Elimko E-200 Series Universal Advanced Controller User Guide
- June 13, 2024
- Elimko
Table of Contents
Elimko E-200 Series Universal Advanced Controller User Guide
DESCRIPTION
E-200 Series general purpose process controllers are industrial devices in 1/4 DIN (96×96 mm IEC/TR 60668) dimensions designed by using new generation microcontrollers with on/off, PID and other control forms. Inputs and outputs can be easily programmed by the user.
In E-200 Series controllers, set value and measured value can be displayed from -1999 to 9999 on two 4-digit displays and general purpose inputs (T/C, R/T, mV, mA) can be programmed.
DIMENSIONS and PANEL CUT-OUT
CONNECTION DIAGRAM
Operating voltage suitable for
the device type shall be applied
1st and 2nd control outputs can be selected as either Relay (RL1, RL2) or SSR (SSR1, SSR2).
Analog outputs (AO1, AO2 ) can be selected as either mA or 0-10 V DC.
Digital inputs are used by connecting a dry contact output between the COM
terminal and the desired input (DI1, DI2 or DI3)
WARNINGS
E-200 controller is designed for
panel mounting and should be used in an industrial environment.
EU DIRECTIVE COMPLIANCE
Low Voltage Directive: EN 61010-1
EMC Directive: EN 61326-1
TYPE CODING
E-200 Series Universal Advanced Controller
Relay Outputs
- 2 relays (RL1, RL2)
- 3 relays (RL1, RL2, RL3)
- 4 relays (RL1, RL2, RL3, RL4)
- 1 SSR (SSR1) + 1 relay (RL2)
- 1 SSR (SSR1) + 2 relays (RL2, RL3)
- 1 SSR (SSR1) + 3 relays (RL2, RL3, RL4)
- 2 SSR (SSR1, SSR2) + 1 relays (RL3)
- 2 SSR (SSR1, SSR2) + 2 relays (RL3, RL4)
Analog Outputs
- 1 adet 0-20 / 4-20 mA (AO1)
- 2 adet 0-20 / 4-20 mA (AO1, AO2)
- 1 adet 0-10 V DC (AO1)
- 2 adet 0-10 V DC (AO1, AO2)
- 1 adet 0-20 / 4-20 mA (AO1) + 1 adet 0-10 V DC (AO2)
Communication
None
RS-485 **
Operating Voltage
85-265 V AC / 85-375 V DC
20-60 V AC / 20-60 V DC
- Analog outputs are isolated from each other.
**When E-200 Series devices are ordered with communication, the E-IB-11 USB- RS485 converter can be used for PC connection. There are various control and monitoring software provided by Elimko.
TECHNICAL SPECIFICATION
| Parameter | Description |
|---|---|
| Control Type | On/Off, PID, Heat/Cool, Floating and Feedback Control of |
Valves
Operating Voltage| 20..60 V AC / 20..60 V DC or 85..265 V AC / 85..375 V
DC
Relays I SSR| 4 Adet SPST – NO 250 V AC 5A relays or 24 V DC 25 mA (SSR)
drives
Dimensions (mm)| 96 (Lenght) x 96 (Height) x 100 (Width)
Panel Cut-Out (mm)| 92 (Lenght) X 92 (Height)
Analog Output| 2 x 0..20 / 4-20 mA or 0..10 V DC optional
Analog Girl§| Universal (Note 1),| 1 x External set (mA)
Communication (RS-485)| Available (optional)
Digital Input| 3 inputs
Valve Feedback| Available (Note 2)|
Transmitter Supply| Available
Weight| 430 g
Power Consumption| Max. 7 W (10 VA)
Operating Temperature| – 10 °C … 55 °C
Storage Temperature| – 25 °C … 65 °C
Memory| Maks. 100.000 write
Protection Class| IP-65 Front Panel, IP-20 Rear Case
Notes:
-
Universal Input:
Thermocouple: B, E, J, K, L, N, R, S, T, U
Resistance Thermometer: Pt-100
Current: 0-20 mA, 4-20 mA (Linear)
Voltage: 0-50 mV, 0-1 V, 0.2-1 V (Linear),
0-10 V DC, must be specified in the order.
