Suto S600 Owner's Manual

English
Instruction and Operation Manual
S600
Portable Compressed Air Purity Analyzer
Dear Customer,
Thank you for choosing our product.
Before starting up the device, please read the manual in full and
observe the operating instructions stated. The manufacturer cannot be
held liable for any damage which occurs as a result of non-observance
or non-compliance with this manual.
Should the device be tampered with in any manner other than a
procedure which is described and specified in the manual, the warranty
is void and the manufacturer is exempt from liability.
The device is designed exclusively for the described application.
We offer no guarantee for the suitability for any other purpose. We are
also not liable for consequential damage resulting from the delivery,
capability or use of this device.
Revision: 2024-1
Last modifications: April, 2024
2
S600
1
Table of Contents
1 Safety instructions......................................................................5
2 Registered trademarks.................................................................8
3 Application.................................................................................9
4 Features....................................................................................9
5 Technical data...........................................................................10
5.1 General data.......................................................................10
5.2 Electrical data ....................................................................11
5.3 Accuracy............................................................................11
6 Dimensional drawings................................................................12
7 Installation on site.....................................................................14
7.1 Compressed air inlets and outlet............................................15
7.2 Compressed air connections..................................................16
7.2.1 Installation requirements................................................16
7.2.2 When the isokinetic sampling device is equipped ...............18
7.2.3 When the isokinetic sampling device is not equipped..........19
7.3 Electrical connectors............................................................20
7.4 Electrical connections...........................................................21
7.4.1 TCP/IP networking (Modbus/TCP).....................................21
7.4.2 Connecting with the isokinetic sampling device..................21
7.4.3 Connecting with a PC or an OTG USB memory stick............21
8 Setup and configuration.............................................................22
9 Operation.................................................................................23
9.1 Main screen........................................................................24
9.1.1 Quick buttons and icons..................................................24
9.1.2 Icons in the status bar....................................................24
9.2 Value view..........................................................................25
9.3 Graphic view.......................................................................25
9.4 Menu.................................................................................26
9.5 Configure S4A remote connection..........................................27
9.6 SIM card requirement for 4G option.......................................27
9.6.1 Data traffic...................................................................27
9.6.2 PIN code protection........................................................28
9.6.3 Network settings...........................................................28
10 Guided measurement...............................................................29
10.1 Steps for guided measurement............................................30
10.2 Reports for guided measurements........................................35
11 Optional accessories................................................................36
12 Maintenance...........................................................................36
13 Calibration..............................................................................36
14 Disposal or waste....................................................................37
S600
3
1
15 Warranty................................................................................37
16 Appendix - Modbus Interface.....................................................38
4
S600
1 Safety instructions
1 Safety instructions
Please check if this instruction manual matches with the
product type.
Please observe all notes and instructions indicated in this
manual. It contains essential information which must be
observed before and during installation, operation and
maintenance. Therefore this instruction manual must be read carefully
by the technician as well as by the responsible user / qualified
personnel.
This instruction manual must be available at the operation site of the
instrument at any time. In case of any obscurities or questions,
regarding this manual or the product, please contact the manufacturer
or your customer support.
WARNING!
Compressed air!
Any contact with quickly escaping air or bursting
parts of the compressed air system can lead to
serious injuries or even death!
•
Do not exceed the maximum permitted pressure range (see
sensors label and/or the specifications written in this manual).
•
Only use pressure tight installation material.
•
Avoid that persons get hit by escaping air or bursting parts of the
instrument.
•
The system must be pressure less during maintenance work.
WARNING!
Voltage used for supply!
Any contact with energized parts of the product may
lead to a electrical shock which can lead to serious
injuries or even death!
S600
•
Consider all regulations for electrical installations.
•
The system must be disconnected from any power supply during
maintenance work.
5
1 Safety instructions
Laser
This product contains a laser-based counter that is
Safety
Class 1 product (as defined by 21 CFR, Subchapter
Information J of the Health and Safety Act of 1968) when used
under normal operation and maintence. Service
procedures on the counter can result in exposure
to invisible radiation. Service should be performed
only by factory-authorized personnel.
