm9.fm(1309)

signed short int

Binary Protocol

1-13

4.5

Error Messages
230

RS232Hostcommand currently not allowed (host control)

231

RS232Fb

command currently not allowed (remote control)232

RS232Invalid

command currently not allowed (i.e. CAL whenrunning up)

233

RS232PW1disablepass word 1 disabled (menu function)

234

RS232PW2disablepass word 2 disabled (service function)

235

RS232CmdFailed

execution of command failed

240

RS232Cmd

command does not exist

241

RS232FbChecksum

hand unit: checksum wrong

242

RS232FbTimeout

hand unit: timeout

243

RS232Len

number or length of part of parameter defective

244

RS232Paraparameter not in valid range

252

RS232Start

first sign wrong (unequal, 0x05)

253

RS232Checksumtransmitted and calculated checksum unequal

254

RS232Timeout

time out

255

RS232Buffer

buffer overflow

Operating Manual

4.4

Command List

No

Name

Description

0

SetASCII

Switch to ASCII protocol

1

GetP1

Get inlet pressure p1

Parameter

Data format

Byte 0:float

Unit (0-mbar, 1-Pa,
2-Torr)2

GetP2

Get fore vacuum pressure p2

Byte 0:float

3

GetPext

Get pressure of external pressure gauge pext

Byte 0:float

Unit (0-mbar, 1-Pa,
2-Torr)5

GetDeviceID

Get device identification

No(1309)

Unit (0-mbar, 1-Pa,
2-Torr)uchar

6

GetSWCheckSum

Get checksum leak detector software

No

usint

7

GetTurboVersion

Get TMP version numberNo

string (6 Bytes)

8

GetVersion

Get software version (Main- and sub-version
number)No

2 Bytes
Byte 0: Main version number
Byte 1: Sub version number

1-14

Binary Protocol

jins80e2_fm9.fm(always 4 for Modul1000)

Operating Manual

No

Name

Description

Parameter

Data format

9

SetSecInMeas

Time, since device is in measurement modeNounsigned integer [s]10

GetValve

Get / set Internal valvesNo

unsigned integer

11

SetValve

For set commando (11) automatic must be
switched off (see command 18)

V1 0x0001
V3 0x0002
V7 0x0004
V6 0x0008
V2 0x0010
V4 0x0020

12

GetValveCtrl

13

SetValveCtrl

14

GetSpsInput

Get / set lowered valve voltage

Byte 0:unsigned char

0-lowered, 1- high,2-autoGet PLC input stateNounsigned integer
Bit0 DigitalIn Pin3
Bit1 DigitalIn Pin4
Bit2 DigitalIn Pin5
Bit3 DigitalIn Pin6
Bit4 DigitalIn Pin7
Bit5 DigitalIn Pin8
Bit6 DigitalIn Pin9
Bit7 DigitalIn Pin10
Bit8 Accessories Pin 3
Bit9 Accessories Pin 6

15

SetRelais

Set digital output (only for test purposes)No

unsigned integer
Bit0 DigitalOut Pin3
Bit1 DigitalOut Pin4
Bit2 DigitalOut Pin5
Bit3 DigitalOut Pin6
Bit4 DigitalOut Pin7
Bit5 DigitalOut Pin8
Bit6 DigitalOut Pin9
Bit7 DigitalOut Pin10(1309)

Bit8 DigitalOut Pin11
Bit9 DigitalOut Pin12
Bit10 DigitalOut Pin13
Bit11 DigitalOut Pin14
Bit12 Accessories Pin 4 & 7
Bit13 Accessories Pin 5 & 8

jins80e2_fm9.fm

Values  65280 switch back tonormal mode.
17

SetRecorderSet recorder output (only for test purposes)

Byte 0:unsigned integer

Values greater than 10000 switch back tonormal mode.

0=port 1, 1=port 2[mV]

Binary Protocol

1-15

No

Name

Description

Parameter

Data format

18

SetAutomatik

Set automatic On/Off

No

uchar

20

GetTurboCtrl

21

SetTurboCtrl

Get / set TMP stateNo

2 Bytes
Byte 0: Nominal condition (0-off, 1reduced, 2-Normal)

Operating Manual

0=Automatic off; 1=AutomaticOn

Byte 1:
Actual condition (0-off, 1reduced, 2-normal, 3-up, 4down, 5-Err)
22

GetTurboF

Get TMP frequency

Nounsigned integer [Hz]23

GetTurboI

Get TMP current

No

unsigned integer [0.01 A]

