Online Buying Store
Request for Quote Store
{{minicart.wishlist.length}} {{minicart.cartList.length}}
You have no items in your shopping cart.
You have 1 item in your shopping cart.
{{multiCartItemsStr.replace('[COUNT]', minicart.cartList.length)}}
{{cartItem.ProductName}}
  • {{itemVariant.VariantHasText ? (itemVariant.VariantName + ': ' + itemVariant.VariantText) : (itemVariant.VariantGroup + ': ' + itemVariant.VariantName)}}
Qty: {{cartItem.Quantity | number : 2}}

Item Qty
{{cartItem.ProductName}} {{cartItem.ProductName}}
SKU: {{cartItem.ProductSku}}
{{cartItem.Quantity | number : 2}}
  • {{itemVariant.VariantHasText ? (itemVariant.VariantName + ': ' + itemVariant.VariantText) : (itemVariant.VariantGroup + ': ' + itemVariant.VariantName)}}
You have no items in your shopping cart.
Image Item Qty
{{cartItem.ProductName}} {{cartItem.ProductName}}
SKU: {{cartItem.ProductSku}}
{{cartItem.Quantity | number : 2}}
  • {{itemVariant.VariantHasText ? (itemVariant.VariantName + ': ' + itemVariant.VariantText) : (itemVariant.VariantGroup + ': ' + itemVariant.VariantName)}}
You have no items in your shopping cart.
Description Created
{{savedCart.Description}} {{savedCart.CreateDate | date : 'yyyy-MM-dd h:mm a'}}
SKU Product Name Unit Cost Qty Line Total
{{cartItem.ProductSku}} {{cartItem.ProductName}} {{cartItem.UnitCost | currency : 'R' : 2}} {{cartItem.Quantity | number : 2}} {{cartItem.UnitCost * cartItem.Quantity | currency : 'R' : 2}}
  • {{itemVariant.VariantHasText ? (itemVariant.VariantName + ': ' + itemVariant.VariantText) : (itemVariant.VariantGroup + ': ' + itemVariant.VariantName)}}
You have no items in your saved shopping cart.
You have no items in your wishlist.
Status Order No. Order Date Ship To Order Total Pay Total Balance
Bill Me Later Open Ready To Ship Shipped Picked Up Cancelled Incomplete On Hold Back Ordered Returned {{order.Status}}
{{order.OrderID}} {{order.OrderDate | date : 'yyyy-MM-dd'}} {{order.ShipFirstName}} {{order.ShipLastName}}, {{order.ShipAddress1}} {{order.ShipAddress2}}, {{order.ShipCity}}, {{order.ShipState}} {{order.ShipZipcode}} {{order.GrandTotal | currency : 'R' : 2}} {{order.PayTotal | currency : 'R' : 2}} {{order.GrandTotal - order.PayTotal | currency : 'R' : 2}}
Logo

Comtest Store RFQ

Grid View List View Sorting: Normal Sorting: Price Low to High Sorting: Price High to Low Sorting: New Arrivals Sorting: Brand A-Z Sorting: Brand Z-A

96040A Low Phase Noise Reference Source

sku Product SKU:  FCL-96040A

The Fluke Calibration 96040A RF Reference Source enables you to simplify your RF calibration system by replacing many of the instruments and accessories that make up your current system. Its precision signal level and attenuation, high signal purity and precision low distortion modulation make this reference source superior to the general-purpose signal generators that are often used to calibrate spectrum analyzers, modulation meters, RF sensors, attenuators, and similar instruments. Its low phase noise provides superior phase noise performance.

Unlike many RF calibration solutions, the 96040A is designed specifically for RF calibration, with a calibration-oriented user interface that makes it easy to learn and use. The 96040A speeds up calibration procedures, reduces opportunities for operator errors, and greatly simplifies RF metrology. As the core of an RF and microwave calibration system, the 96040A covers the majority of test points required for calibrating spectrum analyzers of any frequency range.

