VICTOR 26 Multifunction Process Calibrator Signal Generator With Accuracy Of 0.01% 5 Digits Display 24V loop circuit IP65
VICTOR26 Multifunction Process Calibrator Signal Generator With Accuracy Of 0.01% 5 Digits Display 24V Loop Circuit IP 65 Protection Grade
- Basic feature
- A multifunctional on-spot process calibrator with high accuracy and high stability, which can provide powerful measurable functions, output and calibrates all parameters for all kinds of process.
- Basic feature of input measurement
- The max accuracy of measurement can reach 0.01%, and displays as 5 digits.
- Measurement functions include: DC voltage, DC current, resistance, RTD, TC, frequency, pulse counting, switch volume, pressure, and pressure leakage ect.
- Undertake two-wired, three-wired and four-wired resistance and RTD measurement.
- Switch test of fast response allows capturing the process parameters for switching actions.
- Data settle function: data-holding, zero, proportion, mean, Max/min value ect.
- Built-in 24V loop circuit and loop current measurement
- Basic feature of analog output
- Max accuracy of output can reach 0.01%, and output displays as 6 digits.
- Output functions include: DC voltage, DC current, analog resistance, RTD, TC, analog transmitter output, frequency, pulse counting, switch volume, and pressure output ect.
- Output augment and decrease setting, and can connect or disconnect output, which is easy for operation.
DCI output manual-step, auto-step and auto-ramping output functions.
Built-in 24V loop circuit.
- Two independent channels for measurement and input, allowing in-time measurement and outputs of process signals simultaneously; multiple data display to display input measurement value and output settings.
- Facilitate pressure calibration by external a series of VPM-S digital pressure module through serial RS-232 injection (LEMO plug). There are abundant varieties and range specification of pressure modules to meet any pressure measurement needs. And the basic accuracy can reach 0.05%, and a variety of pressure units are available for pressure calibration.
- Provide varieties of selectable temperature graduation. Built-in accurate temperature transmitter, with high accurate TC cold-compensation function, and RTD cold compensation can be selected both for connection or disconnection.
- PC on-line communication function
- The meter provides two ways to communicate with the user’s upper PC and can communicate by the infrared isolated serial commutation module of the compatible USB interface.
- Supports SCPI commands of industrial standard, and can realize remote control of the meter by equipment driving software.
- Note: the PC communication function is not available when the meter is communicating with the pressure module in HART communication function.
- The meter is equipped with data storage with large capacity, to store as many as 1000(groups) data of field calibration. The data can be read from the meter or uploaded to the user’s PC.
- The meter employs panel calibration technique, connects to standard device, undertakes panel calibration operation according to set range, and saves relevant calibrated data, fulfills the periodic calibration work stipulated by the meter to ensure the accuracy and performance.
- The meter employs the navigation key to make increment or decrement of the setting value, which makes operation convenient and easy.
- 3.2 inches TFT display screen, supporting multiple data display and intuitive interface.
- Other functions: auto power-off, VF, auto turn- off for backlight, setting of backlight, data and time display and setting, ambient temperature detection, power frequency setting ect.
- two ways of power supply
- The instrument can supply power through the four 5th alkaline batteries in the battery case, or use the adaptor to supply.