ATTENTION!
Permitted operating parameters!
Observe the permitted operating parameters. Any
operation exceeding this parameters can lead to
malfunctions and may lead to damage on the
instrument or the system.
•
Do not exceed the permitted operating parameters as specified in
the data sheet, this manual or written on the instrument.
•
Make sure the product is operated in its permitted limitations.
•
Do not exceed or undercut the permitted storage and operation
temperature, pressure and humidity.
The product should be maintained and calibrated frequently, at least
annually. For more information, please contact the customer support.
General safety instructions
•
It is not allowed to use the product in explosive areas.
•
Please observe the national regulations before/during installation
and operation.
Remarks
•
It is not allowed to disassemble the product.
•
Always check the compressed air connectors in terms of stability
and tightness before any operation.
ATTENTION!
Measurement values can be affected by malfunction!
The product must be installed properly and
frequently maintained, otherwise it may lead to
wrong measurement values, which can lead to
wrong results.
6
S600
1 Safety instructions
•
The instrument must be operated within or better than
compressed air quality Class 4.5.4 according to the ISO8573-1. If
the air quality cannot reach the specified Class, the device may
show wrong measurement values or even may get damaged.
•
Do not exceed the maximum operation temperature or pressure.
•
Avoid condensation inside the instrument caused by the supplied
air or gas because it harms the instrument and affects the
accuracy.
•
It is recommended that before any operation you examine the
instrument in terms of the measurement accuracy and deviations.
To do this, you may use high efficiency filters for oil vapor and
particle, and the instrument should show low values close to zero.
Additionally, it is recommended you examine the dew point
measurement to ensure it is working correctly. To do this, you may
use a dry gas with a defined dew point value which should be
reached within several minutes. Or you may use any reference
meter. Only after doing these examinations, you can rely on the
measurement results after the instrument have been used for
other measurement cycles.
•
Always perform a visual inspection in prior to every measurement
before connecting compressed air. If any loose objects are found,
do not connect the compressed air because it may lead to a
damage or injuries.
Storage and transportation
S600
•
Make sure that the transportation temperature is between
-10 ... 70°C.
•
For transportation it is recommended to use the packaging which
comes with the sensor.
•
Please make sure that the storage temperature of the sensor is
between 0 ... 50°C.
•
Avoid direct UV and solar radiation during storage.
•
For the storage the humidity must be < 90%, no condensation.
•
During transportation the instrument should always be handled
with care, otherwise the internal sensors may get damaged and
the measurement results may differ.
7
1 Safety instructions
ATTENTION!
Equipment may get damaged!
Please make sure, that your measuring point is free
of excessive contamination/dirt. This should
maintained before every measurement.
•
Observe the measuring point always before measurement if it is
free of contamination like water drops, oil drops or other rough
contaminants.
•
Should water hit the inner electronics, the senors could be
seriously damaged.
•
Any rough contamination of particles, water, oil or other impurities
may damage the instrument or affect the accuracy.
•
Check your measurement point with the enclosed test kit, by
purging air in prior to the use of the instrument through the test
kit. A clean tissue may help to identify oil, water or any other
lubricants in the air.
2 Registered trademarks
SUTO®
Registered trademark of SUTO iTEC
MODBUS®
Registered trademark of the Modbus Organization,
Hopkinton, USA
HART®
Registered trademark of the HART Communication
Foundation, Austin, USA
Android™,
Google Play
Trademark s of Android™, Google Play
8
S600
3 Application
3 Application
The S600 is an all-in-one Portable Compressed Air Purity Analyzer. It
measures, records and verifies particle concentration, dew point, oil
vapor, temperature, and pressure in a compressed air system.
The S600 is mainly used in industrial environments, and is not
developed to be used in explosive areas.
4 Features
S600
•
High-resolution 5” color touchscreen display and interface.
•
Software guided measurement.
•
USB port for transferring the data to a USB-OTG memory drive.
•
Ethernet (Modbus/TCP and dedicated Bus) interface for
transferring the data to a SCADA systems.
