Pixsys STR581 Frequency Counter
Specifications
- Model: STR581
- Type: Counter / Tachometer
- User Manual Languages: English, Italian, French
Product Information
The STR581 Counter / Tachometer is designed for industrialenvironments and applications that require proper safety conditions in compliance with national and international regulations. It is not intended for use in environments with flammable/explosive gases
or applications related to nuclear power plants, weapon systems, flight control, or mass transportation systems.
Safety Guidelines
- Read and follow all safety guidelines and programming instructions in the manual before using the device.
- Disconnect power supply before adjusting hardware settings or electrical connections to prevent electric shock, fire, or malfunction.
- Only qualified personnel should operate or service the device based on the technical data provided in the manual.
- Avoid dismantling, modifying, or repairing internal components.
- Ensure the device operates within specified environmental conditions to prevent overheating and component damage.
Safety Precautions
This product is classified as front panel process control equipment. Use the output relays within their rated load and electrical life expectancy to prevent contact fusing or burning. Consider the application conditions when using the output relays as their life expectancy varies with load and switching conditions. In case of a malfunction in the Digital Controller, take appropriate safety measures to prevent property damage.
Loading Default Values
To load default values, follow the instructions provided in section 10.2 of the manual located on page 30.
Reading and Configuration through NFC
For reading and configuring using NFC technology, refer to section 10.3 on page 31 for detailed steps.
Configuration through Memory Card
To configure the device using a memory card, consult section 10.4 on page 32 for step-by-step guidance.
“`
Read carefully the safety guidelines and programming instructions contained in
this manual before connecting/using the device.
Disconnect power supply before proceeding to hardware settings or electrical
wirings to avoid risk of electric shock, fire, malfunction.
Do not install/operate the device in environments with flammable/explosive
gases.
This device has been designed and conceived for industrial environments and
applications that rely on proper safety conditions in accordance with national
and international regulations on labour and personal safety. Any application
that might lead to serious physical dama ge/ life risk or involve medical life
support devices should be avoided.
Device is not conceived for applications related to nuclear power plants,
weapon systems, flight control, mass transportation systems.
Only qualified personnel should be allowed to use device and/or service it and
only in accordance to technical data listed in this manual.
Do not dismantle/modify/repair any internal component.
Device must be installed and can operate only within the allowed environmental
conditions. Overheating may lead to risk of fire and can shorten the lifecycle of
electronic components.
1.1
Organization of safety notices
Safety notices in this manual are organized as follows:
Safety notices Danger!
Warning! Information!
Description Disregarding these safety guidelines and notices can be life-threatening. Disregarding these safety guidelines and notices can result in severe injury or substantial damage to property. TThis information is important for preventing errors.
6 – STR581 – User manual
1.2
Safety Precautions
This product is classified as front panel process control equipment Danger!
If the output relays are used past their life expectancy, contact
fusing or burning may occasionally occur.
Always consider the application conditions and use the output relays within their rated load and electrical life expectancy. The life
Danger!
expectancy of output relays varies considerably with the output
load and switching conditions.
A malfunction in the Digital Controller may occasionally make control operations impossible or prevent alarm outputs, resulting in property damage. To maintain safety in the event of malfunction of the Digital Controller, take appropriate safety measures, such as installing a monitoring device on a separate line.
Warning!
1.3
Precautions for safe use
Be sure to observe the following precautions to prevent operation failure,
malfunction, or adverse affects on the performance and functions of the
product. Not doing so may occasionally result in unexpected events. Do not
handle the Digital Controller in ways that exceed the ratings.
· The product is designed for indoor use only. Do not use or store the product
outdoors or in any of the following places.
– Places directly subject to heat radiated from heating equipment.
– Places subject to splashing liquid or oil atmosphere.
– Places subject to direct sunlight.
– Places subject to dust or corrosive gas (in particular, sulfide gas and
ammonia gas).
– Places subject to intense temperature change.
– Places subject to icing and condensation.
– Places subject to vibration and large shocks
· Installing two or more controllers in close proximity might lead to increased
internal temperature and this might shorten the life cycle of electronic
components. It is strongly recommended to install cooling fans or other
air-conditioning devices inside the control cabinet.
· Always check the terminal names and polarity and be sure to wire properly.
Do not wire the terminals that are not used.
· To avoid inductive noise, keep the controller wiring away from power cables
that carry high voltages or large currents. Also, do not wire powerlines
User manual – STR581 – 7
together with or parallel to Digital Controller wiring. Using shielded cables and using separate conduits or ducts is recommended. Attach a surge suppressor or noise filter to peripheral devices that generate noise (in particular motors, transformers, solenoids, magnetic coils or other equipment that have an inductance component). When a noise filter is used at the power supply, first check the voltage or current, and attach the noise filter as close as possible to the Digital Controller. Allow as much space as possible between the Digital Controller and devices that generate powerful high frequencies (high-frequency welders, high-frequency sewing machines, etc.) or surge. · A switch or circuit breaker must be provided close to device. The switch or circuit breaker must be within easy reach of the operator, and must be marked as a disconnecting means for the controller. · The device must be protected by a fuse 1A (cl. 9.6.2) · Wipe off any dirt from the Digital Controller with a soft dry cloth. Never use thinners, benzine, alcohol, or any cleaners that contain these or other organic solvents. Deformation or discoloration may occur. · The number of non-volatile memory write operations is limited. Therefore, use EEprom write mode when frequently overwriting data, e.g.: through communications. · Chemicals/solvents, cleaning agents and other liquids must not be used. · Non-respect of these instructions may reduce performances and safety of the devices and cause danger for people and property.
1.4
Environmental policy and waste disposal/ WEEE
Do not dispose electric tools together with household waste material.
According to European Directive 2012/19/EU on waste electrical and electronic
equipment and its implementation in accordance with national law, electric
tools that have reached end of life must be collected separately and returned to
an environmentally compatible recycling facility.
8 – STR581 – User manual
2
Model identification
Supply 24..230 VAC/VDC 50/60 Hz 8 Watt/VA 4 digital inputs 2 relays 2A
STR581-1ABC-T128R 2 digital outputs PNP 1 RS485 Rfid communication
3 3.1
Display Operating temperature
Sealing
Material
Weight
Technical data General data
2.42″ monochrome (yellow) OLED graphical display Temperature 0-40 °C – Humidity 35..95 uR% Max. altitude: 2000m IP54 (front panel) (su frontale) with gasket IP20 (box and terminals) Box: polycarbonate V0 Front mask: silicon rubber Approx. 165 g
User manual – STR581 – 9
3.2
Power supply COM1 Serial
Hardware data
Extended power supply 24..230 Vac/Vdc ±15% 50/60 Hz Galvanically isolated RS485 interface
Micro USB port USB device interface
Voltage for sensor and +12/24 Vdc Output digital inputs power supply
selectable by parameter
Outputs
2 relais Q1, Q2 2 digital outputs Q3, Q4
Digital inputs
2 counting inputs I1, I2 2 general inputs I3, I4.
Display
OLED 2.42″ technology monochrome yellow
Front keys
4 front keys
Consumption: 8 VA.
Modbus RTU slave Speed 1200..115200 bps To connect to PC and memory card management.
12Vdc/24Vdc
Contacts 2 A – 250 Vac. Resistive load 1/8Hp. PNP 12/24 Vdc Outputs PNP/NPN/Push-Pull/ Line-Driver configurable PNP/NPN configurable Life time 150,000 hours (lifetime is specified as reaching 50% of initial brightness) To browse and data modification.
