Intelligent display control instrument

l Compatible input21Signal types: thermistor, thermocouple, standard voltage, standard current, Haofu, remote pressure gauge resistance, etc

l The zero point display value, slow point display value, transmission output ratio range, and decimal point position of the sensor can be freely set

l Multi level digital filtering selection effectively filters out interference and eliminates non critical skip words

l Realize alarm, control output, loose output, peak hold display, peak transmission output

1 Main technical indicators:

u Measurement of North Korea shows: “1----”Or“-1---”

u Measurement speed:3order/second

u Measurement accuracy: （25℃）±0.5%FS≤150ppm

u Transmission output progress: （25℃）0.5%FS IRL≤250ΩVRL≥500K

u Distribution voltage of transmitter:DC22V~28V(Maximum short-circuit current ≤35mA）

u Relay contact capacity:AC 220V/3A

u Relay contact life:100000order

u Working environment: Temperature0~+50Celsius relative humidity ≤85%RH

u Working power supply: （5W）AC220V 50Hz

u Appearance and installation hole dimensions (see table below)

model	Digital tube size		External dimensions（mm）	Dimension(mm)
	Upper	Bottom row
48*48	0.36”	0.36”	48x48x108square	45x45
48*96	0.39”	0.36”	48x96x80vertical	45x91
96*48	0.52”	0.36”	96x48x80horizontal	91x45
72*72	0.52”	0.36”	72x72x104square	68x68
96*96	0.80”	0.56”	96x96x80square	91x91
80*160	0.52”	0.40”	80x160x93vertical	76x152
160*80	0.80”	0.40”	160x80x93horizontal	152x76

2、 Model Description

III Instrument terminal diagram

4 Panel description (to96*48Taking the panel as an example)

① indicator light:AL1Relay indicator light (lit when there is output)

AL2Relay indicator light (lit when there is output)

OUTThe indicator light is on,SVwindow displayAL1ALARM VALUE

AT/MThe indicator light is on,SVwindow displayAL2ALARM VALUE

AT/M+OUTThe indicator lights are on simultaneously,SVwindow displayAL2ALARM VALUE

② Add key: set the status to modify the numerical value by adding one, hold down to scroll by adding one

③ Minus button: Set the state to modify the value by subtracting one, press and hold to scroll by subtracting one

②+③ Please press and hold the shift key for three seconds to eliminate the previous peak value, and use the current measurement value as the peak value

④ Shift key: set the status to blink, move the cursor to the right by one position, or select the parameter with the measurement status leftSVWindow switching display content usage

⑤ Set button: Set the status to save data or parameters. Select button for measurement status. Press to enter password input status

⑥ Measurement value（PV）Display Window

⑦ （SV）Display window:

5 Parameter Setting Instructions

（1） Parameter setting; flow chart

E

Set key points

pressSET Enter the setting state

use>、︿and﹀ Enter password and parameter value settings

pressSET confirm

Use the parameter down selection keySETOr parameter up selection key>Select new parameters

(outside1)Sensor input signal type and（Sn）Code correspondence table

code	Sensor type and measurement range	code	Sensor type and measurement range
0	SType thermocouple0~1600℃	12	DC 0~10VStandard signal (ordering)
1	RType thermocouple0~1600℃	13	DC 0~10mAstandard signal
2	BType thermocouple200~1800℃	14	DC 0~20mAstandard signal
3	KType thermocouple0~1300℃	15	DC 4~20mAstandard signal
4	NType thermocouple0~1300℃	16	DCMillivolt signal0~100mV
5	EType thermocouple-200~+850℃	17	Resistance signal0~400Ω
6	JType thermocouple0~650℃	18
7	TType thermocouple-200~+400℃	19	DC 0~5VSignal open
8	Pt100thermal resistance-199~+600℃	20	DC 1~5VSignal open
9	Cu50thermal resistance-50~+150℃	21	DC 0~10mASignal open
10	DC 0~5Vstandard signal	22	DC 4~10mASignal open
11	DC 1~5Vstandard signal	23

（2） Sensor parameters (entry method, press)SET Afterwards, enter the password555）

Parameter prompt	Parameter	Parameter function	Options or Setting Range	Factory value	notes
SN	SN	Input signal selection	0~22	3	pour1
DOT	DOT	decimal place	0~3	1	pour2
PVL	PVL	Zero point display value	-1999~9999	0.0	pour3
PVH	PVH	Full point display value	-1999~9999	500.0	pour4
PV	PV	Zero point correction value	-100~100	0.0	pour5
K1	K1	Display magnification factor	0.100~9.999	1.000	pour6
INPL	INPL	Non standard signal zero point	0~400	0	pour7
INPH	INPH	Non standard signal full point	0~400	100	pour8
FILT	FILT	Digital filtering coefficient	0.100~9.999	0.100	pour9
DISP	DISP	SVWindow controller	0000~1113	1113	pour10

u Sensor parameter function description

pour1．（Sn）Set the corresponding code based on the sensor model. See (Table)1）↑

pour2．（dot）Set the decimal point position of the measured value, and the parameters that change with the decimal point are as followsPVL、PVH、OBL、OBH、PbIA、AL1、HAL1、AL2、HAL2

pour3．（PvL）Set the corresponding display value when the sensor has zero input

pour4．（PvH）Set the corresponding display value when the sensor is fully input

pour5．（Pb）Used to correct the zero point error of the sensor, the relationship with the displayed value is as follows: current measurement current value=Actual measured display value*K1+Pb

pour6．（K1）Resignation is used to correct the slow point error of the sensor, and its relationship with the displayed value is as follows: the current measured display value=Actual measured display value*K1+Pb

pour7．（InPL）Set the minimum value of the input signal only whenSn=16perhaps17It needs to be set only when a millivolt signal or resistance signal is input.

