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Automatic digital melting point analyzer.
Measuring range: 25°C - 400 °C
Accuracy: +/- 0.3°C (25-200°C);
+/- 0.5°C (200-400°C)
Reproducability: +/- 0.2°C
Safety class: IP 20
Heating-rate: upto 300°C approx. 4 min.,
upto 400°C 7.5 min.
Dimensions: 230 x 210 x 110 mm
Weight: 1.8 kgs
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Stuart SMP30 Melting point apparatus
Maximum temperature 400°C
Patented head up display
Integrated cooling 350°C to 50°C in 10 minutes
Large easy to read user friendly interface
Designed for fast accurate determination of melting points, the SMP30 can take three samples simultaneously within the optimised heating block. To allow maximum flexibility a plateau facility is included with variable ramp rate between 0.5 and 10°C in 0.1°C increments. The tubes are illuminated with bright white LED's to give the clearest view of the samples during the melt. The block has been designed for easy access for cleaning, the front of the head is fully removable to allow full access to the micro furnace.
The SMP30 has a large clear back lit alphanumeric LCD display, running the menu system which clearly guides you through the melting process with comprehensive directions. Language is switchable between English, German, French and Italian. It is possible to record up to 8 events in memory for each of the three sample tubes.
The SMP30 features the patent pending head up display, this unique feature displays a floating image of the block temperature, visible through the eyepiece, in front of the tubes. The head up display eliminates the need for the user to keep switching their gaze between the tubes and the temperature display, through the eyepiece they can now see both at once.
An accessory printer is available separately to produce a written record of the melt, and all units are supplied with a calibration certificate showing individual serial numbers for traceability.
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Stuart SMP40 Autmatic Melting Point
Maximum temperature 400°C
5.7 Inch colour VGA touch screen display
Unique split design concept
Integrated cooling 350°C to 50°C in 10 minutes
Also available with IQ/OQ documentation
The SMP40 automatic melting point uses the latest technology in digital image processing to accurately identify the melt of up to three samples simultaneously. The unit comes with a 5.7 inch colour VGA display, on which the melt can be watched real time, or the melt video will automatically be saved as an AVI file that can be reviewed later, either on the unit or via PC.
The SMP40 has an innovative split design concept, the unit can be used as normal or the control side and the melt side can be separated, allowing for the maximum in footprint flexibility.
The unit can store up to 200 result files with videos, if required data can be easily transferred from the unit to a flash memory drive or PC via one of the USB connectors.
All units are supplied with a calibration certificate showing individual serial numbers for traceability. The SMP40 conforms to Pharmacopeia and GLP.
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In some critical bolting applications, factors such as friction or bolt/joint geometry are such that the measurement of applied torque alone will not provide the degree of accuracy necessary to control the preload within the required limits. Likewise, many critical applications also demand that bolt preload be monitored over the service life of the fastener as part of a predictive or preventative maintenance program. In these applications, ultrasonic measurement of fastener elongation and/or load has frequently proven to be the most accurate, reliable and cost effective solution.
Ultrasonic measurement of bolt preload is made possible by introducing a sonic pulse at one end of the fastener and accurately measuring the time of flight (TOF) required for the echo to return from the opposite end; using material constants, the USM-II converts this TOF into an "ultrasonic length" of the fastener, providing a baseline from which future measurements will be made. When the fastener is tightened, the TOF increases and the USM-II will again utilize material constants to eliminate the effects of stress and temperature variations on sound velocity, providing an accurate elongation or load measurement.
The USM-II uses state of the art hardware and software to achieve these measurements with maximum automation, and minimizes the need for operator interpretation. Offering digital recordation and transmission of data, as well as calibrated analog signal output the USM-II provides a complete system for measurement, recordation, and control of fastener tension in the most demanding applications.