- Basic functions and performance(technical index)
Input Measurement Function [adapt to one year after calibration 23℃±5℃,20~70% RH,accuracy=±(% readings + % range)]
| measurement function | range | measurement range | resolution | accuracy | remark |
|
DC voltage DCV |
50mV |
-5.000mV~ 55.000mV |
1μV | 0.01+0.01 | Input resistance: about 100MΩ |
| 500mV |
-50.00mV~ 550.00mV |
10μV | 0.01+0.01 | ||
| 5V |
-0.5000V~ 5.5000V |
0.1mV | 0.01+0.01 | Input resistance: about 1MΩ | |
| 30V |
-5.000V~ 35.000V |
1mV | 0.01+0.01 | ||
|
DC current DCI |
50mA |
-5.000mA~ 55.000mA |
1μA | 0.01+0.01 | shunt resistance: about 10Ω |
|
Ohms OHM (4W) |
500Ω | 0.00Ω~550.00Ω | 0.01Ω | 0.01+0.01 |
500Ω about 1mA simulation 5KΩ about 0.1mA simulation open-loop voltage: about 2.5V wire resistance is excluded in the accuracy |
| 5KΩ |
0.0000 KΩ~ 5.5000KΩ |
0.1Ω | 0.01+0.01 | ||
|
frequency FREQ |
50KHz | 3Hz~50.00000KHz | 0.01Hz | 0.01+0.00004 |
input resistance: more than 100 kΩ frequency sensitivity: square wave is 3V Vp-p at least 50% duty ratio |
| CPM | 180~3000000 CPM | 1CPM | ±2个字 | ||
|
Thermal couple TC |
R* | 0°C~1767°C | 1°C |
0~500℃ : 1.8℃ 500~1767℃ : 1.5℃ |
Employ ITS-90 temperature standard Errors for cold-end compensation is excluded in the accuracy |
| S* | 0°C~1767°C | ||||
| K | -100.0°~1372.0°C | 0.1°C |
-100.0~0.0℃ : 1.2℃ 0.0~1372.0℃ : 0.8℃ |
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| E | -50.0°C~1000.0°C |
-50.0℃~0.0℃ : 0.9℃ 0.0~1000.0℃ : 1.5℃ |
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| J | -60.0°C~1200.0°C |
-60.0~0.0℃ : 1.0℃ 0.0~1200.0℃ : 0.7℃ |
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| T | -100.0°C~400.0°C |
-100.0~0.0℃ : 1.0℃ 0.0~400.0℃ : 0.7℃ |
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| N | -200.0°~1300.0°C |
-200.0~0.0℃ : 1.5℃ 0.0~1300.0℃ : 0.9℃ |
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| B* | 600°C~1820°C | 1°C |
600~800℃ : 2.2℃ 800~1000℃ : 1.8℃ 1000~1820℃ : 1.4℃ |
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| L | -60.0°C~900.0°C | 0.1°C |
-60.0~0.0℃ 0.7℃ 0.0~900.0℃ 0.5℃ |
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| U | -100.0°C~600.0°C | 0.1°C |
-100.0~0.0℃ 0.7℃ 0.0~600.0℃ 0.5℃ |
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|
Resistance temperature RTD
|
Pt100 385 |
-200.0°C~800.0°C | 0.1°C |
-200.0~0.0℃ : 0.5℃ 0.0~400.0℃ : 0.7℃ 400.0~800.0℃ : 0.8℃ |
Employ ITS-90 temperature standard Errors due to the mismatch of lead resistance for lead resistance, 3-wired or 4-wired measurements are excluded in the accuracy |
|
Pt1000 385 |
-200.0°C~630.0°C |
-200.0~100.0℃: 0.3℃ 100.0~300.0℃ : 0.5℃ 300.0~630.0℃ : 0.7℃ |
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|
Pt200 385 |
-200.0°C~630.0°C |
-200.0~100.0℃: 0.8℃ 100.0~300.0℃ : 0.9℃ 300.0~630.0℃ : 1.0℃ |
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|
Pt500 385 |
-200.0°C~630.0°C |
-200.0~100.0℃: 0.4℃ 100.0~300.0℃ : 0.5℃ 300.0~630.0℃ : 0.7℃ |
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| Cu10 | -100.0°C~260.0°C | 1.8℃ | |||
| Cu50 | -50.0°C~150.0°C | 0.7℃ | |||
|
Pulse counting PULSE |
100000 cycles | 1~100000cycles | 1cycle | ±2个字 | see the related indexes for frequency |
|
switch volume measurement SWITCH |
CLOSE / OPEN |
about 1mA simulation short circuit displays CLOSE open circuit displays OPEN the threshold value is about 200~300Ω |
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|
Continuity test CONNECT |
500Ω | ≤ 50Ω vocalize | 0.01Ω |
500Ω about 1mA simulation |
|
|
Loop supply LOOP |
24 V | 10% |
short circuit protection Max circuit : 22 mA Max input voltage: 30 V DC output resistance: 250Ω nominal value |
Other features:
- The valid temperatures of TC R, S, B range from 0 to 50°C when make manual compensation.
- measurement speed ratio: twice / second
- common mode rejection: 50Hz / 60Hz > 120 dB , series mode rejection: 50Hz / 60Hz > 60 dB
- temperature coefficient: 0.1 x basic accuracy / ℃ (temperature range <18℃ or >28℃)
- built-in temperature compensation transistor RJC, measuring range -10~50°C, the accuracy of measured temperature between 18 to 28°C is ±0. 5℃ , the accuracy of other measured temperature is ±1℃. Time for cold temperature is 10S/every time.
