Masibus TC 5396 User manual

masibus
User’s Manual
A
AU UT TO O T TU UN NE E P PI ID D C CO ON NT TR RO OL LL LE ER R
T
TC C 5 53 39 96 6

Masibus Automation & Instrumentation Pvt. Ltd.
B/30, GIDC Electronics Estate,
Sector-25, Gandhinagar-382044, Gujarat, India
[phone] [phone]
Email: [e-mail]
Web: www.masibus.com

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User’s Manual Page 2 of 40
Contents
1. INTRODUCTION........................................................................................................................... 4
Foreword ........................................................................................................ 4
Notice ............................................................................................................ 4
Trademarks .................................................................................................... 4
Checking the Contents of the Package ................................................................ 4
List of Accessories ........................................................................................... 4
Safety Precautions ........................................................................................... 4
2. SPECIFICATIONS......................................................................................................................... 5
2.1 PV Input................................................................................................. 5
2.2 Display & Keys ........................................................................................ 5
2.3 Output ................................................................................................... 6
2.4 Power Supply.......................................................................................... 7
2.5 Environmental ........................................................................................ 7
2.6 Physical ................................................................................................. 7
Advance Feature.............................................................................................. 7
3. PHYSICAL SPECIFICATIONS &MOUNTING DETAILS....................................................... 8
4. TERMINAL CONNECTIONS ...................................................................................................... 9
4.1 How to connect wires................................................................................ 10
5. FRONT PANEL DETAILS ........................................................................................................11
5.1 Front Panel Description ............................................................................. 11
6. MENU LAYOUT ..........................................................................................................................14
6.1 Menu Layout............................................................................................ 14
6.2 RUN Time Indication/Function.................................................................... 16
6.3 LEVEL 1 SET POINT SETTINGS ................................................................... 16
6.4 LEVEL 2 TUNE MODE ................................................................................ 17
6.5 LEVEL 3 CONFIGURATION MODE................................................................ 18
6.6 LEVEL 4 ALARM MODE .............................................................................. 20
6.7 LEVEL 5 OUTPUT MODE............................................................................. 21
6.8 LEVEL 6 CUSTOM DISPLAY ........................................................................ 23
6.9 CALIBRATION MODE................................................................................. 24
6.10 FACTORY RESET MODE .......................................................................... 24
7. CONTROL FUNCTION ..............................................................................................................25
7.1 ON/OFF Control........................................................................................ 25
7.2 PID Control ............................................................................................. 26

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7.3 Ramp and Soak Function........................................................................... 28
7.4 Motor Positon Control without slide wire feedback: ...................................... 29
8. ALARM OUTPUT .......................................................................................................................30
8.1 ALARM TYPES .......................................................................................... 30
9. CALIBRATION PROCEDURE..................................................................................................33
9.1 Procedure for CAL-zero and CAL-span......................................................... 33
9.2 Procedure for RET-zero and RET-span......................................................... 33
10. COMMUNICATION PROTOCOL–MODBUS RTU.............................................................34
10.1 Introduction........................................................................................... 34
10.2 Parameter Address Details....................................................................... 34
10.3 Exceptional Response ............................................................................. 36
11. APPENDIX ................................................................................................................................37
11.1 Troubleshooting ..................................................................................... 37
11.2 ON-OFF LOGIC ....................................................................................... 38
11.3 Retransmission Output Table for OPEN /OVER /UNDER Condition ................. 38
11.4 Linear Output Table for OPEN/OVER/ UNDER Condition ............................... 38
11.5 Jumper Settings for Addon Card Selection & Retransmission Output Type...... 39
11.6 Load connection ..................................................................................... 40

