Elimko E-78-S Digital Controller User Manual

Slide the controller into the cutout from the front of the
panel.
Fit the mounting clamps to the controller, ensuring the lugs
are located in their slots.

Fasten the mounting clamps using the retaining screws.

E-78-S controller should be installed inside a suitable grounded
metal enclosure (panel). This must prevent the live parts being
accessible to human hands and metal tools.

Frequently Asked Questions (FAQ)

Q: Can the E-78-S controller be used in medical
applications?

A: No, it is not recommended to use the E-78-S controller in
medical applications.

Q: How should I clean the controller?

A: Do not use alcohol or other solvents to clean the controller.
Use a clean cloth soaked in water tightly squeezed to gently wipe
the outer surface of the controller.

Q: What should I do if there are missing items in the
package?

A: If any item is missing or there are visible defects, contact
the vendor from which you purchased the product.

“`

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E-78-S DIGITAL CONTROLLER USER MANUAL

Elimko

1.DEFINITION

PV
Elimko

E-78-S device has been designed

R1 as a 6-digit counter controlled by

R2 a micro-processor, which can be used with pulse-output NPN or
PR PNP sensors.

This device counts the impulses

from the counter input. The

counted value is multiplied by

parameter PSCL1 which is

determined by the user, divided by by parameter PSCL2 and the

resulting value is displayed on the upper screen. The value displayed is also compared with SET1 and SET2 values, which are determined by the user, and controls the relays and the digital output. This device is able to convey its configuration parameters and outcomes to other devices by using the RS-485 port and the Modbus protocol. Furthermore, this device can be used as a timer by the function TIMER on it. Details of the timer are provided in section 7.2 TIMER.

2.TYPE CODING
E – 78 – W – X – Y – Z

Device Types

S Counter

D Rev/min

X Output Y Communication Z Operating Voltage

0 None 0 None
1 1 Relay 1 RS 485 2 2 Relays

85-265 VAC / 85-375 VDC

20-60 VAC / 20-85 VDC

E-78-S controller is designed for panel mounting and should be used in an industrial environment. m The package of E-78-S controller contains;
Controller 2 pieces of mounting clamps User manual Guarantee certificate m After opening the package, please check the contents with the above list. If the delivered product is wrong type, any item is missing or there are visible defects, contact the vendor from which you purchased the product. m Before installing and operating the controller, please read the user manual thoroughly.
m The installation and configuration of the controller must only be performed by a person qualified in instrumentation.
m Keep the unit away from flamable gases, that could cause explotions.
m Do not use alcohol or other solvents to clean the controller. Use a
clean cloth soaked in water tightly squeezed to gently wipe the outer surface of the controller.
m It is not used in medical applications.
5. PANEL MOUNTING

+0.7 68 x 68 mm
-0.0

min.35 mm

3.TECHNICAL SPECIFICATIONS

Input Types Control Output
Display Type Operating Voltage Power Consumption

NPN/PNP Sensor
Relay1: SPST 250 V AC, 3 A Relay2: SPDT 250 V AC, 3 A D.OUT: 24 V DC, 20 mA
2 x 7-segment LED display, 9.14 mm, 6 digits
85-265 VAC 50-60 Hz/ 85-375 VDC 20-60 VAC 50-60 Hz/ 20-85 VDC
4 W (7 VA)

Protection Class Operating Temperature

Front Panel: IP 66 (NEMA 4X) Back Panel: IP 20
0 °C, +55 °C (w/o condensation and icing)

Storage Temperature

-25 °C, +65 °C (w/o condensation and icing)

Relay Mechanical Life Relay Electrical Life

10 000 000 operations
>1 000 000 operations (under 1/10 of load)

Memory Weight

EEPROM (100.000 max. write-erase)
150 g

4. DIMENSIONS
72 mm

72 mm 67 mm

Elimko 10 mm

78 100 mm

67 mm

KY-78-S-0724-0

min.10 mm

Panel Section and Minimum Intervals

max 15 mm

q Cut a hole in the panel. (See the figure for overall dimensions.)