24

GetTurboP

Get TMP powerNo

unsigned integer [W]25

GetTurboH

Get TMP operation hours

No

unsigned long integer [h]26GetTCHGet frequency converter operation hours

No

unsigned long integer [h]27

GetTurboRunupTime

Get Turbo run-up timeNo

unsigned integer [s]28

GetExtValves
SetExtValves

Get / set external valves output

No

2 Bytes29

Bit0 Valves Pin5 V30
Bit1 Valves Pin6 V31
Bit2 Valves Pin7 V32
Bit3 Valves Pin8 V33
Bit4 Valves Pin9 V34
Bit5 Valves Pin10 V35
Bit6 Valves Pin11 V36
Bit7 Valves Pin12 V37
Bit8 Valves Pin13 V20
Bit9 Valves Pin14 V21
Bit10 Valves Pin15 V22

30

GetRangeVV

31

SetRangeVV

Get / set preamplifier range

No

unsigned char(1309)The value 0xFFFF switches tonormal operatioin.

0=13MOhm auto
1=470MOhm auto
2=15GOhm auto
3=-500GOhm auto
4=13MOhm manual
5=470MOhm manual

7=500GOhm manual

1-16

Binary Protocol

jins80e2_fm9.fm

6=15GOhm manual

Operating Manual(1309)No

Name

Description

Parameter

Data format

32

GetRangeNV

Get set post amplifier range

No

unsigned char

33

SetRangeNV

auto: 0-0.4; 1-1.6; 2-6.4; 325.6
manual: 4-0.4; 5-1.6; 6-6.4; 725.6

34

GetR4335

SetR43

Get / set 500GOhm => 15GOhm factor

No

float

36

GetCalFac

Get / set calibration factor

Byte 0:float

37

SetCalFac

38

GetMinSinceStart

Get time since power onNounsigned long integer [min]39

GetZustArange

Get Autoranging stateNounsigned char

40

GetMass

Get / set mass (0/1/2 for mass 2/3/4)

No

unsigned char

41

SetMass42

GetMFAEGet / set anode voltage

Byte 0:unsigned integer [V]43

SetMFAE

44

GetMSCtrl

0: mass2 /vacuummode
1: mass3 /vacuummode
2: mass 4 /vacuummode
3: mass 2 / 
sniff mode
4: mass 3 / 
sniff mode
5: mass / 
sniff mode
6: mass 2 /
auto leak test
7: mass 3 / 
auto leak test
8: mass 4 / 
auto leak test
9: mass 2 /commander
10: mass 3 /commander
11: mass 4 /commander

Mass (0/1/2 formass 2/3/4)
Get MSV stateNo

2 Bytes
Byte 0: Nominal condition (0off, 
1-Saving mode, 2-Normalmode)

jins80e2_fm9.fm

Byte 1: Actual condition (0-off, 
1-Saving mode, 2-Normal
mode)
45

SetMSCtrl

Set MSV stateNounsigned char
(0-off, 1-Saving mode, 2-Normal mode)

Binary Protocol

1-17

No

Name

Description

Parameter

Data format

46

GetMSKat

Get / set active filamentNounsigned char

47

SetMSKat

48

GetMSConfig

49

SetMSConfig

Get / set MS configuration

No

2 ByteByte 0: MFAE 
Command variable 
Anode potential externally

Operating Manual(0=Cathode 1, 1=Cathode 2)

Byte 1: METS Suppressor test
function
50

GetZero51

SetZeroGet / set Zero On/Off

No

uchar

52

Start

Start

No

No

53

Stop

Stop

No

No

54

GetCalGet calibration state

No

uchar

0=off / 1=on

0=idle1=evacuation
2=wait_stable_open
3=auto_tune
4=auto_tune_restart
5=wait_close
6=wait_stable_close
7=wait_okay
55

CalStart calibration

No

No

56

GetTrigger

Get / set trigger

SetTrigger

Byte 0: 
1...3 for Trigger
1...3

float

57

at Sniff
additionally: 4ppm, 5-g/a
58

GetOpMode

59

SetOpMode

Get set operation mode

No

uchar

(1309)

Byte 1: 
Unit: 0-mbar*l/s, 
1-Pa*m³/s, .
2-atmcc/s, 
3-Torrl/s;

0=Commander
1=Auto Leak Test
2=Vacuum

60
61

1-18

GetGasballast
SetGasballast

Binary Protocol

Get / set Gasballast

Byte 0:
0 - close gasballast/ purge valve
1- open gasballast/ purge valve instandby

jins80e2_fm9.fm

3=Sniff

No

Name

Description

Parameter

Data format

62

GetErrorCode

Get current error code

No

uchar

Operating Manual

0=No error
63

ClearError

Clear error

No

No

64

GetSuppressionAuto
leaktest

Get / Set Autoleaktest suppresion

unsigned char

65

GetSuppressionAuto
leaktest

Byte 0:
0 - off
1 - on66

GetTL

Get / Set test leak value

float

67

SetTL

Byte 0:
0-int.TL; 1-ext.TLvac; 2-ext.TL-sniff
Byte 1:
Unit: 0-mbar*l/s, 1Pa*m³/s, .2-atmcc/
s, 3-Torrl/s;
at Sniff/ext.
additionally: 4ppm, 5-g/a

