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| The B&K Precision Model 889A Synthesized In-Circuit LCR/ESR Meter is a high accuracy test instrument used for measuring inductors, capacitors and resistors with a basic accuracy of 0.2%. Also, with the built-in functions of DC/AC Voltage measurements and Diode/Audible Continuity checks, the Model 889 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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| 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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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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- 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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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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Stop Time Measuring Instrument for safety measurements at power driven machines such as presses, shears and robots. The system is used to calculate the distance of the safety device. (2-hand control, light curtain ..)
Portable and solid equipment, built-in matrix printer
Free adjustable stop point
Standstill detection down to v < 1 mm/s
Measurement of maximum velocity
Measurement of velocity at stop point
ISO9000 calibration certificate
Traceability of measurement values
RS-232 interface for PC connection
Fast set-up time
Actuator to release no-touch safety equipment as option |
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The Stopping and Motion Analyser is designed to enable key Safety Critical machine parameters to be easily checked.
Smart has many valuable features for stopping time measurement:
- Calculates minimum allowed safety distance
- Easy to analyse stopping characteristics and movement
- Shows how the stop distance can be optimised
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Install these compact sensors anywhere for accurate point sensing and fast response. All Thermal-Tab modules use a thin-film RTD element. All Thermal-Ribbon models conform to EN60751 Class B tolerance when ordered with a PD platinum element.
- Fast response surface sensing in aerospace, medical and industrial devices
- Rugged lamination construction
- Polyimide, silicone rubber or Mylar™ insulation |
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| The Ni1000SOT is a nickel thin film resistance temperature detector (RTD) that is suitble for use in contact temperature sensing. The characteristics of the temperature sensor comply with DIN 43760. The Ni1000SOT is manufactured by PVD-depositon on a silicon substrate. The thin film structure is covered by a passivation layer for environmental protection and enhanced stability. The nickel elements are mounted on lead frames and encapsulated in SOT23 packages. This technology allows the production of miniature, low cost, high precision temperature sensors. The Ni1000SOT sensor is qualified for the most demanding automotive applications (including exposure to hot oil) and is suitable for many more applications in harsh environments. |
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Measurement Specialties offers high end temperature sensors through its recent acquisitions of BetaTHERM and YSI Temperature. Both companies specialize in negative temperature co-efficient (NTC) thermistors for precision temperature measurement in environments where there is a high cost of failure.
Thermistor-based temperature sensors exhibit a change in their electrical resistance in response to a change in ambient temperature conditions. They are highly-sensitive and have very reproducible resistance-versus-temperature properties. Thermistors can be further classified as either “Positive Temperature Co-efficient” (PTC thermistors) or “Negative Temperature Co-efficient” (NTC thermistors). Both PTC and NTC thermistors have distinct features and advantages that make them ideal for different end-use sensor applications. Whereas PTC thermistors demonstrate an increase in resistance when subjected to an increase in temperature, NTC thermistors demonstrate a decrease and are commonly used for more accurate temperature sensing. This accuracy makes them unique in their functionality in many applications compared to other temperature sensors/switches such as thermocouples or electromechanical thermostats, which they are steadily replacing.
NTC thermistors are available in a wide variety of configurations and protective coatings to suit almost any application. The particular features and advantages of NTC thermistors compared to other sensor types include:
Large temperature sensitivity and broad range of function
Available in many physical forms and not constrained by material types
Interchangeable devices eliminate need for individual sensor calibrations
Good electrical noise immunity
Easy to interface to electronic instrumentation
Can be customized to optimize thermal response requirements
NTC thermistors are the most versatile and cost-effective temperature sensors in terms of satisfying typical selection criteria and in their inherent advantages over other sensor types.
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The L Series offers a choice of precision thermistors that are designed for close tolerance resistance temperature curve tracking over standard temperature ranges. They can be used for any general temperature measurement, control or compensation application where interchangeability and low cost are major considerations. The L Series is available in two types A & B. The A type can be used in standard probe assemblies. The B Type is specifically designed for PCB assembly.The stop tabs allow the component to be located in the same position on the PCB.