•
Data logger with the capacity of 100 million values.
•
Integrated report generator for compressed air audits, used to
generate PDF files and copy them to a USB memory drive.
•
All-in-one portable hand carried measurement device.
•
Multiple dew point measurement system for a wide range of
measurement and a very high accuracy.
•
Latest PID sensor technology for oil vapor measurement.
•
Laser particle counter for particle detection.
•
All-in-one device measuring five parameters in a single device:
Particle counter, dew point, oil vapor, temperature and pressure.
•
The detection limit of oil vapor down to 0.001 mg/m3.
•
Provides various measurement units for your choice, such as
Pressure: bar, MPa, psi, Particle: cn/m³, cn/ft³, Oil content:
mg/m³, ppm, Temperature: °C,°F, Dew point: °C Td, °F Td,
mg/m³.
•
Isokinetic sampling device for particle measurement according to
ISO8573-4 as an option.
•
With optional 4G feature (P/N: A1670) and dedicated S4A
software, you can check the online measurement values, read out
the logging files remotely.
9
5 Technical data
5 Technical data
5.1 General data
Parameter
Measuring parameter
Range
Particle
0.1 < d <= 0.5 µm
0.5 < d <= 1.0 µm
1.0 < d <= 5.0 µm
d > 5.0 µm
Dew point
-100 ... +20°C Td
Oil vapor
0.001 ... 5.000 mg/m3
Pressure
0.3 ... 1.5 MPa
43.5 ... 217.6 psig
Temperature
0 ... +50°C
Reference settings
ISO 1217, 20°C 1000 mbar
Measurement
principle
Parameter
Principle
Particle quantity
Laser optical detection
Dew point
Ceramic humidity sensor,
oscillating crystal
Oil vapor
PID
Volume flow
Thermal mass flow
(Anemometer)
Resolution of oil
vapor sensor
0.001 mg/m3
Medium
Compressed Air, Nitrogen N2, Carbon dioxide CO2
Humidity of the
medium
< 40%, non condensation
Temperature of the 0 ... +40°C
medium
Operation pressure 0.3 ... 1.5 MPa
43.5 ... 217.6 psig
Interface
10
USB
Ethernet (Modbus/TCP)
S600
5 Technical data
4G/LTE (Optional)
Display
Touchscreen, Size: 5“, Resolution: 800 x 480 px
Data logger
Internal, 100-million values
UV lamp lifetime
6,000 working hours or 1 year, whichever comes
first
Housing material
PC + ABS, Aluminum
Protection class
IP54 (cover closed)
Dimension
Please observe the drawings on the next page
Display
5” color touch screen, 800 x 4800 Pixels
Weight
9.8 kg
5.2 Electrical data
Power supply
Mains supply adapter (AC/DC)
Input: 100 ... 240 VAC, 50/60 Hz, 1.4 A
Output: 24 VDC, 2.5 A, 60 W max
5.3 Accuracy
Counting Efficiency
(Per ISO 21501-4)
30 ... 70% of d > 0.1 µm
90 ... 110% of d ≥ 0.3 µm
Dew point
±1°C Td (0 ... 20°C Td)
±2°C Td (-70 ... 0°C Td)
±3°C Td (-100 ... -70°C Td)
Oil vapor
5% of value ± 0.003 mg/m3
Isokinetic sampling
3% of RDG
device
S600
11
6 Dimensional drawings
6 Dimensional drawings
Dimensions of S600 in mm (cover closed):
12
S600
6 Dimensional drawings
Dimensions of the isokinetic sampling device (optional) in mm:
S600
13
7 Installation on site
7 Installation on site
Please make sure that all components listed below are included in your
package.
Qty. Description
1
Portable Compressed Air Purity Analyzer in a hand
carry case with handle and shoulder belt
1
USB OTG memory stick
1
Purge filter for pre-measurement (test kit)
1
Power supply, 230 VAC / 24 VDC 50/60 Hz
2
1.5 m Teflon hose with a quick connector and a
compressed air coupling at each ends
1
Operation and instruction manual
1
Certificate of calibration
1
USB 4G dongle, including S4A software (Option)
Item No.