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User’s Manual Page 4 of 40
1. INTRODUCTION
Foreword
Thank you for purchasing Auto Tune PID Controller TC5396.
This manual describes the basic functions and operation methods. Please read through
this user’s manual carefully before using the product.
Notice
The contents of this manual are subject to change without notice as a result of
continuous improvements to the instrument’s performance and functions.
Every effort has been made to ensure accuracy in the preparation of this manual. Should
any errors or omissions come to your attention, however, please inform MASIBUS Sales
office or sales representative. Under no circumstances may the contents of this manual,
in part or in whole, be transcribed or copied without our permission.
Trademarks
Our product names or brand names mentioned in this manual are the trademarks or
registered trademarks of Masibus Automation and Instrumentation (P) Ltd. (herein after
referred to as MASIBUS).
Adobe, Acrobat, and Postscript are either registered trademarks or trademarks of Adobe
Systems Incorporated. All other product names mentioned in this user's manual are
trademarks or registered trademarks of their respective companies.
Checking the Contents of the Package
Unpack the box and check the contents before using the product. If the product is
different from which you have ordered, if any parts or accessories are missing, or if the
product appears to be damaged, contact your sales representative.
List of Accessories
The product is provided with the following accessories according to the model and suffix
codes (see the table below). Check that none of them are missing or damaged.
No
Item name
Part number
Qty
Remarks
1
Mounting Clamps
-
2
Safety Precautions
The product and the instruction manual describe important information to prevent
possible harm to users and damage to the property and to use the product safely.
Understand the following description (signs and symbols), read the text and
Observe Descriptions.
DESCRIPTION OF SIGNS

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2. SPECIFICATIONS
2.1 PV Input
Input Type
Thermocouple (E, J, K, T, B, R, S), RTD (Pt100),
Current, Voltage
Display Range
Refer Table-1
Accuracy
+ (0.25% of Full Span + 1 degree) for T/C and RTD
input.
+ (0.1% of Full Span + 1 count) for Linear input.
ADC Resolution
16 bits
Display Resolution
0.1 / 1 °C
Sampling Rate
5 Samples/Sec
CJC Error
±2.0 °C Max
Sensor open Detection
All inputs except 0-5V, 0-10V
Sensor Burnout current
0.25uA
RTD excitation current
0.16mA (Approx)
NMRR
> 40 dB
CMRR
> 120 dB
Temp-co
< 100ppm/°C
Input Impedance
> 1MΩ (Voltage Input)
250Ω (Current Input)
Max Voltage
20VDC
Input type
Range
E
-200 t o 100 0C*
J
-200 to 1200ºC*
K
-200 to 1372ºC*
T
-200 to 400ºC*
B
450 to 1800C
R
0 to 1768ºC
S
0 to 1768ºC
PT100 (1ºC)
-200 to 850ºC*
1-5VDC /0-5VDC /0-10VDC
-1999 to 9999 (Field Scalable)
4-20mA /0-20mA (Ext. 250ohms, 0.1%)
-1999 to 9999 (Field Scalable)
Table-1
*0.1 °C possible for range -1.99.9 to 999.9
2.2 Display & Keys
Process Value
0.8", 7 segment, White LED, 4 digits
Set Value
0.4", 7 segment, Green LED, 4 digits
Manipulated Value
10 segment bar Orange LED
Keys
Enter, A/M, Increase, Decrease
Status LEDs
For Relay, Communication, A/M,Auto tune, SP1, SP2

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2.3 Output
Control Type
Control Type
On/Off, P, PI, Auto tune PID, Valve Position Control
(without Feedback)
Manual Offset
±50% of P band
Proportional Band
0.1 to 200.0 %
Integral Time
0(off) to 1000 Sec
Derivative Time
0(off) to 250 Sec
Cycle Time
For SSR
For Relay
1 to 60 Sec
10 to 250 Sec (Hyst in on/off mode)
Relay Output (RL1, RL2)
Function
Control, Alarm
Type
Single Change over Three Terminals (C, NO, NC)
Rating
5A @ 230VAC / 30VDC
Relay Output (RL3, RL4)
Function
Alarm
Type
Single Change over Three Terminals (C, NO,)
Rating
5A @ 230VAC / 30VDC
SSR Output (Option in lieu of RL1)
Function
Control
Rating
11 VDC @ 20mA
Analog Output 1-AO1 (Option)
Function
Control, Retransmission
Current
0-20mA/ 4-20mA @500Ω Max
Voltage
0-5V/ 1-5V/ 0-10V @3 KΩ Min
Output accuracy
±0.25% of span
Analog Output 2-AO2 (Option)
Function
Retransmission
Current
0-20mA/ 4-20mA @500Ω Max
Voltage
0-5V/ 1-5V/ 0-10V @3 KΩ Min
Output accuracy
±0.25% of span
Communication Output-RS485 (Option)
Function
Read/Write all Parameters
Protocol
Modbus RTU
Baud Rate
9600, 19200, 38400
Transmitter supply
24V DC (±10%) @26mA (Current limited)