q Slide the controller into the cutout from the front of the panel.

q Fit the mounting clamps to the controller, ensuring the lugs are located in their slots.

q Fasten the mounting clamps using the retaining screws.

m E-78-S controller should be installed inside a suitable grounded metal enclosure (panel). This must prevent the live parts being accessible to human hands and metal tools.
m E-78-S controller does not include a power switch. Therefore, the power supply to the controller and power outputs must be wired through the proper fuse or circuit breaker.
mThe cables used for powering the controller and the power
outputs must conform to the standarts IEC 60245 and IEC 60227.

6. CONNECTION DIAGRAM q Inputting HOLD would cease the counting process by the
counter shown on the upper screen.
q Inputting RESET would reser the value of the counter on the
upper screen.

RL1

250

VAC

RL2

3A 250

VAC

D.OUT 15

LOAD

+ 16
24V
– 17

OUT

–

INP2 18

NPN / PNP Sens

OUT

–

INP1 19

NPN / PNP Sens

06 85-265 20-60 13 VAC VAC

50-60Hz/ 50-60Hz/

85-375 VDC

20-85 VDC

HOLD 20 RESET 21

HOLD RESET

RS-485 GND A B
mThe terminals 01 to 07 are electrically live.
While the instrument is powered, never touch to these terminals.
mBefore operating the controller, ensure that the
controller is correctly configured. Incorrect configuration could result in damage to the process being controlled.

Page: 1/4

E-78-S DIGITAL CONTROLLER USER MANUAL

Elimko

7.USE
A front view of an E-78-S series device is given in section
1.DEFINITION. The led R1 and R2 are on when Relay 1 (RL1) and
Relay 2 (RL2) are energized, respectively. PR led is on during
configuration. During normal operation, the process value PV is displayed on the
upper screen, the value that is set on DISP2 parameter is displayed
on the lower screen. While DISP2 parameter is selected BATCH,
the flowchart of display secreen is shown in 8. DESCRIPTION OF
PARAMETERS. While another parameter except BATCH is shown
on lower screen according to DISP2 parameter, the selected
parameter moves up BATCH value. Set values can be displayed and set by pressing the button while normal operation screen is displayed. While set points are being displayed, the and keys are used separately for adjusting a parameter, whereas they are used jointly for passing to digit-based adjusting mode. If and are pressed together up to 5 seconds, the counter value is reset while normal operation screen is displayed, the BATCH value is reset while BATCH value is displayed. While normal operation screen is displayed, if BATCH value is diplayed on lower screen, the counter and BATCH values are reset by pressing
and keys up to 5 seconds. If no keys are hit for 25 seconds while the screen showing the set values are displayed, the normal operation screen comes back.
The other parameters of the device are adjusted from the configuration page.
q The configuration page is reached by hitting the and keys together.
q When these keys are hit, the message COD is displayed on the
upper screen, whereas 0 is displayed on the lower screen.
q The password must be entered correctly to adjust the
parameters. If a wrong password is entered, the parameters would be displayed, but no change would be allowed. q The default value of the password is “10”. The password can be adjusted to a desired value by the parameter SCOD. In case the password is forgotten, password control can be deactivated for once only by hitting the keys , and simultaneously with the first 1 minute subsequent to energizing the device, so that the SCOD parameter can be changed from the configuration page. q After entering the password correctly, the parameters are reached by hitting the key.
q On the screen of the parameters, the key enables switching between parameters, whereas the and keys enable adjustment of parameters, and the key enables exiting from the configuration page.
q Digit-based adjustment is available for setting numeric parameters more conveniently. This setting mode is activated by hitting the and keys simultaneously. When this is done, the first digit would begin to blink. The blinking digit can be adjusted by using the and keys. Switching between digits can be done by the key. Finally, the is used for approving the adjusted parameter and exiting from the setting mode.
7.1 BATCH CONTROL The BATCH value on the device increases by one in types having Autoreset and displayed lower indicator within the main screen. Excluding the BATCH type on the output types, the BATCH value changes on the other forms, but no control action is performed. A control would be applied as illustrated in section 10. OUTPUT TYPES, only when BATCH output type is selected.
7.2 TIMER The device can be used as a timer or a counter depending on the value selected for the TMRCNT parameter of the device. When it is adjusted as a timer, the device will count one out of 100 ms in positive or negative direction independent of any input. The counting direction is determined by the DIRECT parameter. This counted value can be adjusted to any desired value by the PSCL1 and PSCL2 parameters. If both of these parameters are set to 1, timer would change 10 times in each 1 second. Relays and the digital output are controlled based on the set points as described in the section 10. OUTPUT TYPES.
7.3 DIGIT – BASED SETTING