68

GetRunHours

Get Operation hours

No

ulong

70

GetSerialNr

Get serial numberNo

11 Bytes ASCII-String

72

GetState

Get device stateNo

0=init1=runup2=standby
3=vent4=evac5=measure
6=calibration
7=error(1309)

8=wait_evac
73

SetLrSetpoint

Set I*CAL leak rate to defined value

No

float

74

GetConfigExtValvesconfiguration for external valves outputs

2 Bytes

Bit0 Valves Pin5 V30

75

SetConfigExtValves

Bit1 Valves Pin6 V31
Bit2 Valves Pin7 V32
Bit3 Valves Pin8 V33
Bit4 Valves Pin9 V34
Bit5 Valves Pin10 V35
Bit6 Valves Pin11 V36
Bit7 Valves Pin12 V37
Bit8 Valves Pin13 V20
Bit9 Valves Pin14 V21

jins80e2_fm9.fm

Bit10 Valves Pin15 V220=control internal
1=control external withcommand 29

Binary Protocol

1-19

No

Name

Description

Parameter

Data format

76

GetSuppressionComm
ander

Get / Set Commander suppression

Byte 0:unsigned char

77

SetSuppressionComm
ander

1 - on,2 - stable

78

GetMFac

79

SetMFac

80

GetFacUltraFine

81

SetFacUltraFine

82

GetZeroMode83

SetZeroMode

Get / set machine factor

No

float

Get set ULTRA-FINE factor

No

float

Get / set zero mode

No

uchar

Operating Manual

0 - off,

0=Zero enable
1=zero disable
2=I*ZERO

84

GetSuppressionVacuu
m85

SetSuppresssionVacu
um

Get / Set Vacuum suppression

Byte 0:unsigned char

0 - off,
1- inern only,
2 - inlet

86

GetCalRequest

87

SetCalRequest

Get / set calibration request

No

uchar
0=off
1=on

88

GetVolume89

SetVolume90

GetTriggerAlarmTyp91

SetTriggerAlarmTyp92

GetUnit93

SetUnit94

SetIOffset

Set offset current

No

float [A]

95

GetLr

Get I*CAL leak rate without offset correction

Byte 0:
Unit (0-mbar*l/s, 
1-Pa*m³/s, ....)

floar

96

GetIOffset

Get offset current

No

float [A]97

GetIFilter

Get filtered ion current

No

float [A]98

GetImess

Get unfiltered ion current

No

float [A]

99

GetLr

Get leak rate

Byte 0:
Unit (0-mbar*l/s, 
1-Pa*m³/s, ....)

float

100

GetUNVGet post amplifier voltage

Nofloat [mV]101

GetUVVGet pre amplifier voltage

Nofloat [V]1-20

Binary Protocol

Get / set volume

NoGet /set trigger alarm typeNo

Get /Set leak unit

No

uchar

Byte 0: leak rate unit

jins80e2_fm9.fm(1309)

Byte 0: Pressure unit

Operating Manual

No

Name

Description

Parameter

Data format

102

GetUp

Get pressure gauge voltage(internal & external)

Byte 0:float [mV]

1=p1
2=p2
3=pext14=pext2

105

GetElTaGet electronic temperatureNofloat [°C]106

GetEvsTa

Get preamplifier temperatureNofloat [°C]107

GetMiap

Get anode voltage

Nofloat [V]108

GetMikp

Get cathode voltage

Nofloat [V]109

GetMisp

Get suppressor voltage [V]Nofloat [V]110

GetMiakp

Get anode-cathode voltage

Nofloat [V]111

GetUValve

Get valve voltage

Nofloat [V]112

GetUf3f4

Monitoring voltage of fuse F3 and F4

No

float

113

GetUf1f2

Monitoring voltage of fuse F1 and F2

No

float

114

GetU15

Monitoring voltage of +/-15V

No

float

119

ParaReset

Reset parameter

Byte 0:No

1=load factory
default settings
122

GetCtrlMode

123

SetCtrlMode

Get / set control location

No

uchar
0=local1=RS232
2=PLC
3=RS232 & local

jins80e2_fm9.fm(1309)

4=local & PLC
124

GetMeasRange

Get measure range

No

uchar

125

GetAutoLeakTestResu
lt

Get AutoLeakTest result

No

uchar

126

GetLrMaxV24

Get max. leak rate since last query over RS232

Byte 0:
Unit (0-mbar*l/s, 
1-Pa*m³/s, ....)

float

127

GetTauGet current equivalent tau (I*CAL only)