10 – STR581 – User manual
3.3
Software data
Multilingual menu English/Italian/German/French/Spanish
COM1 slave serial Modbus RTU Slave protocol
Number of displayed data
Max. 12 display values selectable from counter values, tachometer value, setpoint values, output duration.
Data display
Display configurable via parameter from 1 to 4 values per page. Automatic selection of maximum display font size for better data reading.
Configuration display of data
For each data you can set · Description (max 16 characters) · Unit of measurement (max 5 characters) · Numbers of selectable decimals
Automatic page scrolling
Possibility of enabling automatic timed scrolling of size display pages.
Output management
4 outputs are configurable to various operating modes and can be linked to one of the two counters or to tachometer value.
Voltage output Configurable by parameter
USB port
Virtual Com Port with Modbus RTU slave protocol. Memory card connection for parameter configuration.
3.4
Configuration mode
from keyboard App MyPixsys
see paragraph 10.1 by downloading the App, see paragraph 10.3
When detected by a reader supporting the NFC-V protocol, the device is considered a VICC (Vicinity Inductively Coupled Card) according to ISO/IEC 15693 and operates at a frequency of 13.56 MHz. The device does not intentionally emit radio waves.
Memory card see paragraph 10.4
User manual – STR581 – 11
4
Dimensions and Installation
48 mm
96 mm
COUNTER 1 SETPOINT 1
1234
0 count 10 count
Memory Card USB (optional) Cod. 2100.30.013
Frontal panel cut-out Dima di foratura 45 x 91 mm Suggested thickness Spessore suggerito 2 ÷ 8 mm
5
48 mm
10
5
Electrical wirings
This device is designed and manufactured in accordance with Low Voltage
Directive 2006/95/EC, 2014/35/EU (LVD) and Electromagnetic Compatibility
Directive 2004/108/EC and 2014/30/EU (EMC) for installation in industrial
environments.
Please notice the following safety guidelines
· Separate control lines from the power wires
· Avoid the proximity of remote control switches, electromagnetic meters,
powerful engines
· Avoid the proximity of power groups, especially those with phase control.
· The use of appropriate mains filters on the power supply of the machine in
which the device will be installed is recommended, particularly in the case
of 230VAC power supply.
The device is designed to be assembled to other machines, and therefore
its CE marking does not exempt the plant manufacturer from the safety and
compliance obligations of the machine as a whole.
· To wire terminals 1…6, use crimped tube ferrules or flexible or rigid copper
wire between 0.2 and 2.5 mm² (min. AWG24, max. AWG16; Minimum
12 – STR581 – User manual
temperature rating of wire to be connected to field wiring terminals, 70°C). The stripping length is 10 mm · To wire terminals 7…18, use crimped tube ferrules or flexible or rigid copper wire between 0.2 and 1.5 mm² (min. AWG24, max. AWG16; Minimum temperature rating of wire to be connected to field wiring terminals, 70°C). The stripping length is 10 mm.
5.1
Wiring diagram
5.1.a Power supply
5 SUPPLY 24…230 Vac/dc
6
Switching supply with extended range 24…230 Vac/dc ±15% 50/60Hz 8 VA (galvanic isolated)
User manual – STR581 – 13
5.1.b Serial COM1 (Modbus slave)
12 RS+
RS485
18 RS-
Connect to a Modbus master device – RS485 interface – 1/4 line load (up to 128 nodes on the bus) – Common mode voltage +/-25V – +/-60V fault protection – Modbus slave RTU protocol
5.1.c DI.1 digital input
· NPN configuration, to activate the input, short the
PNP
NPN
10 +12/24Vdc 7 I1+
terminals I1+ (7) and 0V (16). Terminal I1- (13) must remain free. (Activation Vi < 3.7V Deactivation Vi > 3.7V)
· PNP configuration, to activate the input, short-circuit
13 I1-
16 0V
terminals I1- (13) and +12/24 Vdc (10). Terminal I1+ (7) must remain free.
(Activation Vi > 5.0V Deactivation Vi < 5.0V)
10 +12/24Vdc 16 0V
7 I1+
·
Sensor
OUT
Push-Pull configuration, to activate the input, connect a positive signal (Vi > 9.2V) to terminal I1+ (7), to deactivate it connect a ground signal (Vi < 9.2V) to terminal I1+ (7). Terminal I1- (13) must remain free
+12/24Vdc
10 7 I1+ 13 I116 0V
·
A Encoder
Line-driver configuration, the input for the connection of two complementary signals read in differential mode. Signal A positive is connected to terminal I1+ (7). Signal A negative is connected to terminal I1- (13).
14 – STR581 – User manual
5.1.d DI.2 digital input
· NPN configuration, to activate input, short-circuit
PNP
NPN
10 +12/24Vdc 8 I2+
terminals I2+ (8) and 0V (16). Terminal I2- (14) must remain free. (Activation Vi < 3.7V Deactivation Vi > 3.7V)
· PNP configuration, to activate input, short-circuit
14 I2-
16 0V
terminals I2- (14) and +12/24 Vdc (10). Terminal I2+ (8) must remain free.
(Activation Vi > 5.0V Deactivation Vi < 5.0V)
10 +12/24Vdc 16 0V
8 I2+
· Push-Pull configuration, to activate input, bring
Sensor
a positive signal (Vi > 9.2V) to terminal I2+ (8), to
OUT
deactivate it, bring a ground signal (Vi < 9.2V) to
terminal I2+ (8).
Terminal I2- (14) remains free.
+12/24Vdc
10 8 I2+ 14 I216 0V
·
B Encoder B
Line-driver configuration, input provides for the connection of two complementary signals read in differential mode. Signal B positive is connected to terminal I2+ (8). Signal B negative is connected to terminal I2- (14).
5.1.e DI.3 digital input
PNP
NPN
10 +12/24Vdc 9 I3
·
NPN configuration, to activate input, short-circuit terminals I3 (9) and 0V (16). (Activation Vi < 6.4V Deactivation Vi > 7.7V))
· PNP configuration, to activate input, short-circuit
9 I3
16 0V
terminals I3 (9) and +12/24 Vdc (10). (Activation Vi > 7.7V Deactivation Vi < 6.4V)
User manual – STR581 – 15
5.1.f DI.4 digital input
PNP
NPN
10 +12/24Vdc 15 I4
·
NPN configuration, to activate input, short-circuit terminals I4 (15) and 0V (16). (Activation Vi < 6.4V Deactivation Vi > 7.7V)
· PNP configuration, to activate input, short-circuit
15 I4
16 0V
terminals I4 (15) and +12/24 Vdc (10). (Activation Vi > 7.7V Deactivation Vi < 6.4V)
5.1.g Sensor power output +12/24Vdc
10 +12/24Vdc 16 0V
Through +12/24Vdc terminal (10) and 0V terminal (16) the device provides a voltage for activating the digital inputs and for supplying power to encoders, proximity sensors, etc. The output voltage is selectable via parameter 231 (Group “Output setting” parameter “Output voltage”).
Depending on the supply voltage and output setting, the deliverable currents are as follows:
Supply 24 Vdc 24 Vac 115 Vac 230 Vac
OUT +12 Vdc 50 mA 50 mA 50 mA 50 mA
OUT +24 Vdc 20 mA 20 mA 50 mA 50 mA
5.1.h Q1 Relais Output
3
Q1
4
2A 230V Resistive 1/8HP
Contact rating 2 A / 250 Vac for resistive loads. NB: see diagram below
16 – STR581 – User manual
5.1.i Q2 Relais Output
1
Q2
2
2A 230V Resistive 1/8HP
Contact rating 2A/250 Vac for resistive loads. NB: see diagram below
Electrical endurance Q1 / Q2. 2 A, 250 Vac, resistive load, 105 operations. 20/2 A, 250 Vac, cos = 0.3, 105 operations.
