Temperature calibrator VICTOR 07

NegotiableUpdate on 12/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The VICTOR 07 temperature calibrator is a portable device designed for on-site circuit debugging. It can provide 24V circuit power supply and measure circuit current, making it easy to debug on-site transmitters; The active/passive current output function facilitates the debugging of systems such as PLC and DCS.

Product Details

Temperature calibrator VICTOR 07It is a portable device designed for on-site circuit debugging. It can provide 24V circuit power supply and measure circuit current, making it easy to debug on-site transmitters; The active/passive current output function facilitates the debugging of systems such as PLC and DCS.

Temperature calibrator VICTOR 07It has been widely applied in fields such as petrochemicals, biopharmaceuticals, industrial automation, colleges and research institutions.

Basic characteristics of the product
1. Input measurement characteristics

*Basic functions
DC voltage DCV, DC current DCI, resistance OHM
Thermocouple TC, Thermistor RTD, On/Off
*The highest measurement accuracy is 0.05%, and the measurement display is 5 digits.
*Measurement rate: 2-3 times per second.
*OHM and RTD can perform 2W/3W/4W measurements.
*The measurement temperature value and corresponding temperature signal can be switched for display.
*Loop detection function, internal 24V circuit power supply, and simultaneous measurement of current.
*MA has a percentage display mode.

2. Analog output characteristics

*Basic functions
DC voltage DCV, DC current DCI, resistance OHM
Thermocouple TC, Thermistor RTD
*The highest output accuracy is 0.05%, and the output is displayed as 5 bits.
*The output setting can be manually adjusted by bit.
*There are two settings for OHM excitation current: H/L.
*The output temperature value and corresponding temperature signal can be switched for display.
*DCI output includes active output (internal 24V power supply) and passive output (external 24V power supply).
*MA has a percentage display mode.
*When outputting DCI, manual stepping and automatic waveform output functions can be provided.
The manual step output includes: 25% step and 100% step.
The automatic wave output includes: automatic stepping, sawtooth wave, triangular wave, and the working parameters of the automatic waveform can be configured.

3. Built in high-precision temperature sensor with high-precision cold end compensation.

The compensation methods for the cold end of the thermocouple can be set, including manual compensation, automatic compensation, compensation connection disconnection, etc.

4. Internally provide 24V circuit power supply.
5. DCI temperature linear conversion function

Linear transformation function description:
Set two values a and b, which correspond to 4mA and 20mA of DCI, respectively.
Linearly change the value c (a<c)c> B) The DCI output exhibits a linear variation within 4-20mA.
For example, 0.0 ℃ corresponds to 4mA, 1000.0 ℃ corresponds to 20mA, and 500.0 ℃ corresponds to an output current of 12mA.
Note: This number is a temperature dimensional value, with units of ℃ and ℉.

6. Allow simultaneous measurement and output of process signals, as well as simultaneous display of input measurement values and output settings.
7. Maintain the settings function, including:

Automatic shutdown, automatic backlight, flashlight, buzzer, etc

8. Other

*Segment code LCD screen display, white backlight.
*LED flashlight illumination.
*Powered by 3 No. 5 alkaline batteries, the battery compartment door allows for easy battery replacement and low battery detection.
*Compact, sturdy, and reliable, suitable for on-site use.
*Users can choose a high suction magnetic strap.

Functional diagram:

Input function output function	DCV	DCI	OHM	mA TEMP	TC	RTD
DCV	●	●	●	●	●	●
DCI	●	●	●	●	●	●
OHM	●	●	x	●	●	x
mA TEMP	●	●	●	x	x	x
TC	●	●	●	x	x	x
RTD	●	●	x	x	x	x