SET1

20000 AF 20000 D 20000 D

together AF

separately

20000 C AF
separately

Normal Operating
Screen

Digit-Based Adjustment
Screen

SET1 20000
Normal Operating
Screen

KY-78-S-0724-0

PV 65.0

BATCH 65.0 AD

(Reset)

D COD 0 AF
C
D INPTYP 1UP2UP AF C

D DIRECT SAME AF
C

D INPFRE 20000 AF C

D SENSOR NPN AF
C

D DECPNT 0 AF
C

D PSCL1 1 AF
C

D PSCL2 1 AF
C

D DISP2 SET1 AF
C

D ADRES 1 AF
C

D BAUD 9600 AF
C
D PARITY EVEN AF
C

D TMRCNT COUNTR AF C
D OFFSET 0 AF
C

D OUTTYP TYPE1 AF C
D Rl1 Out 1 AF C

D rl2 Out 2 AF C

D Dout Out 1n AF

D Out1 T 3.0 AF
C
D Out2 T 4.0 AF
C
D 5KHZ 51078 AF C
D SCOD C 10 AF

PV SET1

C PV SET2

1000 AF

2000 AF

(If the password is entered in correctly, the parameters are displayed, but not allowed to be adjusted.)

8.DESCRIPTION OF PARAMETERS

COD: It is the value of the password for setting the parameters. Can be entered between 0 and 9999.

INPTYP: Determines the direction and type of counting. The 7 distinct types shown in section 9. ENTRY TYPES can be selected.
DIRECT: Determines whether the same or opposite of the direction of the counting types shown in section 9. ENTRY TYPES will be valid. It can be adjusted to either SAME or OPPOST.
INPFRE: Determines the maximum value of the frequency of the signal applied from INP1 and INP2 inputs. In the event that the applied single is greater than this value, the counter value would be incorrect, since the device would be unable to count correct.
SENSOR: Sets the type of the sensor connectable to the sensor inlet of the device. It can be set either to NPN or PNP.
DECPNT: This is the parameter determining the location of point in PV value and set values. It can be set to a value from 0 to 5.
PSCL1 and pSCL2: The value read from the input is multiplied by PSCL1 and divided to PSCL2, and then shown in the screen. PSCL1 can be adjusted to a value between 1 and 1000, whereas PSCL2 between and 1 and 60000.

DISP2: This parameter sets the value shown in the lower display screen in normal operation. It can be adjusted to SET1, SET2 or BATCH.

ADRES: This is the RS-485 communication address of the device. It can be adjusted to a value between 1 and 127. Devices connected to the same communication line must be addressed distinctly.