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2.4 Power Supply
Standard
85-265VAC/ 100-300VDC
Optional
18-36VDC
Power consumption
<10 VA (Aprrox)
Isolation (Withstanding voltage)
Between primary terminals* and secondary terminals**: At least 1500 V AC for 1 minute
Between primary terminals* and grounding terminal: At least 1500 V AC for 1 minute
Between grounding terminal and secondary terminals**: At least 1500 V AC for 1 minute
Between secondary terminals**: At least 500 V AC for 1 minute
* Primary terminals indicate power terminals and relay output terminals.
** Secondary terminals indicate analog I/O signal and Communication O/P.
Insulation resistance: 20MΩ or more at 500 V DC
2.5 Environmental
TEMPCO
For Input to PV Display < 100ppm. FOR Display to
Retransmission and Control output < 100ppm
Humidity
30% to 95% RH (Non-Condensing)
Ambient temperature
0 to 55°C
Storage Temperature
0to 80°C
2.6 Physical
Mounting Type
Panel
Size H x W x D
100 mm x 100 mm x 55 mm
Front Bezel
100 mm x 100 mm
Panel Cutout
92 mm x 92 mm
Depth Behind The
Panel
52 mm
Weight
300g Approx.
Enclosure Material
Front: Polycarbonate, Base: ABS
Enclosure Protection
IP 20
Terminal & Cable Size
Barrier type terminal, cable 2.5 mm2
Advance Feature
Input scalability for linear input
Three years calibration with Auto Zero and Auto Span
Average Energy Demand parameter as a diagnostic feature

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3. PHYSICAL SPECIFICATIONS &MOUNTING DETAILS
Mounting Type
Panel mounting
Size H x W x D
100 mm x 100 mm x 55 mm
Front Bezel
100 mm x 100 mm
Panel Cutout
92 mm x 92 mm
Depth Behind The Panel
52 mm
Weight
300g Approx.
Enclosure Material
Front: Polycarbonate, Base: ABS
Enclosure Protection
IP 20
Terminal & Cable Size
Barrier type terminal, cable 2.5 mm2
Fig 3.1: Mounting Details

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4. TERMINAL CONNECTIONS
Fig 4.1: Terminal Connection Detail
Terminal No.
Description
1.
L
Power Supply Input
2.
N
3.
C4
For Relay-4 potential free Contacts (Use 230V -2A load)
Alarm-4 o/p.
4.
NO4
5.
C3
For Relay-3 potential free Contacts (Use 230V -2A load)
Alarm-3 o/p.
6.
NO3
7.
C2
For Relay-2 potential free Contacts (Use 230V -2A load)
Alarm-2 o/p.
Reverse Relay, if output type is Motor position control without
slide wire feedback
8.
NO2
9.
NC2
10.
C1
For Relay-1 potential free Contacts (Use 230V -2A load)
PID/ On-Off Control o/p.
Alarm-1 o/p, if output type is Linear.
Forward Relay, if output type is Motor position control without
slide wire feedback
Terminal 10,11:- SSR Pulse o/p.
11.
NO1
12.
NC1
13.
+24V LPS
+24VDC Loop power supply
Terminal 16 is ground Reference.
14.
B
For RTD Input Only
(Three wire Compensation).
15.
b/TC+/V+
For Thermocouple, RTD & Linear Input
16.
A/TC-/V-
/LPS-
17.
NC
Not connected
18.
NC
19.
NC
20.
NC
21.
Rx1+
For Retransmission-1 output
Linear type Control Output
22.
Rx1-
23.
D+/ Rx2+
For Retransmission-2 output
Modbus-RTU Communication Output
24.
D-/ Rx2-

