Omron E5EC User Manual

I
I - 4
E5@C Digital Temperature Controllers User’s Manual (H174)
Changed Parameter Only ........................................ 6-5
Cold Junction Compensation Method .................... 6-72
Communications Baud Rate .................................. 6-96
Communications Data Length ............................... 6-96
Communications Parity .......................................... 6-96
Communications Stop Bits .................................... 6-96
Communications Unit No. ...................................... 6-96
Communications Wait Time ................................... 6-96
Communications Writing ........................................ 6-21
Control Output 1 Assignment ................................ 6-81
Control Output 1 Signal ......................................... 6-53
Control Output 2 Assignment ................................ 6-81
Control Output 2 Signal ......................................... 6-53
Control Period (Cooling) ........................................ 6-47
Control Period (Heating) ........................................ 6-47
Dead Band ......................................................5-8, 6-30
Decimal Point ........................................................ 6-44
Derivative Time ...................................................... 6-28
Derivative Time (Cooling) ......................4-14, 5-9, 6-29
Digit Shift ............................................................... 6-90
Direct Setting of Position Proportional MV ....5-32, 6-88
Direct/Reverse Operation ...................................... 6-48
Display Brightness ................................................. 6-70
Display Refresh Period .......................................... 6-94
Event Input Assignment ......................................... 5-12
Event Input Assignment 1 to 6 ............................... 6-57
event inputs ........................................................... 5-11
Extraction of Square Root Enable ................5-51, 6-60
Extraction of Square Root Low-cut Point ...... 5-51, 6-36
HB ON/OFF ........................................................... 6-65
Heater Burnout Detection 1 ................................... 6-22
Heater Burnout Detection 2 ................................... 6-23
Heater Burnout Hysteresis .................................... 6-66
Heater Burnout Latch ............................................ 6-66
Heater Current 1 Value Monitor ....................6-10, 6-22
Heater Current 2 Value Monitor ....................6-11, 6-23
Heating/Cooling Tuning Method .....................5-9, 6-89
HS Alarm 1 ............................................................ 6-24
HS Alarm 2 ............................................................ 6-25
HS Alarm Hysteresis ............................................. 6-78
HS Alarm Latch ..................................................... 6-78
HS Alarm Use ...............................................4-43, 6-77
Hysteresis .............................................................. 4-21
Hysteresis (Cooling) .............................................. 6-31
Hysteresis (Heating) .............................................. 6-31
Initial Setting/Communications Protect .................... 6-4
Input Digital Filter ................................................... 6-68
Input Type .................................................... 6-43, A-28
input type ............................................................... 4-11
Integral Time .......................................................... 6-28
Integral Time (Cooling) ..........................4-14, 5-9, 6-29
Integral/Derivative Time Unit ........................6-29, 6-67
Integrated Alarm Assignment .......................5-24, 6-83
LBA Band .....................................................5-29, 6-80
LBA Detection Time ......................................5-29, 6-79
LBA Level .....................................................5-29, 6-79
LCT Cooling Output Minimum ON Time ................ 6-95
Leakage Current 1 Monitor ...........................6-11, 6-24
Leakage Current 2 Monitor ...........................6-12, 6-25
Limit Cycle MV Amplitude .............................4-25, 6-68
Loop Burnout Alarm (LBA) .................................... 5-28
Manual Control Level ............................................. 5-34
Manual MV Initial Value ......................................... 6-76
Manual MV Limit Enable ........................................ 6-88
Manual Output Method .......................................... 6-75
Manual Reset Value .............................................. 6-30
Minimum Output ON/OFF Band ............................ 6-89
Monitor/Setting Item 1 to 5 .................................... 6-91
Monitor/Setting Item Display 1 to 5 ........................ 6-38
Move to Advanced Function Setting Level ............ 6-60
Move to Calibration Level ...................................... 6-95
Move to Protect Level .............................................. 6-3
Move to Protect Level Time ................................... 6-72
Move to the Protect Level ...................................... 5-20
Moving Average Count ...................................5-3, 6-69
Multi-SP Set Point Selection .................................... 6-9
MV (Manual MV) .................................................... 6-40
MV at Error ............................................................ 6-33
MV at PV Error ...................................................... 5-49
MV at Stop ....................................................5-48, 6-32
MV at Stop and Error Addition ............................... 6-74
MV Change Rate Limit .................................5-53, 6-35
MV Display ............................................................ 6-70
MV Display Selection ....................................4-51, 6-92
MV Lower Limit ...................................................... 6-34
MV Monitor (Cooling) ............................................. 6-16
MV Monitor (Heating) ............................................ 6-16
MV Upper Limit ...................................................... 6-34
Number of Multi-SP Points ..................5-11, 5-14, 6-63
Operation/Adjustment Protect ................................. 6-4
Parameter Initialization .......................................... 6-63
Parameter Mask Enable .......................................... 6-6
password ............................................................... 5-20
Password to Move to Protect Level ......................... 6-6
PF Setting .....................................................6-38, 6-90
PID ON/OFF .......................................................... 6-45
PID ON/OFF parameter ......................................... 4-22
Position Proportional Dead Band .................5-63, 6-35
Process Value Input Shift ........................................ 5-3
Process Value Slope Coefficient ............................. 5-3
Process Value/Set Point 1 ....................................... 6-8
Process Value/Set Point 2 ....................................... 6-8
Program Pattern ...........................................5-43, 6-47
Program Start ........................................................ 6-12
Proportional Band .................................................. 6-28
Proportional Band (Cooling) ..................4-14, 5-9, 6-29
Protocol Setting ..................................................... 6-96
PV Decimal Point Display ...................................... 6-93
PV Rate of Change Calculation Period ........4-36, 6-88
PV Status Display Function ................................... 6-93
PV/MV (Manual MV) .............................................. 6-40
PV/SP Display Selection ......................................... 6-8
PV/SP No. 1 Display Selection ..............4-50, 6-8, 6-92
PV/SP No. 2 Display Selection ..............4-50, 6-8, 6-92
Remote SP Enable ....................................... 5-60, 6-85
Remote SP Input .......................................... 5-60, 6-85
Rem
ote SP In
put Shift ........................................... 5-60
Remote SP Input Slope Coefficient ..............5-60, 6-28

Omron E5EC Specifications

General

Mounting Type	Panel Mount
Display Resolution	0.1°C or 1°C
Control Method	ON/OFF
Input Type	Thermocouple, RTD, Analog voltage
Supply Voltage	100 to 240 VAC
Output Type	Relay, Voltage, Current
Size	48 x 96 mm
Control Output	Relay, Voltage, Current
Alarm Output	Relay
Communication	RS-485
Ambient Operating Temperature	-10 to 55°C
Ambient Operating Humidity	25 to 85% RH
Protection Rating	IP20