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Temperaure Calibrator VICTOR 14+ VICTOR

VICTOR Temperaure Calibrator

From 1 112,00 €
1、Temperature Coefficient: 0.1 times the applicable accuracy specification per degree C
for 5℃to 18℃ and 28℃to 40℃.
2、 The range of the internal temperature compensation sensor is from 0℃to 50℃,
Compensation error ≤±0.5℃
3、 The accuracy of the temperature probe: ±0.2℃. The range of the measured temperature
is form -20℃-100℃.
Stock
-1
Code
VICTOR 14+
Quantity
  

VICTOR Temperaure Calibrator

 

                               VICTOR 14+  Temperaure Calibrator

Features: High Accuracy of 0.02% for measure and source. 5 digits display for measure, and 6 digits display for
source. A dual, Liquid Crystal;Display White LED for backlight

Measuring Function

Function

Reference

Range

Resolution

Accuracy

Remark

 

DCV

50mV

-5.000mV~55.000mV

1μV

0.02+0.02

Input Resistan approximately 100MΩ

500mV

-50.00mV~550.00mV

10μV

0.02+0.01

 

 

OMH

500Ω

0.00Ω~550.00Ω

0.01Ω

0.05+0.02

Test current for 500Ω:Approximately
1mA;Test current for 5KΩ:
Approximately 0.1mA;Open circuit
voltage:About 2.5V;Dose not include
lead resistance;

5KΩ

0.0000 KΩ~5.5000KΩ

0.1Ω

0.05+0.02

 

 

 

 

TC

 

R

0℃~1767℃

 

1℃

0~500℃ : 1.8℃

 

 

 

 

 

 

 

By using ITS-90 temperature
scale;
The accuracy does not include
the error of internal temperature
compensation caused by a
sensor;

S

0℃~1767℃

500~1767℃ : 1.5℃

K

-100.0℃~1372.0℃

 

 

 

0.1℃

-100.0~0.0℃ : 1.2℃

E

-50.0℃~850.0℃

0.0~1372.0℃ : 0.8℃

J

-60.0℃~1120.0℃

-50.0℃~0.0℃ : 0.9℃

T

-100.0℃~400.0℃

0.0℃~85.0℃ : 1.5℃

N

-200.0℃~1300.0℃

-60.0~0.0℃ : 1.0℃

B

600℃~1820℃

1℃

0.0~1120.0℃ : 0.7℃

L

-60.0℃~900.0℃

0.1℃

-100.0~0.0℃ : 1.0℃

U

-100.0℃~600.0℃

0.1℃

0.0~400.0℃ : 0.7℃

 

RTD
CONTINUITY

PT100
385

-200.0℃~800.0℃

 

 

 

0.1℃

-200.0~0.0℃ : 1.5℃

 

 

 

By using temperature scale ITS-90.
Does not include lead resistance. Assuming all three RTD leads are matched for 3-w input.

 

 

 

RTD
CONTINUITY

PT1000
385

-200.0℃~630.0℃

0.0~1300.0℃ : 0.9℃

PT200
385

-200.0℃~630.0℃

600~800℃ : 2.2℃

PT500
385

-200.0℃~630.0℃

800~1000℃ : 1.8℃

Cu10

-100.0℃~260.0℃

1000~1820℃: 1.4℃

Cu50

-50.0℃~150.0℃

 

 

500Ω

≤50Ω sound

0.01Ω

 

500Ω Approximately 1mA test Current

 

TECHNICAL DATA (Output Function)

