Ink Bird ITC-100 User manual

●Front Panel Dimension: DIN (48WmmX48Lmm), Cutout size: 45x45mm
●Support Multiple Thermocouples and Resistance Sensors (K, S, Wre, T, E, J, B, N, CU50, PT100)
●Wide Controlling Range: -50～1300ºC (K sensor)
●High Accuracy of Displaying and Controlling 0.1ºC, Accuracy of Measurement ±0.2%FS
●PID and ON/OFF Control Mode, High Standard Self-adjusting Function
●Multiple Outputs and Alarm Modes
●Build-in Adjustable Digital Filter Reduce Interference
●The Self-adjusting Function and Intelligent Control of the Instrument Ensure the Long-term Stability
● High Luminance, 0.39” height LED display, Anti-glare panel
●Built-in Switch Power Supply, Wide Voltage Range and Low-power Consumption
●Power Supply Voltage: AC 100-240V ±10% 50/60Hz
●Operating voltage range：85～110% Rated voltage
●Power Consumption：Approx. 5VA（100～240VAC）
Approx. 4VA（12～24VAC）
Approx. 3W（12～24VDC）
●Display Character: PV: 4 digital 9.9mm height Red LED Letters
SV: 4 digital 8mm height Green LED Letters
●Display Accuracy: ±0.2%FS 0.1ºC（＜1000ºC）；1ºC（≥1000ºC）
●Period of Sampling：0.5S
●Temperature Compensation：0-50ºC
●Main Output：Relay Contact Output (ITC-100R): AC250V 3A (Resistive load) ON/NC.
Alarm 1 AC250V 3A (Resistive load) ON/NC.
Voltage Pulses Output (ITC-100V): DC 12V, 30mA;
Alarm 1 AC250V 3A (Resistive load) ON/NC
●Units: Degree Celsius (＜1000ºC)
█Specification
●Mounting Method: Flush mounting and screw terminals
●Environmental Conditions: -10～55ºC（no icy or condensation）, RH 35-85% Humidity
●Connection
{
●Shift Key: When SV/PV at normal display, press “《 “ Key less than 1S to shift between automatic and manual control modes.
●Self-Adjustment Key: When SV/PV at normal display, keep pressing the “《 “ Key more than 2S to start or end self-adjusting function.
●Move Key: When setting temperature value or parameter, press “《 “ Key to switch to the value needed
●Down Key: Decrease the value in setting, Keep pressing can increase value quick.
●Up Key: Increase the value in setting, Keep pressing can increase value quick.
●SET Key: When SV/PV at normal display, press the SET key to check PV and SV value, keep pressing it more than 2 seconds can access parameter setting mode.
●If the output relays are used past their life expectancy, contact fusing or burning may occasionally occur. Always consider the application conditions and use the output relays within their rated load and electrical life
█Safety Precautions
█Main Features
●Ensure the product using within the specification.
█Connection
Manual Model: ITC-100
Thank you very much for selecting INKBIRD products.
The life expectancy of output relays varies considerably with the output load and switch conditions.
●Do not touch the terminals at least while power is being supplied. Doing so may occasionally result in injury due to electric shock.
●Do not allow pieces of metal, wire clippings, or fine metallic shaving or filings from installation to enter the product. Doing so may occasionally result in electric shock, fire, or malfunction.
●Do not use the product where subject to flammable or explosive gas. Otherwise, injury from explosion may occasionally occur.
Read the instruction manual carefully before use, for right application and maintenance.
●Never disassemble, modify or repair the product or touch any of the internal parts. Electric Shock, fire, or malfunction may occasionally occur.
●Storage Temperature: -25～65ºC（no icy or condensation）
●Weight: Approx. 140g
●Life Expectancy of Relay: Mechanical≥10,000,000 operations Electrical≥10,000,000 operations
AL1：Alarm1 pilot lamp
●Dimension (unit: mm)
█Front Panel and Operation
●PV Process Value
Measured Value/Mode Value
Shell
Panel Cutout
·Push the instrument into the hole of panel and insert mounting bracket from back side, ensure that there are no gaps between the panel and mounting bracket, and then screw cap down.
·Ensure that the ambient temperature should not be exceed the specified working temperature, especially when installed more than two instruments.
●SV Set Value
Set Value/ Mode Context Value
●Status Display LED
OUT：Output pilot lamp
AL2：Alarm2 pilot lamp
RUN：Manual pilot lamp
●Data Storage: 10year
PID Temperature Controller
AC/DC 12-24V ±10% 50/60Hz
DC 12-24V ±10%
Mounting bracket

Value
0
1
2
3
4
5
6
7
20
21
Loc=0，Temperature setting value and EP1-EP8 can be revamped. INKBIRD TECH. CO. LTD.
Loc=1，Data can not be revamped, only can be checked.(Except LOC parameters) www.ink-bird.com
Loc=2，40，808，all of parameters can be revamped. Email: [e-mail]
Explain
Input Sensor Selected Error
Signal Wire Connected Error
Sensor Fault
Input the correct value consistent with parameters of sensor
●Operating instruction
none
●User-defined Parameter: In the process of setting parameters, the display modes of last eight parameters are difference from the previous. PV screen displays prompt EP1 - EP8,
Press “SET” key to set these 8 user-defined parameters till all to be set, and then return to normal status.
8 User-defined Parameters
Select any Parameter
from this Table
0～999
Except LOC and EP1～EP8
and enter next function setting. PV/SV screen will be in normal display after setting.
adjustment by 2 - 5 times oscillations, then it will turn out PID control parameter automatically (M50, P and T parameter). The instrument will return to PID automatic control status at the end of
self-adjustment. If user want to quit in the course of self-adjusting, keep pressing “《” key for more than 2S, till “AT” character in the SV screen disappears.
