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We offer the best product range of CALsys C-4004 High Accuracy Temperature Indicator, LBB33DCH Differential Extended Area Black Body, LBB11DCH Differential Extended Area Black Body, LBB11H Extended Area Black Body and LBB22H Extended Area Black Body.
CALsys C-4004 is fully characterized for all major sensors (thermocouples such as B, C, D, E, J, K, N, R, S, T and RTD's like PT-100, PT-50, PT-10, PT-200, PT-500, and PT-1000). The instrument can be used in industries where high accuracy temperature measurement is essential. Two-channel input provides A, B & A-B measurement on the LCD display. The device is providing exceptionally stable cold junction compensation.
CalsysC-4004 comes with front panel keys for easy operations like Unit selection, Resolution and Data logging. There are four input ports, two for thermocouple and two for RTD. In order to measure temperature suitable probe should be connected to TC & RTD input. The temperature measured by the device will be displayed in bigger fonts and the actual resistance (ohms) in case of RTD and voltage (mV) in case of Thermocouple will be displayed in smaller fonts. All channel details and configuration will be displayed on the LCD display.
Key Features:
Additional Information:
Payment Terms : T/T
Packaging Details : Suitable Rugged Packing Case
Delivery Time : 6-8 Weeks
Technical Specifications
| Display | 192x64 LCD Graphic Panel with back light |
|---|---|
| Inputs | 2 Channels for RTD and Thermocouple via lemo 1-S series connector |
| Reference Junction | Reference Junction compensation may be selected for the following modes : Automatic:Internal reference junction range 0 to +100 ° External:Via Pt 100 sensor connected to channel A and B range to 0 to +100 °C Off:Turns the Reference Junction OFF = 0° C |
| Working Temperature | 0....50°C rel. humidity Less than 90% non condensing condition |
| Storage Temperature | -20 to +55 °C |
| Mains Supply | 85-264 VAC / 120-370 VDC 47-63 Hz |
| Data Logging | Up to 1800 values can be stored along with date and time |
| Dimensions | 224 x 318 x 90 |
Input Sensor Range
| Thermocouple Sensor Type | Temperature Range | Resolution | Accuracy @ 20±5°C |
| Type K Thermocouple | -200°C to 1372°C | 0.01 | ±(0.01°C + 0.006% FS |
| Type J Thermocouple | -210°C to 1200°C | 0.01 | ±(0.008°C + 0.005% FS) |
| Type E Thermocouple | -200°C to 1000°C | 0.01 | ±(0.01°C + 0.004% FS) |
| Type N Thermocouple | -200°C to 1300°C | 0.01 | ±(0.01°C + 0.005% FS ) |
| Type R Thermocouple | 0°C to 1768°C | 0.01 | ±(0.005°C + 0.015% FS) |
| Type S Thermocouple | 0°C to 1768°C | 0.01 | ±(0.005°C + 0.015% FS) |
| Type B Thermocouple | 400°C to 1820°C | 0.01 | ±(0.02°C + 0.006% FS) |
| Type T Thermocouple | -250°C to 400°C | 0.01 | ±(0.005°C + 0.015% FS) |
| Type C Thermocouple | 0°C to 2315°C | 0.01 | ±(0.075°C + 0.005% FS) |
| Type D Thermocouple | 0°C to 2315°C | 0.01 | ±(0.075°C + 0.005% FS) |
| Rtd Sensor Type | Temperature Range | Resolution | Accuracy @ 20±5°C |
| PT-100 | -200°C to -100°C | 0.001 | 0.02°C |
| PT-100 | -100°C to +500°C | 0.001 | 0.01°C |
| PT-100 | +500°C to +800°C | 0.001 | 0.02°C |
| PT-10 | -200°C to +800°C | 0.001 | 0.02°C |
| PT-50 | -200°C to +800°C | 0.001 | 0.02°C |
| PT-200 | -200°C to +800°C | 0.001 | 0.02°C |
| PT-500 | -200°C to +800°C | 0.001 | 0.02°C |
| PT-1000 | -200°C to +800°C | 0.001 | 0.02°C |
Extended area black body is defined by the large emitting surface area precise temperature control with good uniformity. Tempsens make Blackbodies are state of the art, highly accurate and stable with different standard sizes and temperature ranges. The LBBDCH Series Extended Area black bodies are low-temperature infrared reference sources operating either in absolute or differential mode. This Black body series featuring very high stability, they are particularly well adapted for the characterization and performance validation of a very wide range of IR Sensors, such as high-resolution cameras for thermography and long-range thermal imagers. Essentially the black body emits a known amount of energy for an infinite number of wavelengths. This enables to draw the expected black body radiation curve for a given temperature. Temperature is accurately controlled by High accurate PID self-tuning controller.