pour8．（InPH）Set the maximum value of the input signal only whenSn=16perhaps17It needs to be set only when a millivolt signal or resistance signal is input. Peijie's remote transmission pressure gauge0~375Set Ω input as an example:InPH=375，InPL=0

pour9．（FILT）The larger the filtering coefficient, the more stable the display, and then it becomes larger.

pour10．（DISP）Set the instrument to display in the measuring state againSVshow contents

Thousand positions:0Prohibit displaying measurement peak values 1Allow display of measurement peak values

Hundreds of people:0Prohibit displayAL2ALARM VALUE1Allow displayAL2ALARM VALUE 2Allow and modifyAL2ALARM VALUE

Ten people:0Prohibit displayAL1ALARM VALUE1Allow displayAL1ALARM VALUE2Allow and modifyAL1ALARM VALUE

everybody:3Power on display measurement peak value2Power on displayAL2set value1Power on displayAL1set value

（3） Transmission parameters (entry method, pressSET Afterwards, enter the password800）

Parameter prompt	Parameter	Parameter function	Options or Setting Range	Factory value	notes
Outy	Outy	Transmission output type	0~3	2	pour11
Obl	obL	Zero point of transmission output	-1999~9999	0.0	pour12
Obh	obH	Transmission output full point	-1999~9999	500.0	pour13
Peak	PEAK	Peak transmission	0~1	0	pour14

u Explanation of Transmission Parameter Function

pour11（outy）：1do0~10mAOutput;2do4~20mA；3do0~20mA.

pour12（obL）Set the measurement value corresponding to the zero point of the transmission output.

When settingobLgreater thanobH, can display inverse ratio transmission20~4mA.

pour13（obH）:Set the measurement value corresponding to the output slow point for a hundred years.

pour14（PEAK）：PEAK=0When, use the measured value as the transmission output.

PEAK=1At this time, the peak value is used as the transmission output.

（4） Alarm parameters (entry method, press)SET input100）

Parameter prompt	Parameter	Parameter function	Options or Setting Range	Factory value	notes
PAL1	PAL1	Alarm function selection	0~2	1	picture1
Al1	AL1	call the police1set value	-1999~9999	90.0
HAL1	HAL1	return difference1set value	0~9999	0.5
Pal2	PAL2	Alarm function selection	0~2	2
AL2	AL2	call the police2set value	-1999~9999	70.0
HAL2	HAL2	return difference2set value	0~9999	0.5
D1	D1	First alarm delay	0~100S	0
D2	D2	Second alarm delay	0~100S	0

u Alarm Function Description

PAL1/PAL2Alarm function, functionality2In the middle, set as00The detailed instructions for canceling the alarm are shown in the following figure:

Over the line alarm	Offline alarm
equalPV≥AL1Time alarm	equalPV≤AL2Time alarm
equalPV<(AL1-HAL1)When the alarm is lifted	equalPV>(AL2+HAL2)Instant alarm contact
（AL1=300，HAL1=1）	(AL1=200，HAL2=1)
PAL1=1:Over limit police	PAL2=2:Lower limit alarm

VI Application examples

Example: The user needs to detect the temperature of the heating furnace and requires a temperature measurement range of0℃~500℃, when the furnace temperature is higher than300When the temperature is below ℃, an alarm will be triggered online200At ℃, the lower limit alarm will be triggered and will be activated0~500℃ becomes4~20mALoose output, the system power supply isAC220VThe size of the instrument opening is91x45（mm）.

1. Sensor selection: SelectKType thermocouple

2. Instrument selection: Instrument selectionXMT112B-AIntelligent digital display control

3. Sensor wiring:KType thermocouple input terminal connection1Number and2name

4. Parameter setting:

1） Sensor parameters (entry method, press)SET Afterwards, enter the password555）

Input signal selectionSn=3（K：0~1300℃）

decimal placedot=0(Set the display resolution to1℃）

Zero point correction valuePb=0

Display magnification factorK1=1.000（1compare1Display)

Digital filtering coefficientFILtCan be set according to on-site interference as appropriate

Press and hold after setting upSET key3Second, return to measurement status

2） Loosening parameters (entry method, pressSTE Afterwards, enter the password800）

Loose output selectionOuty=2（4~20mALoose output)

Loosening output zero pointobL=0(Set temperature to loosen output zero point)

Loose output full pointobH=500(Set temperature to loosen and output at full point)

Peak looseningPEAK=0(Using measured values as loose output)

Press and hold after setting upSET key3Second, return to measurement status

3） Alarm parameters (entry method, press)SETAfterwards, enter the password100）

call the police1Function selectionPAL1=1(Online alarm)

call the police1set valueAL1=300(Set online alarm value)

call the police1set valueHAL1=1(Setting)1℃ hysteresis)

call the police2Function selectionPAL2=2(Offline alarm)

call the police2set valueAL2=200(Set lower limit alarm value)

call the police2set valueHAL2=1(Setting)1℃ hysteresis)

Press and hold after setting upSET key3Second, return to measurement status