Radiation Measuring Instruments

Irradiance Measuring Instrument, Model 22 Bili-Meter with Type B-22 SensorBattery-operated radiometer measures irradiance (blue spectrum) of all overhead phototherapy lamps (e.g., fluorescent, quartz-halogen, incandescent) in w/cm /nm. Large, easy-to-read digital display. Memory feature retains last reading. Factory-certified to NIST standards. Includes B-22 sensor and battery. Catalog No. 53822Use the Type B-22 sensor with Olympic Bili-Lites or the Olympic Bili-Bassinet. Irradiance Measuring Instrument, Model 22 Bili-Meter with Type F-22 Sensor Radiometer measures irradiance of all fiberoptic type phototherapy pads. Large, easy-to-read digital display. Memory feature retains last reading. Factory certified to NIST standards. Includes F-22 sensor. Catalog No. 53825Use the Type F-22 sensor with the Olympic Bili-Lite Pad. Sensors Both Type B-22 and Type F-22 sensors can be used interchangeably with Model 22 Bili-Meter digital readout units; however, each sensor should only be used to measure the specific type of light source described above. Sensors may be ordered separately. Type B-22 Sensor (only) Catalog No. 53860Type F-22 Sensor (only) Catalog No. 53865

Product Details: Brand ASI Application Laboratory Size Standard We are a reputed name in the industry, devoted towards offering the best quality array of Leslie Cube.

Solar Radiation Measurement is a specialized environmental monitoring service used to measure the intensity and availability of solar energy received at a specific location. This testing helps assess solar irradiance levels for solar power plants, rooftop solar systems, environmental studies, agricultural applications, meteorological assessments, and renewable energy projects. The measurement is conducted using advanced instruments such as Pyranometers, Solar Radiation Sensors, and Weather Monitoring Systems to determine the amount of solar energy reaching the earth s surface. The data is useful for solar feasibility studies, energy yield estimation, climate research, and performance monitoring of photovoltaic (PV) systems. Solar Radiation Measurement Solar Radiation Monitoring Service Solar Irradiance Testing Solar Energy Measurement Pyranometer Testing Service Solar Site Assessment Solar Feasibility Testing Environmental Monitoring Services Renewable Energy Testing Solar Power Plant Monitoring Weather Monitoring Services Solar Data Collection Service

Automatic Threshold Detection Automatically detect the start and stop of radiation exposure, allowing sequential measurements without resetting the electrometer. Low Noise, Repeatable Measurements Exceptional 0.001 pA to 500.00 nA range, 0.01 pC to 999,999 nC range. 0.1% repeatability and exceptionally low leakage of less than 1 fA. Digital filter eliminates nearly all the effects of noise, resulting in stable, exact measurements. Powerful Data Management MAX COMM software allows for comprehensive control of dose and dose-rate measurements, chamber detectors, remote operations and data logging. MAX 4000 Electrometer REF Number90015Height7 cm (2.75 in)Width22.2 cm (8.24 in)Length23 cm (9 in)Weight1.4 kg (3.0 lbs)Three ModesRATE: Low Range 0.001 pA 1000.00 pA, 1 fA resolution High Range 0.001 nA 500.00 nA, 1 pA resolution CHARGE: Low Range 0.01 pC 999,999 nC, 10 fC resolution High Range 0.01 nC 999,999 nC, 10 pC resolution COMBINED: Accumulated charge and the current readings are displayed simultaneouslyCharge CollectionsTRIGGER: Automatic start, stop, and reset based on user defined thresholds (Start: 0.02 9.99 pA; Stop: 0.01 9.98 pA) TIMED: User set duration (Range: 0 600 sec; Increment: 15 sec; Resolution: 1 sec) CONTINUOUS: Unlimited duration with manual stopRange SwitchingUser selectable - High or LowRepeatability 0.1% (IEC 60731 requirement: 0.5%)Long-Term Stability0.5% (over one year)Stabilization Time 0.1% (IEC 60731 requirement: 0.5% of value at 1 hr for measurements taken at 15 min and 6 hrs)Response TimeNon-Linearity 0.25% (IEC 60731 requirement: 1.0%)ConformityCE 93/42/EEC Reference class according to IEC 60731Zero Drift 0.25% (IEC 60731 requirement: 0.5%)Zero Shift 0.25% (IEC 60731 requirement: 0.5%)DisplayBacklit LCD, 2 x 20 with 5/16" charactersInputBNC two lug, triaxial connectorBias VoltageNominal 450 volt bias 5 USER BIAS SETTINGS: -450, - 300, - 150, 0; 150, 300, 450 (VDC) ACCURACY: 0.3 voltZeroingAutomatic zero function, user activatedOutputIsolated RS-232; bidirectional 19,200 baud rate; 8 data bits; no parity; 1 stop bit; compatible with Argus QC4 softwarePower100-240 VAC, 0.5 A max, 50/60 Hz input to external power supply, 9 VDC, 1.7 A power supply output to electrometer input, UL/TUL listed power supply; internal battery: 8 hrs per chargeProduct StandardsCE 93/42/EEC

Gooch Housego, USA Gooch Housego is a manufacturer of precision optical components based upon a number of key enabling technologies. Precision OpticsOptical CoatingsAcousto OpticsRF ElectronicsElectro OpticsFibre OpticsSingle Crystal Growth Vektrex Vektrex is a world leader in the development, manufacturing and marketing of advanced power electronic solutions to support people who work with LEDs and laser diodes. Our power products integrate analog and digital circuitry resulting in very efficient power that is tightly regulated. Today, Vektrex offers a full line of innovative products and systems. Our products include SpikeSafe current sources that protect optoelectronic devices during testing, Thermal Modules that support in-situ and bench top Junction Temperature and Thermal Resistance measurements, Current Sensors that allow you to cost-effectively and accurately see current, Thermal platforms and advanced Thermal design expertise to support testing high power devices, High Power Current Sources enabling test to 566A, Intelligent Instrument Controllers that simplify RF switch matrix design, and Obsolescence-Mitigation Software that helps the defense industry migrate from obsolete test platforms to modern test systems

