СИ30 Pulse counter. User manual

Contents

Safety instructions

Introduction

1 Purpose and functions

2 Specifications and operating conditions

2.1 Specifications

2.2 Operating conditions

3 Safety measures

4 Mounting

4.1 Installation of device in housing Н

4.2 Installation of device in housing Щ1

4.3 Installation of device in housing Щ2

5 Electrical connections

5.1 Wiring recommendations

5.2 Getting Started

5.3 Pin assignment

5.4 Connection of switching devices and sensors

5.5 Connecting load to the outputs

6 Operation of the device

6.1 Principle of operation

6.2 Control and indication

6.3 Switch on and operation

7 Setup

7.1 Sequence of setup

Safety instructions

Following symbols and keywords are used in this manual:

DANGER

Keyword DANGER is used to warn about an imminent threat to health. Possible

consequences may include death, permanent or prolonged incapacity for work.

WARNING

Keyword WARNING is used to warn about damage to property and devices. Possible

consequences may include damage to property, for example, this device or connected

devices.

CAUTION

Keyword CAUTION is used to prevent a potentially dangerous situation. Possible

consequences may include minor injuries.

NOTICE

Keyword NOTICE is used for supplement, clarifying, interpretation of the main text and/or

clarifying specific aspects of working the device operation.

Introduction

This user manual is intended to familiarize service personnel with the design, principle of operation,

structure, operation and maintenance of the pulse counter СИ30 (further in the text called «device»).

Connection, setup and maintenance should be made only by qualified specialists after reading this

manual.

The device is produced in various modifications, that are encrypted in code of full conventional

designation.

Power supply:

220 - 90...250 V AC, 50 Hz;

24 - 10,5...30 V DC.

Construction type:

Н - wall-mounting housing;

Щ1 - panel-mounting housing (square front panel, 96x96 mm);

Щ2 - panel-mounting housing (rectangular front panel, 96x48 mm).

1 Purpose and functions

The device is a universal counter that can be used for a wide range of automation tasks. It is designed

to count the number of pulses coming to its inputs in direct and opposite direction and to convert further

this number into a physical value (using multiplication by given multiplier).

The device can perform following functions:

• count-up, count-down, reversing and other types of counting pulses from the connected sensors;

• determination of the direction of rotational motion of units and mechanisms;

• converting the number of pulses into real units of measurement;

• powering sensors from the built-in 24 V DC power source;

• load control by two built-in outputs;

• saving counting results when power is turned off;

• connection to PC via embedded RS-485 and USB interfaces.

2 Specifications and operating conditions

2.1 Specifications

Main specification of the device is given in Table 2.1.

Table 2.1 - Device features

Item

Value

Power supply

AC:

• supply voltage

90...250 V

(nominal - 110, 220 or 240 V)

• frequency

47...63 Hz (nominal - 50 and 60 Hz)

Table 2.1 (continued)

Item

Value

10.5...30 V

Power consumption, max.

12.5 VA

Inputs

Number of control inputs

Logical 0

0...4 V

Logical 1

10...30 V

Current for sensor’s polling

2 mA

Nominal supply voltage of the sensors

24 V

Instability of sensor supply voltage

10 %

Load current for power supply of sensors, max.

100 mA

Outputs

Number of outputs

Current switched by relay contacts, max.

8 A (220 VAC, cos φ > 0.4)

Current of transistor optocoupler load, max.

0.2 A (at 50 V)

Current of optotriac load, max.:

- at 240 V (constantly open triac)

50 mA

- if the triac is switched on with frequency = 50 Hz max

0.5 A

and timp = 5 ms

Pulse counter

Number of display digits

Counting speed, max.

10 000 Hz

Duration of input pulses, min.

50 µs

Table 2.1 (continued)

Item

Value

Range of values of the multiplier

from 0.00001 to 99999

Frequency of input filter

from 1 to 50000 Hz

Pulse ratio, min.

Limit of permissible basic error (according to GOST

±1 junior digit

24907)

Basic reduced error for measurement of time intervals

±1% from 0.1 to 999.99 сtr

Housing

Dimensions:

• wall-mounting Н

105х130х65 mm

• panel-mounting Щ1

96х96х70 mm

• panel-mounting Щ2

96х48х100 mm

Protection class:

• wall-mounting Н

IP44

• panel-mounting Щ1 and Щ2

IP54 (front panel side)

Device features

Weight, max.

1 kg

Average service life

8 years

Calibration interval

2 years

2.2 Operating conditions

The device must be used in following conditions:

• closed explosion-proof areas without aggressive vapors and gases;

• ambient temperature from -20 to +70 °С;

• upper limit of relative humidity = max. 95% at 35°C and lower temperatures without moisture

condensation;

• atmospheric pressure from 84 to 106.7 kPa.