No

usint

128

GetDriftGet current drift

No

float

129

GetCalMode

Get calibration mode

No

uchar

130

GetPartNrEnabled

Get / set part number enabled

No

uchar

131

SetPartNrEnabled

Binary Protocol

1-21

Name

Description

Parameter

Data format

132

GetPartNr

Get / set part number

No

ulint

133

SetPartNr

134

GetTimeBaseAutoScale

Get / set time base auto scale of Q(t) graph

No

uchar

Get / set time base of Q(t) graph

No

uchar

Get /set vent delay

No

uchar

Get / set background visible in Stand-By (on/off)

No

uchar

Get / set beep (on/off)

No

uchar


135

SetTimeBaseAutoScale136

GetTimeBase

137

SetTimeBase

138

GetVentDelay

139

SetVentDelay

140

GetBgVisible

141

SetBgVisible

142

GetBeepOnOff

143

SetBeepOnOff

144

GetDirectCalAccessuchar

SetDirectCalAccessGet /set direct calibration acces via Stand-By
display (on/off)

No

145
146

GetSeriesErrMsg

Get / set series error message

No

uchar

147

SetSeriesErrMsg

148

GetLrFilter

Get / set leak rate filter

No

uchar

149

SetLrFilter

150

GetLCDControl

Get / Set LCD control

No

uchar

GetLRStatus

Get leak rate / state / trigger and pressure

Byte 0:
unite leak rate

float (leak rate)

Operating Manual

No

151
152

TrigPress

Vent

Vent inlet portuchar (state + trigger)

NoNo

jins80e2_fm9.fm(1309)

153

float (pressure)

Byte 1:
unit pressure

1-22

Binary Protocol

Operating Manual

5

Trouble Shooting

5.1

CommonError

Possible Reason

Solution

No characters arereceived via the interface/ the Modul1000 does not
answerWrong cable

Please use a 1:1 cable, (NO null-modem cable, also
called cross-over cable!)

Problems with flow control

Deactivate flow control in PC/PLC or use cableaccording to the wiring diagram in Section 2

Wrong COM-Port used at PC

Select correct COM-Port

Wrong interface parameters (Baudrate, Data bits, Parity, Stop bits)

Check if interface parameters (Baud rate, number ofdata bits, parity bit and number of stop bits in the
Modul1000 and PC / PLC match)

Wrong protocol selected in the
Modul1000

Select correct protocol in the Modul1000

PC uses an USB-RS232 converter

In general the Modul1000 will also work with an USBRS232-converter. However, these often cause
multiple difficult to track problems (driver, flow control.)Please test your PC program on a “real” RS232
interface first preferably. Especially with USB-RS232converters it is often helpful to use a cable according
to the wiring diagram in Section 2

Serial interface of PC is (still)occupied with a different program

Check if other programs (e.g. a synchronisation
software for your hand-held computer) uses the serialinterface. It is also possible that an already closed
program has not released the interface again yet. In
this case a restart of the PC will help.

Wrong interface parameters (Baudrate, Data bits, Parity, Stop bits)

Check if interface parameters (Baud rate, number ofdata bits, parity bit and number of stop bits in the
Modul1000 and PC / PLC match)

Wrong protocol selected in the
Modul1000

Select correct protocol in the Modul1000

jins80e2_fm9.fm(1309)The Modul1000 replies
with „unreadable“
characters

Trouble Shooting

1-23

ASCII Protocol
Possible Reason

Solution

Modul1000 does not
reply / Modul1000 replies
after several commandwith „E10“„Carriage Return“ at the end of thecommand is missing

Finish all commands with „Carriage Return“(ASCII 0dhex / 13dez)

Modul1000 replies with
„E06“

Control via RS232 not enabled in the
Modul1000

Enable control via RS232 (see submenu CONTROLLOCATION)

Modul1000 replies witherror message to the firstcommand only, following
commands areinterpreted correctlyReceiving buffer of the Modul1000
was not empty before sending thefirst command (e.g. by plugging in the
RS232 cable during operation)

In the ASCII protocol the Modul1000 has not time out
function which will empty the receiving buffer
automatically. Therefore, the buffer should be emptied
before the first command by sending of ESC, ^C or ^X

jins80e2_fm9.fm(1309)

Error

Operating Manual

5.2

1-24

Trouble ShootingOperating Manual

6

List of menu parameter and ASCII/
Binary protocol

Menu
Parameter

Menu access

Range

Default factory
setting

ASCIIProtocol

Scale linear/
logarithmic

Main Menu ->View ->Scalelinear/logarithmic

Off=linear,
On=Logarithmiclog.

