Frequency Meter Dealers

FQ72 & FQ96 frequency meters measure frequency in the range of 45 to 65Hz with the help of thin steel strips called reeds placed in a row on a steel plate. The meter is housed in UL 94 V-0 approved polycarbonate case and can be mounted in Mosaic mounting (cascading).

Models : FDM3AS FDM72 x 1444SA, FDM5S FDM72 x 1444SB, RPM3AS, RPM963AS, FDM963AS, FDM965S, FDM1444SA, FDM1444SB Ordering Information Model, Input Frequency Range, RPM Range (for RPM Meter0, Input Voltage, Auxiliary Supply, Accuracy Class, Digits and Display Digit Height

We are engaged in manufacturing and supplying a designer range of Frequency Meters, which are precisely engineered by our expert engineers. We develop these Frequency Meters from high grade raw materials sourced from our certified vendors. With the availability in various technical specifications these Frequency Meters are available in various measurements. Our products are widely used in various industrial and electrical purposes.

DESCRIPTION:- It is used to measure the applied frequency. Vibrating Reed Frequency meters indicate the supply frequency by means of individual reeds, when rated voltage ± 20% is applied across the terminals of the meter, the particular reed, whose natural frequency of vibration coincides with the supply frequency, vibrates with full amplitude In case the supply frequency falls midway between two reeds both the reeds vibrate, at reduced amplitude. The amplitude of vibration at the tip of reeds is high enough for a distinct indication. The instrument can be operated at 110V, 220V, or 440V. Terminal screws with washers are provided for the selected operating voltage & remaining two terminals are covered with insulated caps. In case of RFD96 and RFD144 instruments, two sets of reeds with the same scale range can be offered, giving two independent meters in one casing. This facilitates in comparing the frequency of two voltage supplies for paralleling operation FEATURES:- No vibrating parts. No aging effect. Faster response. Lighter in weight. Low power consumption No effect of external vibration Visible in dark & from distance.

Frequency meter, The use of latest technology has also made the frequency meters an ideal match to the international standards in terms of quality and efficiency. In addition to this, the buyers are also facilitated with the availability of the Digital Frequency Meters at affordable prices.

FEATURES   => State of Art Microcontroller Based Design.=> Super Bright Red LED Display for Clear long distance day light viewing=> Three Digit Read out with 0.01 Resolution=> Built in Transducer OptionalA) With High / Low Frequency Cutoff=> Hysterisis, Delay & Set point site selectable through front Keypad

MFC - 4 is a new generation of digital panel meters, utilizing the latest microcontroller technology. It computers frequency by very precise cycle width time measurements, also it has an elaborate noise discrimination algorithm. The instrument can be connected by an optional RS-485 (MODBUS - RTU) output. Thus it can be used as a component of a data system. MFC- 4 is precision instrument finding applications in Power Houses, Labs, Test Benches etc. The Instrument uses very high professional grade components offering unsurpassed reliability.

4 in 1 display Rescaleable facility for Volt, Amps, Frequency High, Accuracy and Stability Small, Compact in size Microcontroller based design "MECO-G" has introduced a unique 4-in-1 meter for the first time. It has simultaneous measurements of Volt, Current, Frequency and Power Factor (Single Phase and three phase balanced load). This reduces the cost of using 4 separated meters and saves space on the panel. Wiring of cables is also reduced thus effecting tremendous saving in cost.

Wavelengths And Frequencies With A Quincke Tube Multimeter For Testing Lab   NAUGRALABS LABORATORY PRODUCT NAME: WAVELENGTHS AND FREQUENCIES WITH A QUINCKE TUBE MULTIMETER FOR TESTING LAB NaugraLabs Laboratory Product Code: NLE-Export-047003 Description and Specification for Lab Tenders Wavelengths And Frequencies With A Quincke Tube Multimeter.  Principle: When a sound wave of a particular frequency is divided into two coherent components (like, for example, light waves in an interferometer experiment), and if the path of one of the component waves is altered, it is possible to calculate the wavelength of the sound wave and its frequency from the interference phenomena recorded with a microphone.   Tasks: Record the extension of a Quincke tube for given frequencies in the range 2000 Hz to 6000 Hz. Calculate the frequencies from the wavelengths determined and compare them with the given   What you can learn about: Transverse and longitudinal waves Wavelength Amplitude Frequency Phase shift Interference Velocity of sound in air Loudness Weber-Fechner law civil lab equipments manufacturers  Acoustic Testing Lab equipment manufacturers,exporters and Acoustic Testing Lab suppliers

As a known name, we ensure safe and timely delivery of the orders at any desired Pune(India). We keep a stern quality check on the various stages of designing and manufacturing or be it sourcing of raw material as well. We make certain that the materials used are of high quality and standard.