In terms of resistance to mechanical influences during operation the device corresponds to group of

performance N2 in GOST R 52931-2008.

NOTICE

It is necessary to comply with the requirements for operating conditions, as they are part of

safety measures.

Safety measures

CAUTION

The terminal block has life-threatening voltage up to 250 V. Any connections to the device and

maintenance work should be carried out only when the power is turned off.

By the method of protection from electric shock the device corresponds to class II according to GOST

12.2.007.0-75.

While operating, maintaining and checking, it is necessary to comply with GOST 12.3.019-80, Rules of

the technical operation of electrical consumers and Safety rules for operating electrical equipment.

There must be no moisture on the output terminals and the internal components of the device. It is

forbidden to use the device in corrosive environments with acids, alkalis, oils , etc. in the air.

4 Mounting

4.1 Installation of device in housing Н

For installation of the device perform following actions:

1. Fasten the bracket on the surface intended for

mounting with three M4 × 20 screws (see

Figure 4.2).

NOTICE

Screws for bracket are not included in the

package.

2. Hook the fixing bracket from the back panel of

device to the upper edge of the wall bracket.

3. Attach device to the bracket with the supplied

screw.

Demount the device in the reverse order.

NOTICE

Remove the cover before wiring. Fasten the

base of the device to the bracket with a

supplied screw.

Figure 4.1 - Installation of wall-mounting

device

4.2 Installation of device in housing Щ1

For installation of the device perform following actions:

1. Prepare a place for mounting on the control panel

(see Figure 4.4).

2. Install the gasket on the frame of the device to

ensure degree of protection IP54.

3. Insert the device into a specially prepared hole on

the front of the control panel.

4. Insert the supplied retainers into holes on the

sides of the device.

5. Tighten supplied screws M4 x 35 in the holes of

each retainer so that the device is pressed firmly

to the front of the control panel.

Demount the device in the reverse order.

Figure 4.3 - Installation of panel-

mounting device

4.3 Installation of device in housing Щ2

For installation of the device perform following actions:

1. Prepare a place for mounting on the control panel

(see Figure 4.8).

2. Install the gasket on the frame of the device to

ensure degree of protection IP54.

3. Insert the device into a specially prepared hole on

the front of the control panel.

4. Insert the supplied retainers into holes on the

sides of the device.

5. Tighten supplied screws M4 x 35 in the holes of

each retainer so that the device is pressed firmly

to the front of the control panel.

Disassemble the device in the reverse order.

Figure 4.6 - Installation of panel-

mounting device

Figure 4.8 - Device in Щ2 housing mounted in the control panel with 3 mm thickness

5 Electrical connections

5.1 Wiring recommendations

To ensure the reliability of electrical connections it is recommended to use copper multicore cables, the

ends of which should be carefully cleaned, tinned, otherwise use cable lugs before connection.

Stripping of conductors must be performed in such way that the stripped ends after connecting to the

device do not protrude beyond the terminal block. Cable cross section should be no more than 1 mm².

General requirements for connection lines:

• During the cabling, communication lines that connect the device with sensors must be isolated to

a separate circuit (or several circuits) and placed separately from power cables or other sources

of high-frequency and impulse interferences.

• To protect the device inputs from the effects of industrial electromagnetic interference, the

communication lines between device and sensors should be screened. Special cables with

shielding or grounded steel pipes of suitable diameter can be used as screens. The cable

shielding should be connected to the functional ground terminal (FE) in the control panel.

• Network interference filters should be installed in the power supply lines.

• It is necessary to install spark-suppression filters in the lines of switching of power equipment.

When mounting the system in which the device is used, the rules for effective grounding should be

taken into account:

• all grounding lines must be laid in Y-connected circuit, ensuring good contact with the grounding

element;

• all earthing circuits must be made with wires of the largest possible cross-section;

• it is forbidden to connect the device terminal "Common" with grounding lines.

5.2 Getting Started

DANGER

After unpacking the device, make sure that it has not been damaged during transportation.

If the device has been for a long time at a temperature below minus 20 °C, it is necessary to keep it in a

room with a temperature corresponding to the operating range for at least 30 minutes before switching

on and operation.

For connecting the device perform following actions:

1. Connect the device to a power source.

CAUTION

Before powering up the device, it is necessary to check the correct connection of the

supply voltage and its level.