With the Tempsens make Compact Extended Area Black body Temperature Calibrator, you have chosen an extremely effective instrument which we hope will live up to all your expectations. This is a fast, time-saving, and reliable true industrial temperature calibrator designed for on-site use.
During the past several years, we have acquired extensive knowledge of industrial temperature calibration. This expertise is reflected in our products which are all designed for daily use in an industrial environment.
Key Features:
Extended area black body is defined by the large emitting surface area precise temperature control with good uniformity. Tempsens make Blackbodies are state of the art, highly accurate and stable with different standard sizes and temperature ranges. The LBBDCH Series Extended Area black bodies are low-temperature infrared reference sources operating either in absolute or differential mode. This Black body series featuring very high stability, they are particularly well adapted for the characterization and performance validation of a very wide range of IR Sensors, such as high-resolution cameras for thermography and long-range thermal imagers. Essentially the black body emits a known amount of energy for an infinite number of wavelengths. This enables to draw the expected black body radiation curve for a given temperature. Temperature is accurately controlled by High accurate PID self-tuning controller.
With the Tempsens make Compact Extended Area Black body Temperature Calibrator, you have chosen an extremely effective instrument which we hope will live up to all your expectations. This is a fast, time-saving, and reliable true industrial temperature calibrator designed for on-site use.
During the past several years, we have acquired extensive knowledge of industrial temperature calibration. This expertise is reflected in our products which are all designed for daily use in an industrial environment.
Key Features:
Extended area Black body is defined by the large emitting surface area precise temperature control with good uniformity. The blackbody is designed to provide infrared radiation as an ideal blackbody emitter. Because of the large uniform surface area the body called extended area black body.
We separately provide high accurate programmable controller with black body source. High-accuracy chambers have been designed separately. The temperature of the furnace is set or changes by the controller.
Key Features:
Extended area Black body is defined by the large emitting surface area precise temperature control with good uniformity. The blackbody is designed to provide infrared radiation as an ideal blackbody emitter. Because of the large uniform surface area the body called extended area black body.
We separately provide high accurate programmable controller with black body source. High-accuracy chambers have designed separately. The temperature of furnace is set or changes by the controller.
Key Features:
Extended area black body is defined by the large emitting surface area precise temperature control with good uniformity. Tempsens make Blackbodies are state of the art, highly accurate, and stable with different standard sizes and temperature ranges. The LBBCH Series Extended Area blackbodies are low-temperature infrared reference sources operating either in absolute or differential mode.
This Blackbody series featuring very high stability, they are particularly well adapted for the characterization and performance validation of a very wide range of IR Sensors, such as high-resolution cameras for Thermography and long-range thermal imagers. Essentially the black body emits a known amount of energy for an infinite number ofwavelengths. This enables us to draw the expected black body radiation curve for a given temperature. Temperature is accurately controlled by High accurate PID self-tuning controller.
With the Tempsens make Compact Extended Area Black body Temperature Calibrator, you have chosen an extremely effective instrument that we hope will live up to all your expectations. This is a fast, time-saving, and reliable true industrial temperature calibrator designed for on-site use.During the past several years, we have acquired extensive knowledge of industrial temperature calibration. This expertise is reflected in our products which are all designed for daily use in an industrial environment.
Key Features:
Extended area Black body is defined by the large emitting surface area precise temperature control with good uniformity. The blackbody is designed to provide infrared radiation as an ideal blackbody emitter. Because of the large uniform surface area the body called extended area black body.
We separately provide high accurate programmable controller with black body source. High-accuracy chamber have been designed separately. The temperature of furnace is set or changes by the controller.
Key Features:
Extended area Black body is defined by the large emitting surface area precise temperature control with good uniformity. The blackbody is designed to provide infrared radiation as an ideal blackbody emitter. Because of the large uniform surface area the body called extended area black body.
We separately provide high accurate programmable controller with black body source. High-accuracy chambers have been designed separately. The temperature of the furnace is set or changes by the controller.