P560 0600
A1670
The following items are included only if you have ordered the isokinetic
sampling device.
1
Isokinetic sampling device, including a flow sensor
1
Connection cable to S600 with an M12 and an M8
connectors at each end
1
150 mm connection tube, both ends quick
couplings
1
700 mm connection tube, both ends quick
couplings
1
1.5 Connection tube with a quick connector and a
compressed air coupling at each end
1
Certificate of calibration
A554 0600
To replace materials for items in the preceding list or buy accessories,
please contact the manufacturer or your local distributor.
14
S600
7 Installation on site
7.1 Compressed air inlets and outlet
On the right side of the S600 housing, there are two compressed air
inlets. On the left side, there is one outlet.
Right view
ATTENTION!
Permissible pressure!
Please observe the maximum permissible inlet
pressure. It must be in between 0.3 and 1.5 MPa. If
the pressure exceeds this range, it will damage the
device. If the pressure is too low, the volumetric
flow will not be high enough, which leads to wrong
results.
S600
15
7 Installation on site
7.2 Compressed air connections
7.2.1 Installation requirements
Make sure that your installation meets the following requirements:
•
The device must be set up next to the measuring point. Please
make sure that the device is put on a flat surface. If you are using
the additional isokinetic sampling devices, make sure that it is also
standing on a flat surface next to the S600.
•
The tubes should be not bended heavily and should be installed
with a big curve radius to avoid turbulence in the air flow.
•
The isokinetic sampling device must be set up next to the S600 to
achieve a straight and short connection. Please observe the
following section to connect the isokinetic sampling device to the
S600.
•
Connect the S600 to the power during the measurement, and
make sure that the device is not turned off or plugged off during
the measurement because data will then be lost and not saved.
ATTENTION!
If the device is not installed properly it may lead to
wrong measurement results.
•
•
The device is designed to be operated indoors only. To use the
device outdoors, please protect the device from direct sunlight and
rain.
Before you start the measurement, check your point of
measurement for contaminants.
ATTENTION!
Before you connect the device to your point of
measurement, make sure that there is no rough
contamination like water/oil drops or heavy dust.
This may damage the sensor units. For this please
use the purge filter test kit.
16
S600
7 Installation on site
Steps to check:
1. Connect the purge filter test kit onto your measuring point first.
Open the purge valve on the test kit and purge air for a short
period.
2. Check the filter in the test kit to see whether it shows high
contamination of water, oil or dust.
3. If the filter is contaminated severely, stop using the S600 for
measurement because this may lead to serious damage to the
device. In case you are not sure, please contact the
manufacturer.
S600
17
7 Installation on site
7.2.2 When the isokinetic sampling device is equipped
The following figure shows the S600 connection with the isokinetic
sampling device.
Please connect the isokinetic sampling device using the teflon hose
delivered with the device. The following illustrates which outlets of the
sampling device need to be connected to which inlets of the S600.
The following procedure describes how to set up the connection.
1. Before connecting the isokinetic sampling device to your
compressed air, make sure that ball valve 2 and 4 are closed.
2. Close the needle valve 3 fully.
18
S600
7 Installation on site
3. Connect your compressed air system to the inlet 1 of the
isokinetic sampling device using the supplied 1.5 m Teflon hose
(Use the quick connector to connect with inlet 1, and the
compressed air coupling to connect with your compressed air
system).
4. Remove the protection caps from the two inlets of the S600.
5. Connect the valve 2 outlet with the inlet for dew point and oil
vapor measurement at the S600 using the 700 mm Teflon hose.
6. Connect the valve 4 outlet with the inlet for the particle
counting at the S600 using the supplied 150 mm Teflon hose.
7. Now open the valves 2 and 4 to pressurize the instrument.
Remark: Always open the valves slowly and carefully. In case that
you hear or see any damage on the device, please close the valves
and disconnect the compressed air supply.
7.2.3 When the isokinetic sampling device is not equipped
1. Remove the protection caps from the two inlets of the S600.
2. Using the supplied Teflon hoses, connect your compressed air
system to the two inlets at the S600.