2. Connect the "device - sensors" communication lines to the sensors and to device inputs.

3. Connect the "device - load" communication lines to the actuators and to outputs of the device.

4. Apply power to the device.

5. Set up the device.

6. Power off the device.

5.3 Pin assignment

Screw terminals are located on the back wall of the panel-mounting device or inside the device (wall-

mounting). The terminal block contacts assignment is shown in Figure 5.1.

Figure 5.1 - Terminal block contacts assignments

5.4 Connection of switching devices and sensors

CAUTION

Supply voltage on the device inputs (pins 9 - 12 at the terminal block) must be in range from 0

to 24 V.

NOTICE

To supply the switching devices and sensors to the screw terminal block of the device is

provided with supply voltage (pin 13 of the terminal block). If power consumption of input

exceeds the load capacity of the built-in power supply (24 V), then an external power supply

with an output voltage of 12 to 34 V (24 V recommended) must be used for powering.

Figure 5.5 - Connection of p-n-p-sensors: a) active; b) passive

Device has a dual switch for selecting, which of the types of sensors will work. It is located on the lateral

side of the housing Щ1 and Щ2. For device in the H housing, the switch is located inside the housing (to

access the switch, it is necessary to remove the device cover by unscrewing the four screws that fasten

the cover to the base). Appearance of the switch is shown in Figure 5.6.

Figure 5.6 - Dual switch

Positions of the switch depending on which device operates with different sensors, are shown in

Table 5.1.

Table 5.1 - Switch status for different types of sensors

Type of sensors

Switch positions

n-p-n

1 - OFF↑; 2 - ON↓

p-n-p

1 - ON↓; 2 - OFF↑

5.5 Connecting load to the outputs

Outputs can be made in the form of electromagnetic relays (P), transistor (K) or triac (C) optocouplers.

The outputs are used for direct load control (on/off) or for control by more powerful elements:

contactors, solid state relays, thyristors or triacs. The outputs are galvanically isolated from the circuit of

the device.

Scheme of connecting the load to the electromagnetic relay is shown in Figure 5.7.

Figure 5.7 - Scheme of connecting load to the output of type Р

A transistor optocoupler is usually used to control a low-voltage relay (up to 50 V) - see Figure 5.8.

CAUTION

The diode VD1 (KD103 or similar type) should be installed in parallel to the relay coil, in order

to avoid failure of the transistor due to the large self-induction current.

Figure 5.8 - Scheme of connecting load to the output of type К

The optosimistor is connected to the control circuit of the power triac through the limiting resistor R1

according to the scheme shown in Figure 5.9.

Figure 5.10 - Scheme of connecting two anti-parallel connected thyristors

to the output of type С

CAUTION

It is recommended to connect a filtering circuit (RC) to the terminals of thyristors or triacs in

order to prevent breakdown due to high-voltage power surges in the network.

6 Operation of the device

6.1 Principle of operation

Functional diagram of the device is shown in Figure 6.1.

Figure 6.1 - Functional diagram

The device has four independent digital inputs for external control signals. To the inputs can be

connected:

• switching devices (buttons, switches, reed switches, relays, etc.);

• sensors with output n-p-n-transistor with an open collector;

• sensors with output p-n-p-transistor.

The levels of the input signals are converted and processed in the matching unit and then sent to the

digital signal processing unit that performs:

• reassignment of inputs in accordance with the selected counting mode (see section 7.2);

• filtering of input signals (see section 6.3);

• counting incoming pulses on the device inputs;

• convertion of the value from the counter into real physical value;

• comparing signal value to the setpoint before displaying;

• generation of signals for controlling the outputs according to a specified algorithm.

Control unit includes buttons for entering parameters of the device.

Display unit displays the measurement results or operating parameters on the indicators and shows

the counter status using LEDs.

Secondary power supply converts the incoming voltage for all units of the device, depending on the

version (with AC or DC power supply), and generates a signal indicating the loss of supply voltage.

The device can be connected with PC using RS-485 and USB interfaces that allow to set and edit the

device configuration, monitor its current status and indications.

6.2 Control and indication

Elements of indication and control are located on the front panel of the device (see Figures 6.2 and 6.3):

• two seven-segment six-digit digital indicators, red and green - see Table 6.1;

• six/eight LEDs (depending on the construction type) - see Table 6.2;

• four/five buttons (depending on the construction type) - see Table 6.3.

All elements are placed on two (in housings Щ1 and Н) or on three printed circuit boards (in housing

Щ2).

Table 6.1 - Assignment of digital indicators

Operating

Indicator

mode of the

Displayed information

device

Upper indicator

Operation

Current counter value

(red)

Setup

Name of the selected parameter

Lower indicator

Operation

Setpoint value

(green)

Setup

Parameter value

Table 6.2 - LEDs assignment

LED

Status

Description

lights

Key lock is on

Number of setpoint (1 or 2) that is currently displayed on the

lights

lower indicator

lights

Direct counting

extinguished (off)

Reverse counting

lights

Сurrently enabled output

lights

Input Reset is enabled

lights

Input Lock is enabled

NOTICE

* LEDs

and

are not available on the housing Щ2.