Key Features:
Extended area black body is defined by the large emitting surface area precise temperature control with good uniformity. Tempsens make Blackbodies are state of the art, highly accurate, and stable with different standard sizes and temperature ranges. The LBBCH Series Extended Area blackbodies are low-temperature infrared reference sources operating either in absolute or differential mode.
This Blackbody series featuring very high stability, they are particularly well adapted for the characterization and performance validation of a very wide range of IR Sensors, such as high-resolution cameras for Thermography and long-range thermal imagers. Essentially the black body emits a known amount of energy for an infinite number of wavelengths. This enables us to draw the expected black body radiation curve for a given temperature. Temperature is accurately controlled by High accurate PID self-tuning controller.
During the past several years, we have acquired extensive knowledge of industrial temperature calibration. This expertise is reflected in our products which are all designed for daily use in an industrial environment.
Key Features:
CALsys 650 offers medium temperature range from 50 to 650°C. It is a highly stable standard furnace for calibrating thermocouples / RTD. The comparison volume is a metallic block of special material, which has diameter of 32mm and 150mm long The temperature of the calibrator is set and controlled by a self tuned PID controller with automatic super fine adjustment.
Key Features:
Accessories
Additional Information:
Payment Terms : T/T
Delivery Time : 4-6 Weeks
Specification
| Temperature Range | 50 to 650oC |
| Temperature Resolution | 0.1oC |
| Stability | ±0.025oC at 50oC |
| ±0.035oC at 350oC | |
| ±0.07oC at 650oC | |
| Uniformity | ±0.04oC at 50oC |
| ±0.07oC at 350oC | |
| ±0.09oC at 650oC | |
| Controlling Sensor | T/C “N” TYPE |
| Method of Control | Digital self tuned PID Controller |
| Insert Construction | Dia 32 x 150 mm long with 4 holes of 6.5 x 120 mm insertion depth |
| Time to Reach Max Temp | 25 Mins |
| Time to Reach Max Temp to 100oC | 70 Mins |
| Computer Interface | RS - 232 |
| Operating Temperature | 20 to 45oC |
| Power Requirement | 230 VAC, 1 KW |
| Dimensions | 325(H) x 185(W) x 265(D) mm |
| Weight | Approx 10 Kg |
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Specification
CALsys 650 Autocal offers easy to use portable temperature calibrator with a medium temperature range from 50 to 650°C. It is a highly stable standard furnace for calibrating thermocouples / RTD. This calibrator can be used on-site in workshops, test and measurement rooms as well as laboratories. The comparison volume is a metallic block of special material, which has a diameter of 32mm and 150mm long.
The CALsys 650 Autocal is an automatic temperature calibration system for the Thermocouple and RTD's. The system consists of a Temperature bath and PC software, which together contribute to the whole cycle of the auto-calibration process. The system accepts 4 channels, 4 Thermocouples, or 4 RTDs. The connection for these channels through a special type of locking connector. The channel configuration can be done with LCD display via a touch screen keypad. The thermocouple microvolt & RTD ohm reading for each channel is monitored with CJC compensation. After the calibration process complete the PC software generates a report of actual calibrated values for the inputs. Our newly designed CALsys 650 Autocal model offers better esthetic design and is performance-wise upgraded to the next level. This model offers better cooling time which is 2 times faster than our old model and has stability 30% better than the old CALsys 650 Autocal model. Hence our new model not only saves an important time for our valuable customer but also provides better performance.
With the Tempsens make Compact Temperature Calibrator, you have chosen an extremely effective instrument that we hope will live up to all your expectations. This is a fast, timesaving, and reliable true industrial temperature calibrator designed for on-site use.
Kay Features:
Accessories:
Input(CALsys 650 Autocal): Four Channels (One master and three test sensors), high-quality LEMO connector suitable for both T/C and Rtd.
Software: The calibrator will be provided with software for data recording (Manual Mode) and report generation in Auto Mode.
The CALsys 1200 Autocal is an automatic temperature calibration system for the Thermocouple and RTD's.
The system consists of Temperature bath and PC software, which together contribute to the whole cycle of auto-calibration process.
The system accepts 4 channels, 4 Thermocouples or 4 RTD's.The connection for these channels through special type of locking connectors. The channel configuration can be done with LCD display via touch screen keypad.
The thermocouple microvolt & RTD ohm reading for each channel is monitored with CJC compensation. After the calibration process complete the PC software generates a report of actual calibrated values for the inputs.