Remarks:
S600
•
Make sure you are using clean and oil-free components when
connecting the instrument.
•
The compressed air supply must always be applied carefully. In
case you are using ball valves, open them carefully and slowly. If
you observe any unexpected noise or air leakage, shut down the
compressed air supply immediately and disconnect the instrument.
19
7 Installation on site
7.3 Electrical connectors
The S600 provides four electrical connectors:
•
A USB port on the S600 face panel.
•
The following three connectors on the right side of the housing, as
shown in below figure.
No.
Description
1
Power supply connector
2
M12 connector, communication port with the isokinetic sampling
device
3
RJ-45 connector, Ethernet port for IP networking
ATTENTION!
Only use the power supply which comes with the
S600! If any other supply is used, the instrument
may get damaged.
20
S600
7 Installation on site
7.4 Electrical connections
7.4.1 TCP/IP networking (Modbus/TCP)
Through the RJ-45 connector, the S600 can be connected to the TCP/IP
network over the Modbus/TCP protocol.
Remove the protection cap and plug in the network cable (RJ-45).
For more information about the data attributes of measurement
channels, see Appendix - Modbus Interface.
7.4.2 Connecting with the isokinetic sampling device
Through the M12 connector, the S600 can be connected with the
sampling device for communication.
Remove the protection cap and plug in the M12 cable provided with the
sampling device.
7.4.3 Connecting with a PC or an OTG USB memory stick
Through the USB port on the S600 face panel, the S600 can be
connected with:
S600
•
An OTG memory stick: To import firmware for upgrade and to
export data.
•
A PC where data analysis software such as S4A or S4M is
installed: To export data to the PC for analysis.
21
8 Setup and configuration
8 Setup and configuration
The S600 is configured ex-works and ready to work out of the box. The
S600 provides a guided measurement procedure to take you through
device setup for each measurement parameter. All these setup settings
are automatically saved into the device even on a power failure.
For more information about the guided measurement procedure, see
chapter 10 Guided measurement.
ATTENTION
If you are facing problems setting up you device,
contact the manufacturer or your local dealer for
assistance.
If power outage occurs during the measurement,
the measurement data will not be saved!
22
S600
9 Operation
9 Operation
After the S600 is powered
on, the initialization screen
is displayed with an active
progress bar.
During the initialization, the
device configures the
sensors and runs
initialization routines.
After the initialization is
completed, the date of the
last calibration date is
shown. Click OK to
proceed.
The value screen appears,
as shown on the left.
Quick buttons on the bottom bar are described as follows:
•
•
•
•
S600
Graphic: To switch to the graphic view.
Value: To switch to the value view.
Menu: To access the operation sub-menus.
The camera icon: To take a screenshot.
23
9 Operation
9.1 Main screen
The following figure shows the main screen in the value view.
Status bar
Display area
Quick buttons and icons
9.1.1 Quick buttons and icons
Buttons and icons
Description
Graphic
To switch to the graphic view of measurement data
Value
To switch to the value view of measurement data
Menu
To access the operation menus
To take a screenshot
9.1.2 Icons in the status bar
USB memory stick is
connected. Press the icon to
disconnect the stick.
System errors occur. Press
this icon to get further
information.
Calibration is expired. Please
contact the manufacturer or
your local dealer.
RTC backup battery status
Alarm triggered
S4A remote connected
4G/LTE signal strength
Data logger status:
- STOP—Indicates that the data logger is not running.
- LOG—Indicates that the data logger is running.
24
S600
9 Operation
9.2 Value view
Shows all measurement values in real-time.
To switch to the value view,
click Value in the bottom.
Note: During the first five minutes, the S600 performs a purge process
to ensure any remaining particles in the system are blown out. During
this period, the counting numbers on the Particle pane appear green
and blinking.
If the sensor data cannot be read out due to some abnormal conditions,
the reading of the sensor will be shown ---- on the display.
The operation pressure is 0.3 ... 1.5 MPa. If the inlet pressure is not
within this range, the reading for the sensor becomes gray and blinking.