Table 6.3 - Buttons assignment

Operating mode of the

Button

Functions

device

Resetting (similar to incoming "Reset" signal on the device

Operation

input)

Return previous (non-changed) value of the parameter during

Setup

editing

Operation

Change the values of setpoints

• Enter and exit the settings group

• Enter the parameter editing mode and exit

Setup

• Save the new parameter value in non-volatile memory

of the device

Pressing at the same time buttons

and

and holding them for 2 sec opens access to configuration setup

(PC-interface parameters).

Operation

Select the digit to edit when changing the parameter value or

Setup

entering the password (used with the buttons

and

)

Operation

Change the values of setpoints

View parameter values and edit them,

Setup

enter a password

NOTICE

* The button

is not available on the housing Щ2.

6.3 Switch on and operation

During operation, the device counts the number of incoming pulses at its counting input, compares it

with setpoint, converts this quantity into a physical value, and displays the value on the indicator. Device

can operate in following modes of counting:

• count-up;

• count-down;

• command;

• individual;

• reversing;

• quadrature.

During operation the counter interprets different types of signals. On the device input first incoming

pulse is considered as Start signal for counting. Counting stops when the Stop signal (next pulse)

comes.

If there is an active "Reset" signal, the number of counted pulses is reset (counting continues from 0).

Block prevents the transmission of the counting pulses to the device input. While this signal is active,

counting is blocked.

CAUTION

The setpoint is specified with the same accuracy as for counting physical values.. The

multiplier can be set from 0.00001 to 99999. The conversion of counting results (result of

multiplying) will be rounded up.

Read more about each of the counting modes, see section 7.2.

The counter also filters the input signals with two filters. The first one filters the signal on the counting

input by pulse duration (from 1 to 50,000 Hz), the second filters signal on the control inputs of the

device (from 1 to 999999 microseconds).

7 Setup

7.1 Sequence of setup

The Setup mode is intended for viewing and editing the device parameters. New parameters are saved

to non-volatile memory of the device.

To enter (or exit) the Setup mode, press and hold button

for at least 2 seconds. For access to

configuration setup (parameters of connection with PC) press at the same time buttons

and

and hold them for 2 sec.

While editing, if no button is pressed within 2 min., device automatically restores previous value of the

parameter and returns to parameter view mode. If within 3 minutes there are no actions in Setup menu,

device automatically returns to Operation.

When device enters Setup for the first time, upper indicator shows PASS. Enter a new 4-digit password

(default is 0000), save it and memorise. This password is further required for changing the device

settings and for restoring factory settings (dEFAUL).

NOTICE

If you forgot your password, Setup mode can be entered with password 1098. When this value

is entered, password is reset to 0000. Therefore, it is not recommended to set the new user

password as 1098, because in this case, each time the password is entered, its value will be

reset to default.

Structure of the device settings menu and sequence of pressing the buttons for setup is shown in

figure 7.1 and figure 7.2.

Since the FDP and DP parameters set restrictions on each other (the number of displayed digits after the

decimal point in the counting results can not be larger than the number of digits after the decimal point

of the entered multiplier), editing of parameters FDP, DP, F should be performed in the following

sequence:

• to increase the number of displayed digits after the decimal point (decimal point offset to the left):

◦ set parameter FDP;

◦ set parameter F;

◦ set parameter DP;

• to decrease the number of displayed digits after the decimal point (decimal point offset to the

right):

◦ set parameter DP;

◦ set parameter FDP;

◦ set parameter F.

Structure of the RS-485 configuration settings menu and sequence of pressing the buttons for setup

is shown in Figure 7.3.

NOTICE

The list of configurable parameters of the device and their possible values is shown in

Appendix A.

Table 7.1 - Types of counting

Name of

Input

Principle of

Illustration

the mode

functions

operation

Count-up

Input 1 -

Counting pulses

(inP = 1)

count

from zero upwards.