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Fig 4.3:Lead Termination Detail
4.1 How to connect wires
Before carrying out wiring, turn off the power to the controller and check that the
cables to be connected are not alive because there is a possibility of electric shock.
NOTE:
All wiring must confirm to appropriate standards of good practice and local codes
and regulations. Wiring must be suitable for Voltage, Current and temperature
rating of the system.
Provide power from a single-phase instrument power supply. If there is a lot of
noise in the power line, insert an insulating transformer into the primary side of
the line and use a line filter on the secondary side. Do not place the primary and
secondary power cables close to each other.
For thermocouple input, use shielded compensating lead wires for wiring. For RTD
input, use shielded wires that have low conductor resistance and cause no
significant differences in resistance between the three wires.
Use repeater after each set of 32 instruments connected in RS-485
Communication.
Unused terminals should not be used as jumper points as they may be internally
connected, which may cause damage to the unit.
Unused control terminals should not be used as jumper points as they may be
internally connected, which may cause damage to the unit.
Use >250V-1Amp Cable for Power Supply.
Supply voltage must be below maximum voltage rating specified on the label.
Fig 4.4: RS485 Connection Details

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5. FRONT PANEL DETAILS
5.1 Front Panel Description
Name of
Part
Symb
ol
Function
Increase
Key
Increment the Value of any Parameter.
Shows ambient value for T/C Input in RUN mode.
In Manual Mode this key is used to Increment the %Power.
Decrease
Key
Decrement the Value of any Parameter.
Shows %Power value if Device is in Auto Mode in RUN
mode.
In Manual Mode this key is used to Decrement the
%Power.
Enter Key
In RUN mode, shows custom display parameters selected
from Level-6 menu.
In Sub Menu it can be used to get to the next Parameter.
It is also used to save the parameters to nonvolatile
memory, when user setting a proper data by Increment
and decrement key for parameter configuration.
Auto/Manual
Key
It works as escape key, if unit is not in RUN mode.
In RUN mode, if pressed for at least 2 sec
1. It is used to switch between Auto to Manual mode and
Manual to Auto mode if function key is A/M.
2. Shows remaining soak time when pressed if function
key is selected SOKR

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Process
Value
Display
PV
3. 4 digital 0.8 inch White Display
4.Display process value.
5.Display parameter name when user set parameter.
6.Display error message when an error occurs.
Set Value
Display
SV
4 digital 0.4 inch GREEN
Display set value.
Display parameter value of parameter in process value
field when user set parameter.
Display control output value when in manual mode.
Manipulated
Value
MV
Display control output value in form of Bar scaled in 10
segments bar orange led
Relay-1
Indication
RL1
ON when Relay-1 is energized & OFF otherwise.
Relay-2
Indication
RL2
ON when Relay-2 is energized & OFF otherwise.
Relay-3
Indication
RL3
ON when Relay-3 is energized & OFF otherwise.
Relay-4
Indication
RL4
ON when Relay-4 is energized & OFF otherwise.
MANUAL
Indication
MAN
ON when unit is in Manual mode.
OFF when unit in Auto Mode.
Auto tune
Indication
AT
Blink when Auto tune Process is on
Control Set
point - 1
Indication
SP1
ON when Set Point 1 is selected. All controller action with
respect to SP-1
TX
Indication
Tx
ON when device is transmitting some Data (RS-485).
RX
Indication
Rx
ON when device is receiving some Data (RS-485).
Example:
How to change SET POINT:-
C1SP and A2SP will be shown in operator mode if they are selected in one of the SELECT
Display Parameter from LEVEL-6 Menu.
Here “SELECT display 1”(DS1) is set for “1”(C1SP) and “SELECT display 2”(DS2)is set for
2 (A2SP).

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Example:
How to change Input Type
NOTE: ALL other parameters can EDIT according to the above steps.
If one of the SELECT Display Parameter from LEVEL-6 Menu, is register as “0” in
“SELECT display”. It will be considered as none of parameters are selected for operator
mode.