If the dew point of inlet gas is higher than 7°C Td, which is too high and
is harmful to the instrument, the reading of dew point will becomes red
and blinking to remind users.
9.3 Graphic view
The graphic view is pre-configured in the factory, and you do not need
to change anything.
In case that you need to make changes, follow the instructions indicated
in the following figure.
S600
25
9 Operation
9.4 Menu
To access the main menu,
click Menu in the bottom
bar.
All operation menus are
displayed.
These operation menus are described below.
Guided
Measurement
To start the guided measurements, which lead you
through a complete measurement cycle.
For more information, see Chapter 10 Guided
measurement.
Files
To view, export, and delete the captured screenshots
and check the memory status.
Service info
To configure contacts of technical support. You can
import a logo file to the S600 through the USB port.
26
S600
9 Operation
System
settings
To configure system-level settings:
• To perform general settings on access code,
date, time and language and so on.
• To view device information, such as the serial
number, firmware and hardware versions.
• To calibrate the touch screen if it does not
respond to user inputs correctly or precisely.
• To update the system firmware.
Communication To configure communication parameters. Only the
following sub-menus are applicable to S600:
• Field-bus Ethernet: Used to enable the S4M
or 3rd party monitoring software to fetch
measurement data from the S600. In this submenu, select the communication protocol as
instructed below, and configure the IP address
of the S600:
◦ For S4M, select Proprietary as the protocol.
◦ For 3rd-party software, select Modbus/TCP
Ethernet as the protocol.
• Web transmitter: Used to enable the S600 to
send measurement data to S4M. In this submenu, Configure the IP address or domain
name of the S4M server.
• S4A Remote: Used to configure the S600 to
connect to the S4A remote server, check the
measurement values, and read out the logging
files via the S4A software.
Sensor settings To change the gas type and units for the measured
parameters.
9.5 Configure S4A remote connection
When the optional 4G/LTE function is integrated, follow the steps below
to set it up:
1. Configure the S600 to connect it to the S4A remote server.
2. View the online measurement values, and read out the logging
files remotely with S4A software.
For the detailed configuration steps, watch the instruction video which
can be found online on SUTO website.
S600
27
9 Operation
9.6 SIM card requirement for 4G option
To establish the 4G/LTE communication between S600 and S4A software
with S4A remote function, customer needs to buy a SIM card locally.
9.6.1 Data traffic
Data traffic required per month is 7 GB if the system is running 7×24
hours.
9.6.2 PIN code protection
The S600 does not support modifying PIN code on the screen. If your
SIM card has PIN code protection, disable it by using other devices, for
instance using your mobile phone.
9.6.3 Network settings
Depends on the Internet Service Provider (ISP) you may need to
change the network settings. Click the 4G/LTE signal strength icon
on the status bar to check and change the settings, as shown below.
You can get the APN data from your provider, or they are easy to find if
you search for <APN Provider> on the Internet.
28
S600
10 Guided measurement
10 Guided measurement
The S600 provides a software-based guided measurement which takes
you through the complete measurement. This leads to a simplified
measurement process and prevents you from wrong measurements.
To start a guided measurement, do the following:
1. Click Menu > Guided measurement.
2. Select the type of measurement that you want to perform.
◦ Monitoring with programmed time out: It starts a
measurement with a user-programmed period of measurement
time. You can set the measurement time during the process of
measurement preparation. The system will then, after finishing
the programmed measurement duration, stop the measurement
automatically and save the data. This mode is ideally used for
audits where you must measure at several points. You can
program for each point a duration of e.g. 2 hours and then you
can compare the measurements.
◦ Monitoring with manual stop: It starts the measurement
S600
29
10 Guided measurement
without a programmed stop time. You can click it to start the
measurement and stop it whenever you want. Then you can
decide if you want to save or delete the data. This can be used
to monitor changes in values.
3. Perform the guided measurement following the onscreen
instructions. For more information, see section 10.1 Steps for
guided measurement.
4. To view and manage the measurement files generated, click
Report Manager. For more information, see section 10.2 Reports
for guided measurements
10.1 Steps for guided measurement
After you start a guided measurement, follow below steps to go through
the whole process.