Input 2 -

When the highest

start/stop

setpoint is reached,

Input 3 -

the corresponding

reset

output is switched

Input 4 -

and the counter is

block

reset

{t1-t2} - blocking signal the counting inputs;

t3 - moment of switching of output 2 in case of coincidence of values of

the counting register and setpoint 2;

{t4-t5} - stop-start signal;

t6 - moment of switching of output 1 in case of coincidence of values of

the counting register and setpoint 1

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

Count-

Input 1 -

Counting pulses

down

count

from the highest by

(inP = 2)

Input 2 -

the module setpoint

start/stop

to zero

Input 3 -

(decreasing). When

reset

the zero is reached,

Input 4 -

corresponding

block

output is switched

and the setpoint

the count register

{t1-t2} - blocking signal on the counting inputs;

t3 - moment of switching of output 2 in case of coincidence of values of

the counting register and setpoint 2;

{t4-t5} - stop-start signal;

t6 - moment of switching of output 1 in case of coincidence of values of

the counting register and setpoint 1

Command

Input 1 -

Two inputs are used: counting pulses are applied to the first, the status of the second

count

determines the direction of the count. If there is a "logical 0" at the second output, the

(inP = 3)

Input 2 -

counter increases its value, if there is a "logical 1" it decreases. In this type two setpoints

direction

can be set, meanwhile:

of count

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

Input 3 -

• if the setpoints

reset

have the same

Input 4 -

sign, counter resets

block

after reaching the

setpoint, that is

larger by module.

{t1-t2} - the decrease in the value of the counting register (impulse

appears at the counting input 2);

t3 - moment of switching of output 2 in case of coincidence of values of

the counting register and setpoint 2;

t4 - moment of switching of output 1 in case of coincidence of values of

the counting register and setpoint 1

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

• if the setpoints

have different

signs, the counter

is reset after

reaching each

value

{t1-t3} - the decrease in the value of the counting register (impulse

appears at the counting input 2);

t2 - moment of switching of output 2 in case of coincidence of values of

the counting register and setpoint 2;

t4 - moment of switching of output 1 in case of coincidence of values of

the counting register and setpoint 1

NOTICE

If the setpoint is set as zero, it is considered to be disabled, and the counter does not use it.

Individual

Input 1 -

Two counting inputs are used: pulses on Input 1 increase the value of the counting register,

count

count 1

and the pulses on Input 2 decrease it. In this case, two setpoints are used (after reaching

(inP = 4)

Input 2 -

each of them, the corresponding output switches):

count 2

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

Input 3 -

• if both setpoints

reset

have the same

Input 4 -

sign, counter does

block

not reset after

reaching lesser (by

module) value.

Otherwise,

corresponding

output is switched

each time counter

reaches this

setpoint, regardless

t1, t3, t5 - moments of the decrease in the value of the counting register

of the direction of

(impulse appears at the counting input 2);

the count

t2 - moment of switching of output 2 in case of coincidence of values of

the counting register and setpoint 2;

t4 - moment of switching of output 1 in case of coincidence of values of

the counting register and setpoint 1

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

• if the setpoints

have different signs

(the first is greater

than zero, and the

second is smaller),

then counter resets

after reaching each

setpoints

t1, t3 - moments of the decrease in the value of the counting register

(the appearance of the pulse at the counting input 2);

t2 - moment of switching of output 2 in case of coincidence of values of

the counting register and setpoint 2;

t4 - moment of switching of output 1 in case of coincidence of values of

the counting register and setpoint 1

Reversing

Input 1 -

After the power is on, the device is in the "count-up" mode by default. For reversing count it

count

is necessary to apply signal to input 2.

(inP = 5)

Input 2 -

Thus there are two counting inputs: pulses on Input 1, lead to an increase in the value of the

change

counter, the counting direction is changed cyclically with each incoming pulse on Input 2. In

counting

this case, two setpoints are used (after reaching each of them, the corresponding output

direction

switches):

(reverse)

Input 3 -

reset

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

Input 4 -

• if both the

block

setpoints have the

same sign

t1, t2 - moments of change of the counting direction (the appearance of

the pulse at the counting input 2);

t3 - moment of switching of output 2 in case of coincidence of values of

the counting register and setpoint 2;

t4 - moment of switching of output 1 in case of coincidence of values of

the counting register and setpoint 1

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

• if the setpoints

have different signs

t1, t3 - moments of change of the counting direction (the appearance of

the pulse at the counting input 2);

t2 - moment of switching of output 2 in case of coincidence of values of

the counting register and setpoint 2;

t4 - moment of switching of output 1 in case of coincidence of values of

the counting register and setpoint 1

Quadrature

Input 1 -

The counting direction is determined by the meanders that come on two inputs. If the first

/ operation

count 1

meander is ahead of the second one, the counter counts the pulses at the first input in the

with

Input 2 -

increase mode, and if it lags - in the decrease mode. In this case, two setpoints are used

encoders

count 2

(after reaching each of them, the corresponding output switches):

(inP = 6)

