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Product details
1、 Product Overview:
OW-4000RThermocouple recorders are recorded through USB flash drives orCFCard transfer data, transfer the recorded data from the thermocouple recorder to the computer, use the data management software provided by the manufacturer to save and process the data, and reproduce historical data and curves on the upper computer. Or adoptRS-232C/RS-485Communication interface enables remote monitoring and management of data recorded on thermocouple recorders.
The thermocouple recorder improves the quality of the recorder itself, enhances the stability and reliability of the recorder, and more importantly, reduces the operating cost of the recorder. Thermocouple recorders are widely used in various industrial fields, such as metallurgy, petroleum, chemical, building materials, papermaking, food, pharmaceuticals, heat treatment, and water treatment, to monitor and record various input signals that need to be monitored and recorded, such as flow signals from flow meters, pressure signals from pressure transmitters, temperature signals from thermal resistors and thermocouples.
IIOW-4000RCharacteristics of thermocouple recorder:
1Adopting the latest integrated circuits, high-speed and high-performance32positionARMThe microprocessor has a screen response time of less than0.2Seconds, can be achieved simultaneously12Detection, recording, display, and alarm of road signals.
2、5.7inchSHARP320X240dot matrixTFTHigh brightness color graphic display screen withCCFLBacklight, clear image, wide viewing angle. The screen brightness can be freely adjusted.
3Fully isolated universal input, capable of inputting multiple signals without the need for jumpers, can be configured through software.
4Integrated hardware real-time clock, the clock can operate accurately even in the event of power failure.
5Equipped with a transmitter+24VDCIsolation power distribution.
6The all aluminum sealed shell and internal shielding plate ensure the normal operation of the instrument in harsh environments.
7Large capacityFLASHFlash memory chips store historical data and never lose data in case of power failure.
8Full range accuracy of signal±0.2%
9Chinese menu configuration, display project tag number, and engineering unit. The software password lock ensures user configuration security.
10The display range of engineering quantity values is wide and can be displayed5Bit value:-9999~19999.
11Support traffic accumulation function,4Group temperature and pressure compensation, supporting compensation signal input and optional constants, providing multiple compensation models, such as commonly used compensation models for superheated steam, saturated steam, pressure compensation, etc.
12The paper routing method for curves can be set horizontally or vertically4The group curve display can be freely combined and the curve color can be customized.
13, UseUSB2.0Interface transfer and backup of historical records, supporting256M、512M、1GUSB drive, supportsFAT16/FAT32File system type,WindowsCan recognize historical record files.
14External micro printer, capable of manually printing data and curves#8a87fcAutomatically timed printing of data to meet users' on-site printing needs.
IIIOW-4000RThermocouple recorder parameters:
Output specifications:12Road distribution,4group24VDCOutput, output current50mA/Group,12Configurable relay contact output with a contact capacity of3A、250VAC(Resistive load) defaults to normally open contacts at most4Analog transmission output,4~20mADC,The load resistance is less than600Ω
Display mode:5.7Inch importSHARP 320×240dot matrixTFTGraphic LCD display screen,CCFLBacklight, wide viewing angle
Basic error:±0.2%F·S
Communication interface:RS232CperhapsRS485Baud rate:1200、2400、9600、19200Printing interface:RS232CSerial port micro printer,10M EthernetstandardRJ45interface
Compensation error:±1℃
Power off protection: built-inFLASHMemory, protecting parameters and historical data, data can be permanently saved after power failure. Using hardware clock, it can run accurately even after power failure
Power supply: Switching power supply85VAC~265VAC、50Hz±5%perhapsDC24V±2V
Environmental temperature:0~50℃
ambient humidity:0~85%RH
64 X 1024 X 492 X Record Interval
Record days=number of channels X 24 X 3600
Type of signal input
OW-4000RThermocouple recorders are recorded through USB flash drives orCFCard transfer data, transfer the recorded data from the thermocouple recorder to the computer, use the data management software provided by the manufacturer to save and process the data, and reproduce historical data and curves on the upper computer. Or adoptRS-232C/RS-485Communication interface enables remote monitoring and management of data recorded on thermocouple recorders.
The thermocouple recorder improves the quality of the recorder itself, enhances the stability and reliability of the recorder, and more importantly, reduces the operating cost of the recorder. Thermocouple recorders are widely used in various industrial fields, such as metallurgy, petroleum, chemical, building materials, papermaking, food, pharmaceuticals, heat treatment, and water treatment, to monitor and record various input signals that need to be monitored and recorded, such as flow signals from flow meters, pressure signals from pressure transmitters, temperature signals from thermal resistors and thermocouples.