Key Features:
Accessories:
Input (CALsys 1200 Autocal): Four Channels (One master and three test sensors), high-quality LEMO connector suitable for both T/C (J, K, N, T, R, S, B type) and Rtd.
Software (CALsys 1200 Autocal): The calibrator should be provided with software for data recording (Manual Mode) and Test Certificate generation in Auto Mode.
Calsys -100/40 offers easy to use portable low-temperature calibrator with temperature range from -100 to 40°C. It is a highly stable standard furnace for calibrating RTD. This calibrator can be used on-site for ultra low-temperature calibration and also find application in aerospace, oil gas petrochemical, pharmaceutical industry, electric power, automotive and material process industry. The comparison volume is a metallic fixed block of special material, which has a fixed insert with 120mm long.
Low-temperature dry block furnace based on FPSC cooling system.This model provides special design isothermal enclosure which can calibrate sensor against the calibrator. The temperature of the calibrator is set and controlled by a self-tuned PID controller with automatic super fine adjustment.
Key Features:
Accessories:
CALsys -30/110 Autocal is a Highly Stable Furnace for calibrating RTD. It offers a temperature range of -30 to 110°C. This calibrator can be used on-site for high-temperature calibration and applications like aerospace, oil gas petrochemical, pharmaceutical industry, electric power, automotive and material process industry. The comparison volume is a metallic fixed block of special material, which has a diameter of 32 mm and 120mm long. Low-temperature dry block furnace based on thermoelectric cooling circuitry.
The CALsys -30/110 Autocal is an automatic temperature of the calibration system for thermocouples and RTDs. The system consists of Temperature bath PC software, which together contributes to the whole cycle of the auto-calibration process. The system accepts 4 channels, 4 thermocouples, 4 RTDs.The channel configuration can be done with an LCD display via a touch screen keypad. The thermocouple microvolt & RTD ohm reading for each channel is monitored with CJC compensation. After the calibration process complete the PC software generates a report of actual calibrated values for inputs.
Key Features:
Accessories
Input: Four Channels (One master and three test sensors), high-quality LEMO connector suitable for both T/C and Rtd.
Software: The calibrator will be provided with software for data recording (Manual Mode) and report generation in Auto Mode.
Data Logging: Data Logging facility with logged data export to the computer through LAN port (Optional USB)
CALsys 1200 offers high-temperature range from 250°C to 1200°C. It is a highly stable standard furnace for calibrating Thermocouples / RTD. It has been designed for high-temperature range calibration and find application in the glass, electrical power, automotive & material processing industries.
The comparison volume is a metallic block of special material, which is 37 mm in diameter with 215 mm long. The temperature of the calibrator is set and controlled by a self-tuned PID controller with automatic super fine adjustment. Version with 3 zone furnace is also available.
Key Features:
Accessories:
Input (CALsys 1200 Autocal): Four Channels (One master and three test sensors), high-quality LEMO connector suitable for both T/C (J, K, N, T, R, S, B type) and Rtd.
Software (CALsys 1200 Autocal): The calibrator should be provided with software for data recording (Manual Mode) and Test Certificate generation in Auto Mode.
Additional Information:
Payment Terms : T/T
Delivery Time : 4-6 Weeks
Specification
| Temperature Range | 250 to 1200oC |
| Temperature Resolution | 1.0oC |
| Stability | ±0.1oC at 250oC |
| ±0.2oC at 700oC | |
| ±0.4oC at 1200oC | |
| Uniformity | ±0.4oC at 1200oC |
| ±0.24oC at 700oC | |
| ±0.26oC at 1200oC | |
| Controlling Sensor | PT/RH-PT T/C |
| Method of Control | Digital self tuned PID Controller |
| Insert Construction | Dia 37 x 215 mm long (2X6mm & 2X8 mm holes) of 160mm insertion dept |
| Time to Reach Max Temp | 1.5 Hrs |
| Cooling Time 1200oC to 250oC | 180 Mins |
| Computer Interface | RS - 232 |
| Operating Temperature | 20 to 45oC |
| Power Requirement | 230 VAC, 1.5 KW |
| Dimensions | 405(H) x 205(W) x 285(D) mm |
| Weight | Approx 14 Kg |
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CALsys -15/110 offers medium temperature range from -15°C to 110°C. It is highly stable standard temperature source for calibrating RTD/Thermocouple.
It has Peltier elements to generate stable temperatures in the well. The comparison volume is a metallic block of aluminum, which has a diameter of 24mm and 120mm length.
