1 2 3 4 - leistertechnologies
TRANSCRIPT
2 3 4
6
1
5
Connect the device
General -> Connect device
For RS-232
select Operation Mode RS-232
For RS-485
select Operation Mode RS-485
Enter the Address Range, the default address is 1
Disconnect device
…. scan of the addresses
Software installation Memorystick withSoftware
3. Directory MFD GUI Installer
Setup.exe
Select the device from the list
Press select
System SoftwareWindows
StepStep
Step
Step3.
1.1.
2.
Select the right COM interface
1
1
1
1
1
1
11
Co
mp
an
y o
f L
eis
ter
Gro
up
MFM 2100Seriesmass flow controller
1
1
11
1
1
1
1
1
1
Co
mp
an
y o
f L
eis
ter
Gro
up
MFC 2100Seriesmass flow controller
24V
GND
Y/SDA
A/D-
7/SCL
B/D+
NC
AGND
PID Out
Flow Out
Setpoint
Valve OR
Power
ON
OFF
RT
24V
GND
Y/SDA
A/D-
7/SCL
B/D+
NC
AGND
PID Out
Flow Out
Setpoint
Valve OR
Power
ON
OFF
RT
24V
GND
Y/SDA
A/D-
7/SCL
B/D+
NC
AGND
PID Out
Flow Out
Setpoint
Valve OR
RxD
TxD Power
GND
24V
GND
24V
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
RxD
TxD
Pow
er
GN
D
24
V
GN
D
24
V
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
Pow
er
ON OFF
RT
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
Pow
er
ON OFF
RT
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
RxD
TxD
Pow
er
GN
D
24
V
GN
D
24
V
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
RxD
TxD
Pow
er
GN
D
24
V
GN
D
24
V
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
RxD
TxD
Pow
er
GN
D
24
V
GN
D
24
V
+ +
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
RxD
TxD
Pow
er
GN
D
24
V
GN
D
24
V
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
RxD
TxD
Pow
er
GN
D
24
V
GN
D
24
V
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
Pow
er
ON OFF
RT
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
Pow
er
ON OFF
RT
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
RxD
TxD
Pow
er
GN
D
24
V
GN
D
24
V
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
Pow
er
ON OFF
RT
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
Pow
er
ON OFF
RT
24
V
GN
D
Y/
SD
A
A/
D-
7/
SC
L
B/
D+
NC
AG
ND
PID
Out
Flow
Out
Set
poin
t
Val
ve O
R
RxD
TxD
Pow
er
GN
D
24
V
GN
D
24
V
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
J3J4
J17J18
J3J4J10J12J15
J6J8J11J13J16
J20J19
J26J24J22J13
12V Device
24V Device
RS232 TTL
RS232 EIA
RS485 EIA HD
RS485 EIA FD
F M K I GFCTgroup.com
www.axetris.com
Headquarters: Axetris AG, Switzerland Schwarzenbergstrasse 10CH-6056 KaegiswilSwitzerlandphone: +41 41 662 76 76fax: +41 41 662 75 [email protected]
USA:Leister Technologies LLC1275 Hamilton ParkwayItasca, IL 60143USAphone: +1 630 760 1000fax: +1 630 760 [email protected]
IntroductionWelcome to Axetris Mass Flow Meter and Controller LabKit for fast and easy evaluation. LabKit interface boards are intended for OEM module evaluation only and should not be used for commercial applications or production equipment. Getting started explains how to connect the Mass Flow Device with the interface board and the computer. Please follow the instruction exactly. Do not hesitate to contact your distributor or Axetris in case of questions. ImportantThe meter modules MFM 2020 and MFM 2021 need a supply voltage of 12 V DC all other devices need 24 V DC. So it is important to connect the devices as explained in this document. Failures may lead to a malfunction or damage of the MFD device. FeaturesThe Graphical User Interface (GUI) allows digital communication to read device information like type, serial number and calibration and to read and write the settings of the MFD device. It allows to adjust the set point (con-troller only) and to read flow and temperature values. In addition it offers data logger functionality. For controllers you can select and define rectangular set point curves over time, to study the dynamics. You can even define arbi-trary curves to simulate the behaviour of your system as close as possible.
For further information please consult your manuals: “Instruction Manuals LabKit for Axetris Mass Flow Meters & Controllers” or the “Quick Guide MFx2000 / 2100 Series Graphical User Interface”. For information of the device consult the datasheet, the installation manual or the operating manual of your device. The Axetris mass flow sensorAll the mass flow devices are based on the Axetris proprietary MEMStechnology. The anemometric mass flow chip sensor is based on platinumtechnology, and offers exceptional performance in terms of accuracy,speed, stability, responsiveness and life time.
Contact
Swiss Made Quality. Axetris is an ISO 9001 certified enterprise. Specifications are subject to change without prior notice.
Get
ting
sta
rted
, Lab
Kit
for
2000
Ser
ies
Mas
s Fl
ow M
eter
s &
Con
trol
lers
, Art
. No
603.
420
China:Leister Technologies Ltd.Building 11, 155 Yuanke RoadXinzhuang Industry ParkShanghai 201 109Chinaphone: +86 21 6442 2398fax: +86 21 6442 [email protected]
Japan:Leister Technologis KKShinyokohama Bousei Bldg 1F3-20-12, Shinyokohama, Kohoku-ku Yokohama 222-0033 / Japan phone: +81 45 477 36 37 fax: +81 45 477 36 38 [email protected]
LabKit Y-Connector board with ON / Off switch for RS-485 only
LabKit for Axetris Mass Flow Meters & Controllers /Getting started
Getting startedLabKit for 2000 Series Mass Flow Meters & Controllers
Power supply, output voltage 24 VDC
MFM 2120
MFM 2220
MFM 2020
MFC 2122
MFC 2222
MFC 2022
MFM 2140
MFM 2240
MFC 2142
MFC 2242
MFM 2150
MFM 2250
MFC 2152
MFC 2252
Analog connector forMFM 2020, MFC 2022MFM 2220, MFC 2222MFM 2120, MFC 2122
Interface board fronside
Interface board Frontside
Laptop with USB stick for Software installation
USB conector / RS-232 cabel
Interface board Frontside
Interface board Frontside
2a
2c
1
3
4
2b
Interface board Backside
Interface board Backside
Interface board Backside