Automated with MET/CAL® Plus Calibration Management Software, the 96040A reduces complexity and calibration times, dramatically improving efficiency and increasing capacity by 50 % or more over manual methods.

KEY BENEFITS

  • Covers a broad range of RF calibration workload
  • Reduces the number of instruments and interconnections required for your RF calibration system
  • “What you set is what you get” accurate signal delivery direct to the UUT input
  • Integrated 50 MHz frequency counter eliminates need for an additional instrument • Calibration-specific interface simplifies technician tasks
  • Simplifies uncertainty calculations by delivering known signals direct to the unit under test (UUT)
  • Lowers RF system maintenance costs
  • With automation, reduces spectrum analyzer calibration times by as much as 50% over manual methods

ZAR -1

5080/CAL Software

sku Product SKU:  FCL-5080A

ACCURATE, RELIABLE ANALOG METER CALIBRATION

The 5080A Multi-Product Calibrator calibrates your analog workload accurately and reliably, thanks to its high voltage and current compliance. With maximum burden up to 800 mA for ac/dc voltage, and voltage up to 50 V for ac/dc current, 5080A calibrators can drive a wide range of analog meters.

OPTIONS AND ACCESSORIES EXPAND WORKLOAD COVERAGE

Options and accessories enable you to use the 5080A Multi-Product Calibrator to calibrate an even broader workload, including:

  • Clamp meters. The 9100-200 10/50 turn coil and 5500A/COIL 50-turn current coil enables the 5080A to calibrate most popular clamp meters at currents up to 1000 A rms amps.
  • Oscilloscopes. Oscilloscope calibration to 200 MHz quickly, easily, and cost effectively. Verify dynamic response, bandwidth, timing, multiple triggering functions, and input resistance.
  • Megohm meters. This option sources high ohms, high voltage resistors up to 18 G ohms. It also measures high voltage outputs.

PROTECTIVE CIRCUITS PREVENT DAMAGE

Mains voltage inadvertently applied to a calibrator’s output terminals can cause extensive damage, requiring costly repairs. Electrical protection for calibrator outputs is vital for daily operation. The 5080A calibrator’s innovative protection circuitry prevents it from being damaged by reversed input voltage, so you can use it with confidence day after day.

HIGHEST VOLTAGE AND CURRENT COMPLIANCE

The 5080A has the highest voltage and current compliance of any calibrator in the Fluke Calibration multi-product and multifunction calibrator families, making it an ideal solution for calibrating analog meters and other instruments requiring higher drive capability for proper operation.

AUTOMATE THE 5080A MULTI-PRODUCT CALIBRATOR TO INCREASE EFFICIENCY AND THROUGHPUT

Versatile software applications enable automated calibration as well as paperless data collection and reporting

  • 5080/CAL. The 5080/CAL software is designed for calibrating analog and digital workload with the 5080A calibrator. It enables you to automate calibration, manage inventory, collect data and print reports, easily and economically.
  • MET/CAL® Lite for 5080A.MET/CAL Lite provides the power of MET/CAL Plus software in a lower cost version designed for use with 5080A calibrators.
  • MET/CAL® Plus. For the full spectrum of calibration automation and asset management, choose MET/CAL Plus software. Add Manual MET/CAL software for mechanical or dimensional workload where automation is not required.The solutions you need, from the leader in calibration

THE SOLUTIONS YOU NEED, FROM THE LEADER IN CALIBRATION

Fluke Calibration is a premium brand, well known around the world for its accurate, dependable, high quality products. Long known as a leader in dc and low frequency ac calibration, Fluke Calibration is also recognized for its offerings in temperature, pressure, power, process, and rf calibration. Fluke Calibration provides the calibrators, standards, software, service, support and training you need for a complete solution in your cal lab.