Resolution: 16 bit
Accuracy: Thermocouple, Max. ±1.0 °C (Conversion and CJC error)
Resistance Thermometer, Max. 10.5 °C (Conversion and wire resistance compensation)
Linear Input, Max. % 0.1 -
Valve Feedback are supplied as potentiometer input in standard controllers. If the feedback type is requested as mA, it must be specified in the order
PARAMETER TABLE
| Description| Min| Maks| Unit
---|---|---|---|---
INPUT SETTINGS| g n| INP1| Analog Input 1 Type| Table 1
DP| Decimal Point| 0| 3|
S LO| Analog Input 1 Linear Scale Lower Value| -199.9| 999.9| EU
S HI| Analog Input 1 Linear Scale Upper Value| -199.9| 999.9| EU
UNI| Temperature Unit| | |
O S| Analog Input 1 Offset Value| -100.0| 100.0| EU
L R| Analog Input 1 Filter| 1| 15| s
SNBR| Analog Input 1 Sensor Broken Behaviour| LO| HI|
INP2| Analog Input 2 Type| -2| -2|
S2LO| Analog Input 2 Linear Scale Lower Value| -199.9| 999.9| EU
S2HI| Analog Input 2 Linear Scale Upper Value| -199.9| 999.9| EU
S2BR| Analog Input 2 Sensor Broken Behaviour| LO| HI|
DRS| Modbus Adress| 1| 127|
B UD| Modbus Baud Rate [ .8, . , 1 .2, 8. kbaud]| .8| 8.|
PR Y| Modbus Parity [None, O , Even]| | |
CONTROL SET SETTINGS| SE P| SPSR| Control Set Point Source| Table 2
---|---|---|---|---
SPLL| Control Set Point Lower Limit| -199.9| SPHL| EU
SPHL| Control Set Point Upper Limit| SPLL| 999.9| EU
SPRR| Control Set Point Ramping Rate| O| 60.0| EU/min
S-1| 1. Step Set Value| SPLL| SPHL| EU
-1| 1. Step Time| O| 999.9| min
S-2| 2. Step Set Value| SPLL| SPHL| EU
-2| 2. Step Time| O| 999.9| min
S-| 3. Step Set Value| SPLL| SPHL| EU
-| 3. Step Time| O| 999.9| min
SE 1| Digital Input Selectable Set 1| SPLL| SPHL| EU
SE 2| Digital Input Selectable Set 2| SPLL| SPHL| EU
SE| Digital Input Selectable Set 3| SPLL| SPHL| EU
SE| Digital Input Selectable Set 4| SPLL| SPHL| EU
ALARM SETTINGS| 1 dUJB| R 1LP| Alarm 1 Type| Table 3
---|---|---|---|---
R ISP| Alarm 1 Set Point| -199.9| 999.9| EU
R 11-N| Alarm 1 Hysteresis| 0.0| 999.9| EU
R ILE| Alarm 1 Lock| dSb| Enb|
RaP| Alarm 2 Type| Table 3
R2SP| Alarm 2 Set Point| -199.9| 999.9| EU
1121-1| Alarm 2 Hysteresis| 0.0| 999.9| EU
Rab| Alarm 2 Lock| dSb| Enb|
R3LP| Alarm 3 Type| Table 3
R3SP| Alarm 3 Set Point| -199.9| 999.9| EU
R3tiy| Alarm 3 Hysteresis| 0.0| 999.9| EU
R3LL| Alarm 3 Lock| dSb| Enb|
R4hp| Alarm 4 Type| Table 3
F1’iSP| Alarm 4 Set Point| -199.9| 999.9| EU
R’iti3| Alarm 4 Hysteresis| 0.0| 999.9| EU
IT-ILL| Alarm 4 Lock| dSb| Enb|
ELF )| Control Type| Table 4
---|---|---
CFrFf| Control Form [d Jr. rEu]| d tr| rEu|
[Prd| Control Period| 1| 250| s
F■ nPr| Manual Mode Selection| d5b| Enb|
hrha;| Floating Control Valve Travel Time| 10| 2500| s
dbnd| Dead Band| 0.1| 25.0| °A
oLL| Control Output Lower Limit| 0.0| oHL| °A
of–IL| Control Output Upper Limit| oLL| 100.0| °A
°Fir–| Control Output Manual Reset| oLL| oHL| crA
Pon[| PID Power On Behaviour| 0| 4|
Er–LL| Retransmission Scale Lower Value| -199.9| Erl – IL| EU
Er HL| Retransmission Scale Upper Value| bra| 999.9| EU
rL Id| Relay 1 Function| Table 5
r L 2d| Relay 2 Function| Table 5
r L3d| Relay 3 Function| Table 5
r L 9d| Relay 4 Function| Table 5
Ro Id| Analog Output 1 Function| Table 6
Ro Ir| Analog Output 1 Type| Table 7.1 ve Table 7.2
Ro2d| Analog Output 2 Function| Table 6
Ro2r| Analog Output 2 Type| Table 7 1 ve Table 7.2
SruL| Feedback Valve Fully-Closed Position| | |
Sro1-1| Feedback Valve Fully-Open Position| | |
SDNI113S aid| 3 1 -’11 3| RE| PID Auto Tune| oFF| on|
---|---|---|---|---|---|---
P Id| PID Parameter Type| SE d| Rdu|
Pb- I| Proportional Band +| 0.1| 999.9| EU
Pb- 2| Proportional Band –| 0.1| 999.9| EU
ILH| Integral Time +| oFF| 9999| S
ILL| Integral Time –| oFF| 9999| S
dEH| Derivative Time +| oFF| 2500| S
dEE| Derivative Time –| oFF| 2500| S
PN5| Hysteresis| 0.0| 999.9| EU
nano3s| 2•3-‘d| 5Cod| Security Code| 0| 9999|
---|---|---|---|---|---|---
dPr I| Parameter Access Level| 0| 9|
RPr I| Parameter Setting Level| 0| 9|
| FESb| Factory Settings [oFF. LoRd. SR„ E. dab]| | |
ACCESSING PARAMETERS
APPLICATION EXAMPLES
-
Input: Pt-100 Relay / Alarm1: 50 °C Low, Relay2 / Alarm2: 55 °C High A01: 4-20 mA PID Control Output
-
Input: TC Type J, Relay1: On-Off Control Output, Relay2 / Alarm2: 350 °C High
-
Input: TC Type K, Profile Control (Ramp up to 400°C in 10 minutes and wait for 60 minutes), Relay1: PID Control Output, A01: Retransmission Output (4-20 mA, 0-1200 °C)
-
Input: 4-20 mA, Scale: 0-600, External Set Point: 4-20 mA, Scale: 0-600, Floating Valve Control (Travel Time 30 s), Relay1: Valve Open, Relay2: Valve Close InP SCLO SCH! InP2 52L 52H CEYP Erth Lid L2d
For detailed information, you can access the comprehensive user manual of the
device under the heading “User Manuals” at
www.elimko.com.tr.
You can also use the QR Code on the front for this.