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25th Floor, Building G, Wangzuo Modern City, No. 35 Tangyan Road, High tech Zone, Xi'an City, Shaanxi Province
Xi'an Shengli Instrument Co., Ltd
25th Floor, Building G, Wangzuo Modern City, No. 35 Tangyan Road, High tech Zone, Xi'an City, Shaanxi Province
VICTOR 01S Temperature Signal Generator(hereinafter referred to as signal generator) is a handheld portable instrument powered by batteries, capable of outputting electrical and physical parameters. Can be used to simulate output DC voltage, resistance, thermocouple, and thermistor.
VICTOR 01STemperature signal generator
1 Basic characteristics of the product
1. Analog output characteristics
l basicfunction
DC voltageDCVResistanceOHMThermocoupleTCThermal resistanceRTD
l Highest outputprecision0.05%The output is displayed as5Position.
l Can be manually pressedBit increase/decrease output setting.
l OHMExcitation current hasH / LTwo settings.
l The output temperature value and corresponding temperature signal are displayed on the same screen.
2. Built in high-precision temperature sensor with high-precision cold end compensation.
The compensation method for the cold end of the thermocouple can be set, including:manualcompensation, Automaticcompensation、compensationConnection disconnection, etc.
3. Maintain the settings function, including:
Automatic shutdown, backlight, flashlight, etc
4. other
l segment codeLCDScreen display, white backlight.
l LEDFlashlight illumination.
l 3section5Powered by alkaline batteries, the battery compartment door allows for easy battery replacement and low battery detection.
l Compact, sturdy, reliable, suitable for on-site use, and affordable.
l User selectable high suction magnetic strap.
IIBasic functions and performance (technical indicators) of the product
Analog output function[Applicable toWithin one year after calibration23℃±5℃、20~70%RHAccuracy=±(%set value+Character)]
output function |
range |
output range |
resolution |
accuracy |
remark |
|
DC voltage DCV |
100mV |
-10.000mV~110.00mV |
0.01mV |
0.05%+0.03mV |
Maximum output current:0.5mA |
1V |
-0.1000V~1.1000V |
0.0001V |
0.05%+0.3mV |
Maximum output current2mA |
|
|
ohm OHM |
400Ω |
0~400.0Ω |
0.1Ω |
0.05%+0.2Ω |
The excitation current is±0.1~±5mA Maximum output voltage2V The excitation current is±0.1~0.5mAWhen, add0.3ΩAdditional error Accuracy does not include lead resistance |
4KΩ |
0~4.000KΩ |
1Ω |
0.05%+2Ω |
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thermocouple TC |
R |
0°C~1767°C |
1°C |
0.05%+3℃(Less than or equal to)100°C) 0.05%+2℃(Greater than)100°C) |
adoptITS-90Temperature scale Accuracy does not include errors in cold end compensation Accuracy does not include the inaccuracy of sensors Accuracy does not include the influence of thermoelectric potential The material corresponding to the left division mark is as follows: R: platinum-rhodium13-platinum S: platinum-rhodium10-platinum K: nickel-chromium-Nickel silicon E: nickel-chromium-Copper nickel (constantan) J: iron-Copper nickel (constantan) T: copper-Copper nickel (constantan) N: Nickel chromium silicon-Nickel silicon B: platinum-rhodium30-platinum A: Tungsten rhenium 5 -Tungsten rhenium 20 C: Tungsten rhenium 5 -Tungsten rhenium 26 D: Tungsten rhenium 3 -Tungsten rhenium 25 |
S |
0°C~1767°C |
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K |
-200.0°C~1372.0°C |
0.1°C |
0.05%+2℃(Less than or equal to)-100°C) 0.05%+1℃(Greater than)-100°C) |
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E |
-200.0°C~1000.0°C |
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J |
-200.0°C~1200.0°C |
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T |
-250.0°C~400.0°C |
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N |
-200.0°C~1300.0°C |
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B |
600°C~1820°C |
1°C |
0.05%+3℃ |
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A |
0°C~2500°C |
1°C |
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C |
0°C~2310°C |
1°C |
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D |
0°C~2310°C |
1°C |
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|
thermal resistor RTD |
Pt100 385 |
-200.0°C~800.0°C |
0.1°C |
0.05%+0.6℃ |
adoptPt(385)Temperature scale The excitation current is±0.1~±5mA Maximum output voltage2V The excitation current is±0.1~0.5mAWhen, add0.3ΩAdditional error Accuracy does not include lead resistance Accuracy does not include the influence of thermoelectric potential
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|
Pt200 385 |
-200.0°C~630.0°C |
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Pt500 385 |
-200.0°C~630.0°C |
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Pt1000 385 |
-200.0°C~630.0°C |
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Cu50 |
-50.0°C~150.0°C |
Other features:
l Uncertainty includes standard uncertainty, lag, nonlinearity, repeatability, and typical long-term stability during the mentioned period(K=2).
l Maximum applied voltage at the output end: approximately30Vpk Maximum applied current at the output end: approximately25mA
l Load characteristics: capacitive load≥0.01uF(DCV/OHM/TC/RTD/FREQ); inductive load≥0.01uF 100uH(DCA)
Output load impact DCmV(0.001%Full scale+ 1 nV)/ mA ;DCV(0.001%Full scale+ 1 nV)/ mA
l Internal temperature compensation sensorRJCTemperature measurement range -10~50°CIn18 to 28°CTemperature measurement accuracy±0. 5℃Other temperature measurement accuracies±1℃Cold end compensation time10S/Next time.
l Temperature coefficient:0.1 ×Basic accuracy/℃ (Temperature range)<18℃or>28℃)
IIIGeneral characteristics of the product
l Working temperature and humidity:0 to 50ºC ≤80%RHNo condensation;40 to 50ºC ≤70%RH.
l Storage temperature and humidity:-25 to 60ºC ≤90%RHNo condensation.
l Electrical safety:EN61010-1:2001
Voltage endurance:Between the terminal and the casingAC3540V(50/60Hz)/5second.
Insulation impedance:Between the terminal and the casingDC1000V /100MΩOr larger.
l Electromagnetic compatibility(EMC):EN61326-1:2006
Meets performance criteria2Temporary reduction or loss of functionality and performance, but capable of self recovery.
l Protection levelIP40.
l Vibration and Falling:IEC 60068-2-64:2008TheIEC 60068-2-32:2008
Random,2g,5~500Hz;1Rice drop test.
l CEauthentication.
l Quality standards: in accordance withTUV ISO 9001Development, design, and manufacturing.
l Calibration cycle and preheating time:
To ensure the accuracy of this table, its calibration cycle is one year
The startup preheating time is greater than30minute
l Instrument display and buttons
segment codeLCDDisplay, white backlight
Adopting silicone rubber buttons
l Instrument power supply
3section5Powered by alkaline batteries
l Dimensions and Weight