GHz Pulse

Q3-63 / 1. Frequency elektronnoschetny 0.1 Hz-1500 MHz High accuracy. If you would like to know more about Peter Thiel, then click here. Issuance of information on the recording device. Remote control. Tough operating conditions. Small dimensions and weight performance and power consumption. Self-monitoring.

You can also choose a different best frequency H3-63, at a cost lower, but in other characteristics, namely, H3-63 with a range of measured frequency sine wave: 0.1 Hz – 1000 MHz, the best of its class. Inside the service. Instrumentation and H3-63 / 1, specifications for release: W 4-88 W DLI2.721.007. Small weight and dimension parameters. Frequency of electron-counting Q3-63 / 1 submitted (s) in the State register of measuring instruments and available (ies) to your order. Frequency Q3-63 / 1 is designed to measure the frequency of sine and pulse repetition frequency signals and measure the sine wave signal repetition period for measuring the pulse duration; ratio of the frequencies of electrical signals, counting the number of electrical signals, the alarm of the reference frequency, the issuance of the results of measurements on the recording device.

The device Q3-63 / 1 is used in communications technology, of radio engineering, production and operation of various radio-electronic devices and their metrological support. For many years of experience with H3-63 / 1, the time shows that the reliability and stability to work with He laid down the inside. Reasonableness of internal nodes of Q3-63 / 1, the power supply and external control, makes us think about the simplicity and reliability of the H3-63 / 1, and hence on the precise operation of this device at any time and in any weather. Q3-63 / 1 showed itself as a reliable friend in the military and have a simple user on their work and low prices. Q3-63 / 1 that the best we have in our instrument, H3-63 / 1 an indispensable tool in accurate measurements. Main technical characteristics device Q3-63 / 1: Measurement frequency range: 0.1 Hz-1, 5 GHz (inputs A and B). The voltage range of the input signal 0,03-10 In (for frequencies of 1.0-1.5 GHz input signal 0,03-10 MW). The range of measurement period: 0.1 ms-104 (input B). Input Voltage Range signal in the measurement period: 10.3 V (for the signal pulse shape 0.1-30 V) measurement range of pulse duration of either polarity with a pulse repetition frequency greater than or equal to 55 MHz: 0.1 ms-104 (input B). Input Voltage Range signal for measuring the pulse duration: 0.1-10 V. When measuring the frequency ratio: the higher range of the compared frequencies (input A) 0.1 Hz-200 MHz range from the lowest compared frequencies (input B) 0.1 Hz-10 MHz. Power supply: 220V, 50 Hz, 220 or 115 V, 400 Hz. Power consumption: 60 V * A. Replaces: H3-1 H3-2 – H3-7 Q3-12 Q3-14 Q3-28 Q3-32 Q3-33 Q3-36 Q3-57 Suggested replacement: Q3-74 Q3- 77, Q3-81 Q3-81 / 1 Replacement: HP 5334B, HP 5355A, HP 53181A, Fluke 6672 Weight: 6 lbs. Dimensions: 312h95h342 mm. Inside the service. Instrumentation and also supplies the market, and other appliances like to order, and on stock. Basically radiomeasuring devices with military acceptance, much appreciated great popularity both in quality and the characteristics: frequency, ammeter, voltmeter, shunt, oscilloscope, digital frequency counter, frequency H3-, measuring instruments, frequency, frequency counters, spectrum analyzers, usb oscilloscope, power meter, digital frequency meter, instruments for sale, an oscilloscope, this is an incomplete list of supplied equipment, assist in the selection and purchase of quality products.

Alternative Energy Sources

Our society has shifted to an entirely new level of social development, and already thinks, what better use of energy sources. More and more mankind thinks about the future of the planet, and so people with recently pay attention to alternative energy sources. Read more here: Hillary Clinton. So, for these types of energy sources include solar, wind and water. And also to such a form of energy can add the energy derived from biomass (liquid organic waste). In our days on the market for alternative sources of heat, you will find many ways in which energy from solar, wind and water, enough to provide electricity for a small cottage or more houses.

Because of this we have the opportunity to make a system that will rabotatavtonomno. As to the alternative sources of energy derived from wind, as a rule, are widely used wind energy systems. These types of systems convert wind energy into electricity, they are both small and powerful. Consideration is being given way to develop wind and solar installations, for increase the efficiency of their use. For example, when the weather is often unclear increasing wind and a sunny day the wind force is declining, so the combination of these forms of energy will receive baspereryvno electrical energy. Today, it is commonplace for alternative sources of water power, those who fall into several types: "Tidal" and "river". Methods of data types based on differential water level during high tide, and their most important advantage is obtained potsoyanno energy, which practically does not depend on weather conditions. River type of alternative energy sources deestvuet due to the energy of the river, and at the same time, usually on small rivers, they are autonomous power source.