5.1.j
11 Q3 16 0V
Q3 Digital Output When activated, the PNP digital output provides a positive +12Vdc or +24Vdc voltage depending on the setting of parameter 231 (Group “Output Setting” parameter “Output Voltage”) on terminal Q3 (11). The output voltage reference is terminal 0V (16).
Depending on the supply voltage and output voltage setting, the currents that can be delivered by the Q3 output are as follows:
Supply 24 Vdc 24 Vac 115 Vac 230 Vac
OUT +12 Vdc 25 mA 25 mA 25 mA 25 mA
OUT +24 Vdc 5 mA 5 mA 25 mA 25 mA
User manual – STR581 – 17
5.1.k
17 Q4 16 0V
Q4 Digital ouput When activated, the PNP digital output provides a positive +12Vdc or +24Vdc voltage depending on the setting of parameter 231 (Group “Output Setting” parameter “Output Voltage”) on terminal Q4 (17). The output voltage reference is terminal 0V (16).
Depending on the supply voltage and output voltage setting, the currents that can be delivered by the Q4 output are as follows:
Supply 24 Vdc 24 Vac 115 Vac 230 Vac
OUT +12 Vdc 25 mA 25 mA 25 mA 25 mA
OUT +24 Vdc 5 mA 5 mA 25 mA 25 mA
6
Display and Key Functions
6.1
Key
I/O Status Configuration
Keys are multifunction: in correspondence of each key its meaning is displayed. If no description is showed, press a key to visualize it. Some menus will be only displayed, when activated.
18 – STR581 – User manual
6.2
Display
Displays values of meters, tachometer, alarm setpoints, and all configuration
parameters. The multilingual interface makes navigation and access to various
features intuitive.
English
Sel
Italiano
<
Deutsch
<
Français
Español
At first starting, display shows language selection.
6.3
Display mode
COUNTER 1 Count
1234567 1 2 3 4 1/2
Displays the first data value enabled with its description and unit and the outputs status. The picture shows the display related to “1 val. per page” setting in the “Display -> Display” parameter. The inscription 1/12 at the bottom indicates that the first of 12 pages (maximum) used for the representation of enabled variables is being displayed..
COUNTER 1
1234567 Count
SETPOINT 1
39321.60 Count
1 2 3 4 1/6
Displays the first two enabled data value with its description and unit of measurement and the outputs status. The picture sh ows the display related to the setting “2 val. per pag.” in the parameter “Display -> Display”
User manual – STR581 – 19
COUNTER 1
1234567 Count
SETPOINT 1 39321.60 Count
TACHOMETER
13110.2
HZ
1 2 3 4 1/4
COUNTER 1
1234567 Count
SETPOINT 1 39321.60 Count
TACHOMETER
13110.2
HZ
OUTPUT DURATION 5.0
S
1234567 Count 39321.60 Count
13110.2 HZ
1 2 3 4 1/4
Displays the first three enabled data value with its description and unit of measurement and the outputs status. The picture shows the display related to the setting “3 val. per pag.” in the parameter “Display -> Display”
Displays the first four enabled data value with its description and unit of measurement. In this type of display, the outputs status is visible in a dedicated screen that can be reached from the device menu. The picture shows the display related to the setting “4 values per page” in the parameter “Display -> Display” Displays the first three enabled data value, in expanded display mode. This mode, which can be enabled only in the 3- or 4-variable-per-page display, allows data values to be displayed in a larger font than is normally used for such representation, omitting the display of the data description and leaving only the unit of measurement. This mode is enabled by setting the description of the relevant data item as a sequence of spaces (null description).
20 – STR581 – User manual
7
Device functions
7.1
Variables display
COUNTER 1
13110.2
Sel
SETPOINT 1
6.325
12
2/4
If the set variables require more than one screen for their full display, there are two ways to perform the screen change.
· Automatic mode. Setting Scroll Time parameter with a selection other than Disabled, with no action on the keys, the screens will be displayed in a cyclic timed mode, with the interval set in the parameter. The display will then switch from one page to another in automatic mode.
· Manual keyboard mode. Pushing any of the keyboard buttons during normal variable display will display the navigation menu at the buttons. Pushing and you can scroll forward and backward through the variable display screens. The bottom of the screen will show the number of the currently displayed page along with the total number of pages.
7.2
Modifying setpoint values
On screens with setpoints enabled for modification, the button Sel will also be
present in the navigation menu. To modify a variable, refer to the procedure in
the table below.
Premere
1
Sel
Effetto
Eseguire
Select the first variable to be modified. The value to be modified will be highlighted. The edit menu substitutes the the navigation one.
and to modify the value. Through it is possible to modify digit-by-digit.
User manual – STR581 – 21
Premere
Effetto
Eseguire
Confirms the modified value;
if another variable to be
2
Ok
modified is present on the page, selects it. If there are
See point 1.
no other variables to change,
see step 3.
and of the editing
3
Ok
menu disappear and navigation menu will appaear
For new editing see point 1.
again.
Exiting the edit menu is also timed 5 seconds after the last action on the keys. Again, the modified data is saved.
7.3
I/O Status
This function, accessible via the main menu button I/Ostatus , allows monitoring
digital inputs status, outputs and communication on the COM1 port.
I/O Status
I1
Q1
COM1
I2
Q2
I3
Q3
I4
Q4
Esc
This screen displays the active/disactive status of each digital input, output and communication related to the serial port COM1.
8
COM1 Serial Communication
The STR581 has serial COM1 (RS485) on which the Modbus RTU slave protocol
is active. This allows the device to be connected to a supervisory system or
more generally to a Modbus RTU master device. Each device will respond to
a the Master only if it contains the same address as the one contained in the
parameter Serial COM1 -> Slave Address.
Allowed addresses range from 1 to 254, and there must be no devices with
the same address on the same line. Address 255 can be used by the master
to communicate with any connected device, regardless of its address, while
with address 0 all devices receive the command, but no response is expected
(broadcast mode).
22 – STR581 – User manual
The STR581 can introduce a delay (in milliseconds) before responding to the master’s request. This delay must be set in the parameter Serial COM1 -> Delay responsive. For the complete list of parameters related to serial COM1, refer to the “Serial COM1” section in the “Configuration Parameter Table” chapter. NB: Changes to the device configuration parameters are also possible via serial COM1.
ATTENTION: each time the parameters change, the device saves the value in EEPROM memory (100000 write cycles). This means that continuous writing with ever-changing values of the parameters can damage the EEPROM memory after exceeding the allowed number of writing cycles. NB: Changes made to word other than those shown in the table below may cause malfunction of the device.