Function

Reference

Range

Resolution

Accuracy

Remark

DC voltage 100mV -10.000~110.000mV 1μV 0.02+0.01 Maximum output: 0.5mA
Maximum output: 2mA
1000mV -100.00~1100.00 mV 10μV 0.02+0.01
Resistance 400Ω 0.00Ω~400.00Ω 0.01Ω 0.02+0.02 Excitation current: ±0.05 –0.3mA;if ±0.1-0.5mA.add0.1Ω;
Does not include lead resistance;
4KΩ 0.0000 KΩ~4.0000 KΩ 0.1Ω 0.05+0.025 Excitation current: ±0.05 –0.3mA;
Does not include lead resistance;
TC R 0℃~1767℃ 1℃ 0~100℃: 1.5℃
100~1767℃: 1.2℃
By using ITS-90
temperature scale;The accuracy
does not include the error
of internal temperature
compensation caused by a
sensor;
S 0℃~1767℃ 0~100℃: 1.5℃
100~1767℃: 1.2℃
K -200.0℃~1372.0℃ 0.1℃ -200.0~-100.0℃:0.6℃
-100.0~400.0℃: 0.5℃
400.0~1200.0℃: 0.7℃
1200.0~1372.0℃: 0.9℃
E -200.0℃~1000.0℃ -200.0~-100.0℃: 0.6℃
-100.0~600.0℃: 0.5℃
600.0~1000.0℃: 0.4℃
J -200.0℃~1200.0℃ -200.0~-100.0℃: 0.6℃
-100.0~800.0℃: 0.5℃
800.0~1200.0℃: 0.7℃
T -250.0℃~400.0℃ -250.0~400.0℃: 0.6℃
N -200.0℃~1300.0℃ -200.0~-100.0℃: 1.0℃
-100.0~900.0℃: 0.7℃
900.0~1300.0℃: 0.8℃
B 600℃~1820℃ 1℃ 600~800℃: 1.5℃
800~1820℃: 1.1℃
L -200.0℃~900.0℃ 0.1℃ -200.0~0.0℃: 0.7℃
0.0~900.0℃: 0.5℃
U -200.0℃~600.0℃ 0.1℃ -200.0~0.0℃: 0.7℃
0.0~600.0℃: 0.5℃
RTD PT100
385
-200.0℃~800.0℃ -200.0~0.0℃: 0.3℃ By using temperature scale
ITS-90
Excitation current: ±0.5~±3mA
for Pt100, Cu10, Cu50, add
0.5℃ when excitation current
is ±0.1mA-0.5mA;
Excitation current: ±0.05mA~
±0.3mA for PT200, PT500,
PT1000;
Does not include lead resistance
0.0~400.0℃: 0.5℃
400.0~800.0℃: 0.8℃
PT1000 -200.0℃~630.0℃ -200.0~100.0℃: 0.2℃
100.0~300.0℃: 0.5℃
300.0~630.0℃: 0.7℃
PT200
385
-200.0℃~630.0℃ -200.0~100.0℃: 0.8℃
100.0~300.0℃: 0.9℃
300.0~630.0℃: 1.0℃
PT500
385
-200.0℃~630.0℃ -200.0~100.0℃: 0.4℃
100.0~300.0℃: 0.5℃
300.0~630.0℃: 0.7℃
Cu10 -10.0℃~260.0℃ -10.0~260.0℃: 1.8℃
Cu50 -50.0℃~150.0℃ -50.0~150.0℃: 0.6℃

 

Other feature:

1、Temperature Coefficient: 0.1 times the applicable accuracy specification per degree C
for 5℃to 18℃ and 28℃to 40℃.
2、 The range of the internal temperature compensation sensor is from 0℃to 50℃,
Compensation error ≤±0.5℃
3、 The accuracy of the temperature probe: ±0.2℃. The range of the measured temperature
is form -20℃-100℃.
4、Maximum voltage between any output terminal and earth: 30Vp-p

 

                     

Mod de functionare

O pompa va porni automat cand plutitorul nr. 2 (cel din mijloc) schimba starea in peste nivel.
Pompa va merge atat timp cat plutitorul nr. 1 este peste nivel.
Daca plutitorul nr. 3 este activat (peste nivel) atunci si a doua pompa va intra in functiune.
De asemenea, fiecare pompă va avea o protecție termică NC (normal închisă).
Acestia sunt singurii doi parametri care controlează pompa.
Un al treilea parametru va fi curentul utilizat de pompă și va fi citit direct în controlerul PCB printr-un transformator de curent (maxim 10 A).
Dacă apare oricare dintre următoarele situatii, controller-ul va comuta pompa in starea FAULT:
1. Curentul depășește limita pre-stabilită;
2. Protecția termică este deschisă.

Daca pompa a depasit un numar de secunde de functionare presetat (cu toate ca nivelul apei este inca ridicat), atunci programul va porni pompa alternativa. Daca a doua pompa este in AVARIE , atunci programul se va opri.

De asemenea firmware-ul va detecta succesiunea fazelor, cu eroare daca nu este corecta.
Programul porneste ambele pompe doar data plutitorul nr. 3 este peste nivel.