BAUD: This is the parameter determining the communication speed of the device. It can be adjusted to 4800, 9600, 19200, and 38400. The relevant parameters of the devices connected to the same communication line must be the same as the master.
PARITY: This is the parameter determining the communication parity. It can be adjusted to NONE, ODD and EVEN . The relevant parameters of the devices connected to the same communication line must be the same as the master.
TMRCNT: Determines the function in which thedevice would be operated. When TIMER is selected the device works as described in the section TIMER, whereas when is selected, it works as described in the section 9. INPUT TYPES.
OFFSET: Determined the value from which the counter starts to count. The counter starts to count from this value after every reset. It can be adjusted to a value between 0 and 999999.
OUTTYP: Determines the output form of the device. Any one of the types shown in section 10. OUTPUT TYPES can be selected.
Rl1: Determines the function of the Relay 1 (RL1). The functions selected as OUT 1, OUT 1N, OUT 2, or OUT 2N work as shown in section 10. OUTPUT TYPES.
Rl2: Determines the function of the Relay 2 (RL2). The functions selected as OUT 1, OUT 1N, OUT 2, or OUT 2N work as shown in section 10. OUTPUT TYPES
DOUT: Determines the function of the digital output (D.OUT). The functions selected as selected as OUT 1, OUT 1N, OUT 2, or OUT 2N work as shown in section 10. OUTPUT TYPES.
Out1 T: Determined the duration for Out1 to produce output. It can be set to a value between 0.1 and 999.9. When it is 0, CONT would be displayed on the screen and a continuous alarm is generated.

Out2 T: Determined the duration for Out2 to produce output. It can be set to a value between 0.1 and 999.9. When it is 0, CONT would be displayed on the screen and a continuous alarm is generated.

5KHZ: It is the calibration value. A 5 kHz signal is given from the INP1 input of the device. This parameter is saved by pressing the and keys together.

SCOD: Determines the password value.

Page: 2/4

E-78-S DIGITAL CONTROLLER USER MANUAL

Elimko

9.INPUT TYPES

INPTYP 1UP2DN

INP1 INP2

DISP

DIRECT SAME

INP1
INPTYP INP2 1UP2UP

DISP

INP1
INPTYP INP2 1UP2GT

DISP

INP1
INPTYP INP2 1UP2DR

DISP

INPTYP UP-4

INP1 INP2

DISP

INPTYP UPDN-2

INP1 INP2

DISP

INP1 INP2 INPTYP UPDN-1
DISP

INP1 INP2

DIRECT OPPOST

DISP
INP1 INP2

DISP

10.OUTPUT TYPES

INPTYP 1UP2UP 1UP2GT UP-4

Reset

999999

OUTTYP TYPE1

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE2

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE3

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE4

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE5

Set2 Set1

Offset

Out1

Out2

DIRECT SAME
When the value exceeds Set1 and Set2, generates Out1 and Out2 alarms, respectively. Outputs can be lasting or permanent. The value is set to Offset when Reset is hit.
When the value exceeds Set1 and Set2, generates Out1 and Out2 alarms, respectively. Outputs can be lasting or permanent. When the value is equal to Set2, waits for the Reset hit, becomes equal to Offset when it comes.
When the value exceeds Set1 and Set2, generates Out1 and Out2 alarms, respectively. Out1 can work lasting or permanent, whereas Out2 can work only lasting. The value is set to Offset when Reset is hit.
When the value exceeds Set1 and Set2, generates Out1 and Out2 alarms, respectively. Out1 can work lasting or permanent, whereas Out2 can work only lasting. When the value reaches to Set2, it Autoeresets and sets to Offset.
When the value exceeds Set1 and Set2, generates Out1 and Out2 alarms, respectively. It Autoresets when the pulse duration of Out2 is over. The value sets to Offset. Out1 can work lasting or permanent, whereas Out2 can work only lasting.