Features Modbus RTU slave protocol
Baud-rate
Selectable from par. Serial COM1 -> Baud rate:
1.200 baud 9.600 baud 38.400 baud
2.400 baud 19.200 baud
57.600 baud
4.800 baud 28.800 baud
115.200 baud
Formato
Selectable from par. Serial COM1 -> Serial format: 8, N, 1 (8 bit, no parity, 1 stop) 8, E, 1 (8 bit, parity even, 1 stop) 8, O, 1 (8 bit, parity odd, 1 stop) 8, N, 2 (8 bit, no parity, 2 stop) 8, E, 2 (8 bit, parity even, 2 stop) 8, O, 2 (8 bit, parity odd, 2 stop)
Funzioni supportate
WORD READING (max 20 word) (0x03, 0x04) SINGLE WORD WRITING (0x06) MULTIPLE WORDS WRITING (max 20 word) (0x10)
A list of all available addresses and supported functions is given below:
RO Read Only
R/W Read / Write
WO Write Only
User manual – STR581 – 23
8.1
Notes for parameter access
Access: data accessible via Modbus protocol that refer to parameters or 32-bit
data (2 words) must be modified by writing two consecutive Modbus addresses
(lowest address first and then highest address). It is not sufficient to write only
one word even if the other should remain unchanged.
Alphanumeric strings are stored in the relevant parameters, using the ascii codes of the characters used. Each parameter (32 bits) contains 4 characters (each character 8 bits), so to store strings with more than 4 characters, multiple contiguous parameters are used, based on the number of characters used, according to the following scheme:
Stored string “ABCDEFGHIJKLMNOP”
Parameter number Parameter n Parameter n+1 Parameter n+2 Parameter n+3
Parameter value 0x44434241 0x48474645 0x4C4B4A49 0x504F4E4D
String ABCD EFGH IJKL MNOP
0x41 ascii code “A” 0x42 ascii code “B” … 0x4F ascii code “O” 0x50 ascii code “P”
Modbus Address 0 1 5
Description
Device type Software version Address slave
Read Write
RO RO R/W
Reset value
EEPROM EEPROM EEPROM
24 – STR581 – User manual
Modbus Address
500
600 601 602 603 604
605 606 607 608 609 610
Description
Read Write
Reload factory data (default)
The following values (commands) are accepted:
9999 Reloads all factory parameters
9998 Reloads all factory parameters, leaving baud
rate and format of COM1 serial and device address
(Slave address) unchanged
9997 Reloads all factory parameters, leaving
R/W
the baud rate and format of the COM1 serial
unchanged
9996 Reloads all factory parameters, leaving the
device address (Slave address) unchanged
Once the received command is executed, the device
restart to allow proper initialization.
Counter value 1 H
RO
Counter value 1 L
RO
Counter counts 1 H
RO
Counter counts 1 L
RO
Direction status, lock, hold counter 1
Bit 0 = Direzione (0=Up, 1=Down) Bit 1 = Lock (0=Unlock, 1=Lock)
RO
Bit 2 = Hold (0=Update, 1=Hold)
Counter direction 1 0=Up, 1=Down
RO
Lock counter status 1 0=Unlock, 1=Lock
RO
Hold counter status 1 0=Update, 1=Hold
RO
Serial command from counter 1
Indicates the value of the last serial command
RO
executed.
Counter hold status 1 H
RO
Counter hold status 1 L
RO
Reset value
0
? ? ? ? 0 0 0 0 0 ? ?
User manual – STR581 – 25
Modbus Address
620
630 631 632 633
634
635 636 637
638 639 640 650 700 701
Description
Serial command counter 1 0=No command 1=Load command 2=Command enable/disable lock function 3=Command enable/disable hold function 4=Command reverse count direction 5=Command set count direction UP 6=Command set count direction DOWN Counter value 2 H Counter value 2 L Counter counts 2 H Counter counts 2 L Direction status, lock, hold contatore 2 Bit 0 = Direzione (0=Up, 1=Down) Bit 1 = Lock (0=Unlock, 1=Lock) Bit 2 = Hold (0=Update, 1=Hold) Counter direction 2 0=Up, 1=Down Counter lock status 2 0=Unlock, 1=Lock Counter hold status 2 0=Update, 1=Hold Serial command from counter 2 Indicates the values of the last serial command executed Counter hold value 2 H Counter hold value 2 L Serial command counter 1 The commands available are those reported for word 620.
Tachometer value H
Tachometer value L
26 – STR581 – User manual
Read Write
Reset value
WO 0
RO ? RO ? RO ? RO ?
RO 0
RO 0 RO 0 RO 0
RO 0 RO ? RO ? WO 0
RO 0 RO 0
Modbus Address 702 703 704 705 706
707
708 709 710
720
900
901
902
Description
Minimum pick tachometer value H
Minimum pick tachometer value L
Maximum pick tachometer value H
Maximum pick tachometer value L
Serial command from tachometer Indicates the values of the last serial command executed
Out-Enable status tachometer 0=Tachometer outputs disabled 1=Tachometer outputs enabled
Tachometer hold status 0=Tachometer hold function disabled 1=Tachometer hold function enabled
Tachometer hold value H
Tachometer hold value L
Serial command tachometer 0=No command 1=Command enable/disable tachmeter outputs 2=Command enable/disable hold function 3=Minimum & maximum peak reset command4=Command reset output (if in latch)
Outputs status (0 = Off, 1 = On):
Bit 0 = Relais Q1
Bit 2 = Digital output Q3
Bit 1 = Relais Q2
Bit 3 = Digital output Q4
Digital inputs status (0 = Off, 1 = Active): Bit 0 = I1 Bit 1 = I2 Bit 2 = I3 Bit 3 = I4
Key status (0 = released, 1 = pressed): Bit 0 = Bit 1 = Bit 2 = Bit 3 =
Read Write
RO RO RO RO RO
RO
RO RO RO
WO
RO
RO
RO
Reset value ? ? ? ? 0
0
0 ? ?
0
0 ?
0
User manual – STR581 – 27
Modbus Address
903
2001 2002 2003 2004 … 2597 2598 2599 2600 4001 4002 4003 4004 … 4597 4598 4599 4600
Description
Errors Flags Bit 0 = Incorrect calibration data Bit 1 = Incorrect parameters Bit 2 = Incorrect status data Bit 3 = EEProm memory writing error Bit 4 = EEProm memory writing error Bit 5 = Missing calibration error Bit 6 = Parameter out of range Bit 7 = FRam memory access error Parameter 1 (H) Parameter 1 (L) Parameter 2 (H) Parameter 2 (L) … Parameter 299 (H) Parameter 299 (L) Parameter 300 (H) Parameter 300 (L) Parameter 1 (H)* Parameter 1 (L)* Parameter 2 (H)* Parameter 2 (L)* … Parameter 299 (H)* Parameter 299 (L)* Parameter 300 (H)* Parameter 300 (L)*
Read Write
Reset value
RO 0
R/W EEPROM R/W EEPROM R/W EEPROM R/W EEPROM
R/W EEPROM R/W EEPROM R/W EEPROM R/W EEPROM R/W EEPROM R/W EEPROM R/W EEPROM R/W EEPROM
R/W EEPROM R/W EEPROM R/W EEPROM R/W EEPROM
* Parameters changed using serial addresses 4001 to 4600 are saved in the Eeprom only after 10″ from the last write of one of the parameters.
28 – STR581 – User manual
9
Error messages
The device provides for fault/anomaly reporting through display messages.
The possible messages are as follows:
Incorrect parameters Error detenction in the device configuration parameters
Incorrect status data Detected an error in the device status save data. .
!
Incorrect parameters
Eeprom read error An error was detected in the Eeprom memory read sequence.
Err. eeprom write An error was detected in the Eeprom memory write sequence.
FRam error Detected an error in the read/write sequence of FRam memory.
In all these cases, the device may no longer be able to function properly. Turn off and on again, if the problem persists contact the assistance.
User manual – STR581 – 29
10
Configuration
10.1
Modifying configuration parameters
See par. 11 for configuration parameters.