2、 Basic functions and performance (technical indicators) of the product
Analog output function[Applicable within one year after calibration, 23 ℃± 5 ℃, 20-70% RH, accuracy=± (% set value+word)]

output function	range	output range	resolution	accuracy		Remarks
DC voltage DCV	100mV	-10.00mV~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 current 2mA
	10V	-1.000V～11.000V	0.001V	0.05%+2mV		Maximum output current 5mA
direct current DCI	20mA	0.000mA~22.000mA	0.001mA	0.05%+4uA		At 20 mA, the maximum load resistance is 1000 Ω When simulating a transmitter, the external circuit provides a power supply of 5-28V
ohm OHM	400Ω	0~400.0Ω	0.1Ω	0.05%+0.2Ω		The excitation current is ± 0.1 to ± 5mA Maximum output voltage 2V When the excitation current is ± 0.1-0.5mA, add an additional error of 0.1 Ω Accuracy does not include lead resistance
ohm OHM	4KΩ	0~4.000KΩ	1Ω	0.05%+2Ω
thermocouple TC	R	0°C～1767°C	1°C	0～100℃ 10～1767℃ 0～100℃ 100～1767℃	1.5℃ 1.2℃ 1.5℃ 1.2℃	Using ITS-90 temperature 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
	S	0°C～1767°C	1°C	0～100℃ 10～1767℃ 0～100℃ 100～1767℃	1.5℃ 1.2℃ 1.5℃ 1.2℃
	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℃
	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℃
	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℃
	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℃
	B	600°C～1820°C	1°C	600～800℃ 800～1820℃	1.5℃ 1.1℃
	A	0°C～2500°C	1°C
	C	0°C～2310°C	1°C
	D	0°C～2310°C	1°C
thermal resistor 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℃	Using Pt (385) temperature scale The excitation current is ± 0.1 to ± 5mA Maximum output voltage 2V When the excitation current is ± 0.1-0.5mA, add an additional error of 0.1 Ω Accuracy does not include lead resistance Accuracy does not include the influence of thermoelectric potential
	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℃
	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℃
	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℃
	Cu50	-50.0°C～150.0°C		0.6℃

Other features:
*Uncertainty includes standard uncertainty, lag, nonlinearity, repeatability, and typical long-term stability during the mentioned period (K=2).
*Maximum applied voltage at the output end: approximately 32Vpk; Maximum applied current at the output end: approximately 25mA
*Load characteristics: capacitive load ≥ 0.01uF (DCV/OHM/TC/RTD/FREQ); Inductive load ≥ 0.01uF 100uH (DCA)
Output load affects DCmV (0.001% full scale+1 nV)/mA; DCV (0.001% full scale+1 nV)/mA
*Internal temperature compensation sensor RJC, temperature measurement range -10~50 ° C. Temperature measurement accuracy within 18~28 ° C ± 0 5 ℃, other temperature measurement accuracy ± 1 ℃. Cold end compensation time 10S/time.
*Temperature coefficient: 0.1 x basic accuracy/℃ (temperature range<18 ℃ or>28 ℃)

Input measurement function[Applicable within one year after calibration, 23 ℃± 5 ℃, 20-70% RH, accuracy=± (% set value+word)]