ZAR -1

IMG-5901

Fluke Calibration 5901 Triple Point of Water Cells

sku Product SKU:  FCAL-5901

Must-have, primary temperature standards

  • Easy-to-use, inexpensive standard with uncertainty better than ± 0.0001 °C
  • Four sizes and two shells (glass and quartz) to choose from
  • Isotopic composition of Vienna Standard Mean Ocean Water

The triple point of water (TPW) is not only the most accurate and fundamental temperature standard available, it’s also one of the least expensive and simplest to use.

Water cells are essential!

Triple point of water cells fill four critical purposes. First, they provide the most reliable way to identify unacceptable thermometer drift between calibrations—including immediately after a calibration if the thermometer has been shipped. Interim checks are critical for maintaining confidence in thermometer readings between calibrations. Second, they provide a critical calibration point with unequaled uncertainties.

Third, for users who characterize probes using ratios (that is, they use the ratios of the resistances at various ITS-90 fixed points to the resistance of the thermometer at the triple point of water, indicated by “W"), interim checks at the triple point of water allow for quick and easy updates to the characterizations of critical thermometer standards, which can be used to extend calibration intervals.

And lastly, the triple point of water is where the practical temperature scale (ITS-90) and the thermodynamic temperature scale meet, since the triple point of water is assigned the value 273.16 K (0.01 °C) by the ITS-90 and the Kelvin is defined as 1/273.16 of the thermodynamic temperature of the triple point of water.

Good triple point of water cells contain only pure water and pure water vapor. (There is almost no residual air left in them.) When a portion of the water is frozen correctly and water coexists within the cell in its three phases, the “triple point of water" is realized. Fluke Calibration water cells achieve this temperature with expanded uncertainties of less than 0.0001 °C and reproducibilities within 0.00002 °C.

In simple terms, water cells are made from just glass and water, but there’s much more to it than that!

For starters, that’s not just any water in there.

ZAR -1

5430 Standard AC/DC Resistors

sku Product SKU:  FCL-5430

Six resistors in Fluke Calibration's Model 5430 series cover resistance values from 1 ohm to 10,000 ohms. Each one has an actual resistance within 10 ppm of its nominal value and holds its resistance within 2 ppm per year.

Each resistor comes with a Tinsley certificate on AC performance, traceable to NPL, including calibration uncertainty of 3 ppm. Additionally, Fluke Calibration can provide an optional DC certificate, traceable to NIST and NVLAP accredited, with uncertainty below 1 ppm.

Designed originally by a national lab, Tinsley resistors are bifilar wound to minimize reactance and are filled with oil to minimize both time- and temperature-caused instabilities. AC/DC transfer error at 90 Hz is only 0.1 ppm.

For maintaining your oil resistors, Fluke Calibration provides baths that range from 25- to 155-liter capacity with enough inside shelf space to maintain all your standard resistors. Each of these baths maintains your resistors within 1 mK in the short term (30–60 minutes) and within 5 mK for months at a time.

In our lab, we use both AC and DC bridges in addition to Super-Thermometers. We calibrate SPRTs in fixed points, and we calibrate reference resistors. We use standard resistors every day, and we understand the value of being able to rely on resistors that won’t drift. Tinsley makes the best AC/DC resistors around, and Fluke Calibration makes the best maintenance baths. Ask people who know. Then don’t compromise.

 

ZAR -1

PGC-10000-AF Pneumatic Gauge Calibrator

sku Product SKU:  FCL-PGC-10000

PGC-10000-AF Pneumatic Gauge Calibrator is a special pressure gauge calibrator made up of Fluke Calibration's GPC1 Gas Pressure Controller and RPM4 A70M/A20M Reference Pressure Monitor (see the GPC1 and RPM4 brochures for details). The PGC-10000-AF is a pressure gauge calibrator that is designed to optimize the testing and calibration of analog and digital pressure gauges with ranges from less than 500 psi (3.5 MPa) to 10,000 psi (70 MPa). This special pressure gauge calibration configuration was selected by the United States Air Force as the next generation high pressure pneumatic gauge calibration system for deployment in its Precision Measurement Equipment Laboratories (PMELs) throughout the world.

