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ATC - Advanced Temperature Calibrator
Dry-block and liquid bath calibrators. The unique active dual-zone heating block is designed to ensure optimum temperature homogeneity in the calibration zone of the block. This design eliminates the major uncertainties due to heat loss through the sensor-under-test and from the top of the block. The dry-block design combined with the external reference sensor input make the ATC series as accurate as a laboratory calibrator but maintain the speed and portability of a dry-block.
The ATC measures the output from the sensor-under-test directly: Thermocouples, RTD, mV, mA, and V. There is no need for multiple instruments. The JOFRA ATC series saves time by performing automatic stand-alone calibrations. Just run the downloaded work orders from the JOFRACAL calibration software. After completion of the work orders, the results may be downloaded into the computer for analysis, filing, and printing of certificates. |
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JOFRA ATC-125 - the coolest temperature calibrator in the world
The JOFRA ATC-125 ultra cooler features a unique technology for optimum performance and superior temperature homogeneity throughout the block at very low temperatures. The JOFRA ATC-125 ultra cooler is the world's first temperature dry-block calibrator capable of reaching -90°C. Featuring patent-applied for Free Piston Stirring Cooler (FPSC) technology for cooling, together with a special heating element, the ATC-125 offers high accuracy, excellent stability and extremely fast heating and cooling times.
The ATC-125 ultra cooler calibrator may be used to perform fully automatic calibration routines without using an external computer. It is also possible to use the computer for full upload and download capabilities. The ATC-125 may also be supplied with inputs for external reference sensors and for sensors-under-test. All ATC calibrators feature RS232 serial communication and the standard delivery also includes the JOFRACAL calibration PC software.
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| JOFRA DTI-1000 is a rugged, portable, battery-operated thermometer. Designed for use in the field. Today the DTI is in use in many national laboratories, calibration service companies, and calibration labs worldwide. Known for good accuracy and extremely low drift. |
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TEMPERATURE CALIBRATORS
Accuracy up to ±0.15°C, stability up to ±0.02°C
For calibration of thermocouples, resistance thermometers, dial thermometers, glass thermometers, thermostats, etc.
- JOKER+: Ambient temp. up to +350°C
- QUARTZ: 50°C below ambient temp. up to +150°C
- FLUID 200: ambient temp. up to +200°C (portable fluid bath)
- PYROS+: ambient temp. up to +600°C (lowcost)
- PULSAR: ambient temp. up to +600°C
- SOLAR: +200°C to +1100°C
Stationary Calibration Baths:
- BK40-M: 40°C below ambient temp. up to +125°C
- TB300-M: +50°C to +300°C |
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SIKA Precision Temperature Calibrators, TP 38 000 / TP 38 000 E series
Calibrating with every convenience
Working more cost-effectively, safely and reliably in the range from -30°C to 600°C
Thermometers, thermocouples and other temperature sensors are subject to mechanical, thermal and chemical stresses especially in industrial use. This leads with increasing time to a drift that is not predictable.
Since the temperature in industrial processes has become one of the most important indicators of quality, operating safety and service life, the calibration of temperature sensors on site has achieved special importance.
Inaccurate temperature measurements reduce product quality, increase the risk of failure and lead to increased energy consumption.
Only the regular calibration of the sensors provides information on the difference between actual and measured temperature and thus makes the specific drift behaviour visible. |
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| The CE-350 is a low-cost alternative to the Tecal 425S where routine checking of RTD and thermocouples is all that is required. For such applications, it is important that the unit is very portable (only weighs 1.5kg) and can calibrate the sensors as quickly as possible (can heat and cool over the temperature range in a matter of minutes). Typical applications where the CE-350 can be used are in checking fire alarm detectors, industrial ovens, dryers, etc. |
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| This temperature calibrator is ideal for calibrating temperature sensors used in the food and pharmaceutical industries as well as calibrating any sensors used in the temperature range outlined in the specification below. |
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The PTC 400 Precision Temperature Calibrator is an ideal device to handle all of your temperature calibration needs in a truly rugged,low-cost package.It combines virtually all widely used thermocouples and RTDs in one device — you ’ll never have to worry about finding a temperature device you can ’t calibrate. This is especially true when calibrating "smart ” or pulsed RTD transmitters,where many other calibrators fail to work or operate at reduced accuracy specs.The PTC 400 handles those applications with ease.
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Dry Block Temperature Source/Calibrator DBC 150/650 Series
Two models cover temperatures from -45°C below ambient to 650°C available as a stable source or complete calibration system.
Druck, a leading manufacturer of portable and workshop calibrators, has redefined the term %u201Ctemperature calibrator%u201D with the introduction of the DBC series. This innovative calibrator combines a highly stable temperature source with precision measurement of temperature probe signals, providing a truly stand-alone temperature calibrator suitable for laboratory, workshop and portable use.
Features & Benefits:
Ranges from -45° to 650°C
Rapid heating, cooling and setting
Switch test, ramp, step and preset functions
Reads set temperature and device output simultaneously
Measures reference probe, RTD's, T/C's mA, mV and ohms
Automated calibration via RS 232
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| This temperature calibrator is ideal for calibrating temperature sensors used in the food and pharmaceutical industries as well as calibrating any sensors used in the temperature range outlined in the specification below. |
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Tek Know TC150
Temperature Calibrator
TC150 is a portable dry block calibrator with temperature range from -40°C below ambient to + 150°C. The special designed controller and the aluminum low mass well gives the unit quick responds when the set temperature is changed. Peltier elements are used to generate heat or cold in the well. The internal microprocessor change the controller parameters depending of the set point and temperature of the internal sensor are shown at the internal LCD display. Resolution is 0.1°C. Accuracy is ± 0.3°C and stability is ± 0.03°C. The unit is equipped with an RS-232 serial interface and can easily be connected to a PC and the SC200 software. TC150 is supplied with a rugged case, traceable certificate and necessary equipment. |
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The Model 100 calibration system consists of a uniform
heating plate, controller, and Type K thermocouple that
is used to heat and test metal samples over the
temperature range of ambient to 950°F (510°C).