*CONFig:LCDSCAL
ELog

Scale decadecount

Main Menu ->View ->Scalelinear/logarithmic

2 to 94*CONFig:LCDDECades

Display-range
auto/manual

Main Menu ->View ->Display
range auto/manual

0=man., 1=auto

auto*CONFig:LCDAutorangeTime axis

Main Menu ->View ->Time axis

auto, 16s to 960s

32s

*CONFig:TIMEAXIS

man: 1E-8 mbar l/s to
1E+3 mbar l/s

BinaryProtokol

SetTimeBaseAutoScalejins80e2_fm9.fm(1309)

SetTimeBase
Contrast

Main Menu ->View -> Contrast

0 to 99

50*CONFig:LCDContrast

Invert display

Main Menu ->View -> Contrast

on, off

on*CONFig:LCDInvert

Background in
standbyMain Menu ->View ->
Background in
standbyon, off

off*CONFig:BACKGrou
nd

Lower display
limit

Main Menu ->View -> Lower
display limit

1E-12mbarl/s to 1E5mbarl/s

1E-12mbarl/s*CONFig:LIMITLOW

Mode

Main Menu ->Mode

Vacuum, Sniff,
Commander, Auto leaktest

Vacuum*CONFig:MODE

SetOpMode

Trigger level 1

Main Menu ->Trigger & Alarms > Trigger Level 1

1E-12mbarl/s bis
1E3mbarl/s

1E-9mbarl/s*CONFig:TRIG1

SetTrigger1

Trigger level 2

Main Menu ->Trigger & Alarms > Trigger Level 2

1E-12mbarl/s bis
1E3mbarl/s

1E-8mbarl/s*CONFig:TRIG2

SetTrigger2

Trigger level 3

Main Menu ->Trigger & Alarms > Trigger Level 3

1E-12mbarl/s bis
1E3mbarl/s

1E-7mbarl/s*CONFig:TRIG3

SetTrigger3

Minimum volume

Main Menu ->Trigger & Alarms > Volume

0 to 15

0*CONFig:MINVOLume

SetVolume

VolumeMain Menu ->Trigger & Alarms > Volume

0 to 15

2*CONFig:VOLume

SetBgVisible

List of menu parameter and ASCII/Binary protocol

1-25

Menu access

Range

Default factory
setting

ASCIIProtocol

BinaryProtokol

Beep soundMain Menu ->Trigger & Alarms > Volumeon,offon*CONFig:BEEP

SetBeepOnOff

Unit pressure

Main Menu ->Trigger & Alarms > Unitsmbar, Pa, Atm, Torr

mbar

*CONFig:UNIT:Pres
sure

SetUnit 0

Unit leak rate

Main Menu ->Trigger & Alarms > Unitsmbarl/s, Pam³/s, Atmcc/s,
Torrl/s, ppm, g/a, oz/yr, atmcc/min

mbarl/s*CONFig:UNIT:LR

SetUnit 1

Alarm delay

Main Menu ->Trigger & Alarms > Alarm delay

0s to 600s

30s

*CONFig:ALARMDelay

Audio alarm type

Main Menu ->Trigger & Alarms > Audio alarm type

Leckrate proportional,
Alarmtrigger, Setpoint,
Pinpoint

Trigger alarm*CONFig:AUDio

Purge & Gas
ballastMain Menu ->Settings ->Vacuum settings > Purge & Gas
ballastManual purge, ManualGas ballast, Automaticpurgeman. Gasballast*CONFig:PURGe

Vent delay

Main Menu ->Settings ->Vacuum settings > Vent delay

immediately, 1s, 1.5s, 2s,
no vent

2s*CONFig:VENTdelay

Partial flow
Evacuation

Main Menu ->Settings ->Vacuum settings > Partial flow

Forepump,
Partialflowpump, Foreand Partialflowpump

without partial
flow pump*CONFig:PARTIALFl
ow:EVACuation

Partial flow
Measurement
mode

Main Menu ->Settings ->Vacuum settings > Partial flow

Forepump, Fore- andPartialflowpump

without partial
flow pump*CONFig:PARTIALFl
ow:MEASure

Measurement
periodMain Menu ->Settings ->Vacuum settings > Auto Leak Testsettings ->Measurement
period1s to 1800s

10s*CONFig:TESTINGT
ime

Series error
message

Main Menu ->Settings ->Vacuum settings > Auto Leak Testsettings -> Series
error message

disable, 1 to 9

5

*CONFig:SERIESErr
msg

GetSeriesErrMsg

on,offoff*CONFig:PARTCOU
NT

SetPartNrEnabled

1-26

SetTriggerAlarmTyp(1309)

SetVentDelay

List of menu parameter and ASCII/Binary protocol

jins80e2_fm9.fm

Part number
enableOperating Manual

Menu
Parameter

Operating Manual(1309)