Input 3 -

reset

Input 4 -

block

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

• if both the

setpoints have the

same sign

t1, t2, t5, t6 - meander at input 1 is ahead of the meander at the input 2,

the counter counts in the mode of increasing the value of the count

t3, t4 - the meander at input 1 lags behind the meander at input 2,

the counter counts in the mode of decreasing the value of the counting

t7 - moment of switching of output 2 for the time of exceeding the value

of setpoint 2 by the counting register;

t8 - moment of switching of output 1 for the time of exceeding the value

of setpoint 1 by the counting register

Table 7.1 (continued)

Name of

Input

Principle of

Illustration

the mode

functions

operation

• if setpoints have

different signs

t1, t2 - the meander at input 1 lags behind the meander at input 2,

the counter counts in the mode of increasing the value of the count

t3 - moment of switching of output 2 in case of coincidence of values of

the counting register and the setpoint 2;

t4, t5 - the meander at input 1 is ahead of the meander at input 2,

the counter counts in the mode of increasing the value of the count

t6 - moment of switching of output 1 in case of coincidence of values of

the counting register and the setpoint 1

NOTICE

After reaching the physical limit of the count (if the counter does not reset after reaching the setpoint), the

device transfers the overflow result and continues the count.

7.3 Configuring the device from PC

Device can be configured from PC by using RS-485 and USB communication interfaces. It supports

three communication protocols: OWEN, MODBUS RTU и MODBUS ASCII. Addresses, names,

dimensionalities, hash-codes and other configuration parameters are given in Appendix A.

Functions of the software "Configurator СИ30" (file cfgSI30.exe), which is designed for configuring the

device with PC, are described in the user manual "Pulse counter, model СИ30. Configuration" on the

Parameters for reading indications of the counter from PC are described in Table A.2.

8 Maintenance

Safety measures (see section 3) should be observed during the maintenance.

Maintenance of the device has to be carried out at least once in 6 months and includes the following

procedures:

• checking the mounting of the device;

• checking the screw connections;

• removing dust and dirt from the terminal block of the device.

9 Marking

The housing of the device is marked with:

• name of the device;

• protection class of the housing according to GOST 14254;

• voltage and frequency of supply;

• power consumption;

• class of protection against electric shock according to GOST 12.2.007.0;

• sign of type approval for measuring devices;

• EAC sign;

• country of origin;

• serial number of the device and the year of manufacture.

Consumer packaging is marked with:

• name of the device;

• EAC sign;

• country of origin;

• serial number of the device and the year of manufacture.

10 Packaging

Device should be packed according to GOST 23088-80 into consumer packaging, made of paperboard

(according to GOST 7933-89).

Packaging of the device for mail delivery is performed according to GOST 9181-74.

11 Transportation and storage

The device should be transported in closed vehicles of any kind. Packages should be fixed for

transportation according to rules for corresponding type of vehicle.

Transport conditions must comply with conditions 5 in GOST 15150-69 (ambient temperature from

minus 25 to +55 °C with observance of protection measures against impacts and vibrations).

Transportation should be carried out in individual packaging or in containers.

Storage conditions in containers on the warehouse of the manufacturer and consumer must correspond

to conditions 1 in GOST 15150-69. The air must not contain aggressive admixtures.

The device should be stored on racks.

12 Scope of delivery

Item

Quantity

The device

1 piece

Passport and warranty card

1 piece

User manual

1 piece

The verification procedure (at the request of the

1 piece

customer)

Fasteners

1 set

CD with the software

1 piece

NOTICE

The manufacturer reserves the right to make additions to the contents of the device.

13 Warranty

The manufacturer guarantees conformity of the device to requirements of technical conditions (ТУ)

under the conditions of operation, transportation, storage and installation.

Warranty period of operation - 24 months from the date of sale.

In case of failure of the device during the warranty period at observance of conditions of operation,

transportation, storage and installation the manufacturer undertakes to provide free repair or

replacement.

Sequence of transmitting the device to service center is written in the passport and in the warranty card.

Appendix A. Device parameters

Table A.1 - Configurable parameters

Parameter

Modbus

Hash-

Format,

Range of values and

name and

function

Factory settings

address

code

data size

indication

designation

Write / Read

Setpoint 1

0×000C

0×06, 0×10 /

Long

from minus 99999

0×FA1E

999999

0×000D

0×03

(4 bytes)

to 999999

Setpoint 2

0×000E

0×06, 0×10 /

Long

from minus 99999

0×9707

0×000F

0×03

(4 bytes)

to 999999

0 - Count-up (1)

1 - Count-down (2)

Counting mode

0×06, 0×10 /

Word

2 - Command (3)

0×0008

0×38D9

Count-up

inP

0×03

(2 bytes)