Press
Effect
Do
1
Configuration
Shows 0000 with the 1st digit selected
2
and
Changes the selected digit and moves to the next one Enter password 1234
using
3
Sel to confirm
The name of the parameter groups appear on the display
4
e
Shows the names of the parameter groups
5
Sel to enter parameter
group
Shows the parameters of the selected group.
Press and to select parameter to be modified.
Sel to enter Shows all parameters 6 parameter possible selections or
modification parameter numeric value
Press and to modify parameter. For numeric parameters, pressing it is possible to modify digit-to-digit.Press Sel to confirm modification. Press
to exit without modify.
10.2
Loading default values
Enter password 9999 to restore device factory settings. The device will restart to
allow proper initialization.
30 – STR581 – User manual
10.3
Reading and configuration through NFC
Android®
iOS®
Scan the Qr-Code to download the App on Google Play Store:
STR581 is supported by the App MyPixsys: using an ANDROID smartphone with NFC connection it is possible to program the device without using a dedicated equipment*.
*With iOS App, communication between the smartphone and the device is through the RFID Programmer > Bluetooth (2000.35.099), which must be placed on the device’s NFC connection point. MyPixsys allows to read and view data already on the device, modify its parameters and setpoints, save and send (via email) complete configurations, reload backups and factory settings. Procedure: · Make sure that the NFC sensor of the Android® phone is enabled and that there are no metallic materials between the smartphone and the device (e.g., aluminum covers or magnetic stands); – Place the NFC antenna of the smartphone / RFID Programmer > Bluetooth at the antenna of the device (located on the front); – Enable system sounds on your phone, as the notification sound confirms that the device has correctly been detected The App interface is provided with four tabs: SCAN, DATA, WRITE, EXTRA. Select the first tab “SCAN” to read data stored into the internal memory of the device; place the smartphone in contact with its frontal panel, making sure that the phone’s antenna matched with that of the device. Once detected the device, the App emits a notification sounds and proceeds with the model identification and the reading of the parameters. The graphic interface shows the advancement and switches to the second tab “DATA”. It is now possible to move the smartphone away from the controller to make the required modifications more easily. The device parameters are divided into collapsible groups and are displayed
User manual – STR581 – 31
with name, current value and reference index to the manual. Click on a row to open the setting screen of the related parameter with the detailed view of available options (in case of multiple choice parameters) or of the minimum/maximum/decimals limits (for numeric parameters). Once selected the chosen value, the related row will be updated and underlined into the tab “DATA” (hold down the line to undo changes). To download the new configuration on your device, select the third tab “WRITE”, place again the smartphone in contact with the device and wait for the operation to complete. The device will show a restart request, necessary to update the configuration with the new written modifications; if it does not restart, the STR581 will continue to work with the previous configuration. In addition to the classic operation of parameters reading->- modification->writing, MyPixsys is provided with additional functions which can be accessed by the tab “EXTRA”, as save/upload and email the entire configuration and restore factory values.
10.4
Configuration through memory card
The device can be configured through a memory card (2100.30.013). This one is
linked to the micro-USB port on the upper side of the device.
10.4.a
Creation memory card
Memory writing…
To save a parameter configuration to the memory card, with device switched on, connect it to the micro-USB connector, enter configuration, set parameters as required, and exit configuration. At this point, the device recognises the memory card and saves the configuration to this one. A message on the display will notify the saving.
32 – STR581 – User manual
10.4.b
Loading configuration from memory card
Load data Esc
To load a previously made configuration and saved on a memory card, connect it to the micro-USB connector and power the device. At this point, if the memory card is detected and the data on it are considered valid, the display will show the request to load data from memory. User has two options, Load parameters from memory or cancel the operation without changing current configuration.
11
Table of configuration parameters
Below is the complete list of parameters divided into various subgroups.
11.1
Display
Display and visualisation configuration parameters.
1 Language
Language selection
English (Default)
Italian
Deutsch
Francais
Español
2 Display Selects the display mode of the variables values used. 1 value per page (Default) 2 values per page 3 values per page 4 values per page As a consequence of setting this parameter, if more variables are used than can be displayed on a page, multiple pages will be used to complete the display of all values.
3 Scroll time In the case of displaying multiple pages of variables, automatic scrolling between pages can be set. This parameter defines the time interval for
User manual – STR581 – 33
Disabled
4 sec.
30 sec.
w1 sheich. each page is displaye5ds, ebce.f(oDrefmauolvti)ng to the nex1tmonine.. Any button
p2rseescs., restart the time. 10 sec.
3 sec.
20 sec.
4
Update time
Determines the interval for updating the displayed quantities.
If the value of the counter or tachometer changes faster than this interval,
the displayed value in each case will not be updated before this interval
expires.
0,1..5,0 s (Default: 0,1 s)
5 Contrast Determines the contrast value for the OLED display. 0%..100% (Default: 80%)
7 Standby time
Determines the time after which the display goes into standby mode
if no button presses are detected. Reduces brightness in low-light
environments and extends the display life cycle.
Always on (Default)
5 minutes
15 seconds
10 minutes
30 seconds
30 minutes
1 minute
1 hour
2 minutes
9 Data vis. n°1 10 Data vis. n°2 11 Data vis. n°3 12 Data vis. n°4 13 Data vis. n°5 14 Data vis. n°6 15 Data vis. n°7 16 Data vis. n°8 17 Data vis. n°9 18 Data vis. n°10 19 Data vis. n°11 20 Data vis. n°12 Defines for each display position what the associated magnitude is. Through these parameters it is possible to customize the device user interface by choosing which data to display.
34 – STR581 – User manual
11.2
Digital input 1..2
Parameters to configure digital input 1 and 2, dedicated to counting.
31 Hardware type
36 Hardware type
Selects the digital input hardware type.
Input suitable for sensors with NPN output.
NPN
Activation is initiated by short-circuiting the input
to ground (0V).
PNP (Default)
Input suitable for sensors with PNP output. Activation starts by bringing a positive signal (+12/24 Vdc) to digital input.
Push-Pull
Input suitable for sensors with Push-Pull output.
Line-Driver
Input suitable for sensors with line-driver output. This solution uses a pair of complementary signals read in differential mode for each input.
32 Hardware filter 37 Hardware filter
Selects digital input hardware filter.
Disabled (Default) Enabled
Hardware input filter is disabled. Hardware input filter limiting the input signal bandwidth to 1 KHz is enabled
33 Software filter 38 Software filter
Selects digital input software filter.
OFF (Default) 0,5..100,0 ms
No software filter applied to input signal. Software filter applied to input signal cuts any pulses with a duration shorter than the time set in the filter.
34 Active status 39 Active status
User manual – STR581 – 35
Selects input signal active state.
Up front (Default)
Counting action will take place on the input signal up front
Down front
Counting action will take place on the input signal down front.
11.3
Digital input 3..4
Parameters for configuring digital input 3 and 4, dedicated to activating
auxiliary functions.
41 Hardware type
46 Hardware type
Select type of digital input hardware.
Input suitable for sensors with NPN output.
NPN
Activation is initiated by short-circuiting the input
to ground (0V)
PNP (Default)
Input suitable for sensors with PNP output. Activation starts by bringing a positive signal (+12/24 Vdc) to the digital input.
43 Software filter 48 Software filter
Select software filter for digital input.
OFF (Default) 0,5..100,0 ms
No software filter applied to the input signal. Software filter applied to the input signal cuts any pulses with a duration shorter than the time set in the filter.