- the Max voltage applied between V,Ω,Hz input terminals and COM terminals : 30Vpk
- The maximum current of mA terminals: 100mA . mA input protection of mA terminals: 100mA/250V fast-melt.
Simulation Output Function [adapt to one year after calibration 23℃±5℃, 20~70%RH ,accuracy=±(% settings + range %)]
| Output function | range | Output range | resolution | accuracy | remark | ||||||
|
DC voltage DCV |
100mV | -10.000~110.000mV | 1μV | 0.01+0.01 | Max output current 0.5mA | ||||||
| 1V | -0.10000~1.10000V | 10μV | 0.01+0.01 | Max output current 2mA | |||||||
| 10V | -1.0000~11.0000V | 0.1mV | 0.01+0.01 | Max output current 5mA | |||||||
|
Dc current DCmA |
30mA | 0.000~33.000mA | 1μA | 0.01+0.01 |
In 33mA, the Max load is 1KΩ resistance in simulate transmitter,external power supply 5~28V |
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|
Ohmn OHM |
400Ω | 0.00~400.00Ω | 0.01Ω | 0.01+0.01 |
simulate current is ±0.05~0.3mA simulate current is ±0.1~0.5mA , plus 0.1Ω additional error wire resistance is excluded in the accuracy |
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| 4KΩ | 0.0000~4.0000 KΩ | 0.1Ω | 0.01+0.01 |
±0.05~0.3mA simulate current wire resistance is excluded in the accuracy |
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|
Thermal couple TC |
R* | 0°C~1767°C | 1°C |
0~100℃ 10~1767℃ 0~100℃ 100~1767℃ |
1.5℃ 1.2℃ 1.5℃ 1.2℃ |
Employ ITS-90 temperature standard
Errors for cold-end compensation is excluded in the accuracy |
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| S* | 0°C~1767°C | ||||||||||
| K | -200.0°C~1372.0°C | 0.1°C |
-200.0~-100.0℃ -100.0~400.0℃ 400.0~1200.0℃ 1200.0~1372.0℃ |
0.6℃ 0.5℃ 0.7℃ 0.9℃ |
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| E | -200.0°C~1000.0°C |
-200.0~-100.0℃ -100.0~600.0℃ 600.0~1000.0℃ |
0.6℃ 0.5℃ 0.4℃ |
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| J | -200.0°C~1200.0°C |
-200.0~-100.0℃ -100.0~800.0℃ 800.0~1200.0℃ |
0.6℃ 0.5℃ 0.7℃ |
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| T | -250.0°C~400.0°C | -250.0~400.0℃ | 0.6℃ | ||||||||
| N | -200.0°C~1300.0°C |
-200.0~-100.0℃ -100.0~900.0℃ 900.0~1300.0℃ |
1.0℃ 0.7℃ 0.8℃ |
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| B* | 600°C~1820°C | 1°C |
600~800℃ 800~1820℃ |
1.5℃ 1.1℃ |
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| L | -200.0°C~900.0°C | 0.1°C |
-200.0~0.0℃ 0.0~900.0℃ |
0.7℃ 0.5℃ |
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| U | -200.0°C~600.0°C | 0.1°C |
-200.0~0.0℃ 0.0~600.0℃ |
0.7℃ 0.5℃ |
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|
resistance temperature RTD |
Pt100 385 |
-200.0°C~800.0°C | 0.1°C |
-200.0~0.0℃ 0.0~400.0℃ 400.0~800.0℃ |
0.3℃ 0.5℃ 0.8℃ |
Employ ITS-90 temperature standard
Pt100,Cu50,Cu10 simulate current is: ±0.5~3mA when the simulate current is : ±0.1~0.5mA, add additional 0.5℃ error.