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SmartLX Consistency Transmitter
The simple and reliable design of the SmartLX Consistency Transmitter provides reliable consistency measurement in mechanical pulp processes without requiring routine maintenance. The SmartLX operates in the electromagnetic near-infrared range, using the ability of fibers to scatter and absorb light. This measurement principle has been developed specifically for mechanical pulp processes where the shear forces caused by fiber flow are too minute to be detected by shear force-based transmitters.
The SmartLX is not affected by flow rate variations and can, therefore, be installed in both laminary and turbulent flow. Its built-in compensation capability ensures that changes in the temperature of either the pulp or its electronic components do not interrupt or distort consistency measurement.
The SmartLX is suited for all pulps consisting of a single grade, or containing a fixed filler ratio, in a consistency range of 0.5% to 5% Cs. It is also good for measuring a variety of low consistency pulps (0.5% to 2% Cs) in SWG, TMP, PGW and CTMP plants, including pulps flowing to screens, exiting the latency removal chest, or rejected from the screen. Specific calibration curves for various pulps are stored in the SmartLX transmitter's memory, making calibration easy. In most cases, one-point calibration is adequate since the transmitter electronics handle the linear calculations.
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Stationary electronic tension sensor for measuring materials with differentdiameters.
Online Sensor for wire and textile industry.
Measuring range up to 50 daN.
- Easy installation
- Tension sensor with integrated measuring amplifier
- Various output signals
· analog
· digital (optional)
· current (optional)
- Many configurations are possible
- Easy calibration to customized material by operator
- Tension sensor with mechanical overload protection
- Wide variety of roller types can be specified
- Different guide rollers, ball-baering mounted
- Tension sensor with rugged aluminium housing
- Certificate of Compliance with the order 2.1 according EN 10204 is included
- Optionally available: Inspection Certificate 3.1 according EN 10204 with calibration report
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Trummeter for measuring belt tension and for control the strand force of V-belts, tooth belts, power belts or similar. The optimal life time of a belt is depending on the correct belt tension. The set point for belt tension is specified as natural frequency in Hz or strand force in N.
- Measuring principle: Frequency measurement by LED light, if the belt is stationary
- The readings can be displayed as frequency (Hz) or strand force (N or lbf)
- The belt tension meter RTM includes a display unit as well as 2 measuring probes:
· plug in probe for one-hand operation
· measuring probe with cable for limited access space
- For determinating the spring force in Newton, 2 parameters are needed. Thereby the following restrictions are obtained:
· free strand length 9.99 m
· belt mass up to 9.999 kg/m
- Measuring range 10 - 800 Hz
- Multilingual operator guidance and display (german, english, french, italian, spanisch, portugese, swedish, norwegian, danish, finnish)
- Manufacturer`s calibration report is included
- Easy and save operation
- Trummeter with rugged, handy plastic housing
- Microprocessor controlled belt tension meter
- Measurement with highest precision
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Universal mechanical tension meters for versatile applications in textile, fibre and wire industry.
- The analog display shows changing and fluctuating tensions fast and enables an optimal process adjustment
- The built-in material thickness compensator compensates different material diameters for a particular range
- Filament guide and roller shifting mechanism ensure easy acquisition of the running material
- Hand-held unit with built-in mounting holes permit fixed installation for continuous tension measurement
- Special finger support located on the rear side reduces the effort to move the outer roller assembly
- Custom-built configurations and special calibration are available
- Everything in operator’s view:
· the guide rollers
· the measured material
· the readings
- Ball-bearing mounted, V-grooved guide rollers
- Each instrument is individually calibrated for highest accuracy 41 mm Ø scale
- Tension meter with rugged aluminium housing
- Certificate of Compliance with the order 2.1 according EN 10204 is included
- Optionally available: Inspection Certificate 3.1 according EN 10204 with calibration report
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Electronic tension meter for applications in textile and wire industry.