44 Active state 49 Active state
Select input signal active state.
Up front (Default) Down front
Action will take place on the input signal up front Action will take place on the input signal down front.
36 – STR581 – User manual
High-level Low-level
Action will take place on the input signal high level. The action will take place on the inout signal low level.
45 Input function 50 Input function
Select function related to the input.
Disabled (Default)
No action related to the input.
Encoder Z
Input establishes the encoder Z signal connection for resetting.
Enable encoder Z
Input when activated enables the resetting function via the encoder’s Z signal.
Counter charge 1
Input when activated allows the loading of counter 1 with its preset value.
Counter charge 2
Input when activated allows the loading of counter 2 with its preset value.
Counter charge When activated, the input enables the loading of
1&2
counter 1 and counter 2 with their preset value.
Enables tachometer outputs
Input, when activated, enables the techometer-related outputs if the output enable is set by input.
Hold tachometer
Input when activated enables/disables the tachometer hold function.
11.4
Counter 1..2
Counter 1 and 2 configuration parameters.
58 Clock sorgent (Counter 1)
78 Clock sorgent (Counter 2)
Select the counting source of counter
Disabled (Default 2)
Counter disabled, no counting input.
User manual – STR581 – 37
Encoder
I1
(A)
H L
I2
(B)
H L
I3/4 (Z)
H L
5
4
3
2
2
1
1
0
0
I1
H L
2 1 0 -1
I1 Up-I2 Off (Default 1)
+1
+1
n + 4
+1
n + 3
+1
n + 2
n + 1
n
I1
H L
I1 Up-I2 Down
I2
H L
+1
-1
+1
+1
n + 2
n + 2
n +1
n +1
n
I1
H L
I1 Up-I2 In/ Dec
I2
H L
+1
-1
+1
+1
n + 2
n + 2
n +1
n +1
n
38 – STR581 – User manual
Counter count derives from the encoder connected to inputs I1 and I2. Counter count in Up (increment) mode comes from input I1. Input I2 remains free for other uses. Counter count in Up (increase) mode comes from input I1, and in Down (decrease) mode from input I2. Counter count derives from input I1. Input I2 switches from Up (increment) to Down (decrement) counting mode
I1
H L
I1 Up-I2 En/ Loc
I2
H L
+1
+1
n + 2
n +1
n
+1 n + 3
I1
H L
I1 Up-I2 En/ Hol
I2
H L
+1
n + 4
+1
n + 3
+1
n + 2
+1
n +1
display value
n
I1
H L
I1 Down-I2 Off
-1
n
-1
n – 1
-1
n – 2
-1
n – 3
n – 4
Counter count in Up (increment) mode derives from input I1. Input I2 enables or locks (Lock) the counting Counter count in Up (increment) mode derives from input I1. Input I2 enables updating of the counter display or activates the hold function of the current counter value Counter count in Down (decrement) mode derives from input I1. Input I2 remains free for other uses
User manual – STR581 – 39
I1
H L
I2
H L
I1 Do-I2 En/ Loc
-1
n
-1
n – 1
-1
n -2
n – 3
I1
H L
I1 Do-I2 En/ Hol
I2
H L
n
n -1
display value
-1
n – 2
-1
-1
n – 3
-1
n – 4
I2
H L
I1 Off-I2 Up
+1
+1
n + 4
+1
n + 3
+1
n + 2
n + 1
n
Counter count in Down (decrement) mode derives from input I1. Input I2 enables or locks (Lock) the counting Counter count in Down (decrement) mode derives from input I1. Input I2 allows the counter display to be updated or activates the Hold function of the current counter value Counter count in Up (increment) mode comes from input I2. Input I1 remains free for other uses.
40 – STR581 – User manual
I2
H L
I1 Off-I2 Down
-1
n
-1
n – 1
-1
n – 2
-1
n – 3
n – 4
Out Q1 H L
OutputQ1
+1
+1
n + 2
n +1
n
Out Q2 H L
+1 n + 3
OutputQ2
+1
+1
n + 2
n +1
n
Out Q3 H L
+1 n + 3
Output Q3
+1
+1
n + 2
n +1
n
+1 n + 3
Counter count in Down (decrement) mode is derived from input I2. Input I1 remains free for other uses. Counter count in Up (increment) mode occurs each time output Q1 is activated. Counter count in Up (increment) mode occurs each time output Q2 is activated. Counter count in Up (increment) mode occurs each time output Q3 is activated.
User manual – STR581 – 41
Out Q4 H L
Output Q4
+1
+1
n + 2
n +1
n
+1 n + 3
Counter count in Up (increment) mode occurs each time output Q4 is activated.
51 Description (Counter 1) 71 Description (Counter 2)
Defines the counter description text string (max. 16 characters) that will be displayed together with the counter value and its unit. If you do not wish to display the description, set the text as null string (16 spaces). “COUNTER 1 ” (Default)
56 Unit of measurement (Counter 1) 76 Unit of measurement (Counter 2)
Defines the counter unit text string (max. 5 characters) that will be displayed together with the counter value and its description. If you do not want to display the unit of measurement, set the text as null string (5 spaces). “count” (Default)
59 Multiplier (Counter 1) 79 Multiplier (Counter 2)
Sets the value by which to multiply the value in counter counts to transform it into a rescaled quantity useful for display.
-99999…99999 (Default 1)
Set the correct value of multiplier which, together with Divisor, allows a rescaled value to be obtained from the counted value.
60 Divisor (Counter 1) 80 Divisor (Counter 2)
Set the value by which to divide the counter count value into a rescaled value useful for display.
42 – STR581 – User manual
1…99999 (Default 1)
Set the correct divisor value, which in combination with the Multiplier allows a rescaled value to be obtained from the counted value.
61 Decimal point (Counter 1) 81 Decimal point (Counter 2)
Defines the number of decimal digits with which the counter value will be displayed.
0 (Default) no decimal
0,0
1
0,00
2 decimal digits
0,000
3 cdecimal digits
0,0000 4 decimal digits 0,00000 5 decimal digits 0,000000 6 decimal digits
62 Automatic loading (Counter 1) 82 Automatic loading (Counter 2)
Selects the event that determines the counter automatic loading with the preset value.
Disabled (Default)
Automatic counter loading is disabled
Set1
Counter is automatically loaded when the value reaches the Set1 value (Counter = Set1).
Set2
Counter is automatically loaded when the value reaches Set2 (Counter = Set2).
Set3
Counter is automatically loaded when the value reaches Set3 (Counter = Set3).
Set4 Set1+Out duration 1
Counter is automatically loaded when the value reaches the value Set4 (Counter = Set4). Counter is automatically loaded when the value reaches the value Set1+Out duration 1 (Counter = Set1+Out duration 1).
Set2+Out duration 2
Counter is automatically loaded when the value reaches the value Set2+Out duration 2 (Counter = Set2+Out duration 2).
User manual – STR581 – 43
Set3+Out duration 3 Set4+Out duration 4 Set1-Out duration 1 Set2-Out duration 2 Set3-Out duration 3 Set4-Out duration 4
Counter is automatically loaded when the value reaches the value Set3+Out duration 3 (Counter = Set3+Out duration 3). Counter is automatically loaded when the value reaches the value Set4+Out duration 4 (Counter = Set4+Out duration 4). Counter is automatically loaded when the value reaches the value Set1-Out duration 1 (Counter = Set1-Out duration 1). Counter is automatically loaded when the value reaches the value Set2-Out duration 2 (Counter = Set2-Out duration 2). Counter is automatically loaded when the value reaches the value Set3-Out duration 3 (Counter = Set3-Out duration 3). Counter is automatically loaded when the value reaches the value Set4-Out duration 4 (Counter = Set4-Out duration 4).