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6. MENU LAYOUT
6.1 Menu Layout

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6.2 RUN Time Indication/Function
Following parameters can view or change during run time.
Press Decrement key to show percentage power Auto Mode (0.0 to 100.0%)
For Thermocouple input type, Press Increment key to show ambient
temperature.
During manual mode, Increment key and Decrement Key will use to
modify the percentage power.
TC5396 can be configured as PID or ON-OFF Controller.
On selection of PID / ON-OFF, only relevant parameters will be displayed in
menu.
Press for at least 2 sec to toggle between AUTO & MANUAL
mode if function key is A/M.
6.3 LEVEL 1 SET POINT SETTINGS
Se t Po i nt Sett ing:
Parameter
(PV display)
Se tt ing nam e and
de sc r i pt ion
De f ault
va l u e
Sh o ws only if
Re g.
No .
Symbol
Name
C1SP
(C1sp)
Control
Set
Point 1
Range Depending on PV
sensor type selected
100
-
1
A1SP
(A1sp)
Alarm
Set
Point 1
Range Depending on PV
sensor type selected
100
Output Type is
LIN(Linear)
2
A2SP
(A2sp)
Alarm
Set
Point 2
Range Depending on PV
sensor type selected
100
-
3
A3SP
(A3SP)
Alarm
Set
Point 3
Range Depending on PV
sensor type selected
100
4
A4SP
(A4SP)
Alarm
Set
Point 4
Range Depending on PV
sensor type selected
100
5

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6.4 LEVEL 2 TUNE MODE
AUTO T UN E P ARAM ETER S
Pa r a me ter
(P V di s play)
Setting Name & Description
Default
Value
Show if
Only
Reg.
No.
Symbol
Name
ATUN
(Atun)
Auto Tune
Start / Stop Auto Tuning Process yes/no
0 : NO (Stop Auto Tuning)
1 : YES (Start Auto Tuning)
NO
Control
Type(COP) is
PID
6
PB
(pb)
Proportional
Band
Adjust Proportional Band
0.1 to 200.0 %
1 0 . 0
Control
Type(COP) is
PID
7
TI
(ti)
Integral Time
Adjust Integral Time
0 to 1000
60
Control
Type(COP) is
PID
8
TD
(td)
Derivative
Time
Adjust Derivative Time
0 to 250
0
Control
Type(COP) is
PID
9
CT
(Ct)
Cycle Time
Adjust Cycle Time
For, SSR o/p: (1 –60 sec)
Relay o/p: (10 –250 sec)
10
10
O.DIR
(o.dir)
Output
Direction
Set Output Direction dir/rev
0 : REV (REVERSE)
1 : DIR (Direct)
0 ( R E V )
Control
Type(COP) is
PID
11
MR
(mr)
Manual Reset
Adjust Manual Reset Value
It is used to shift P Band for critical Controlling
situations.
-50% to 50% of PB
EX. If PB = 50, SP = 100, O.DIR = REV
MR = 0MR = 25
PV
% POWER
PV
%POWER
<= 75
100 %
<= 100
100 %
100
50 %
125
50 %
>= 125
0 %
>= 150
0 %
- 4 0 . 0
Control
Type(COP) is
PID
12
ALPH
(alpH)
Sampling
Rate
Adjust Sampling Rate
Its acts like Derivative Factor. It is used to
decrease effect of D term in PID output for
some critical operating condition
0.01 to 1.00
1 . 0 0
Control
Type(COP) is
PID
13
SMP
(smp)
Sampling
Period
Set Sampling Period. 200 /500 /1
0 : 200 ms
1 : 500 ms
2 : 1 sec
0
(200 ms)
Control
Type(COP) is
PID
14
RAMP
((Ramp))
Ramp Rate
type
n o n e /min.r/hr.r
0:none
1:min.r
2:hr.r
N o n e
15
RmpR
((rmpr))
Ramp rate
value
0.1 to 999.9 Degree per minutes or hour
0 . 0 0
16
SOKR
(SOKR)
Soak rate
0.00 to 99.59 (Format HH.MM )
0.00
17