This equipment measures radiation emitted by mobile hand set

Scintillation Detector: Scintillation detectors are used in process monitoring systems. The SD series detectors include a scintillator, photomultiplier tube, mu-metal shield, dynode chain, and Lucite light pipe in a cylindrical enclosure. A light emitting diode (led) is located in the Lucite light pipe for automatic gain control. A temperature sensor located within the Lucite light pipe provides a temperature signal for temperature compensation. The detector housing is 2.5 in diameter x 7 inches long. The scintillation material is selected based on the type(s) of rad

Supplied over 150 Windows for applications like Reactor Building, Spent Fuel Handling Spent Fuel Reprocessing.

In order to meet the varied necessities of our clients, we are providing an extensive range of Radiation Monitoring Instruments. These products are manufactured at highly develop manufacturing unit using high grade material and advanced technology. This product is extensively used owing to top performance and longer life. Furthermore, we offer this product at industry leading prices. Features: Sturdy natureFine finishPrecise sizes

Leslie Cube

Solar Rediation Mesurement System

Optical Radiation Instrument

Telecom Radiation Cheaking Service

Radiation Detection Measuring Devices

Redesigned Interface: Enhanced design and display for easier setup and clear measurement outputs. Exceptional Sensitivity: Wide range from 0.001 pA to 500.00 nA with 0.1% repeatability and low leakage (<1 fA). Stable Measurements: Digital filtering eliminates noise, ensuring precise and repeatable results for all radiation therapy applications. Comprehensive Software: MAX COMM™ software enables dose control, chamber detector management, remote operations, and detailed data logging. Versatile Applications: Suitable for external beam radiation, diagnostic x-rays, mammography, and both low- and high-dose brachytherapy.

vSources emitting optical radiation are of paramount concern to hygienists, safety engineers, and public health officials, both from their beneficial effects and their potential as a hazard to health and safety.

Optical Radiation Hazard Measurement Systems

Model 505B from Red Phase Instruments is a portable admittance tester. It employs a unique method of injecting an audio frequency into secondary side to detect shorted CT turns/ fault in metering wire. It is easier for utilities to protect revenue of their CT metering installations by using Model 505B.

To furnish the diverse requirements of our clients in the best possible manner we are involved in offering an extensive range of Solar Radiation Apparatus.

Neighbours to sites with antennas for mobile telecommunication are often concerned about the level of electromagnetic radiation. These concerns sometimes lead to difficult and strained relations. Ramboll is in this sense typically ordered to verify the level of EMR and to elaborate the measurements into an easy readable and understandable report, which can be handed over to neighbours. Electromagnetic (E-field) and magnetic (H-field) measurements Since 2004 Ramboll has offered independent consultancy for EMR measurement, which is an increasing request from our customers. Ramboll can perform electromagnetic measurements with highly specialised equipment, which are certified, every second year. A very broad range of E-field frequencies are covered - radio, television, mobile, Wi-Fi, local networks and many others services. Ramboll also have equipment to perform measurement of H-field (magnetic) frequencies, which often is measured in industrial production connected to welding of plastic etc.Reports are elaborated with focus on clients need to learn about the issue without having any specialised knowledge about the subject. It is a difficult task to measure and report about electromagnetic radiation and Rambolls employees are specially trained to perform such tasks. Worried neighbours Ramboll is also in contact with worried neighbours to installations, where electromagnetic radiation is subject to discussion. All questions can be asked by the neighbours and an answer connected to actual measurements compared with recommended electromagnetic limits is often a very understandable way to handle the unrest due to the nearby installations. With the EMR report in hand, Ramboll can help neighbours to a site with technical information, which allows the neighbours and mobile operators to discuss and exchange views on a more advanced level. Meetings are often held in the homes of the concerned peoples or areas close to homes or working space. People in general are concerned about non-visible hazards and naturally ask questions, which only can be answered by experienced experts with knowledge concerning especially mobile radiation technology. Installations Roof with antennas need special attention to avoid situations, where ordinary visitors are exposed to radiation from panel antennas without knowledge of the situation. Ramboll can guide the owner of the building to avoid these situations. Ramboll have the knowledge and equipment to supervise and verify that critical limits are not exceeded. Let us help you Ramboll has been engaged in all disciplines and areas within analysis, design, construction and operation of telecommunication networks and infrastructure ever since the formation of the company in 1945. We were the first consultants on mobile networks from the infancy of mobile telephony in early 1980s, and know all about the various sites and how to measure radiation. This experience we will offer you. Please tell us about your needs, so we can help you with the best solution for your company. In other words, based on your specifications or needs, we are certain that our experience will be worthwhile for you.

Solar Radiation Measurement System

Beginning with the first Reuter Stokes gas-filled neutron detectors in 1956, GE has long been a global leader in radiation detection technologies. Providing expertise in multiple gamma and neutron detection technologies, our diverse product line addresses a wide variety of applications that include instrumentation for nuclear reactors, radiation detection for environment and homeland security, and flame detection for gas turbines.

GE offers the complete line of in-core and ex-core sensors for boiling water reactors (BWRs). We also offer all of the components and equipment necessary to support our systems and detectors. With more than 50 years of experience in designing, manufacturing, installing and monitoring BWR detectors, GE has emerged as the technological leader in this industry.

Radiation Instruments