63 Preset value (Counter 1) 83 Preset value (Counter 2)
Sets the value that is loaded onto the counter at each load event (Load).
-9999999 … 9999999 (Default 0)
Set the preset value to be loaded into the counter at the time of the load event.
64 Power-off memory (Counter 1) 84 Power-off memory (Counter 2)
Defines whether the counter value is to be retained in the device’s internal memory so that the value is retained even in the event of a power failure and the next time it is switched back on, the last value recorded is displayed.
Disabled (Default)
Counter value is not stored. When switched on, the counter value is initialised with the value 0.
44 – STR581 – User manual
Enabled
Counter value is stored in the device’s internal memory when no more count pulses are detected for more than 100ms. This implies that a `running’ switch-off, i.e. during the counting phase, may not guarantee the integrity of the stored data. At switch-on, the counter is preloaded with the value stored before switch-off.
11.5
Tachometer 1
Tachometer configuration parameters.
91 Description
Defines the tachometer description text string (max. 16 characters),
which will be displayed together with the tachometer value and its unit.
If you do not want to display the description, set the text as a null string
(16 spaces).
“FREQUENCY 1 ” (Default)
96 Unit measuring Defines the tachometer unit of measurement text string (max. 5 characters) that will be displayed together with the tachometer value and its description. If you do not want to display the unit of measurement, set the text as a null string (5 spaces). “Hz ” (Default)
98 Min. frequency Sets the minimum frequency value to be detected by the device. Lower frequency values will be ignored and the tachometer value set to 0.
0,01…10,00 Hz (Default 1,00)
Set the correct value for the minimum input frequency to be detected.
User manual – STR581 – 45
99 Software filter Sets the software filter value applied to the acquired frequency magnitude.
OFF (Default)
No software filter applied to the input signal detected frequency.
0,01…1,00 s
All input frequency samplings detected in the set software filter range will be used to calculate the mathematical average.
100 Acquisition mode Defines frequency acquisition mode used.
Mode 1 (Default 1)
Frequency is determined by measuring each pulse period duration.
101 Multiplier Sets the value by which to multiply the measured frequency value to transform it into a rescaled quantity useful for visualisation.
1…99999 (Default 1)
Set the multiplier correct value which, in combination with the Divisor, allows a rescaled value to be obtained from the frequency value.
102 Divider Sets the value by which the measured frequency value is to be divided into a rescaled quantity useful for display.
1…99999 (Default 1)
Set the correct divisor value that, associated with the Multiplier, allows a rescaled value to be obtained from the frequency value.
103 Time base Sets the time base used to transform the detected frequency into rescaled magnitude useful for visualisation.
Second (Default 1) Minute
The rescaled value will be calculated as a physical quantity measured in the time unit of second. Rescaled value will be calculated as a physical quantity measured in the time unit of minute.
46 – STR581 – User manual
Hour
Rescaled value will be calculated as a physical quantity measured in the time unit of hour
104 Decimal point Defines the number of decimal digits with which the tachometer value will be displayed.
0 (Default) no decimal
0,0
1 decimal digit
0,00
2 decimal digits
0,000
3 decimal digits
0,0000 4 decimal digits 0,00000 5 decimal digits 0,000000 6 decimal digits
105 Fixed zeros Defines the number of least significant digits that are automatically fixed to 0 not to have a display with continuously changing digits due to an unstable measured signal.
###### (Default) #####0 ####00 ###000 ##0000
no digit set at 0 last digit always at 0 last two digits always at 0 last three digits always at 0 last four digits always at 0
106 Peak visualisation Defines whether or not the button for access to the dedicated page for displaying the minimum and maximum peaks, detected by the tachometer, should appear in the device menu. This page allows these peaks to be reset to start a new acquisition.
Disabled (Default) Enabled
The peak display screen is not enabled. The screen is enabled and accessible from the device’s main menu.
107 Power-off memory Defines whether the peak values detected by the tachometer are to be retained in the device’s internal memory. The values, therefore, are retained even in the event of a power failure and the next time the device is switched back on, the stored values are re-presented.
User manual – STR581 – 47
Disabled (Default) Maximum peak Minimum peak All peaks
Minimum and maximum peak values of the tachometer are not stored. When switched on, the peak values are initialised with value 0. Only maximum peak value is retained even in the event of a power failure. The minimum peak is initialised with value 0. Only minimum peak value is retained even in the event of a power failure. The maximum peak is initialised with value 0. Both maximum peak value and minimum peak value are maintained in the event of a power failure.
11.6
Output Q1..4
Output Q1..Q4 configuration parameters.
111 Source value (Output Q1)
141 Source value (Output Q2)
171 Source value (Output Q3)
201 Source value (Output Q4)
Defines the data used to manage the output.
None (Default) Counter 1
Output is disabled. The data used to manage the output logic is the value of counter 1
Counter 2
The data used to manage the output logic is the value of counter 2
Tachometer 1
The data used to manage the output logic is the value of counter 1
112 Output mode (Output Q1) 142 Output mode (Output Q2) 172 Output mode (Output Q3) 202 Output mode (OutputQ4)
Defines the related output operation mode. These parameters are visible only if the corresponding Source Value parameter is set to Counter 1 or Counter 2.
48 – STR581 – User manual
Load
1 0
Counter Count>=Set Value (Default)
Count>=Set*Od-T
Out
Counter
1 0
Load
1 0
Counter Value
Count>=Set*Od-C
Out
Counter
1 0
Load
1 0
Counter Value
Out
Counter
1 0
SET
Output is active when
COUNTER counter value is >= at
Load Value the setpoint.
Time
Output Duration Time
SET COUNTER Load Value
Output is active for the output duration time when counter value is >= at the setpoint.
Time
Output Duration Counts
SET COUNTER Load Value
Time
Output is active when counter value is >= at the setpoint and is deactivated when counter value is >= at setpoint + Output duration.
113 Output duration (Output Q1) 143 Output duration (Output Q2) 173 Output duration (Output Q3) 203 Output duration (Output Q4)
Defines the output activation duration. These parameters are only visible if the corresponding Source Value parameter is set to Counter 1 or Counter 2.
User manual – STR581 – 49
Input from user (Default) Latch
0,1..99,9 s 1..999 counts
Output duration value can be set directly from the user screen. Output, when activated, remains active until the counter is loaded. Depending on the selected output mode, it will be possible to set an activation duration in time (s) or for a quantity of the same magnitude as the counter value.
115 Output enable (OutputQ1) 145 Output enable (OutputQ2) 175 Output enable (OutputQ3) 205 Output enable (OutputQ4)
Defines the output activation mode. These parameters are only visible if the corresponding Source Value parameter is set to Tachometer.
Always enabled (Default)
Output is always enabled.
Automatic enabling
Output enabling is automatic.
Enabling from input
Output enabling occurs from configured digital input.
116 Output mode (Output Q1) 146 Output mode (Output Q2) 176 Output mode (Output Q3) 206 Output mode (Ouput Q4)
Defines the related output operation mode. These parameters are visible only if the corresponding Source Value parameter is set to Tachometer 1.
50 – STR581 – User manual
Upward deviation (Default)
Tach. Value
Logic Output
Auto
1 0
Latch
1 0
Activation delay Clear by Input
Deactivation delay
SET
Tach.