1. An overview is given
about the selected
measurement types.
Click Yes to start.
2. Input the customer and
tester names, which
will be shown on the
report.
30
S600
10 Guided measurement
3. Input the altitude
where the device is
placed.
Note: Altitude is
needed for an accurate
oil vapor
measurement. Only
positive values are
valid. If the altitude is
negative, enter 0
instead of the real
negative value.
4. Select the compressed
air class as needed.
Note: ISO8573
stipulates alarm limit
values for different
classes.
CLASS 0 allows you to
customize the alarm
limit values.
5. Enter a limit value for
each measurement
channel.
(This step is shown
only when you you
selected CLASS 0 in
the last step)
S600
31
10 Guided measurement
6. Enter the measurement
duration.
The longer it takes, the
more stabilized the
values will be and the
more exactly it will
approximate to the
system conditions.
7. The system asks if you
are using the isokinetic
sampling device, and
this will affect the
further steps and
instructions.
Select Yes if you have the
isokinetic sampling device
connected. Otherwise, click
No.
8. The system checks
whether the
compressed air is
connected and the
pressure is within the
valid range.
32
S600
10 Guided measurement
9. System preparation.
Click Start to start the
cleaning and selfcalibration.
10. The system is
performing the selfcalibration and cleaning
the internal sensor
components.
After cleaning and
calibration, the
measurement starts
automatically.
The following 3 steps only apply if you select Yes for the isokinetic
sampling device; otherwise skip the next 3 steps.
1. Follow the onscreen
instructions to proceed.
2. Perform Isokinetic
Setup as instructed on
the screen.
S600
33
10 Guided measurement
3. Now the isokinetic
sampling device is well
set up and starts to
work.
Clicking OK go to the
step 9 System
Preparation.
During the measurement,
you can see the Data logger
status icon on the status bar
switched from STOP to LOG.
The remaining time is
displayed in the upper left
corner.
Please wait until the system
complete the measurement.
When the measurement is
successfully completed, the
screen on the left appears.
Choose to discard or save
the measurement data as
needed.
34
S600
10 Guided measurement
10.2 Reports for guided measurements
After performing guided measurements, you can view and manage
measurement files through Guided Measurement > Report
Manager.
•
•
S600
To view the
measurement results,
click on the file (not the
check box on the right).
A window appears
showing the PDF for
your preview.
To copy, export or
delete files, select the
file check boxes, and
then click the
corresponding button at
the bottom.
35
11 Optional accessories
11 Optional accessories
To purchase optional accessories, please contact the manufacturer or
your local dealer:
•
Isokinetic sampling device, for particle sampling according to ISO
8573
•
Teflon hoses and sorts of adapters
•
USB 4G dongle, including S4A software (P/N: A1670)
12 Maintenance
Use a moist fabric to clean the device. For the use in GMP areas, the
device must be disinfected through wipe disinfection. For more
information, please contact the manufacturer or your local dealer.
ATTENTION!
Please dry the device after cleaning using a clean
and dry fabric. Always take care, that the fabric for
cleaning is not wet because water could get into the
device and lead to damage.
13 Calibration
The S600 unit is calibrated ex work. The exact calibration date is printed
on the certificate which is supplied together with the unit. The accuracy
of the unit is regulated by the onsite conditions, and parameters like
high oil, high humidity or other impurities can affect the calibration and
furthermore the accuracy. However it is recommended to calibrate the
instrument at least once per year. The calibration is excluded from the
instruments warranty. For this please contact the manufacturer.
ATTENTION!
Please save all your measurement data on an
external device before returning the instrument to
calibration and service. It might be necessary to
reset the displays storage during calibration and
service.
36
S600
14 Disposal or waste
14 Disposal or waste
Electronic devices are recyclable material and do not
belong in the household waste.
The sensor, the accessories and its packing must be
disposed according to your local statutory requirements.
The dispose can also be carried by the manufacturer of the
product, for this please contact the manufacturer.
15 Warranty
Please find the warranty as a separated warranty card included with the
instrument delivery.