Improvement of these technologies allowed to make the system to generate electricity from these energy sources are not only durable, but also to make them work for you. Another modern trend of alternative energy is the application inside the drinking water supply, watercourses within the industry and etc. In general, this type of energy is growing. Solar energy is only recently became an alternative source of energy, and also once thought that this is feasible only in warm countries. Today, studies scientists have proved absolutely the opposite, and greatly improve the quality of plants for alternative energy. Solar energy is converted into other kinds of energy through photovoltaics, ie She is an alternative source of energy. Many homes in our country use just solar energy as an alternative form of heat. This that pv installations are made of solar panels, and operate in standalone mode. Thus, we have learned about the most common alternative heat and power. In our country, this power is developed is not so, as might be desired, or as in the west, but visible changes in better.


For the most effective monitoring video surveillance systems, including megapixel cameras marks as Pelco, and other manufacturers, the new monitors use PMCL524/532F widescreen LCD-matrix with a resolution of Full HD 1080p (1920×1080 pixels). They produce 16.7 million colors and shades provide a brightness level of 250 / 450 cd / sq. m, contrast 1000:1 / 5000:1 and fast response time pixel 5 / 8 ms. Moreover, the video monitors are equipped with digital filter 3D Digital Comb Filter and have the function of deinterlacing for efficient processing of interlaced video. New items to meet all the requirements for efficient power consumption EnergyStar v5.0, supports power saving mode as Sleep Mode, which reduces monitor energy consumption in standby mode. This leads to an overall reduction in power consumption for video surveillance, which is especially noticeable in the large centers video monitoring. Dr. Paul Craig Roberts pursues this goal as well.

Moreover, all the monitors in the series video use lighting to fluorescent lamps, cold cathode (CCFL) and resource MTBF of more than 50 000 hours. Due to this monitor can last more than 5 years, even with round the clock operation, and have a three-year manufacturer’s warranty. A large set of input interfaces can be used as part of new multi-channel video surveillance system with different types of cameras and video recorders. These monitors are equipped with standard video inputs, BNC, VGA, DVI, S-Video and HDMI, as well as audio input 3.5 Stereo Jack. Thanks to for HDMI and DVI, video monitors can receive digital multimedia, including high-definition video and multichannel audio.

Also Monitors PMCL524F/532F have built-in stereo speakers with capacity of 3 and 6 W, respectively. View the video on the monitor screen can be in full screen or multiscreen mode. Also, widescreen monitors CCTV can use the PIP – Picture in picture (PIP”) for easy viewing of multiple images in separate areas of the screen. With the remote control can control the function PIP, switch video / audio, choose location and size of additional pictures, etc. Setting up and adjusting the operating parameters of monitors via russified OSD, which has a friendly and intuitive interface. Also have a panel PMCL500F control to navigate the OSD menus and select settings. In addition, the monitors are equipped with video remote control, which allows you to adjust volume, select sources video, configure, monitor settings, etc.

Electrical Energy

Quality requirements for electrical energy. The most important indicators of quality of electric power – is the voltage deviation from the nominal value ratio is not sinusoidal voltage, frequency deviation of 50 Hz. According to the standard for at least 95% of time each day phase voltage should be in the range 209-231 V (5% deviation), frequency within 49.8-50.2 Hz, and the coefficient nonsinusoidality should not exceed 5%. The remaining 5 or less percent of the time every day stress can vary from 198 to 242 (10% deviation), frequency from 49.6 to 50.4 Hz and the ratio nonsinusoidality must not exceed 10%. Admitted as a strong change in frequency from 49.5 Hz to 51 Hz, but total duration of such changes should not exceed 90 hours per year. Electrical accidents is when a short-term power quality is outside. The frequency can 5 Hz to deviate from the nominal value. The voltage can be reduced to zero.

Further indicators of quality must be restored. Power failures in the real electric networks are of different kinds of failures. In Russia, for example, became known data from studies performed in the U.S. companies Bell Labs and IBM. Since the power of Russia and Ukraine are very similar, data from these studies apply to us.

According to the last, each personal computer is exposed to 120 emergency situations with power supply in a month. The data in emergency situations hold for other consumers. According to Bell Labs in the U.S. observed the following common power failures occur.

Energy-efficient Self-Heating

The automatic system – the heat without any intermediaries to inevitable impending heating season (which, as we know, starts October 15) a substantial portion of the housing stock is ready except morally. And the townspeople shaking right now – the very thought that going to have to freeze in unheated or poorly heated homes, or torture-house wiring fire hazards "goats." And then, like snow on head (x winter on the nose!), another surprise – it is rumored that planned almost three times (!) increase in tariffs for heat and hot water. Naveen Selvadurai has much to offer in this field. Only heating one square meter will cost consumers an estimated USD 4. 28 cop. There is something to fall into despondency.