3 - Individual (4)

4 - Reversing (5)

5 - Quadrature (6)

0 - Switched after

setpoint (1)

1 - Switched before

setpoint (2)

Output mode

0×06, 0×10 /

Word

0×0009

0×D11F

2 - Switched for a time

Switched after setpoint

oUt

0×03

(2 bytes)

after the setpoint (3)*

3 - Switched when

multiple setpoint

values (4)

Table A.1 (continued)

Parameter

Modbus

Hash-

Format,

Range of values and

name and

function

Factory settings

address

code

data size

indication

designation

Write / Read

NOTICE

* After reaching the setpoint the output is switched for a time period, that is specified in parameteres t1

and t2, the count value is reset and the counting continues from zero (parameter SPM = RESET).

Time period for

Unsigned

0×0010

0×06, 0×10 /

output 1

0×2E75

long

from 0 to 999990 ms

1000 ms

0×0011

0×03

(4 bytes)

Time period for

Unsigned

0×0012

0×06, 0×10 /

output 2

0×436C

long

from 0 to 999990 ms

1000 ms

0×0013

0×03

(4 bytes)

(————)

(———.-)

Decimal point

position

0×06, 0×10 /

Word

(——.-)

0×0014

0×6ABF

multiplier

0×03

(2 bytes)

(—.—)

FDP

(-.——)

(-.———)

Unsigned

Multiplier

0×0015

0×06, 0×10 /

0×3085

long

from 0.00001 to 99999

0×0016

0×03

(4 bytes)

(————)

Position of the

0×06, 0×10 /

Word

decimal point

0×0007

0×B3EB

(———.-)

0×03

(2 bytes)

(——.-)

Table A.1 (continued)

Parameter

Modbus

Hash-

Format,

Range of values and

name and

function

Factory settings

address

code

data size

indication

designation

Write / Read

(—.—)

(-.——)

0 - Continue counting

without resetting

(CONT)

Type of work

1 - Stop the counting

after reaching

0×06, 0×10 /

Word

Continue counting

0×000A

0×69B2

until a "RESET" signal

setpoint

0×03

(2 bytes)

without resetting

(STOP)

SPM

2 - Reset the counter

and continue counting

(RESET)

0 - Reset the counter

(1)

1 - Reset the counter

and disable output

Type of work to

signals (2)

0×06, 0×10 /

Word

"Reset" signal

0×000B

0×4C9A

2 - Reset the counter

Reset the counter

0×03

(2 bytes)

rSt

and wait for signal

"Start" (3)

3 - Reset the counter

and wait for signal

"Stop" (4)

Table A.1 (continued)

Parameter

Modbus

Hash-

Format,

Range of values and

name and

function

Factory settings

address

code

data size

indication

designation

Write / Read

Frequency of

0×06, 0×10 /

Word

the input filter

0×0017

0×9FE6

from 1 to 50000 Hz

50000 Hz

0×03

(2 bytes)

FREQ

Minimum

duration of the

Unsigned

0×0018

0×06, 0×10 /

from 10 to 9999990

signal on the

0×5C98

long

10 microseconds

0×0019

0×03

microseconds

control inputs

(4 bytes)

Cnt.t

Input logic¹⁾

0 - nPn

(type of input

0×06, 0×10 /

Word

0×001D

0×601C

nPn

signal)

0×03

(2 bytes)

1 - PnP

SiG

Brightness of

0×06, 0×10 /

Word

the indicator

0×001C

0×0AE6

from 0 to 3 (1 - 4)

0×03

(2 bytes)

brHt

0 - Buttons unlocked

(oFF)

1 - Blocked counter

Lock buttons

0×06, 0×10 /

Word

0×001A

0×E954

reset (1)

Buttons unlocked

LoCK

0×03

(2 bytes)

2 - Change of

setpoints is blocked

(2)

Table A.1 (continued)

Parameter

Modbus

Hash-

Format,

Range of values and

name and

function

Factory settings

address

code

data size

indication

designation

Write / Read

3 - Reset and change

of setpoints are

blocked (3)

Restore factory

settings

YES / no

dEFAUL

Password

0×06, 0×10 /

Word

0×001E

0×2728

from 0000 to 9999

0000

PASS

0×03

(2 bytes)

Displayed

0 - Setpoint 1

0×06, 0×10 /

Word

setpoint²⁾

0×001B

0×CAA0

0×03

(2 bytes)

1 - Setpoint 2

ind2

1 - Exit with saving

Command for

applying

2 - Exit without saving

settings²⁾

3 - Return to factory

APPL

settings

RS-485 settings

0 - 2400

1 - 4800

RS-485 data

2 - 9600

0×06, 0×10 /

Word

transfer rate

0×0000

0×B760

9600

0×03

(2 bytes)