With GPC1 and associated GB-152 Gas Booster, the pressure gauge calibration operator effortlessly generates and adjusts pressure to set the device under test to its cardinal point. The RPM4 then precisely measures the actual pressure applied.

Interactive RPM4 embedded software automatically sets up the pressure gauge calibration procedure based on entry of the DUT full scale and tolerance. It then steps the operator through the test, logging data and providing real time notification of in or out-of-tolerance conditions at each point. A foot pedal “ENTER switch allows the operator to trigger readings hands free.

  • Calibrate any range device in gas from less than 500 to 10,000 psi (70 MPa) FS with one compact, integrated system
  • Effortless operation; no pumping, no weight lifting
  • Includes gas booster to boost a bottled air supply as low as 400 psi (2.75 MPa) to 10,000 psi (70 MPa)
  • Easily set pressure to DUT cardinal point and read back actual pressure from the reference
  • On-board calibration routines with real time out-of-tolerance notification and data logging
  • Foot pedal “ENTER key for hands free sequence execution
  • Complete a typical high pressure gauge run in about 20 minutes (20 % ascending increments)
  • Supports 12 units of measure and custom units
  • Push button switching between gauge and absolute measurement modes
  • RS232 and IEEE-488 interfaces included; compatible with COMPASS® for Pressure software
  • Delivered with connectors and adaptors for NPT, AN4 and gland and collar DUTs
  • Includes molded, reusable transit case for shipping RPM4/HPMS transfer standard for recalibration

ZAR -1

molstic-S Mounting System

sku Product SKU:  FCL-molstic-S

A key benefit of its modular design is that molstic-S can be used for testing devices in either the upstream or downstream position. The optional, adjustable DUT stand (P/N 401934) accommodates large DUTs that do not fit on the molstic-S.

molstic-S is available in either 1/2 inch or 1/4 inch system plumbing sizes. The 1/4 inch size is dedicated to the molbloc-S elements designated 1E2-S and lower, and the 1/2 inch size is for the 2E2-S through 2E3-S elements. All molstic-S platforms come with integrated flow shut-off/metering valves. This allows for system leak testing and provides a means of flow control (if required by DUT type). Optional high resolution metering valve kits are available for use with the 1/4 inch molstic-S in order to obtain finer flow control capability.

MOLSTIC-S USAGE

Because molbloc-S operates in the critical flow regime, test devices that have flow control capability must be installed upstream of the molbloc-S in order to control flow.

Devices that are to be calibrated at atmospheric pressure are generally installed downstream of the molbloc-S. molstic-S is built modularly in order to provide this flexibility.

Inlet gas supply pressure regulation is vitally important in order to protect the molbox pressure transducers. Therefore, it is recommended that the molstic-S Supply Only molstic be used upstream of test devices that have flow control capability and that the pressure reducing regulator option be installed on the molstic-S when calibrating devices that operate at atmospheric pressure. An optional back pressure regulator can be installed on the molstic-S to provide control of an upstream DUTs downstream pressure.

molstic-S™ provides an engineered solution to the practical issues of mounting molbloc-S® mass flow elements, connecting a gas supply, regulating the operating pressure and connecting the device under test (DUT). A filter is included on the 1/4 inch molstic-S to protect the smaller molbloc-S elements from contamination. Highest quality components are integrated into a convenient, compact, modular assembly to assure optimum molbloc®/molbox™ performance.

The single channel molstic-S is designed to accommodate one molbloc-S element. The dual channel allows two molbloc-S elements to be simultaneously mounted, allowing use of two ranges without changing hardware during a test. In addition, the outlet of the two molbloc-S elements can be plumbed in parallel using the downstream tee assembly (P/N 401884) in order to obtain additional flow range capacity when using a two-channel molbox1+.

 

ZAR -1