Reasonable price Infrared Thermometer Calibration - PR611A/ PR613A Multifunctional Dry Block Calibrator – Panran

Short Description:

Product Detail

Product Tags

Feedback (2)

Which has a positive and progressive attitude to customer's desire, our corporation constantly improves our merchandise quality to satisfy the desires of consumers and further focuses on safety, reliability, environmental demands, and innovation of Shaped Thermocouple Calibration Device, Hydraulic Pressure Calibrators, Temperature Calibrators & Furnaces, Warmly welcome to cooperate and develop with us! we are going to continue to provide product or service with high quality and competitive rate.

Reasonable price Infrared Thermometer Calibration - PR611A/ PR613A Multifunctional Dry Block Calibrator – Panran Detail:

Keywords：

l Intelligent dual-zone temperature control

l Editable task mode

l Rapid heating and cooling

l Electrical measurement function

1. Overview

PR611A/PR613A dry block calibrator is a new generation of portable temperature calibration equipment that integrates advanced technologies such as intelligent dual-zone temperature control, automatic temperature calibration, and precision measurement. It has excellent static and dynamic temperature control characteristics, built-in independent full-function temperature measurement channel and standard measurement channel, and can edit complex calibration tasks. The automatic calibration of thermocouples, thermal resistances, temperature switches, and electrical signal output temperature transmitters can be realized without other peripherals, It’s very suitable for industrial field and laboratory use.

1.1 Appearance

NO.	Name	NO.	Name
1	Working cavity	6	Power switch
2	Test terminal area	7	USB port
3	External reference	8	Communication port
4	Minithermocouple socket	9	Display screen
5	External power interface

1.2 Technical characteristics

l It adopts dual zone temperature control technology. The bottom and top of the dry block calibrator heating cavity have two independent temperature control, heating and cooling components. The temperature coupling control algorithm is used to avoid the mutual influence between multiple heating zones during the temperature balance process. . The dual-zone temperature controltechnology is the key to ensure that the effective temperature zone remains stable in a complex and changing environment and to improve the axial temperature uniformity.

l Rapid heating and cooling, by matching the heating and cooling capacity of the current working conditions in real time, while optimizing the control characteristics, the heating and cooling speed can be greatly increased.

l Full-featured electrical measurement channel, the full-featured electrical measurement channel is used to measure various types of thermal resistance, thermocouple, temperature transmitter and temperature switch, with a measurement accuracy better than 0.02%. In addition, for better calibration of thermocouple sensors, a dedicated thermocouple compensation socket with a compensation error better than 0.2°C is integrated on the front panel. l For the reference temperature sensor, in order to facilitate the comparison between the standard device and the temperature element to be calibrated, the standard wire-wound platinum resistance is used as the reference sensor, and it supports multi-point interpolation correction algorithm to obtain better temperature traceability accuracy.

l Editable task mode, can edit and design complex task functions including temperature calibration points, stability criterion, sampling method, delay time and other multiple calibration parameters, so as to realize the automatic calibration process of multiple temperature calibration points.

l Fully automatic temperature switch calibration, with a settable slope temperature rise and fall and switch value measurement functions, can perform fully automatic temperature switch calibration tasks through simple parameter settings.

l Supports USB storage devices. The calibration data generated after the calibration task is executed will be saved in the internal memory in the format of a CSV file. The data can be viewed on the dry block calibrator or exported to a USB storage device through the USB interface.

1.3 List of main functions

Software function

Hardware function

nOptional internal/external reference sensor to control temperature

nProgrammable thermocouple, thermal resistance multi-point automatic calibration

nAutomatic calibration of slope temperature rising and falling switch value can be set

nInternal storage of calibration data

nMulti-point internal/external reference temperature control parameter self-tuning

nAdaptive temperature control parameters

nReal-time temperature and power curve display

nSelf-defined temperature fluctuation calculation

nU disk storage

nSelf-defined the upper and lower limit of alarm temperature

nOptional ℃, ℉, K

nmV/mA/V/Ω measurement

nSwitching value measurement

nThermocouple measurement function

nTwo-wire, three-wire, and four-wire thermal resistance measurement

nBuilt-in reference compensation

nDC24V output (80mA max)

2. Technical Parameters

2.1 General parameters

ItemModel	PR611A	PR613A
External dimensions	360mm(H)150mm(W)350mm(D)	360mm(H)180mm(W)270mm(D)
Product weight	12kg	9.2kg
Rated power	700W	1200W
Working environment	range of working temperature: (0～50)℃, Non-condensing	range of working temperature: (0～50)℃, Non-condensing
Display screen	4.0 inch industrial touch screen, Resolution 800×480 pixels	4.0 inch industrial touch screen, Resolution 800×480 pixels
Power requirements	220VAC±10%，50Hz	220VAC±10%，50Hz
Communication method	RS485, (Optional WiFi, Bluetooth)
Calibration period	1year