Special convenient for users aquiring additional process data to save them for example for a QM-system ISO9000ff
Model DTMX offers additional features to model DTMB:
- data memory
- statistical analysis
- interface for data printer and PC connection
Applications in textile industry: e. g. 50 up to max. 50000 tex
Applications in wire industry: e. g. 0.08 up to 2.2 Ø mm copper wire
9 Tension ranges from 0.1 - 200 cN to 5 - 50 daN
- Microprocessor controlled tension meter for highest accuracy
- Measuring principle: double beam in bending with strain gauge
- Selectable update rates (0.5, 1, 2, or 4 seconds) to provide steady readings
when tensions fluctuate (electronic damping)
- Measuring frequency: 62 measurements/second
- Built-in mounting holes permit fixed installation for online use
- The display shows averaged values calculated during the
update interval t1 e. g. every second 1 x
- Saving MIN, MAX and PEAK values during a user-selected period. These values can be recalled at the display.
- Zero adjustment feature permits use of the tension meter in various measuring positions, maintaining highest accuracy
- Calibration to customer supplied material is available (up to two different material calibrations)
- Tension meter with built-in material thickness compensator improves accuracy for changing diameters (from tension range - 500 cN)
- Hand-held unit with built-in mounting holes permit fixed installation for online use
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A belt drive achieves its maximum lifetime when it is configured specifically to the application, the belt is perfectly tensioned and the pulleys are precisely aligned.
The TRUMMETER is an electronic measuring instrument that consists of a measuring probe and a microprocessor and is used for measuring the belt tension and checking the strand force of a belt drive.
The measurement result is displayed either in hertz, newtons or poundforce.
This measured value can be compared with the nominal value – specified by the belt drive manufacturer (as a natural frequency in Hz or a strand force in N). It is dependent on the characteristics of the drive.
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Measures the tension value in Hertz of all the accessory and timing belts.
- Optional : Diapabaz, catalog of values in Hertz
- Compact sensor, allowing easy access to the engine front side
- Can be used in a noisy environment
- No wear or maintenance
- Autotest of the measuring system integrated in device
- Multi trademarks
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Agilent LCR and resistance meters are useful in testing components and materials in a variety of research and design applications and in component manufacturing. LCR meters measure impedance (inductance, capacitance, and resistance) at spot frequencies. Resistance meters are optimized for high-resistance or low-resistance measurements.
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The B&K Precision Model 889B Synthesized In-Circuit LCR/ESR Meter with Component Tester is a high accuracy test instrument used for measuring inductors, capacitors and resistors with a basic accuracy of 0.1%. Also, with the built-in functions of DC/AC Voltage measurements and Diode/Audible Continuity checks, the Model 889B can not only help engineers and students to understand the characteristic of electronics components but also being an essential tool on any service bench.
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Measuring Instrument - LCR Precision Instruments ( LCR200) :
Key Features:
- Measurement Parameters : Z , Ls , Lp , Cs , Cp ,
DCR , ESR , D , Q , and (Theta)
- Test conditions : 100MHz , 120Hz , 1KHz , 10KHz , 100KHz , 200KHz ; 1Vrms , 250mVrms , 50mVrms , 1Vdc(DCR only)
- DMM Functionalities
- Dual LCD Display with LED backlit
- Open / Short calibration
- Remote binning capability
- Auto range / range hold selection
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Product ID: LCR-612
20000 Counts Hand Held LCR Meter Dual Display Auto-Ranging ( LCR-612 )
20000 Counts LCR Meter
Dual Display Auto-Ranging
MODEL: LCR-612
Outstanding Features:
1.Basic accuracy:
0.5% for Resistance
0.7% for Inductance, Capacitance
2.Dual Displays provide quick tested results readouts, with L.C.R. Display values up to 19999 counts and Q.D.R. display values up to 9999 counts
3.Excellent resolutions:
Resistance up to 0.001Ù
Inductance Capacitance up to 0.1uH/0.1pF
4.Provided up to 4 testing parameters:
Ls+(Q,D,Rs), Lp+(Q,D,Rp)
Cs+(Q,D,Rs), Cp+(Q,D,Rp)
5. Auto-Power Off function:
To conserve battery life for longer use.
