Requirements
Temperature controller
On&soloff
PID handle
Temperature meter are twin row three-LED screen
Input&colon CU50&semi PT100&semi J&semi E&semi K&semi T
XMT&ast608 series clever temperature controller&comma is double row three-LED exhibit and contain on&soloff&comma PID management&comma which includes with parameter of self-placing operate&period of time This temperature meter respectively exhibit temperature measurement benefit &lparPV&rpar and temperature set price &lparSV&rpar beneath typical method&semi When it is time temperature handle&comma respectively display temperature measurement value &lparPV&rpar and working time rely down &lparSV&rpar&comma and also offer varieties of time manage technique choice&semi The controller can input types of sign which are used interchangeably&comma it adopt ON&solOFFP&equals0PID control&comma enabling an easy parameter placing and hassle-free inputting&comma is commonly used more than temperature automated manage techniques of machinerychemicalceramicslight industrialmetallurgypetrifaction and warmth treatment and so on&time period
Main CZPT Indexs
one&time period Measurement deviation&colon Course&pm0&period5F&Periods&pm1&comma extra cold stop compensation deviation&pm1°C
2&period Enter signal&colon CU50&semi PT100&semi K&semi E&semi J&semi T &lparone meter can be compatible&rpar
3&time period Relay output get in touch with capacity&colon AC240V 7A &lparresistance load&rpar
4&period of time Sampling period of time&colon &period5s
five&time period Driving sound relay sign output&colon driving electrical current> 15mA voltage>12V&comma time period is 2S
six&period of time Electrical power&colon AC85-242V &comma 50HZ7&interval
seven&period Work environment&colon temperature -50&period0°C&comma relative humidity≤85&percntRH&comma without corrode and robust electric powered radiation
Model feeling
XMT&lpar &rpar-6 &lpar &rpar 8 &lpar &rpar
1 2 3 4 5
one&colonExternal measurement and Set up hole&lparmm&rpar
Empty 160×80×90 152×76 A 96×96×90 92×92
D 72×72×90 68×68 E 48×96×90 44×92
F 96×48×90 92×44 G 48×48×100 44×44
S 80×160×90 76×152 B 60×120×90 56×116
C 80×120×35 wall set set up
two&period Operation display technique&colon’6’&colon three-crucial gentel drive-switch environment&comma double row electronic exhibit&comma have PID adjustment
3&period An added alarm&colon
Blank or ‘0’&colon signifies no alarm&semi’1’&colon Substantial restrict touch alarm&semi’2’&colon reduced restrict contact alarm
4&period Input sign classification&colon ‘8’ &colon Input sign can interchange free
five&period Suffix&colon None&colon relay output G&colon solid state relay output
Code placing sheet
Series | Code | Name | Setting range | Remark | Ex-Factory | |
First Menu |
– |
Appointed data | Decided by and |
Push&wedgeor∨for 3 CZPT and set the temperature setting value you need | – |
|
one |
AL |
Large&solLow-limit alarm |
Identified by and |
– |
Random |
|
2 | SC | Measurement deviation |
-twenty&period0~twenty&period0 | Measuring value can be modified through increasing or decreasing this data&period | ||
three |
P |
Proportion time |
~99&period9~200 | When the P&uparrow&commathe proportion and differential function↓&semiIf the P↓&commathe proportion and differential function&uparrow When P&equals0&commathe meter is ON&solOFF control&time period |
fifteen&period0 | |
four |
I |
Calculus time |
~999 | It’s used to adjust static difference&period To increse it&commathe static difference will be reduced&comma but if it is too high&comma the static difference will drift instability&period of time | 240 | |
five | d | CZPTential time | ~200 | 30 | ||
six |
t |
Control period |
2~120S |
When it leaves factory&comma SSR is 2s&semi Relay is 20s&period When P&equals0&comma it makes no sense&period of time |
twenty |
|
seven |
Hy |
Main control by drop in level | &period1~50&period0 |
It only controls at ON&solOFF |
one&period0 |
|
8 |
At |
Parameter setting itself |
&sol |
OFF&lowbarshut itself function &semi ON&lowbaropen itself function Select ‘ ON’only can adjust for one time&commaand then turn back to ‘OFF ‘ |
OFF |
|
nine |
Loc |
CZPTtronics lock |
~fifty |
Loc&equals0 all the parameter can be revised Loc&equals1 only the appointed data can be revised |
||
Second Menu |
ten | Loc | CZPTtronics lock |
~fifty | idem | |
11 | Sn | Input type | – | CU50&bsolPT100&bsolK&bsolE&bsolJ&lpar&bsolT&semi | K | |
12 |
dIL |
Set lower limit |
dIL≤dIH |
CU50&lpar-50~one hundred fifty&rpar&bsol PT100&lpar-80~600&rpar&bsol K&lpar-thirty~999&rpar&bsolE&lpar-thirty~seven-hundred&rpar&bsol J&lpar-thirty~900&rpar&bsolT&lpar199~400&rpar |
||
thirteen |
dIH |
Set upper limit |
four hundred |
|||
fourteen |
PF |
Filt modulus |
~fifty |
It is the software filter constant of measurement sampling&periodThe constant &uparrow&commathe measurement antijamming capability&uparrow&commabut the measurement speed and system response time ↓ | 20 |
|
fifteen | COL | System function decision |
ON&solOFF |
ON&colonpositive control&lparcooling control&rpar OFF&colonreverse control&lparheating control&rpar |
OFF |