This system provides a fast and simple offline method
to verify the accuracy of infrared sensors and thermocouple
probes on specific test samples.
It is used to determine the proper TRUSET setting,
SIF (Surface Index Factor) adjustment, and/or emissivity
of a surface by using a thin wire thermocouple embedded
in the test sample.
It is commonly used as a reference source for characterizing
aluminum and other low emissivity materials plus it
can be used as an approximate blackbody reference when
looking at a flat black painted metal surface.
This calibration system eliminates the uncertainty
regarding application errors associated with
surface emissivity. |
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The BFS is designed for applications requiring a constant high temperature source for calibration. The BFS has a hinged lid and a cylindrical bath 218mm in diameter and 254mm deep. Substantial fire brick insulation is incorporated within the outer container and the lid.
Standard equipment includes a separate air supply control unit which incorporates two flowmeters for monitoring the air supply and a charge of fluidising medium (aluminium oxide) and air diffuser (zirconium oxide). |
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SBL- 1:
With a temperature range of up to 350°C this unit covers a wide range of uses. Simple to operate and maintenance free the SBL-1 Fluidised Bath when fitted with the optional TC-8D temperature control unit, will maintain temperature to within ±1°C. The SBL-1 has a working volume of 228mm diameter and 120mm deep. The unit is fitted as standard with an energy regulator.
SBL- 2:
For temperatures up to 600°C the SBL-2 Fluidised Bath will maintain temperature to within ±1°C when used with the TC-8D. The working volume of the unit is 228mm diameter and 140mm deep. Three 1kW heaters give a heat up time from ambient to 600°C of approximately 100 minutes. All the SBL range of units have a pocket in the fluidised bath that will accept a 5mm diameter control thermocouple.
SBL-2D:
This extra depth fluidised bath is based on the SBL-2 but with a working depth of 350mm. Four 1kW heaters give a heat up time from ambient to 600°C of approximately 100 minutes.
TC - 8D:
Designed to improve the temperature stability and temperature setting obtainable with the energy regulator supplied as standard with the SB series of fluidised baths. The TC-8D is a self contained unit and is supplied complete with a chromel/alumel Type K thermocouple which fits into the sheath supplied with the SBL baths. The unit has digital set point and readout of bath temperature on an LED display and incorporates PID control. |
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The FB-08 is an attractively finished rectangular bench standing unit. The controls for temperature and fluidising air flow are mounted on a recessed panel on the front of the unit, together with on-off switches for the power supply and the dust extractor and indicators for various functions.
The inner container is well insulated and the outer case is vented so that it remains safe to touch even when the bath is operating at its maximum temperature. The inner container is filled from the top with alumina. When fluidised this medium is heated by four immersion heaters close to the container wall; the control thermocouple is close to the heaters. |
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Besides manufacturing and selling calibrators from AMETEK Denmark A/S we also produce and sell industrial sensors under the brand name Frode Pedersen.
The STS-100 reference sensors for the DTI-1000 reference thermometer and the ATC dry-block calibrators are also manufactured by this team. |
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Thermoset MIVI 8003 ensures an on-line viscosity measurement of any fluid at a required reference temperature.
PRINCIPLE :
The fluid is permanently drawn from the process brought at the required reference temperature, its viscosity measured, then re-injected in the main line.
ADVANTAGES :
• No extra installation
• Short response time: 2 to 5 min
• Insignificant maintenance : ½ day / year
• Small size
• Reliable and accurate
• Usual power : mains and pressurized air
• Optional density measurement
• Simple, Rugged
• Exproof approval : ATEX EEx d IIB T4...T6
OPERATING CONDITIONS :
• Maximal temperature at the cell: 200 °C
• Reference temperature: according to the requirement
• Maximal inlet pressure: 16 bar
• Maximal outlet pressure: 40 to 120 bar according to product viscosity
MEASUREMENT RANGE : (at reference temperature):
• 1 – 100 mPa.s ; 10 – 1000 mPa.s ; 100 – 10 000 mPa.s |
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Type PFAN temperature and chemical resistant tubing. The high-end tubing which stands up to practically all ambient influences.
Variants and functions:
- Highly resistant to chemicals (even extremely pure acids)
- Temperature resistance: 20 to +150° C (unpressurised from 70 to 260° C)
- FDA approval §177.1550 for use in food processing, approved for contact with food products
- Excellent UV stability
- Flame retardant per UL 94 V0
- Colourless
- Free of paint wetting impairment substances
- No tendency to develop tears in the longitudinal direction (as opposed to Teflon)
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... see all the products in the category
Hoses
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Goulds Model 3620 API 610 (BB2) between bearings radially split double suction process pumps are designed for smooth, reliable operation.
Goulds has extended the hydraulic coverage on its Model 3620 process pumps. These new hydraulics augment existing hydraulics, extending the Model 3620 hydraulic coverage. The new performance curves can be accessed through the Pump Selection System (PSS).
Specifications:
Capacities to 20,000 GPM (4540 m3/h)
Heads to 1500 feet (455m)
Temperatures to 850° F (455° C)
Pressures from full vacuum to 1000 PSIG (6895 kPa) |
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Goulds HT 3196 is specifically designed for superior performance for high temperature applications in the chemical industry.
Specifications:
Capacities to 4500 GPM (1023 m3/hr)
Heads to 925 feet (282 m)
Temperatures to 700° F (372° C)
Pressures to 450 PSIG (3102 kPa)
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