If the setting values change often, user can modulate with the median.
●Attention: If user wants to use self-adjusting function again after first using, user needs to set “CtrL” to be “2” to start it (more information please check “Parameter Setting and Defining”).
The parameter values of adjusting control are not the same at the different setting temperatures, so please execute self-adjustment at the most common setting value of the system.
Note: If there are modified operations in setting mode, the instrument will save current value automatically after no operation for more than 10 seconds, and return to normal status.
Deviation Alarm).
Keep pressing the “《”key for more than 2S, SV screen displays “AT” alternately (Character: ), the instrument is in self-adjusting status. In this status, the instrument will execute position
●Temperature Setting: When SV screen displays setting value, press “︽”key（or“︾”key）can increase( or decrease) setting value. Press“《”key can move the place of update data. If keep
pressing “︽”Key (or“︾”Key), can set the value quick.
●Start the Self-adjusting Function: At the first-time use, please use self-adjusting function to determine the control parameters (M50, P and T parameter), so it can obtain ideal controlling.
After power-on, keep pressing the “SET” key for more than 2S to enter setting mode. User can use “︽”Key（or“︾”Key）to set the value. After finishing, press “SET” key to confirm
SV screen displays various prompts of technical parameters Setting (e.g. HiAL, LoAL, dHAL and so on). Press “︽”Key（or“︾”Key）, The technical parameters in SV screen will be listed
N
CU50
PT100
●Checking Output Value: Press “SET” Key (no more than 1S), If SV screen displays “A”,( e.g.: ), the status is automatic control output; If SV demo display “M”,( e.g.: ),
the status is manual control output.
●Auto/Manual Switch: Press “《“Key (no more than 1S),can switch the instrument between automatic control and manual control status. In automatic control status, RUN pilot lamp is off; in
manual control status, RUN pilot lamp is on. (Remarks: If status of setting function is “2: No manual”, it cannot operate like this.)
2
Input
K
S
Wr
T
E
Input Type
Thermocouple
●After power-on, PV screen displays current measured value and SV screen displays current set value, the instrument is in this normal status.
If PV/SV screen displays “orAL” alternately, it means that input value is out of range (or sensor is open circuit) or input setting is incorrect.
When there is alarm output, SV screen displays character related with alarms: HiAL (Upper Alarm Limit), LoAL(Lower Alarm Limit),dHAL(Maximum Deviation Alarm),dLAL(Minimum
Run Mode
●Datalock (LOC): When the setting values of LOC are not “2”, “40” or “808”, the instrument only allows to set 0-8 self-defined parameters and LOC parameters themselves. User can set
40
LOC
in proper order as the above parameters table. After that, press “SET” key confirm and enter next setting. “none” needs to be set if user don’t need to use the user-defined parameter.
all parameters only when setting LOC value is “2”, “40” or “808”. Details are as follows:
0～63
0～4800
0～20
0：Manual
Lock Function
1
2：No Manual
Filter Effect
0
Address
Baud Rate
Input Digital Filter
0
Maximum Deviation Alarm
Correct the Connecting Signal Wire
Check the sensor
1
1：Automatoc
9600
The Combined Alarm Setting: Choose ALP Values from Table2 and added them up, set in ALP.
Lower Alarm Limit
Minimum Deviation Alarm
Upper Alarm Limit
0
Alarm Type
Upper Alarm Limit
AL1 Output
ALP Value
0
Alarm Output
-50～1700ºC
-0～2300ºC
2
4
8
Minimum Deviation Alarm
0～1300ºC
AL2 Output
0
Remedy
●Error Display (Fault Diagnosis)
-2000～350ºC
█Operation Process
●Input Type (Table1)
-50～1300ºC
Measuring Range
Lower Alarm Limit
Maximum Deviation Alarm
●Alarm Function Setting（Table 2）
（orAL）
SV Display
0～1000ºC
0～1000ºC
Cu resistance
Platinum resistance
J
B
0～1800ºC
-50～150ºC
-200～600ºC
HIAL
LoAL
dHAL
Addr
Baud
dl
run
Unit
█Parameter Setting and Defining
-1999～+9999
Function Setting
Code
1℃
0.1℃
-1999～+9999
0～9999
0～9999
Name
dF
1℃
1℃
1℃
dLAL
CtrL
9999
Setting Range
0：ON/OFF
0～200.0
Remarks
Factory Default
1/3：PID
2:Self-adjustment
3
-1999
Hysteresis Time
M50
0～9999
0: Cancel
0.01S/℃
9999
9999
0.3
120
t
P
0.1℃
500
0～9999
1～9999
S
1000
ALP
CF
Ctl
Sn
diP
diL
diH
SC
Oph
oP1
Opl
Output Lower Limit
1～120
0～42
0～3
-199～+999
0/2：Time Duty
1：0-10mA
S
1 Digital
1 Digital
0～220
0～31
2: Heater
3:Cooler
Table 1
Table 2
4
0
1
0
1000
0
Alarm Function
System Function
0
100
0
2
0
Output Mode
-1999～+9999
-1999～+9999
Output Upper Limit
1%
1%
0～220
Input Sensor
Decimal Point Position
Input Lower Limit Value
Input Upper Limit Value
Sensor Calibration
Minimum Deviation Alarm
Differential
Control Period
Description
Hysteresis
Control Output
Integral
EP1 ～EP8
Upper Alarm Limit
Lower Alarm Limit
Maximum Deviation Alarm