Key Features:
Accessories:
Additional Information:
Payment Terms : T/T
Delivery Time : 4-6 Weeks
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Specification
| Temperature Range | 15 to 110oC |
|---|---|
| Temperature Resolution | 0.1oC |
| Stability | ± 0.03oC at-15oC ±0.05oC at 0oC ±0.07oC at 110oC |
| Uniformity | ±0.05oC at -15oC ±0.07oC at 0oC ±0.09oC at 110oC |
| Controlling Sensor | Precision PRT |
| Method of Control | Digital self tuned PID Controller |
| Removable Insert Construction | Dia 24 x 120 mm long, 3 x 6 mm hole with 115mm insertion depth |
| Time to Reach Max/Min Temp | 25 Mins |
| Operating Temperature | 20 to 25oC |
| Computer Interface | RS - 232 |
| Power Requirement | 230 VAC, 500 W |
| Dimensions | 380(H) x 170(W) x 188(D) mm |
| Weight | Approx 14 Kg |
Specifications 01
| RTD + T/C type | RTD + T/C range | Accuracy |
|---|---|---|
| Pt100 | -200 C ~ +850 C | ±0.02% RDG +0.060oC |
| Pt1000 | -140 C ~ +320 C | -- |
| Cu50 | -50 C ~ +150 C | ± 0.080oC |
| Cu100 | -50 C ~ +150 C | ± 0.060oC |
| Ω | -0.000 ~ 2200 Ω | ±0.02% RDG +50mΩ |
| mV | -100.0 ~ +200.0mV | ±0.015% RDG +10μV |
| mA | -2.0 ~ +24.0mA | ±0.03% RDG +3μA |
| K | -200oC ~ +1372oC | ±0.50oC |
| S | -0.0 ~ 1768oC | ±0.8oC |
| E | -200 ~ +1000oC | 0.40oC |
| T | -200 ~ +400oC | ±0.50oC |
| J | -210 ~ +1200oC | ±0.50oC |
| R | 0.0 ~ 1768oC | ±0.8oC |
| B | 300 ~ +1820oC | ±0.9oC |
| N | -200 ~ +1300oC | ±0.50oC |
Specificarion 02
| Operation Temperature and Humidity | 0 C ~ 50 C, <80% RH |
| Storage Temperature and Humidity | -10 C ~ 60 C, <70% RH |
| Power Requirement | (AA Size) batteries, up to 1500 hours of continuous work time |
| Input Protection at Thermocouple Input | 24V AC/DC Maximum |
| Dimension(Without holster) | 115 mm X 70 mm x 30 mm(LxWxH). |
| Weight | Approx.0.25 Kg (Include Battery) |
| Input | |
| Thermocouple | K, S, E, T, J, R, B, N |
| RTD | Pt1000, Cu50, Cu10 |
| mV | -100 to 200mV |
| mA | -2 to 24 mV |
| Resistance | 0 to 500 Ohms |
| Unit | Ohms, mA, mV, oC, F, K |
| Resolution | 0.000°C/0.000°F, 0.000 A/V/mA/mV |
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Specifications 01
| RTD + T/C type | RTD + T/C range | Accuracy |
|---|---|---|
| Pt100 | -200 C ~ +850 C | ±0.05oC |
| K | -200 C ~ +1372 C | ±1.50oC |
| S | 0 C ~ 1768 C | ±2.40oC |
| E | -200 C ~ +1000 C | ±1.20oC |
| T | -200 C ~ +400 C | ±1.20oC |
| J | -210 C ~ +1200 C | ±1.20oC |
| R | 0oC ~ +1768°C | ±2.40oC |
| B | 300oC ~ +1820oC | ±2.40oC |
| N | -200oC ~ +1300oC | ±1.80oC |
Specifications 02
| Operation Temperature and Humidity | 0 C ~ 50 C, <80% RH |
| Storage Temperature and Humidity | -10 C ~ 60 C, <70% RH |
| Power Requirement | (AA Size) bayyeries, up to 1500 hours of continuous work time |
| Input Protection at Thermocouple Input | 24V AC/DC Maximum |
| Dimension(Without holster) | 115 mm X 70 mm x 30 mm(LxWxH). |
| Weight | Approx.0.25 Kg (Include Battery) |
| Input | |
| Thermocouple | K, S, E, T, J, R, B, N |
| RTD | Pt100 |
| Unit | oC, F, K |
| Resolution | 0.0oC/0.0oF |
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