Value Time
Output is active in case of upward deviation.
(The tachometer value
exceeds the setpoint).
Pulse
1 0
Pulse duration time
Lower deviation
Tach. Value
Logic Output
Auto
1 0
Latch
1 0
Activation delay Clear by Input
Deactivation delay
Tach. Value
SET Output is active in case
Time of downward deviation. (The tachometer value falls below the setpoint).
Pulse
1 0
Pulse duration time
Tach. Value
BAND BAND
Activation delay
Deactivation delay
Inside band Logic Output
Auto
1 0
Latch
1 0
Clear by Input
Tach.Value
SET
Activation delay
Deactivation
delay
Time
Output results active within a band defined
by the setpoint value
and the band
Clear by Input
Pulse
1 0
Pulse duration time
Pulse duration time
User manual – STR581 – 51
Out band
Tach. Value
BAND
Activation delay
Deactivation delay
Logic Output
Auto
1 0
Latch
1 0
Pulse
1 0
Clear by Input Pulse duration time
BAND Tach.Value
SET
Activation
delay
Deactivation
delay
Time
Output is active outside
a band defined by the
setpoint value and the
band.
Clear by Input
Pulse duration time
117 Output duration (Output Q1) 147 Output duration (Output Q2) 177 Output duration (Output Q3) 207 Output duration (Output Q4)
Defines the output activation duration. These parameters are visible only if the corresponding Source Value parameter is set to Tachometer 1.
Automatic (Default)
Output reset occurs automatically as soon as the trigger condition fails.
Latch
Output, once activated, remains active until a Clear command from appropriately configured digital input.
0,1..99,9 s
Output once activated will be active for the set time.
118 Activation delay (Output Q1) 148 Activation delay (Output Q2) 178 Activation delay (Output Q3) 208 Activation delay (Output Q4)
Defines the output activation delay. These parameters are visible only if the corresponding Source Value parameter is set to Tachometer 2.
52 – STR581 – User manual
0,0..999,9 s (Default 0,0)
When activation condition occurs, you can delay the output actual activation by setting a delay.
119 Activation delay (Output Q1) 149 Activation delay (Output Q2) 179 Activation delay (Output Q3) 209 Activation delay(Output Q4)
Defines the output deactivation delay. These parameters are visible only if the corresponding Source Value parameter is set to Tachometer 1.
0,0..999,9 s (Default 0,0)
When deactivation condition occurs, it is possible to delay the output deactivation by setting a delay.
120 Band value (Output Q1) 150 Band value (OutputQ2) 180 Band value (Output Q3) 210 Band value(Output Q4)
Defines the band value related to output management in case management in In-band or Out-band mode is selected. These parameters are visible only if the corresponding parameter Source Value is set to Tachometer 1 and Output Mode is set to In-band or Out-of-band.
1 ..9999999 (Default 10)
Sets the band value. Display of this number takes its formatting from the source quantity it refers to (Tachometer 1).
User manual – STR581 – 53
121 Setpoint management (Output Q1) 151 Setpoint management (Output Q2) 181 Setpoint management (Output Q3) 211 Setpoint management (Output Q4)
Defines the setpoints operation mode related to output management.
Visible only
Setpoint value can be viewed in the user screens but changing the value is not allowed. Setpoint setting is only possible during configuration.
Modifiable (Default)
Setpoint value can be viewed and changed in the user screens.
122 Description (Output Q1) 152 Description (Output Q2) 182 Description (Output Q3) 212 Description (Output Q4)
Defines the setpoint description text string (max 16 characters) related to the output that will be displayed along with the setpoint value and its unit of measurement. If you do not want to display the description, set the text as a null string (16 spaces). “SETPOINT 1 ” (Default)
127 Lower limit (Output Q1) 157 Lower limit (Output Q2) 187 Lower limit (Output Q3) 217 Lower limit (Output Q4)
Defines the setpoint value input range inferior limit.
-9999999 .. 9999999 (Default 0)
Indicates the minimum value to which the setpoint can be set. The display of this number takes formatting from the source data to which it refers.
54 – STR581 – User manual
128 Upper limit (Output Q1) 158 Upper limit (Output Q2) 188 Upper limit (Output Q3) 218 Upper limit (Output Q4)
Defines the setpoint value input range inferior limit.
-9999999 .. 9999999 (Default 1000)
Indicates the maximum value to which the setpoint can be set. The display of this number takes formatting from the source data to which it refers.
129 Setpoint value (Output Q1) 159 Setpoint value (Output Q2) 189 Setpoint value (Output Q3) 219 Setpoint value (Output Q4)
Defines the setpoint value related to output management.
-9999999 .. 9999999 (Default 0)
Sets the setpoint value. The display of this number takes formatting from the source quantity to which it refers..
130 Output status (Output Q1) 160 Output status(Output Q2) 190 Output status(Output Q3) 220 Output status(Output Q4)
Defines the output state in its inactive phase.
Normally open (Default) Normally close
Output with normally open contact (Q1 e Q2). Output normally deactivated (Q3 e Q4) Output with normally closed contact (Q1 e Q2). Output normally actived (Q3 e Q4)
User manual – STR581 – 55
11.7
Output setting
Parameters to manage the voltage output for supply inputs and sensors and
digital outputs Q3 and Q4.
231 Output voltage Defines the output voltage available at terminal 10 and the output voltage of the two digital outputs Q3 and Q4. Reference Terminal 16 (0V).
A voltage of 12 VDC is available at terminal 10. 12 VDC (Default) Outputs Q3 and Q4 provide this voltage when
active.
24 VDC
A voltage of 24 VDC is available at terminal 10. Outputs Q3 and Q4 provide this voltage when active.
11.8
Serial COM1
Parameters to configure the Modbus slave serial.
291 Slave address
Defines the device Modbsus address for communication on serial
COM1.1..254 (Default: 240)
292 Baud rate
Selects the baud rate for the serial communication
1,200 baud
28,800 baud
2,400 baud
39,400 baud
4,800 baud
57,600 baud (Default)
9,600 baud
115,200 baud
19,200 baud
293 Serial format Selects the format for serial communication
8,N,1 (Default) 8 bit, No parity, 1 Stop bit
8,E,1
8 bit, Even parity, 1 Stop bit
8,O,1 8,N,2
8 bit, Odd parity, 1 Stop bit 8 bit, No parity, 2 Stop bit
8,E,2
8 bit, Even parity, 2 Stop bit
56 – STR581 – User manual
8,O,2
8 bit, Odd parity, 2 Stop bit
294 Answer delay Defines the minimum delay in ms, which the device introduces between the reception of the Modbus master’s query, and the beginning of th transmission of the reply. 0..100 ms (Default: 2 ms)0..100 ms (Default: 2 ms)
Note / Updates
User manual – STR581 – 57
Before using/connecting the device carefully read the safety and setting information contained in this manual.
Prima di utilizzare il dispositivo leggere con attenzione le informazioni di sicurezza e settaggio contenute in questo manuale.
Avant d’utiliser le dispositif lire avec attention les renseignements de sûreté et installation contenus dans ce manuel.
PIXSYS s.r.l.
www.pixsys.net sales@pixsys.net – support@pixsys.net online assistance: http://forum.pixsys.net
via Po, 16 I-30030 Mellaredo di Pianiga, VENEZIA (IT)
Tel +39 041 5190518
2300.10.329-RevB 191022
Documents / Resources
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Pixsys STR581 Frequency Counter [pdf] User Manual STR581 Frequency Counter, STR581, Frequency Counter, Counter |