Menu access

Range

Default factory
setting

ASCIIProtocol

BinaryProtokol

Machine factor

Main Menu ->Settings ->Vacuum settings > Machine factor

1E-6 to 1E6

1,00E+00*FACtor:MACHine

SetMFacleak rate external
test leak forsniffer mode

Entry only at startof calibration

1E-6mbarl/s to 
1E-mbarl/s

1E-5mbarl/s*CONFig:CAL:EXTS
niff

SetTL 2

Leak rate internal
test leak

Main Menu ->Settings ->Vacuum settings > Leak rateinternal test leak

1E-9mbarl/s to 
1E-5mbarl/s

1E-6mbarl/s*CONFig:CAL:INT

SetTL 0leak rate external
test leak for
vacuum mode

Entry only at startof calibration

1E-9mbarl/s to 
1E-3mbarl/s

1E-7mbarl/s*CONFig:cal:EXTVac

SetTL 1

Backgroundsuppression

Main Menu ->Settings -> Zero &Background ->Backgroundsuppressionoff, inlet area, internal onlyintern only

*CONFig:SUPPRession

SetSuppressionVacuumBackgroundsuppr
essionAutoleaktest

Main Menu ->Settings ->Vacuum settings > Reference
measurement

off, onon*CONFig:SUPPRess
ion:AUTOLeaktest

SetSuppression
Auotleaktest

Backgroundsuppr
essionCommander

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Backgrundsuppressionoff, on, stableon*CONFig:SUPPRess
ion:COMMAnder

SetSupptessionCommander

Zero

Main Menu ->Settings -> Zero &Background ->Zerodisable, enabled, I-Zeroenabled*CONFig:ZERO