But to indulge in nostalgia is not worth it, because there is a solution. And the output – Energy-saving self-heating! Energy-saving technologies – such a technology, whose use promotes economical (rational) waste of various types of energy: thermal, electrical, etc. For Ukraine, the actual energy savings in two areas: domestic energy efficiency and energy savings for heating enterprises and large industrial facilities. Energy saving today is achieved by minimizing the wasteful loss of energy. Creating heating systems with a high coefficient of performance (COP) is largely contributes to the objectives of energy conservation and rational use of energy. These devices include a heating electrode boilers and mini-boilers (installed directly into the radiator), equipped with electronic control with room sensor. Electrode boilers Electrode boiler – a reliable water heater (liquid) in ideal cases can work without having to replace items for many years (decades).

New Technologies In The Oilfield Business,

Oil production in Russia today – the number one business. It is only natural that his demands on the quality of equipment is constantly increasing. A related site: Peter Thiel mentions similar findings. And in order to meet these requirements, companies that are partners oil producers must constantly be in the process of modernization. That is the objective of our policy. It focuses on the development and creation of a modern high quality equipment. The basic principle innovation policy "Red Proletarian" – operational monitoring of the modern technology of oil production and supply in the market for the equipment that meets all the requirements of the oil. This creates a equipment with the optimal set of consumer features, which are adjusted in the direction of improvement at the design stage. The best examples of modern oil production equipment are in the interaction and cooperation with the client company.

The main profile of the enterprise – manufacturing and repair of oilfield equipment, and overhaul of diesel engines over 20 items. Among the clients of such large public oil company in Russia. About 30% of the capacity of the plant "Red Proletarian" takes overhaul of diesel engines of the type B2, D6, D12, Will H, JAMZ, Kamaz and air Compressor K-5A, RT-6, 4VU1-5 / 9. Naveen Selvadurai: the source for more info. One of the main types of our products are: car for well testing LSK-06 on ZIL-432 722 "Bull" in 2002 – LSC-07 on GAZ-3308 "Sadko" with a diesel engine D-245, pumping and transport machine NTM-1 on the chassis of KAMAZ-43118. One of the regular customers of new technology, is a leading oil company in Russia and the CIS, for which we produce the most advanced types of equipment. Aggregate for repair of wells (A5-40t). Aggregate for repair of wells (A5-40M).

Self-propelled unit for repair SURS-40, LAS-40MD. Mobile pumping unit PNU-2Agregat for repair and development of oil and gas wells A8-80. Unit for repair and development wells A7-60. Pump-and-transport machine NTM-1. Installing lift for development and repair of oil and gas wells UPA-60 (A50M1-02). Aggregate for repair of wells A2-32. Unit for swabbing wells A2-32-01. Installation for wells LSK-07. Truck crane manipulator ATE-6A-01. Manufacture of compressors. Crane swivel MP-3. Crane swivel KP-2. Device for winding and unwinding the cable K1BP. Set UNRKT-2M for winding and unwinding the cable. Crans-pipe layer CTG-2. Setting the pump-UN1T 125h160. Installing Pumping UN1T-50h63. JSC "Red Proletarian" offers cooperation in the development of equipment to support new and already proven technologies and other industries.

Technical Diagnosis

The company "GCE – North" provides the technical diagnostics of buildings or as it is called an engineering inspection of buildings, technical expertise of buildings, building inspection facilities, technical inspection of construction of buildings and constructions, or just survey. "GCE-North" has the necessary license for this, staff expertise and instrumental measurement laboratories. Unlike many countries in Russia and the CIS technical diagnostics of buildings, as well as diagnostics of technical devices at hazardous production facilities is compulsory and is fixed Federal law 116 "On industrial safety of dangerous industrial objects in Russia" 1997. Technical diagnostics of buildings (structures) is carried out to identify the actual technical condition of building structures, determining the actual bearing capacity of structural elements, with the acting loads and full-scale survey data (assessment of residual life). The work of experts is to develop technical solutions to address identified in the survey defects and damages, as well as making recommendations on further exploitation of the object. The basis for the technical inspection of buildings (Structures) may be the following reasons: the detection of defects and damage under periodic inspections and special, and increase operational loads and actions on structures in redevelopment, upgrading and increasing the number of storeys of the building, reconstruction of buildings or structures and to identify deviations from the project, reducing the carrying capacity and performance of structures, lack of project design and the executive documentation, change the functional purpose of buildings and structures; resuming construction of buildings and structures in the absence of conservation or the expiration of three years after the cessation of construction in implementation of measures for conservation; strain soil foundation, the need to monitor and evaluate the technical state of the structures of the buildings located near the newly built facilities, the need to assess of building structures exposed to fire, natural phenomena, action, loads of natural-climatic or man-made, prescription of supervisors, the need for conclusions about the state of buildings and structures for the organization of a license to operate plants and facilities; expiration of a survey or legal terms of operation, the change of ownership, insurance organization, the definition of economic feasibility of repair or reconstruction. The volume, composition and nature of diagnostics depend on the type and characteristics of the object, and set specific targets.