KY-78-S-0724-0

INPTYP 1UP2UP 1UP2GT UP-4

Reset

999999

OUTTYP TYPE6

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE7

Set2 Set1

Offset

Out1

Out2

INPTYP 1UP2UP 1UP2GT UP-4

Reset

999999

OUTTYP TYPE1

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE2

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE3

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE4

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE5

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE6

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE7

Set2 Set1

Offset

Out1

Out2

DIRECT SAME
When the value exceeds Set1 and Set2, Out1 and Out2 generates alarm, respectively. It Autoresets when the pulse duration of Out2 is over. Out1 can work lasting or permanent, Out2 can work only lasting.
When the value exceeds Set1 and Set2, Out1 and Out2 generates alarm, respectively. It Autoresets and counting continues, but Set2 is displayed on the screen. When the pulse duration of Out2 is over, continues counting from where it left off. Out1 can work lasting or permanent, Out2 can work only lasting.
DIRECT OPPOST
Counts back from Set2 upon each Reset impulse. When the value falls below Set1, Out1 generates alarm; when it becomes equal to Offset value, Out2 generates alarm, the value sets to 999999. Outputs can work lasting or permanent.
Counts back from Set2 upon each Reset impulse. When the value falls below Set1, Out1 generates alarm; when it becomes equal to Offset value, Out2 generates alarm, the value sets to Offset. Outputs can work lasting or permanent.
Counts back from Set2 upon each Reset impulse. When the value falls below Set1, Out1 generates alarm; when it becomes equal to Offset value, Out2 generates alarm, the value sets to 999999. Out1 can work lasting or permanent, Out 2 can work only lasting.
When the value falls below Set1, Out1 generates alarm; when it becomes equal to Offset, Out2 generates alarm and Autoresets. Out1 can work lasting or permanent, Out 2 can work only lasting.
When the value falls below Set1, Out1 generates alarm; when it becomes equal to Offset, Out2 generates alarm. Out2 Autoresets when its pulse duration is over. The value sets to Set2. Out1 can work lasting or permanent, Out 2 can work only lasting.
When the value falls below Set1, Out1 generates alarm; when it becomes equal to Offset, Out2 generates alarm and the counting stops. Out2 Autoresets when its pulse duration is over. The value sets to Set2. Out1 can work lasting or permanent, Out 2 can work only lasting.
When the value falls below Set1, Out1 generates alarm; when it becomes equal to Offset, Out2 generates alarm. It Autoresets and continue counting. But the Offset value is displayed on the screen. Out2 continues counting from where it left off. Out1 can work lasting or permanent, Out 2 can work only lasting.

INPTYP 1UP2DN 1UP2DR UPDN-1 UPDN-2

Reset

999999

OUTTYP TYPE1

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE2

Set2 Set1

Offset

Out1

Out2

When the value is increasing and equal to or greater than Set1, Out1 generates alarm; when it is equal to or greater than Set2, Out2 generates alarm. When the value is decreasing and less than or equal to Set1, Out1 generates alarm; when it is less than or equal to Set2, Out2 generates alarm. When reset impulse value is in the increase direction it sets to Offset, when reset impulse value is in the decrease direction, it sets to 999999. Outputs can work lasting or permanent.
When the value is increasing and equal to or greater than Set1, Out1 generates alarm; when it is equal to or greater than Set2, Out2 generates alarm. When the value is decreasing and less than or equal to Set1, Out1 generates alarm; when it is less than or equal to Set2, Out2 generates alarm. Counting stops and Reset is waited for when the value reaches to Set2 during the change in both directions. When reset impulse value is in the increase direction it sets to Offset, when reset impulse value is in the decrease direction, it sets to 999999. Outputs can work lasting or permanent.