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6.5 LEVEL 3 CONFIGURATION MODE
SOKT
(SOKT)
Soak type
shod/srst
0:shod
1:srst
srst
18
CO NF I G U R AT IO N PARAM ET E RS
Pa r a me ter
(P V di s play)
Setting Name & Description
Default
Value
Show if
Only
Reg.
No.
Symbol
Name
INPT
(inpt)
INPUT Type
Set PV Input Type
tC e/tC j /tC K /tC t /tC b /tC r
/tC s /rtd / 0-10
Value
Input Type
Range
0
TC E
-200 to 1000 °C
1
TC J
-200 to 1200 °C
2
TC K
-200 to 1372 °C
3
TC T
-200 to 400 °C
4
TC B
450 to 1800 °C
5
TC R
0 to 1768 °C
6
TC S
0 to 1768 °C
7
RTD
-199.9 to 850.0 °C
8
0-10 V
-1999 to 9999
*Use external 250ohms,0.1% for current
input
TC E
19
ZERO
(zero)
Zero
Automatically change to the Input Lower Range
with changing of Input Type
(Refer Above Table)
Can be set to any value within the Input Range
& less the SPAN Value.
-200
(If TC E)
20
SPAN
(span)
Span
Automatically change to the Input Higher Range
with changing of Input Type
(Refer Above Table)
Can be set to any value within the Input Range
& greater the ZERO Value.
1000
(If TC E)
21
INLO
(INLO)
Input low
Range
Input low range between 0.0 to 10.0
(It will be always less then INHI)
0.0
Input type is
0-10V
22
INHI
(INHI)
Input High
Range
Input High range between 0.0 to 10.0
(It will be always greater then INLO)
10.0
Input type is
0-10V
23
TSP1
(tsp1)
Type of Set
Point
Set Type of Set Point
l-on/H-on
0 : L-ON (Lower ON)
1 : H-ON (Higher ON)
Refer ON-OFF Control
0
(L- O N )
Control Type
(COP) is ON-
OFF.
24
OPES
(opes)
OPEN Sensor
Status
Set Control O/P & Retransmission state when
Input OPEN condition.
down/up
0 : DOWN
1 : UP
Refer Retransmission Output Table for OPEN
/OVER /UNDER Condition & Linear Output
Table for OPEN/OVER/ UNDER Condition
1
( U P )
25

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*The value of FLTR will determine the ability of filtering noise. When a large value is set, the measurement input is stabilized
but the response speed is slow. Generally, if great interference exists, then you can increase parameter “FLTR” gradually.
When the meter of the instrument is being examined at laboratory, “FLTR” should be set to 0 or 1 to short the response time.
DP
(dp)
Decimal
Point
Set position of Decimal Point on Display.
0 /1 /2 /3
*0 : 0
*1 : 0.0
2 : 0.00
3 : 0.000
1
Input Type is
Linear,
*if input type
is RTD or
TC(E,J,K,T)
26
DISP
(disp)
Display Set
Point
Set which Set Point to shown in SV display in
RUN mode while device is in Auto Mode
C1sp /A1sp /A2sp /A3sp /A4Sp /sOKR
0 : C1SP (Control Set Point 1)
1 : A1SP (Alarm Set Point 1)
2 : A2SP (Alarm Set Point 2)
3 : A3SP (Alarm Set Point 3)
4 : A4SP (Alarm Set Point 4)
5: SOKR (Remaining Soak Time)
0
Output Type
is Linear ,
only then
A1.SP will
appear.
27
OFST
(ofst)
offset
Offset Value
Input type
range
RTD/ Thermocouple
-100.0°C to +100.0°C
Linear
-1000 to +1000
0.0
28
FLTR*
(fltr)
Filter
Enable or Disable Filter for PV Input
0 /1 /2 /3 /4 /5
4
29
A.CJC
(a.CJC)
Auto Cold
Junction
Compensatio
n
Select Auto Cold Junction Compensation
required or not for TC input Type.
no /yes
0 : NO
1 : YES
1
(YES)
Input Type is
TC
30
F.CJC
(F.CJC)
Fix cold
junction
Compensatio
n
Set Fix cold junction Compensation value.
0 to 60.0 °C
0.0
Input Type is
TC & A.CJC is
NO
31
RD1
(rd1)
Relay Delay
(For Relay-1)
Relay Delay is amount of time (in sec), that
Relay will wait before getting ON after the ON
condition occurs.
1 to 99 sec
1 s e c
Control Type
(COP) is ON-
OFF.
32
HY-1
(Hy-1)
Hysteresis –
1
(For Relay-1)
Hysteresis Value (in °C) for Relay-1 during ON-
OFF type Control.
1 to 250
TC & RTD Input
1 to 250
Linear Input with DP=0
0.1 to 25.0
Linear Input with DP=1
0.01 to 2.50
Linear Input with DP=2
0.001 to 0.250
Linear Input with DP=3
1
Control Type
(COP) is ON-
OFF.
33