Pt200,Pt500,Pt1000 simulate current is ±0.05~0.3mA wire resistance is excluded in the accuracy |
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|
Pt200 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.8℃ 0.9℃ 1.0℃ |
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|
Pt500 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.4℃ 0.5℃ 0.7℃ |
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|
Pt1000 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.2℃ 0.5℃ 0.7℃ |
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| Cu10 | -10.0°C~250.0°C | 1.8℃ | |||||||||
| Cu50 | -50.0°C~150.0°C | 0.6℃ | |||||||||
|
frequency FREQ |
100Hz | 1.00 Hz ~110.00Hz | 0.01Hz | ±2 bytes |
1~11 Vp-p accuracy of square wave level ±5%reading +0.5V 50% duty ratio load >100KΩ |
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| 1KHz | 0.100 KHz ~1.100KHz | 1Hz | ±2 bytes | ||||||||
| 10KHz | 1.0KHz~11.0KHz | 0. 1KHz | ±2 bytes | ||||||||
| 50KHz | 10KHz~50KHz | 2KHz | ±5 bytes | ||||||||
| CPM | 60~1200 CPM | 1CPM | ±2CPM | ||||||||
|
Pulse counting PULSE |
100Hz | 1~100000cycles | 1cyc | ±2 bytes | see related index in frequency | ||||||
| 1KHz | |||||||||||
| 10KHz | |||||||||||
|
Switch volume SWITCH |
100Hz | 1.00Hz~110.00Hz | 0.01Hz | ±2 bytes |
see related index in frequency FET switch Max switch DC voltage/current: +28 V/50mA |
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| 1KHz | 0.100KHz~1.100KHz | 1Hz | |||||||||
| 10KHz | 1.0KHz~11.0KHz | 0.1KHz | |||||||||
| 50KHz | 10KHz~50KHz | 2KHz | |||||||||
| Project | Model Performance parameters |
VICTOR 26 | VICTOR 26H | |
| Source | DC millivolt | Range | -5 ~ 110mV | -5 ~ 110mV |
| Accuracy= ±(% of the set value+% of range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 1uV | 1uV | ||
| DC voltage | Range | -1 ~ 11V | -1 ~ 11V | |
| Accuracy= ±(% of the set value+% of range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 10uV/0.1mV | 10uV/0.1mV | ||
| DC current | Range | 0 ~ 33mA | 0 ~ 33mA | |
| Accuracy= ±(% of the set value+% of range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 1uA | 1uA | ||
| Sink current | Range | 0 ~ 33mA | 0 ~ 33mA | |
| Accuracy= ±(% of the set value+% of range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 1uA | 1uA | ||
| External power supply |
5 ~ 28V | 5 ~ 28V | ||
| Resistance | Range | 0 ~4KΩ | 0 ~4KΩ | |
| Accuracy= ±(% of the set value+% of range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 0.01Ω/0.1Ω | 0.01Ω/0.1Ω | ||
| Thermocouple | Range | R/S/K/E/J/T/B/N/L/U | R/S/K/E/J/T/B/N/L/U | |
| Accuracy | 0.4℃ | 0.4℃ | ||
| Resolution | 0.1℃/1℃ | 0.1℃/1℃ | ||
| RTD | Range | Pt100/Pt200/Pt500/ Pt1000/Cu10/Cu50 |
Pt100/Pt200/Pt500/ Pt1000/Cu10/Cu50 |
|
| Accuracy | 0.2℃ | 0.2℃ | ||
| Resolution | 0.1℃ | 0.1℃ | ||
| Frequency (Hz) |
Range | 1Hz ~110KHz | 1Hz ~110KHz | |
| Accuracy | ±2words | ±2words | ||
| Resolution | 0.01Hz/1Hz/0.1KHz/2KHz | 0.01Hz/1Hz/0.1KHz/2KHz | ||
| Frequency(CMP) | Range | 60~1200 CPM | 60~1200 CPM | |
| Accuracy | ±2words | ±2words | ||
| Resolution | 1CPM | 1CPM | ||
| Pulse | Frequency | 1Hz ~10KHz | 1Hz ~10KHz | |
| Range | 1 ~100000cyc | 1 ~100000cyc | ||
| Accuracy | ±2words | ±2words | ||
| Resolution | 1cyc | 1cyc | ||
| Switch | Range | 1Hz ~110KHz | 1Hz ~110KHz | |
| Accuracy | ±2 | ±2 | ||
| Resolution | 0.01Hz/1Hz/0.1KHz/2KHz | 0.01Hz/1Hz/0.1KHz/2KHz | ||