3 - 14400; 4 - 19200

bPS

5 - 28800; 6 - 38400

7-57600;8-115200

Table A.1 (continued)

Parameter

Modbus

Hash-

Format,

Range of values and

name and

function

Factory settings

address

code

data size

indication

designation

Write / Read

Data word

0 - 7 bit (7 bit)

0×06, 0×10 /

Word

length

0×0001

0×523F

8 bit

0×03

(2 bytes)

1 - 8 bit (8 bit)

LEn

0 - Without parity (NO)

Parity

0×06, 0×10 /

Word

1 - Even parity

0×0002

0×E8C4

Without parity

PrtY

0×03

(2 bytes)

(EVEN)

2 - Odd parity (Odd)

Number of stop

0 - 1 stop bit

0×06, 0×10 /

Word

bits

0×0003

0×B72E

1 stop bit

0×03

(2 bytes)

1 - 2 stop bits

Sbit

from 0 to 255 when

Base address

0×06, 0×10 /

Word

A.Len = 8

of the device³⁾

0×0005

0×9F62

0×03

(2 bytes)

from 0 до 2047 when

Addr

A.Len = 11

Table A.1 (continued)

Parameter

Modbus

Hash-

Format,

Range of values and

name and

function

Factory settings

address

code

data size

indication

designation

Write / Read

Length of

8 bit

network

0×06, 0×10 /

Word

0×0004

0×1ED2

8 bit

address²⁾

0×03

(2 bytes)

11 bit

A.LEN

Response

delay

0×06, 0×10 /

Word

0×0006

0×CBF5

from 0 to 45

RS-485

0×03

(2 bytes)

rS.dL

Notes

¹⁾ Setting of parameter SiG works only together with DIP switch (see section 5.4).

²⁾ Parameters that are not displayed in the Setup mode of the device.

³⁾ In Modbus protocol address 0 is reserved for broadcast packages. In OWEN protocol address 255 is reserved for

broadcast packages.

Table A.2 - Readable parameters

Modbus

Designation and

Modbus

function

Hash-code

Format and size of data

Note

parameter name

address

Read-only

Current value of

0×0000

the pulse counter

0×04

0×A158

Long (4 bytes)

0×0001

Ctr

Current counter

0×0002

value in physical

0×04

0×B8BC

Long (4 bytes)

0×0003

units CEU

Table A.2 (continued)

Modbus

Designation and

Modbus

function

Hash-code

Format and size of data

Note

parameter name

address

Read-only

Current status of

0 - start;

the "Start/stop"

0×0004

0×04

0×6577

1 - stop

StSt

0 - count (password not

required);

Current mode

1 - setup from the

(count, setup)

0×0005

0×04

0×CC41

Word (2 bytes)

device's buttons;

CUR

2 - setup from the PC;

3 - count (requires

password)

Network error

code on last

From 0 to 255.

access

0×0006

0×04

0×0233

Word (2 bytes)

After turning on the

to the device

device - 0

n.Err

Name of the

0×0007

ASCII string

device

0×04

0×D681

0×0008

(4 bytes)

DEV

X.YY,

Software version

0×0009

ASCII string

where Х - number of

0×04

0×2D5B

VER

0×000А

(4 bytes)

version, YY - number of

subversion

Table A.3 - Bit parameters

Designation and

Modbus function

Format and size

name of

Modbus address

Hash-code

Note

write / read

of data

parameter

Digital inputs

Current status of

Byte (1 byte)

the "Reset" input

0×0000

- / 0×02

0×C010

0/1

rSti

Current status of

Byte (1 byte)

the "Block" input

0×0001

- / 0×02

0×93EC

0/1

Loci

Digital outputs

Status of output 1

Byte (1 byte)

0×0000

- / 0×01

0×6FFD

OSt1

0/1

Status of output 2

Byte (1 byte)

0×0001

- / 0×01

0×52A1

OSt2

0/1

Reset of counter

0×05, 0×0F /

Byte (1 byte)

0 - no action;

0×0002

0×DF1F

rStC

0×01

0/1

1-reset

Table A.3 (continued)

Designation and

Modbus function

Format and size

name of

Modbus address

Hash-code

Note

write / read

of data

parameter

Enable/disable

the program

control mode

0 - OFF (0x0000);

0×0003

0×05 / -

counter START/

1 - ON (0xFF00)

STOP

OnOff

Command to set

the program

0 - STOP

control mode

(0x0000);

0×0004

0×05 / -

counter START/

1 - START

STOP

(0xFF00)

PStSt