SetZeroMode

Mass

Main Menu ->Settings -> Mass2, 3, 4

4

*CONFig:MASS

Control location

Main Menu ->Settings ->Interfaces ->Control location

PLC, RS232, local and
PLC, local and RS232,
local, all

local*CONFig:CONTrol

SetCtrlMode

RS232 protocol

Main Menu ->Settings ->Interfaces ->RS232 protocol

Binary, ASCII,UL2xxLeakware

ASCII*CONFig:RS232

SetASCII

jins80e2_fm9.fm

Menu
Parameter

List of menu parameter and ASCII/Binary protocol

1-27

Menu access

Range

Default factory
setting

ASCIIProtocol

Characteristic
external pressure
gauge

Main Menu ->Settings ->Interfaces ->External pressuregauge ->
Characteristic

linear 4 to 20mA, linear 
0 to 10V, log 4 to 20mA,
log 0 to 10V

lin. 4-20mA*CONFig:PEXT1:CH
ARacteristic

Zero point signal
external pressure
gauge

Main Menu ->Settings ->Interfaces ->External pressuregauge -> Zeropoint

0mA to 20mA or 
0V to 10V

4mA resp. 2V*CONFig:PEXT1:ZE
ROU

Full scale signal
external presuregauge

Main Menu ->Settings ->Interfaces ->External pressuregauge -> Full scale

0,1V to 10V or 
0.2mA to 20mA

20mA resp. 10V*CONFig:PEXT1:FU
LLU

Zero point
pressure externalpressure gauge

Main Menu ->Settings ->Interfaces ->External pressuregauge -> Zeropoint

1E-11 mbar to 
1E+04 mbar

1E0 mbar*CONFig:PEXT1:ZE
ROP

Full scalepressure externalpressure gauge

Main Menu ->Settings ->Interfaces ->External pressuregauge -> Full scale

1E-4 mbar to 5E5 mbar

1E4 mbar*CONFig:PEXT1:FU
LLP

PLC output Pin
3…14

Main Menu ->Settings ->Interfaces ->Define PLC
outputs

TRIGGER_1,

3 - TRIGGER_1

TRIGGER_2,

4 - TRIGGER_2

TRIGGER_3,

5 - TRIGGER_3

ZERO_ACTIVE,

6ZERO_ACTIVE

From*CONFig:PLCOUTLI
NK:3to*CONFig:PLCOUTLINK:14

MEASURE, STANDBY,VENTED, ERROR,WARNING,CAL_ACTIVE,
CAL_REQUEST,

7EMISSION_ON
8 - ERROR
9CAL_ACTIVE
10 CAL_REQUESTGAS_BALLAST,

11 - OPEN

CYCLE_ACTIVE, SNIFF,

12 - OPEN

PUMP_DOWN, OPEN,

13 - OPEN

CLOSE

14 - OPEN

jins80e2_fm9.fm

REC_STROBE,(1309)EMISSION_ON,

BinaryProtokol

Operating Manual

Menu
Parameter

1-28

List of menu parameter and ASCII/Binary protocol

Menu access

Range

Default factory
setting

ASCIIProtocol

PLC input Pin
3…10

Main Menu ->Settings ->Interfaces ->Define PLC inputs

NOT_USED,

3 - STARTSTART,

4 - STOPSTOP,

5 - ZEROSTART/STOP,

6 - CAL

From*CONFig:PLCINLIN
K:3 to*CONFig:PLCINLIN
K:10

VENT,

7CAL_INTERN

Operating Manual

Menu
Parameter

ZERO,
CAL,
CAL_EXTERN,CAL_INTERN,CLEAR,

BinaryProtokol

8CAL_EXTERN
9 - CLEAR
10 GASBALLASTGAS_BALLAST,CYCLE,GAS_BALLAST_ON,
GAS_BALLAST_OFF,
ZERO_ON, SNIFF
All functions can beinverted by using thecommand with the prefix"INV_" (INV_START,INV_STOP, ...)
Recorder output
1-2

Main Menu ->Off,

Settings ->p1,

Interfaces ->p2,

Recorder ->LR mantissa,

Recorder output

LR exponent,

LR mantissa*CONFig:RECorder:link1_2LR exponent*CONFig:RECorder:link3_4

LR linear,
LR log.,p1 (UL200),
p2 (UL200),
LR log. H.

(1309)

Recorder output
3-4

Main Menu ->Off,

Settings ->p1,

Interfaces ->p2,

Recorder ->LR mantissa,

Recorder output

LR exponent,
LR linear,
LR log.,p1 (UL200),
p2 (UL200),

jins80e2_fm9.fm

LR log. H.

List of menu parameter and ASCII/Binary protocol

1-29

Menu access

Range

Default factory
setting

ASCIIProtocol

Recorder output
scale Upper limit

Main Menu ->1E-11mbarl/s to
1E7mbarl/s

1E-5mbarl/s*CONFig:RECorder:
upperexp

Interfaces ->Recorder ->Recorder scale
Recorder scale

Main Menu ->Settings ->Interfaces ->Recorder scale

0.5V/Decade to 10V/
Decade1V/Decade*CONFig:RECorder:
scale

Leak rate output
via recorder
outputMain Menu ->Settings ->Interfaces ->Recorder scalealways, measurementmode only

always*CONFig:RECorder:
onlymeas

Date & Time

Main Menu ->Settings ->Miscellaneous ->Time & Date

01.01.2005 12:00*HOUR:DATE

Language

Main Menu ->Settings ->Miscellaneous ->Language

ENGLISH, DEUTSCH,ITALIANO, FRANCAIS,POLSKI, NIHONGO(KATAKANA), CHINESE,
ESPANOL

english*CONFig:LANGuage

Leak rate filter

Main Menu ->Settings ->Miscellaneous ->Leak rate filter

Fixed, I-CAL

I-CAL*CONFig:ICAL

SetLrFilter

Part number
enableMain Menu ->Settings ->Miscellaneous ->Part number OR
Main Menu ->Settings ->Vacuum settings > Auto Leak Testsettings -> Part
number0 bis 999999, disableddisabled*CONFig:PARTNO

SetPartNrEnabled

CAL settling time

Main Menu ->Settings -> CAL
settling time

10s to 300s

10s

*CONFig:CALSETTL
INGTimeService interval
air filter

Main Menu ->Settings -> Service
interval air filter

500hrs. to 4000hrs.

1500Std.

*HOUR:SERVice:FIL
TER

Service message
air filter

Main Menu ->Settings -> Service
message air filter

on,offon

Calibration
requestMain Menu ->Monitoring
functions ->Calibration request

on,offoff

1-30

List of menu parameter and ASCII/Binary protocol*CONFig:CALREQ(1309)*HOUR:TIME

SetCalRequest

jins80e2_fm9.fm

Settings ->BinaryProtokol

Operating Manual

Menu
Parameter

Operating Manual(1309)
jins80e2_fm9.fm

Menu
Parameter

Menu access

Range

Default factory
setting

ASCIIProtocol

Contamination
protection

Main Menu ->Monitoring
functions ->Contamination
protection

on,offoff*CONFig:PROTectio
n:CONTamination

limit value forcontamination
protection

Main Menu ->Monitoring
functions ->Contamination
protection

1E-6mbarl/s to 
1E3mbarl/s

1E-3 mbarl/s*CONFig:PROTectio
n:CONTLimit

Pressure limits for
vacuum ranges

Main Menu ->Monitoring
functions ->Pressure limits for
vacuum ranges

0.1mbar to 0.4mbar

0.4mbarPressure limit forsniff mode
minimum

Main Menu ->
Settings ->
Monitoring
functions ->
Pressure limits
for sniff mode

0.05 mbar to 2.00 mbar

0.5mbar*CONFig:PROTectio
n:PMIN

Pressure limit forsniff mode
maximum

Main Menu ->
Settings ->
Monitoring
functions ->
Pressure limits
for sniff mode

0.05 mbar to 2.00 mbar

1.5mbar*CONFig:PROTectio
n:PMAX

Max. evacuation
time until p <100mbarMain Menu ->Monitoring
functions ->Maximum
evacuation time