Page: 3/4

E-78-S DIGITAL CONTROLLER USER MANUAL

Elimko

INPTYP 1UP2DN 1UP2DR UPDN-1 UPDN-2

Reset

999999

OUTTYP TYPE3

Set2 Set1

Offset

Out1

Out2

OUTTYP TYPE4

Reset 999999
Set2 Set1
Offset Out1 Out2

Reset

999999

OUTTYP TYPE5

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE6

Set2 Set1

Offset

Out1

Out2

Reset

999999

OUTTYP TYPE7

Set2 Set1

Offset

Out1

Out2

Reset

999999

Set2

OUTTYP Set1

TYPE8

-99999

Out1 Out2

Reset

999999

Set2

OUTTYP Set1

TYPE9

-99999

Out1 Out2

Reset 999999
Set2
OUTTYP Set1 TYPE10 0
-99999
Out1 Out2

When the value is increasing and equal to or greater than Set1, Out1 generates alarm when it is equal to or greater than Set2, Out2 generates alarm. When the value is decreasing and less than or equal to Set1, Out1 generates alarm; when it is less than or equal to Set2, Out2 generates alarm. It sets to Offset when the reset impulse value is in increasing direction. It sets to 999999 when in decreasing direction. Out1 can work lasting or permanent, Out 2 can work only lasting.
When the value is increasing and greater than or equal to Set1, Out1 generates alarm; when it is equal Set2, Out2 generates alarm. Device Autoresets and value sets to Offset. When the value is decreasing and less than or equal to Set1, Out1 generates alarm; when it is less equal to Set2, Out2 generates alarm. Device Autoresets and value sets to 999999. Out1 can work lasting or permanent, Out 2 can work only lasting.
When the value is increasing and equal to or greater than Set1, Out1 generates alarm; when it is equal to or greater than Set2, Out2 generates alarm. Device counts until the end of the pulse duration of Out2, when duration is over, it Autoresets and the value sets to Offset. When the value is decreasing and less than or equal to Set1, Out1 generates alarm; when it is less than or equal to Set2, Out2 generates alarm. Device counts until the end of the pulse duration of Out2, when duration is over, it Autoresets and the value sets to 999999. Out1 can work lasting or permanent,Out 2 can work only lasting.
When the value is increasing and greater than or equal to Set1, Out1 generates alarm; when it is equal Set2, Out2 generates alarm. Device waits until the end of the pulse direction of Out2. When duration is over, it Autoresets and the value sets to Offset. When the value is decreasing and less than or equal to Set1, Out1 generates alarm; when it is less equal to Set2, Out2 generates alarm. Device waits until the end of the pulse direction of Out2. When duration is over, it Autoresets and the value sets to 999999. Out1 can work lasting or permanent, Out 2 can work only lasting.
When the value is increasing and greater than or equal to Set1, Out1 generates alarm; when it is equal to Set2, Out2 generates alarm. Device Autoresets and the value sets to Offset. Device continues counting, but Set2 is displayed on the screen. When the pulse duration of Out2 is over, it continues counting from where it left off. When the value is decreasing and less than or equal to Set1, Out1 generates alarm; when it is equal to Set2, Out2 generates alarm. Device Autoresets and the value sets to 999999. Device continues counting, but Set2 is displayed on the screen. It continues counting from where it left off, when the pulse duration of Out2 is over. Out1 can work lasting or permanent, Out 2 can work only lasting.
When the value is equal to Set1, Out1 generates alarm; when it is equal to Set2, Out2 generates alarm. The value sets to 0 with the reset pulse. Device counts between -999999 and 999999.
When the value is less than or equal to Set1, Out1 generates alarm; when it is greater than or equal to Set2, Out2 generates alarm. The value sets to 0 with the reset pulse. Device counts between -999999 and 999999.
When the value is greater than or equal to Set1, Out1 generates alarm; when it is greater than or equal to Set2, Out2 generates alarm. The value sets to 0 with the reset pulse. Device counts between -999999 and 999999.

11. BATCH KONTROL
OUTTYP BATCH

DIRECT SAME

Reset 999999
Set1 Offset
Out1 Set2
Batch Out2

DIRECT OPPOST

Reset 999999
Set1 0
Out1 Set2
Batch Out2

When the counter value reaches to Set1, it Autoresets and sets to Offset. Out1 alarms and the Batch value increases by one. When the Batch value reaches to Set2, Out2 alarms and the Batch value sets to 0.
When the counter value reaches to Set1, it Autoresets and sets to Offset. Out1 alarms and the Batch value increases by one. When the Batch value reaches to Set2, Out2 alarms and the Batch value sets to 0.

