Showing results: 466 - 480 of 587 items found.
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Fluke Calibration
Ensuring process temperature accuracy involves calibrating not only the system’s electronic temperature signals, but also the very temperature sensors that initiate those signals. Rugged Fluke handheld temperature calibrators source and measure RTDs and thermocouples, power transmitters, and store data. Fluke Calibration temperature sources cover temperatures from -45 °C to 1200 °C and include handheld, portable, and benchtop calibrators. Infrared thermometer calibrators and reference measurement thermometers ensure every necessary tool is available to you.
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ES620 -
ETAS GmbH
This module measures temperatures using 16 electrically insulated measuring channels for temperature sensors. The adjustable acquisition rate per module is 10 samples/s to 0.1 samples/s. Signal smoothing occurs through a parameterized software filter, and high measuring accuracy is possible through 21 Bit resolution. The automotive measuring range is -210 C to 1372 C (-346 F to 2502 F); J, K, and N type thermocouples are used. Data transfer to PC occurs via Ethernet.
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Unitech Scales And Measurements Pvt. Ltd
This comprises of temperature and speed using different methods. RTD, thermistor and thermocouple are used as sensors with digital temperature indicator to measure temperature. A small water kettle is supplied as a temperature source upto 100°C. Glass bead thermometer is used as standard temperature measurement source to conduct the experiment. Magnetic and photo reflective sensors are used to measure speed. A FHP motor with speed regulator is used as speed source. To the shaft 60 teeth tone wheels are fixed to generate pulses.
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DEVAR Inc.
Devar alarms are designed to accurately monitor process trip-points from current, millivolt, DC volts and thermocouple signals. These alarm points can be easily set in percent of signal or directly in engineering units. The units will constantly monitor the set point against the actual signal and switch a 10 amp SPDT relay when the set point is exceeded. Alarms are available in wall mount, panel mount, track or DIN rail mount, AC/DC line voltage powered or loop powered versions.
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5085 -
Abaco Systems Inc
ECM P/N 5085 provides two channels of 24 bit A/D conversion suitable for high resolution low speed applications, which include bridge circuits, thermocouples, RTD and voltage measurements. For bridge applications each channel provides a fused +5 Volt or a current source drive.
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DAS1800 -
B&K Precision Corporation
The DAS1800 can be configured for a wide variety of applications with slots for 10 input modules each supporting 4 or 8 measurement channels. Acquire data from any sensor with a voltage or current output (with shunt), or directly measure voltage, resistance, or temperature using thermocouples or resistance temperature detectors (RTDs).
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Datexel
The Datexel range of Modbus RTU analog input cards for both RS485 and RS232 with Modbus or ASCII protocol can be combined with the DAT9000 series of Modbus Masters. A choice of input cards or modules are available and have various optional inputs such as Voltage, Current, Thermocouples, RTD, and Resistance. Also a choice of 2, 4, 8 channel options are available. The DAT3011 is a Modbus RTU Slave with 1 selectable universal input (Thermocouples, RTD, mV, RTD's or Resistance), 2 x 4-20mA or 0-10V input and 2 x4-20mA outputs. The DAT3011 also has 3 digital inputs and 3 relay outputs. Each module is isolated from each other and is set up using the DAT3000 software Development package which is free of charge from the Datexel download web page. Datexel also has universal input modules. An 8 channel analog input card is available making the DAT3000 series a very economical solution to large and small scale Data Acquisition. Combining these analog input cards with the analog output cards, the digital input/output cards and the communication devices make Datexel the smart choice where Data Acquisition is required.
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Fieldpiece Instruments, Inc
The Fieldpiece Dual-Temperature Accessory, model ATH4, measures two temperatures simultaneously using the included k-type, wrap tab beaded thermocouples. The technology inside the ATH4 provides superior temperature compensation in rapidly changing environments commonly found while performing field service. Use the ATH4 to find Delta T and just about any temperature split you want to measure. Displays T1, T2 and T1-T2 on your Fieldpiece meter, handle or data logger. It is included with the HVAC Guide® System Analyzer to get target superheat and for the Target Evaporator Exit Temperature test. Fieldpiece offers a wide variety of k-type thermocouples for various HVAC specific applications. Use pipe clamp T/Cs with the ATH4 to check for blocked filters.
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820A -
TEGAM Inc.
Model 820A dual input, digital, thermometers are compatible with type K or J thermocouple probes to provide temperature measurements from -346F to 2502F. The heavy-duty case is designed for durability and resistance to external contaminants such as dust and chemicals. The case has a built-in tilt bail for hands-free or bench top operation.
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40-620-022 -
Pickering Interfaces Ltd.
Pickering 40-620 Multiplexer modules are similar to other Pickering Multiplexer cards except thermal EMF is substantially reduced to <1.5V with 250nV thermal stability. Typical applications include signal routing in ATE, selecting thermocouple inputs, switching amplifier gain circuits and high accuracy DC microvolt measurements.
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NI
The C Series Temperature Input Module features up to 16 channels of temperature input from either thermocouples or RTDS. This module can include anti-aliasing filters, open-thermocouple detection, and cold-junction compensation. Additionally, the module also feature isolation for safety, noise immunity, and high common-mode voltage range.The C Series Temperature Input Module includes the NI-DAQmx driver and configuration utility that simplify configuration and measurements. NI-DAQmx supports NI programming environments as well as Python, ANSI C, C#.NET, and MathWorks MATLAB® software.
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RTD Series -
IET Labs
The RTD Series Precision RTD (Resistance Temperature Detector) Simulator provides a very broad-range of absolute resistance values that replace RTD's and thermocouples. Thermocouples present a resistance that depends on the temperature. The RTD simulator effectively replaces an RTD to test, analyze, and calibrate RTD measuring systems. The RTD Series simulator is a precision resistance source with excellent characteristics of accuracy, stability, temperature coefcient, and power coefcient. All these features serve to make it a laboratory resistance standard, exceeded in performance only by stand-alone standard resistors. The special design of the RTD Series provides absolute accuracy, and requires no zero resistance subtraction from any setting Special design of the RTD virtually eliminate zero resistance and switch contact variations, providing the specified absolute accuracy over the entire range.
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72-7715 -
Tenma
Compact handheld thermometer is ideal for a variety of industrial, residential, HVAC and equipment testing applications. It accepts a wide variety of industry standard thermocouple probes and features internal data logging of up to 100 records. Dual inputs allow simultaneous measurement of two separate zones with independent readout or differential (T1-T2) display
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U1586B -
Keysight Technologies
The U1586B temperature adapter expands the capabilites of your handheld oscilloscope or handheld digital multimeter to measure temperature, either in °C of °F. To be used with a K-type bead thermocouple, and with approximately 1600 hours battery life with an alkaline battery, this adapter ensures you get the most out of your handheld scope or DMM purchase.
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Hilkar
High Current Transformer is designed to elevate and check the temperature of the conductors at high current levels, in order to simulate the current loading conditions found in electrical circuits. High Current Transformer is designed as an open type transformer that uses the test object as its secondary coil or has 1 or 2-turn self secondary winding. The conductors cores' temperature depends on the short-circuit high current caused by the test object. According to the current going through the test object, the test temperature of the conductor will change. The loop temperature is measured by a thermocouple probe which is directly connected to conductor.