1s to 900s, infinite

10min*CONFig:PROTectio
n:EVACtime2

Max. evacuation
time until
measurement

Main Menu ->Monitoring
functions ->Maximum
evacuation time

5s to 1800s, infinite

30min*CONFig:PROTectio
n:EVACtime

Access to CAL
function

Main Menu ->Access control ->Access to CAL
functionon,offon*CONFig:CALAccesst_A evacuation
time

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commander
timing -> t_A
Gross leak test

0.1s to 95s

7s*CONFig:COMMAN
DTime:1*CONFig:COMMAN
DTime:A

BinaryProtokol

SetDirectCalAccess

List of menu parameter and ASCII/Binary protocol

1-31

Default factory
setting

ASCIIProtocol

t_B zero delay

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commander
timing -> t_B
Evacuation time

0.1s to 95s

30s*CONFig:COMMAN
DTime:2*CONFig:COMMAN
DTime:Bt_C charging time

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commander
timing -> t_C
Charging time

0.1s to 95s

30s*CONFig:COMMAN
DTime:3*CONFig:COMMAN
DTime:Ct_D discharging
time

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commander
timing -> t_D
Discharging time

0.1s to 95s

5s*CONFig:COMMAN
DTime:4*CONFig:COMMAN
DTime:Dt_E venting time

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commander
timing -> t_E
Venting time

0.1s to 95s

30s*CONFig:COMMAN
DTime:5*CONFig:COMMAN
DTime:Et_F ready to test

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commander
timing -> t_F
Ready to test

0.1s to 95s

5s*CONFig:COMMAN
DTime:6*CONFig:COMMAN
DTime:Ft_G
measurement
periodMain Menu ->Settings ->Vacuum settings > Commander
functions ->Commander
timing -> t_G
Measurement
period

0.1s to 95s

1s*CONFig:COMMAN
DTime:7*CONFig:COMMAN
DTime:G

BinaryProtokol

Operating Manual

Range(1309)

Menu access

jins80e2_fm9.fm

Menu
Parameter

1-32

List of menu parameter and ASCII/Binary protocol

Menu access

Range

Default factory
setting

ASCIIProtocol

p_A Gross leak
test

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commanderpressures -> p_A
Gross leak test

0mbar to 1E4mbar

9E2mbar*CONFig:COMMAN
DPress:1*CONFig:COMMAN
DPress:A

p_B evacuationpressure

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commanderpressures -> p_B
Evacuation press.

0mbar to 1E4mbar

4E1mbar*CONFig:COMMAN
DPress:2*CONFig:COMMAN
DPress:B

p_C charging
pressure

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commanderpressures -> p_C
Charging press.

0mbar to 1E4mbar

2E3mbar*CONFig:COMMAN
DPress:3*CONFig:COMMAN
DPress:C

p_D discharging
pressure

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commanderpressures -> p_D
Discharging press.

0mbar to 1E4mbar

1.1E3mbar*CONFig:COMMAN
DPress:4*CONFig:COMMAN
DPress:Dp_E pressure
drop trigger

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commanderpressures -> p_E
Press. Drop trig.

0mbar to 1E4mbar

4E1mbar*CONFig:COMMAN
DPress:5*CONFig:COMMAN
DPress:E

p_F

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commanderpressures -> p_F

0mbar to 1E4mbar

1E1mbar*CONFig:COMMAN
DPress:6*CONFig:COMMAN
DPress:F

p_G

Main Menu ->Settings ->Vacuum settings > Commander
functions ->Commanderpressures -> p_G

0mbar to 1E4mbar

1E1mbar*CONFig:COMMAN
DPress:7*CONFig:COMMAN
DPress:G

jins80e2_fm9.fm(1309)

Operating Manual

Menu
Parameter

BinaryProtokol

List of menu parameter and ASCII/Binary protocol

1-33

RangecathodeMain Menu -> Info-> Service ->Switch filament*CONFig:CAThode

Default factory
setting

ASCIIProtocol

BinaryProtokol

Operating Manual

Menu access

jins80e2_fm9.fm(1309)

Menu
Parameter

1-34

List of menu parameter and ASCII/Binary protocol

Operating Manual(1309)
jins80e2_fm9.fm

List of menu parameter and ASCII/Binary protocol

1-35

w w w.i n f i co n. com

r ea c h us@ i n f icon .c o m

Due to our continuing pr ogram of produc t impr oveme nts, specifi catio ns are subject to chan ge wit hout notic e.
All trademarks are the property of their respective owners.
jins80e1-d©2013 INFICON