Model: TC5396 masibus
Doc. Ref. no. : - m105/om/101
Issue no. 00
User’s Manual Page 20 of 40
6.6 LEVEL 4 ALARM MODE
AL A RM PARAMETE RS
Pa r a me ter
(P V di s play)
Setting Name & Description
Default
Value
Show if
Only
Reg.
No.
Symbol
Name
A1TP
(a1tp)
Alarm Type –
1
Refer ALARM Type 0 to 15
6
(PVAL)
Output Type
is LIN(Linear)
34
A1HY
(a1HY)
Alarm 1
Hysteresis
Set Hysteresis(in °C) for Alarm-1
1 to 250
TC & RTD Input
0.1 to 25.0
RTD.1 Input
1 to 250
Linear Input with DP=0
0.1 to 25.0
Linear Input with DP=1
0.01 to 2.50
Linear Input with DP=2
0.001 to 0.250
Linear Input with DP=3
1
Output Type
is LIN(Linear)
35
A1LC
(a1lC)
Alarm 1 Logic
Set Logic for Alarm-1
norm /flsf
0 : NORM (Normal)
1 : FLSF (Fail-Safe)
Operation diagram of different ALARM Type 0 to 15
for Alarm Logic NORM (Normal). For Fail-Safe Logic
Alarm will work completely opposite to Normal
behavior. (i.e. for any particular condition when Relay
is ON for Normal logic, for that condition relay will
OFF for Fail-Safe Logic & vice-versa)
0
(Normal)
Output Type
is LIN(Linear)
36
A1DY
(a1dy)
Alarm 1
Delay
Alarm Delay is amount of time (in sec), that
Relay-1 will wait before getting ON after the
alarm condition occurs.
1 to 99 sec
1
Output Type
is LIN(Linear)
37
A2TP
(a2tp)
Alarm Type –
2
Refer ALARM Type 0 to 15
6
(
PV.A.L.))
Output Type
is not VPFN
38
A2HY
(a2Hy)
Alarm 2
Hysteresis
Set Hysteresis(in °C) for Alarm-2
1
Output Type
is not VPFN
39
A2LC
(a2lC)
Alarm 2 Logic
Set Logic for Alarm-2
norm /flsf
0 : NORM (Normal)
1 : FLSF (Fail-Safe)
0
(Normal)
Output Type
is not VPFN
40
A2DY
(a2.Dy)
Alarm 2
Delay
Alarm Delay is amount of time (in sec), that
Relay-2 will wait before getting ON after the
alarm condition occurs.
1 to 99 sec
1
Output Type
is not VPFN
41
A3TP
(a3tp)
Alarm Type –
3
Refer ALARM Type 0 to 15
6
(PV.A.L.)
Output Type
is LIN(Linear)
42
A3HY
(a3HY)
Alarm 3
Hysteresis
Set Hysteresis(in °C) for Alarm-3
1
Output Type
is LIN(Linear)
43
A3LC
(a3lC)
Alarm 3 Logic
Set Logic for Alarm-3
norm /flsf
0 : NORM (Normal)
1 : FLSF (Fail-Safe)
0
(Normal)
Output Type
is LIN(Linear)
44