2.2Temperature field parameters

ItemModel	PR611A	PR613A	Remark
Temperature control range	-30℃～155℃	RT+10℃～700℃
Resolution	0.001℃	0.001℃
Temperature block diameter/insertion depth	φ26mm/160mm	φ26mm/155mm
Built-in reference Temperature control accuracy	±0.15℃@0℃ ±0.30℃@100℃	±0.15℃@100℃ ±0.60℃@600℃	[Note 1]
External reference Temperature control accuracy	±0.06℃@0℃,100℃	±0.10℃@100℃ ±0.20℃@600℃	[Note 1]
Temperature fluctuation	±0.01℃@0℃,100℃	±0.02℃@100℃ ±0.07℃@600℃	10 minutes
Temperature difference between holes	0.01℃@0℃,100℃	0.03℃@100℃ 0.10℃@600℃	[Note 1]
40mmAxial temperature difference	0.20℃@0℃,100℃	0.20℃@100℃ 0.70℃@600℃	[Note 1][Note 2]
60mmAxial temperature difference	0.50℃@0℃,100℃	0.50℃@100℃ 1.00℃@600℃	[Note 1][Note 2]
Load impact	0.01℃	0.05℃@100℃ 0.20℃@600℃	Use built-in reference [Note 3]
Heating time	23℃～155℃ 17min	23℃～700℃ 25min	Subject to the temperature at the bottom of thermostatic block
Cooling time	23℃～-30℃ 12min	700℃～100℃ 35min
Stabilization time	≤5min	≤10min	Use built-in reference
The above technical parameters are all measured at an ambient temperature of 23℃, and the test data is based on the test dedicated thermostatic block PR6115T (aluminum alloy material). Note 1：Use 2 φ3mm metal rod platinum resistance test； Note 2：40mm/60mm from the bottom of the socket of the thermostatic block； Note 3：The test condition is to insert two φ7mm metal rod platinum resistors；

2.3Electrical measurement parameters

Type	Range	Measuring range	Accuracy	Resolution	Remark
Voltage measurement	15mV	0mV～15mV	±0.015%RD+2uV	0.1μV	Input impedance≥50MΩ
	50mV	0mV～50mV	±0.015%RD+5uV	0.1μV	Input impedance≥50MΩ
	50V	-0V～50V	±0.015%RD+0.005%FS	0.1mV	Input impedance≥1MΩ
Resistance measurement	500Ω	0Ω～500Ω	±0.015%RD+0.005%FS	1mΩ	Four-wire, output 1mA current
	5KΩ	0KΩ～5KΩ	±0.015%RD+0.005%FS	10mΩ	Four-wire, output 0.1mA current
Current measurement	50mA	0mA～50mA	±0.015%RD+0.005%FS	1μA	Internal resistance=10Ω
Temperature coefficient	2PPM/℃@（Ω、KΩ） 5PPM/℃@（mV、V） 5PPM/℃@（mA）
Note: Wiring is done through the front panel terminals.

2.4Thermocouple temperature measurement parameters

Type	Measuring range	Accuracy	Resolution	Remark
S、R	100℃～1768℃	±0.8℃@600℃ ±1.0℃@1000℃	0.01℃	Including reference terminal compensation error
N、K	-80℃～1300℃	±0.6℃@(≤600℃) ±0.1%RD@(＞600℃)
WRE325、WRE526	-80℃～2300℃
B	250℃～1820℃
T	-200℃～400℃
E	-90℃～800℃
J	-100℃～1090℃
EA2	-30℃～761℃
Note: Use the front reference terminalsocket for connection.

2.5Thermal resistance temperature measurement parameters

Type	Measuring range	Accuracy	Resolution	Remark
Pt10	-200℃～800℃	±0.7℃	0.001℃	Using four-wire measurement method
Pt100(385/392),Pt1000		±0.08℃@100℃, ±0.18℃@700℃
Pt200		±0.25℃@100℃, ±0.45℃@700℃
Pt500		±0.19℃@100℃, ±0.37℃@700℃
Cu50	-50℃～150℃ -50℃～150℃	±0.17℃@100℃
Cu100		±0.11℃@100℃
External reference resistance	0℃～700℃	±0.05℃@100℃, ±0.07℃@300℃, ±0.10℃@600℃
Note: The resistance to be calibrated is wired through the terminals on the front panel, and the external reference resistance is connected through the REFER port.

3. Matching thermostatic block

PR6115A/ PR6135A (Standard)

PR6115B/ PR6135B

PR6115C/ PR6135C

PR6115D/ PR6135D

PR6115E/ PR6135E

PR6115F/ PR6135F

PR6115T/ PR6135T

PR6115H/ PR6135H

PR6115K/ PR6135K

Note 1: The thermostaticblock is made of aluminum alloy.

Note 2: Other thermostatic blocks can be customized according to drawings.

4. Packaging Information

4.1 Packing list

No.	Name description	Quantity
1	PR611A/ PR613A series dry block calibratorhost	1
2	PR6115A/ PR6135Athermostatic block	1
3	High-precision external reference sensor	1
4	Special fixture for thermostatic block	1
5	Red and black test wires	4red, 2black
6	Red and black alligator clips	4red, 2black
7	220V 1A backup insurance tube	1
8	USB flash disk	1
9	Power cord	1
10	Quick Operation Guide	1
11	Instruction manual	1
12	Portable transport case	1