NOTE 1: NOTE 2:

When alarm status in the alarm functions is selected OUT1 and OUT2, the output is active, whereas OUT1N and OUT2N is selected, the output is not active.
Continuous active output: In such outputs, a continuous output can be obtained as long as the conditions are met.

Lasting or permanently active output: In such outputs, OUT1T and OUT2T determines the width of the black-covered part. If a continuous output is required, the parameter of the required output must be set as CONT.

Merely lasting active output: In such outputs, the duration of the output is determined by the user. If OUT1T and OUT2T are set CONT, the output would not alarm.

12. MODBUS ADRESLER

ADDRESS PARAMETER

DESCRIPTION

PV (hi)

PV (lo)

BATCH (hi)

BATCH (lo)

4 INPTYP

0:1UP2DN, 1: 1UP2UP, 2:1UP2GT, 3: 1UP2DR, 4:UP-4, 5:UPDN-2, 6:UPDN-1

DIRECT

0:same, 1:oppost

6 INPFRE

SENSOR

0:npn, 1:pnp

DECPNT

PSCL1

10 PSCL2

11 ADRES

12 BAUD

0:4800, 1:9600, 2:19400, 3:38800

13 PARITY

0:NONE, 1:ODD, 2:EVEN

14 FILTER

0:TIMER, 1:COUNTR

15 OUTTYP

0:TYPE1, 1:TYPE2, 2:TYPE3, 3:TYPE4, 4:TYPE5, 5:TYPE6, 6:TYPE7, 7:TYPE8, 8:TYPE9, 9:TYPE10, 10:BATCH

TYPE R R R R
R/W
R/W R/W R/W R/W R/W R/W R/W R/W R/W R/W
R/W

MIN. MAX.

1 20000

1 1000

1 60000

1 127

0 16

0 10

16 Rl1 17 Rl2 18 Dout

0:out 1, 1:out 1n, 2:out 2, 3:out 2n

R/W

19 Out1 t

R/W

0 9999

20 Out2 T

R/W

0 9999

21 SCOD

R/W

0 9999

OFFSET (hi)

R/W

0 15

OFFSET (lo)

R/W

0 65535

SET1 (hi)

R/W

0 15

SET1 (lo)

R/W

0 65535

SET2 (hi)

R/W

0 15

SET2 (lo)

R/W

0 65535

R : Read, W : Write
NOTE 1: Device can communicate by using the functions 03, 06, and 16 in the modbus communication protocol. These protocols have been specified in the protocol as 03 Read Holding Registers, 06 Write Single Register, and 16 Write Multiple Registers. NOTE 2: Since the parameters between 0 and 3 and between 19 and 24 in the modbus address table are 32-bit, they have been addressed 2 pieces of 16-bit values. These 16-bit parameters have been shown as lo and hi. Values required to be assigned to or read from a parameter can be calculated through the following formula. Parameter=(Parameter(hi)x65535)+Parameter(lo)

KY-78-S-0724-0

Manufacturer / Technical Support:
Elimko Elektronik malat ve Kontrol Ticaret Ltd. ti. Ankara Sanayi Odasi 2. Organize Sanayi Bölgesi Alci OSB Mahallesi 2001. Cad. No:14 Temelli 06909 Ankara / TURKYE
Tel: +90 312 212 64 50 (Pbx) · Fax: +90 312 212 41 43 · E-mail: elimko@elimko.com.tr · www.elimko.com.tr

Page: 4/4

Documents / Resources

Elimko E-78-S Digital Controller [pdf] User Manual
E-78-S Digital Controller, E-78-S, Digital Controller, Controller

References

User Manual

E-78-S Digital Controller

Specifications

Product Usage Instructions

PANEL MOUNTING

DIMENSIONS

Installation Instructions:

Frequently Asked Questions (FAQ)

Q: Can the E-78-S controller be used in medical
applications?

Q: How should I clean the controller?

Q: What should I do if there are missing items in the
package?

Documents / Resources

References

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