The warranty does not cover any wear parts or consumables, therefore
the UV lamp with limited lifetime as well as the internal filter are not
covered by the warranty.
S600
37
16 Appendix - Modbus Interface
16 Appendix - Modbus Interface
The default settings of the Modbus interface are as follows:
Mode
: TCP
DHCP
: Yes
MAC
: Set ex-factory
IP address
: Dynamic or Static
Subnet
: Dynamic or Static
Gateway
: Dynamic or Static
Timeout
: ≥ 200 ms
Response message that the device returns to the master:
•
Function code: 03
The information of the byte order is shown in the table below:
Byte
Order
1-0-3-2
1-0-3-2
1-0
1-0
Sequence
1st
2nd
3rd
4th
Byte 1
Byte 0
Byte 3
Byte 2
Byte 0
LSB
Byte 0
LSB
Byte 0
DATA
Byte 3
MSB
Byte 2
---
---
---
---
(MMMMMMMM*) (MMMMMMMM *) (SEEEEEEE) (EMMMMMMM *)
Byte 1
Byte 1
MSB
Byte 1
XXX *
Data
Type
FLOAT
UINT32
INT32
UINT16
INT16
UINT8
INT8
* S: Sign, E: Exponent, M: Mantissa, XXX: no value
38
S600
16 Appendix - Modbus Interface
Explanations of MSB and LSB
MSB
MSB refers to Most Significant Byte first, which follows the BigEndian byte order.
For example, if the main system follows the MSB first order:
When the 4-byte floating number, in the order of Byte1-Byte0Byte3-Byte2, is received from the slave (sensor), the master
must change the byte order to Byte3-Byte2-Byte1-Byte0 for the
correct display of the value.
LSB
LSB refers to Least Significant Byte first, which follows the LittleEndian byte order.
For example, if the main system follows the LSB first order:
When the 4-byte floating number, in the order of Byte1-Byte0Byte3-Byte2, is received from the slave (sensor), the master
must change the byte order to Byte0-Byte1-Byte2-Byte3 for the
correct display of the value.
The following table lists specifications of the Modbus output channels in
this device.
Sensor
Channel Description
Description
Dew point
sensor
Particle
counter
Oil vapor
sensor
Display unit
ISD
S600
Holding
register
Data
type
No. of
byte
Unit
Resolution
R/
W
Temperature
2
FLOAT_L
4
°C
0.1
R
Dew point
4
FLOAT_L
4
°C Td
0.1
R
Serial number
10
UINT32_L
4
1
R
0.1 < d ≤ 0.5 um
20
FLOAT_L
4
cn/m³
1
R
0.5 < d ≤ 1.0 um
22
FLOAT_L
4
cn/m³
1
R
1.0 < d ≤ 5.0 um
24
FLOAT_L
4
cn/m³
1
R
d > 0.5 um
28
FLOAT_L
4
cn/m³
1
R
Serial number
30
UINT32_L
4
1
R
Oil vapor
40
FLOAT_L
4
mg/m³
0.001
R
Pressure
42
FLOAT_L
4
bar
0.01
R
Serial number
48
UINT32_L
4
1
R
Serial number
60
UINT32_L
4
1
R
Flow
70
FLOAT_L
4
0.1
R
l/min
39
SUTO iTEC GmbH
SUTO iTEC (ASIA) Co., Ltd.
Tel: +49 (0) 7634 50488 00
Email: [email protected]
Website: www.suto-itec.com
Tel: +852 2328 9782
Email: [email protected]
Website: www.suto-itec.com
Grißheimer Weg 21
D-79423 Heitersheim
Germany
Room 10, 6/F, Block B, Cambridge Plaza
188 San Wan Road, Sheung Shui, N.T.
Hong Kong
SUTO iTEC Inc.
5460 33rd St SE
Grand Rapids, MI 49512
USA
Tel: +1 (616) 800-7886
Email: [email protected]
Website: www.suto-itec.com
All rights reserved ©
Modifications and errors reserved
S600_im_en_V2024-1
40
S600
">