IIOW-4000RCharacteristics of thermocouple recorder:
1Adopting the latest integrated circuits, high-speed and high-performance32positionARMThe microprocessor has a screen response time of less than0.2Seconds, can be achieved simultaneously12Detection, recording, display, and alarm of road signals.
2、5.7inchSHARP320X240dot matrixTFTHigh brightness color graphic display screen withCCFLBacklight, clear image, wide viewing angle. The screen brightness can be freely adjusted.
3Fully isolated universal input, capable of inputting multiple signals without the need for jumpers, can be configured through software.
4Integrated hardware real-time clock, the clock can operate accurately even in the event of power failure.
5Equipped with a transmitter+24VDCIsolation power distribution.
6The all aluminum sealed shell and internal shielding plate ensure the normal operation of the instrument in harsh environments.
7Large capacityFLASHFlash memory chips store historical data and never lose data in case of power failure.
8Full range accuracy of signal±0.2%
9Chinese menu configuration, display project tag number, and engineering unit. The software password lock ensures user configuration security.
10The display range of engineering quantity values is wide and can be displayed5Bit value:-9999~19999.
11Support traffic accumulation function,4Group temperature and pressure compensation, supporting compensation signal input and optional constants, providing multiple compensation models, such as commonly used compensation models for superheated steam, saturated steam, pressure compensation, etc.
12The paper routing method for curves can be set horizontally or vertically4The group curve display can be freely combined and the curve color can be customized.
13, UseUSB2.0Interface transfer and backup of historical records, supporting256M、512M、1GUSB drive, supportsFAT16/FAT32File system type,WindowsCan recognize historical record files.
14External micro printer, capable of manually printing data and curves#8a87fcAutomatically timed printing of data to meet users' on-site printing needs.
IIIOW-4000RThermocouple recorder parameters:
Output specifications:12Road distribution,4group24VDCOutput, output current50mA/Group,12Configurable relay contact output with a contact capacity of3A、250VAC(Resistive load) defaults to normally open contacts at most4Analog transmission output,4~20mADC,The load resistance is less than600Ω
Display mode:5.7Inch importSHARP 320×240dot matrixTFTGraphic LCD display screen,CCFLBacklight, wide viewing angle
Basic error:±0.2%F·S
Communication interface:RS232CperhapsRS485Baud rate:1200、2400、9600、19200Printing interface:RS232CSerial port micro printer,10M EthernetstandardRJ45interface
Compensation error:±1℃
Power off protection: built-inFLASHMemory, protecting parameters and historical data, data can be permanently saved after power failure. Using hardware clock, it can run accurately even after power failure
Power supply: Switching power supply85VAC~265VAC、50Hz±5%perhapsDC24V±2V
Environmental temperature:0~50℃
ambient humidity:0~85%RH
64 X 1024 X 492 X Record Interval
Record days=number of channels X 24 X 3600
Type of signal input
Type of signal input
|
range
|
Measurement range
|
accuracy
|
DVC
|
0~20mV
|
-9999~19999
|
0.2%
|
0~100mV
|
-9999~19999
|
0.2%
|
|
0~5V
|
-9999~19999
|
0.2%
|
|
1~5V
|
-9999~19999
|
0.2%
|
|
DCI
|
0~100mA
|
-9999~19999
|
0.2%
|
4~20mA
|
-9999~19999
|
0.2%
|
|
TC
|
S
|
-50.0~100.0℃
|
3.7℃
|
100.0~1768.0℃
|
2℃
|
|
|
B
|
0~1820.0℃
|
2℃
|
|
K
|
-50.0~1372.0℃
|
2℃
|
|
E
|
-50.0~1000.0℃
|
2℃
|
|
J
|
-50.0~1200.0℃
|
2℃
|
|
T
|
-199.90~320.00℃
|
2℃
|
|
Wer3-25
|
0.0~2300.0℃
|
5℃
|
|
RTD
|
Pt100
|
200.0~850.0℃
|
1℃
|
Cu50
|
-50.00~150.00℃
|
1℃
|
|
resistance
|
0~350
|
-9999~19999
|
|
|
|
|
|
frequency
|
0-10KHZ
|
0~19999
|
1
|
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