Features
• Uniform construction for automated assembly
• Low cost
• Operating temperature range from -40°C to +125°C
• Available in tolerances of +/-1%, +/-3% & +/-5%
• Beta Value tolerance on all products is +/-1%
• RoHS Compliant
Applications
• Disposable medical products
• Automotive applications
• Home appliances
• Air conditioning systems
• Refrigeration control
• Temperature sensing, control and compensation |
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| The BetaTHERM Glass Series NTC Thermistors are the perfect choice for applications that require high stability and performance in harsh environmental conditions. The Glass A Series uses a hermetic glass encapsulation to allow improved resistance to humid environments. With an operating temperature range of -55°C to +250°C, these NTC Glass Sensors are suitable for elevated temperatures or applications where rapid thermal cycling are present. With resistance tolerances of +/-1%, +/-2%, +/-3% or +/-5%, these NTC glass thermistors are suitable for the most demanding requirements. |
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NTC Thermistor soldered to 30 Tinned Copper wire with Teflon Insulation. The unit is positioned in the PVC Medical (HY-VIN VH787) tubing using UV curing agent. The PVC tubing compiles with the requirements of BS2463.
Features
• The sensor is available with highly flexible cable wires designed for Medical use.
• PVC Tube is hermetically sealed to provide a high level of protection to the thermistor.
• Available with cables and connectors or other requirments per customer specification.
• PVC tube complies with BS2463.
• Tight tolerance available - +/- 0.05oC from 32oC to 44oC. |
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The rugged construction of the DO-35 package is ideally suited for applications which cover the temperature range from -40°C to +250°C with leads that are suitable for welding or soldering. The glass package hermetically seals to the metal leads which protects the thermistor element from extreme environmental conditions. The axial leads make this device a perfect choice for PC board mounting and the leads are plated giving a temperature rating to +250°C. The standard devices are specified as +/-1%, +/-3% and +/-5% at 25°C.
Features
• PC board mounting
• Hermetically sealed element. Glass metal package.
• Axial leads
• High temperature devices for applications to +250°C
• Time constant - 8 seconds in air
• Dissipation constant - 2.5mW/°C in air at 25°C
• RoHS Compliant
Applications
• Low cost probe assemblies
• High temperature printer ink sensors
• Consumer Electronics
• High temperature high-speed manufacturing
• Printed circuit board temperature sensing
• Air Conditioning |
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Hydrosteel 6000 is the ultimate portable monitoring tool for sour, HF and high temperature corrosion and diffusible hydrogen damage in steel.
The intrinsically safe instrument is totally non-intrusive and with minimal test surface preparation, and no consumables such as grease required, reliable measurements can be made within a minute.
Measurements can be taken from small pipes and large vessels, at any orientation and at any temperature up to 500 °C (932 °F), with a single probe. |
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The MICRO III, with its small dimensions of only 4,7 x 8,8 x 2,5 cm, is the ideal gas detector for personal protection. The single gas detector with ATEX certification weighs only 75 g. It detects reliably oxygen, hydrogen or many toxic gases like hydrogen sulphide, ammonia, ozone, carbon monoxide, etc. The current gas concentration is shown on a large display. With a loud alarm of 95 dB and a changing frequency the small single gas detector is audible even in noisy environments. Simultaneously, two bright and alternately flashing LEDs indicate a gas alarm. Three alarm levels and the battery alarm provide comprehensive protection.
With a permanent operation of 24 hours a day a single AA battery powers this instrument for up to 9 months. The long-life smart sensors allow the change to other gases without any problems, since the detector recognizes the new sensor type. A high-performance pump (as per ATEX) for gas sampling can be easily attached, ensuring to detect gas hazards in confined areas.
Gases to be detected: O2, H2S, CO, NO, NH3, HCN, HCl, SO2, H2, C2H4O, SiH4, PH3, COCl2, NO2, Cl2, O3, ClO2.
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