6.Fuse detection function:
To inform that the fuse is open or damaged.
7.External DC Adapter functions:
Use of a DC adapter can also serve to disable Auto Power Off function.
Dual Display LCR Meter LCR-612 Test Ranges: 120Hz and 1KH
LCR-612 SPECIFICATIONS
LCR-612 Display:
LCR—4 1/2 digits, maximum reading of 19999.
QDR—4 digits, maximum reading of 9999. (Auto range).
Parameter Measurement:
Ls+(Q,D,Rs), Lp+(Q,D,Rp)
Cs+(Q,D,Rs), Cp+(Q,D,Rp)
Overload: "OL" is display.
Test Frequency: 1KHz and 120Hz.
Range Mode: Auto and Manual.
Auto Power Off:
The meter key switch inactive for more than 5 minutes, press power key to resume operation.
Measurement rate: Approx. 1 time per second, nominal.
Power Requirement: (1). Single standard 9-volt battery.
(NEDA 1604, IEC 6F22 006P) ;(2). External DC Adapter 12Vmim to 15Vmax / 50mA.(optional)
Overload Protection: 0.1A/250V fast below fuse.
Dimensions:192mm(H) x 91mm(W) x 52.5mm(D).
Weight: 365g. (including accessories)
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The LCR Meter measure passive components with as little as 0.05 % error. These easy-to-use instruments are quick to setup, adjust and calibrate. The SR715 and SR720 are ideal for applications such as incoming inspection, quality control, automated test, and general benchtop use.
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High-speed LCR meter with up to 120MHz sampling
High Speed Testing of Chip Inductors and Magnetic Heads in Research and Development
Broad Frequency Measurement Range ( 100 kHz to 120 MHz )
High speed LCR testing (6ms/sample)
14 Parameter Types ( |Z|, |Y|, Θ, Rp, Rs(ESR), G, X, B, Lp, Ls, Cp, Cs, D (tan δ) and Q )
Detachable Head Amp
Load Compensation Function
BIN ( Classification ) Measurement
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1. 320x240 dot-matrix display
2. Test frequency range : 20Hz - 1 MHz
3. Measurement parameter |Z|, Rs, Rp,Xs, Rdc|, |Y|, Gp,
Bp, Ls, Lp, Cs, Cp, D, Q , Theta
4. Basic Accuracy ± 0.1%
5. Measurement Time : 30 mS ( Fast )
6. Bin Function : 8 bins (expandable to 15 bins)
7. Comparator function: Primary / Secondary
8. Memory : 256 instrument setups
9. External Memory interface (Option)
10. Interface : Handler,( Option : GPIB, RS232 ,Printer )
11. Deviation Zero : Open / Short
12. DC Bias (Option)
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- LCD Display 128 x 64
- File Management ( Flash Memory Card)
- Test Point Range : 64-2048
- Test Voltage : 50-1500VDC (RT-9651 H / CH )
- Insulation Test : 500K-1000MOhm(RT- 9651H/ CH)
- 4-Wire Rsistance Test : Yes
- Components Test : Resistor,Diode,Capacitor(Option)
- Resistor Measurement : 0.1Ohm-20MOhm
- Capacitor Measurement : 100pF-1000uF
- High Quality Relay
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7200 Capacitance Meter
The Model 7200 offers fast and accurate characterization of active and passive components at 1 MHz. The <50 µs risetime of the analog outputs makes this unit ideal for DLTS measurements.
• Ultra stable and repeatable measurements
• Programmable, internal 100 VDC bias
• 0.01 picofarad resolution
• High-speed, high-resolution analog outputs
• Selectable test levels
• Calibration stored in nonvolatile memory
• GPIB and HPGL
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