Measurement function	range	measurement range	resolution	accuracy		Remarks
DC voltage DCV	100mV	-110.000mV~110.000mV	0.001mV	0.05%+0.03mV		Input resistance: approximately 1M Ω
	1V	-1.1000V~1.1000V	0.0001V	0.05%+0.3mV
	35V	-35.000V～35.000V	0.001V	0.02%+2mV
direct current DCI	30mA	-35.000mA~35.000mA	0.001mA	0.02%+4uA		Shunt resistance: approximately 10 Ω Input resistance: approximately 20 Ω
resistance OHM	500Ω	0~550.00Ω	0.01Ω	0.05%+0.2Ω		2W/3W/4W measurement 500 Ω approximately 1mA excitation 5K Ω approximately 0.1mA excitation Open circuit voltage: approximately 2.5V The measurement accuracy does not include lead resistance
resistance OHM	5KΩ	0~5.5000KΩ	0.0001KΩ	0.05%+2Ω
thermocouple TC	R	0°C～1767°C	1°C	0～500℃ 500～1767℃	2.5℃ 2℃	Using ITS-90 temperature 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
	S	0°C～1767°C	1°C	0～500℃ 500～1767℃	2.5℃ 2℃
	K	-100.0°～1372.0°C	0.1°C	-100.0～0.0℃ 0.0～1372.0℃	1.2℃ 0.8℃
	E	-50.0°C～1000.0°C		-50.0℃～0.0℃ 0.0～1000.0℃	0.9℃ 1.5℃
	J	-60.0°C～1200.0°C		-60.0～0.0℃ 0.0～1200.0℃	1.0℃ 0.7℃
	T	-100.0°C～400.0°C		-100.0～0.0℃ 0.0～400.0℃	1.0℃ 0.7℃
	N	-200.0°～1300.0°C		-200.0～0.0℃ 0.0～1300.0℃	1.5℃ 0.9℃
	B	600°C～1820°C	1°C	600～800℃ 800～1000℃ 1000～1820℃	2.2℃ 1.8℃ 1.4℃
	A	0°C～2500°C	1°C
	C	0°C～2310°C	1°C
	D	0°C～2310°C	1°C
thermal resistor RTD （4W）	Pt100 385	-200.0°C～800.0°C	0.1°C	-200.0～0.0℃ 0.0～400.0℃ 400.0～800.0℃	0.5℃ 0.7℃ 0.8℃	Using Pt (385) temperature scale 2W/3W/4W measurement 500 Ω approximately 1mA excitation 5K Ω approximately 0.1mA excitation Open circuit voltage: approximately 2.5V The accuracy does not include the error caused by the mismatch of 2 W/3 W measurement lead resistance Accuracy does not include the inaccuracy of sensors Accuracy does not include the influence of thermoelectric potential
	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℃
	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℃
	Pt1000 385	-200.0°C～630.0°C		-200.0～100.0℃ 100.0～300.0℃ 300.0～630.0℃	0.3℃ 0.5℃ 0.7℃
	Cu50	-50.0°C～150.0°C		-50.0～150.0℃	0.7℃
On/off detection	500Ω	≤ 50 Ω sound output	0.01Ω			About 1mA incentive
loop-powered LOOP	24 V			10%		short circuit protection Maximum current: 22 mA Maximum input voltage: 60 V DC

Other features:
*Uncertainty includes standard uncertainty, lag, nonlinearity, repeatability, and typical long-term stability during the mentioned period (K=2).
*Display refresh rate: 2-3 times/second.
*Maximum applied voltage at the input end: 50Vpk; Maximum applied current at the input end: 50mA.
Current input protection: 100mA/250V Fast FUSE
*Input common mode rejection: 50Hz/60 Hz>120 decibels; Input serial mode suppression: 50Hz/60 Hz>60 decibels
*Internal temperature compensation sensor RJC, temperature measurement range -10~50 ° C. Temperature measurement accuracy within 18~28 ° C ± 0 5 ℃, other temperature measurement accuracy ± 1 ℃. Cold end compensation time 10S/time.
*Temperature coefficient: 0.1 x basic accuracy/℃ (temperature range<18 ℃ or>28 ℃)

3、 General characteristics of the product
*Working temperature and humidity: 0 to 50 º C ≤ 80% RH, no condensation; 40 to 50 º C ≤ 70% RH.
*Storage temperature and humidity: -25 to 60 º C ≤ 90% RH, no condensation.
*Electrical safety: EN61010-1:2001
Voltage endurance: AC3540V (50/60Hz)/5 seconds between the terminal and the casing.
Insulation impedance: DC1000V/100M Ω or greater between the terminal and the casing.
*Electromagnetic compatibility (EMC): EN61326-1:2006
Meets performance criterion 2, which means that the functionality and performance are temporarily reduced or lost, but can be restored on their own.
*Protection level IP40.
*Vibration and Drop: IEC 60068-2-64:2008, IEC 60068-2-32:2008
Random, 2g, 5-500Hz; 1-meter drop test.
*CE certification.
*Quality standards: Developed, designed, and manufactured in accordance with TUV ISO 9001.
*Calibration cycle and preheating time:
To ensure the accuracy of this table, its calibration cycle is one year
The startup preheating time is greater than 30 minutes
*Instrument display and buttons
Segment code LCD display, white backlight
Adopting silicone rubber buttons
*Instrument power supply
Powered by 3 5th alkaline batteries