| Pressure | Range | Depends on the pressure module | Depends on the pressure module | |
| Accuracy= ±(% of the set value+% of range) |
Depends on the pressure module | Depends on the pressure module | ||
| Resolution | 5 digit display | 5 digit display | ||
| Measurement | DC millivolt | Range | -5 ~ 550mV | -5 ~ 550mV |
| Accuracy= ±( % of Reading+ % of Range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 1uV/10uV | 1uV/10uV | ||
| DC voltage | Range | -0.5 ~ 35V | -0.5 ~ 35V | |
| Accuracy= ±( % of Reading+ % of Range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 0.1mV/1mV | 0.1mV/1mV | ||
| DC current | Range | -5 ~ 55mA | -5 ~ 55mA | |
| Accuracy ±( % of Reading+ % of Range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 1uA | 1uA | ||
| Resistance | Range | 0 ~5.5KΩ | 0 ~5.5KΩ | |
| Accuracy= ±( % of Reading+ % of Range) |
0.01%+0.01% | 0.01%+0.01% | ||
| Resolution | 0.01Ω/0.1Ω | 0.01Ω/0.1Ω | ||
| Thermocouple | Range | R/S/K/E/J/T/B/N/L/U | R/S/K/E/J/T/B/N/L/U | |
| Accuracy | 0.7℃ | 0.7℃ | ||
| Resolution | 0.1℃/1℃ | 0.1℃/1℃ | ||
| RTD | Range | Pt100/Pt200/Pt500/ Pt1000/Cu10/Cu50 |
Pt100/Pt200/Pt500/ Pt1000/Cu10/Cu50 |
|
| Accuracy | 0.4℃ | 0.4℃ | ||
| Resolution | 0.1℃ | 0.1℃ | ||
| Frequency (Hz) |
Range | 3Hz ~50KHz | 3Hz ~50KHz | |
| Accuracy | ±2words | ±2words | ||
| Resolution | 0.01Hz | 0.01Hz | ||
| Frequency(CMP) | Range | 180~3000000 CPM | 180~3000000 CPM | |
| Accuracy | ±2words | ±2words | ||
| Resolution | 1CPM | 1CPM | ||
| Switch | Range | CLOSE/OPEN | CLOSE/OPEN | |
| Threshold | 200 ~300Ω | 200 ~300Ω | ||
| Pressure | Range | Depends on the pressure module | Depends on the pressure module | |
| Accuracy= ±( % of Reading+ % of Range) |
Depends on the pressure module | Depends on the pressure module | ||
| Resolution | 5 digit display | 5 digit display | ||
| Continuity beeper | Range | 0 ~500Ω | 0 ~500Ω | |
| Accuracy | ≤50Ωsound | ≤50Ωsound | ||
| Resolution | 0.01Ω | 0.01Ω | ||
| Loop power supply | Range | 24V | 24V | |
| Accuracy | ±10% | ±10% | ||
| The maximum current | 22mA | 22mA | ||
| HART | × | √ | ||
| Other functions |
Backlight | √ | √ | |
| Auto Power-off | √ | √ | ||
| Charging function | √ | √ | ||
| Room temperature display | √ | √ | ||
| Battery detection | √ | √ | ||
| The ramp signal | √ | √ | ||
| Communication function | RS232 serial communication, can realize remote control instrument by the device driver software. | RS232 serial communication, can realize remote control instrument by the device driver software. | ||
| Characteristic | ||||
| Safety | EN61010-1:2001 | EN61010-1:2001 | ||
| Withstand voltage | The input and output AC350V/1 minutes | The input and output AC350V/1 minutes | ||
| Insulation | The input and output DC500V /50MΩ. | The input and output DC500V /50MΩ. | ||
| EMC | EN61326-1:2006 | EN61326-1:2006 | ||
| Authentication | CE | CE | ||
| Display | 3.2“ TFT screen | 3.2“ TFT screen | ||
| Power supply | 4×1.5V AA Alkaline battery | 4×1.5V AA Alkaline battery | ||
| Size | 206 × 97 × 60 mm | 206 × 97 × 60 mm | ||
| Weight | about 633g | about 633g | ||
| Standard Quantity Per Carton | 6pcs | 6pcs | ||
| Standard Carton Measurement | 530mm*405mm*310mm | 530mm*405mm*310mm | ||
| Standard Carton Cross Weight | 12.6kg | 12.6kg | ||
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