Our Products
Showing 1-24 of 82 products
Automatic Weather Station (Model No.: AWS-Eco)
“Virtual” make Automatic Weather Station is a fully computerized, digital and self contained power source system, fitted with Data Logger and battery charging solar panel with rechargeable, maintenance free batteries complete with sensors mounted on a tripod stand with sealed waterproof IP65 enclosure for Data Logger, Solar charger and battery.
Automatic Weather Station (Eco-Series):
* Data Logger, Solar panel & Mounting accessories
* Mounting Pole & Data Shuttle & Software
* Measure: Wind speed, Wind direction, Air Temperature & Relative Humidity, Rain fall, Dew Point Temperature, Barometric Pressure.
Automatic Weather Station (Model No.: AWS-Eco-GPRS)
“Virtual” make Automatic Weather Station is a fully computerized, digital and self contained power source system, fitted with Data Logger and battery charging solar panel with rechargeable, maintenance free batteries complete with sensors mounted on a tripod stand with sealed waterproof IP65 enclosure for Data Logger, Solar charger and battery.
Automatic Weather Station Telemetry (Eco-Series):
* Data Logger, Solar panel & Mounting accessories
* Mounting Pole & Data Shuttle & Software
* Measure: Wind speed, Wind direction, Air Temperature & Relative Humidity, Rain fall, Dew Point Temperature, Barometric Pressure.
Automatic Weather Station Basic (Model No.: AWS-VH-SS-D)
“Virtual” make Automatic Weather Station is a fully computerized, digital and self contained power source system, fitted with Data Logger and battery charging solar panel with rechargeable, maintenance free batteries complete with sensors mounted on a tripod stand with sealed waterproof IP65 enclosure for Data Logger, Solar charger and battery.
Automatic Weather Station (Scientific Series):
* Data Logger
* Solar panel & Mounting accessories
* Small Tripod & Data Shuttle & Software
* Measure: Date, Time, Battery Voltage, Wind speed, Wind direction, Air Temperature & Relative Humidity, Rain fall, Dew Point Temperature, Barometric Pressure.
Automatic Weather Station Solar (Model No.: AWS-VH-SS-D)
“Virtual” make Automatic Weather Station is a fully computerized, digital and self contained power source system, fitted with Data Logger and battery charging solar panel with rechargeable, maintenance free batteries complete with sensors mounted on a tripod stand with sealed waterproof IP65 enclosure for Data Logger, Solar charger and battery.
Automatic Weather Station (Scientific Series):
* Data Logger
* Solar panel & Mounting accessories
* Small Tripod & Data Shuttle & Software
* Measure: Date, Time, Battery Voltage, Wind speed, Wind direction, Air Temperature & Relative Humidity, Rain fall, Dew Point Temperature, Barometric Pressure, Solar radiation
Automatic Weather Station Agriculture (Model No.: AWS-VH-SS-D)
“Virtual” make Automatic Weather Station is a fully computerized, digital and self contained power source system, fitted with Data Logger and battery charging solar panel with rechargeable, maintenance free batteries complete with sensors mounted on a tripod stand with sealed waterproof IP65 enclosure for Data Logger, Solar charger and battery.
Automatic Weather Station (Scientific Series):
* Data Logger
* Solar panel & Mounting accessories
* Small Tripod & Data Shuttle & Software
* Measure: Date, Time, Battery Voltage, Wind speed, Wind direction, Air Temperature & Relative Humidity, Rain fall, Dew Point Temperature, Leaf wetness, Soil moisture, Soil
Temperature
Water Level Indicator (50m)
“Virtual Hydromet” make Water Level Sounder is a reliable instrument for measuring the water level and total depth in boreholes, wells, reservoirs etc. For the measurement the bob is lowered to the water level. When touching the level, a sensor effects the illumination of a signal lamp & an additional acoustic signal will be released by a buzzer.
Ground Water Level Recorder (Piezometer) Model Number: GWLR-VH-P-D-50-50
“Virtual” make Ground Water Level Recorder (Piezometer) is reflect state of the art in micro controller based instrumentation design. The Water Level sensor can be attached with this IP65 data logger for the collection of real time data automatically. The micro controller has its
internal memory along with, a real time clock with an LCD (16 X 2) to display the instrument status. Piezo-resistive silicon strain gauge, bounded to 316 SS diaphragm and integral cable contain a vent tube for Barometric pressure compensation. Comes with different ranges 10, 20, 50, 70, 100, 200, 300 meters. Data file is saved in Microsoft’s Excel. This instrument is used for ground / wells water level monitoring.
Ground Water Level Recorder (Piezometer) Model Number: GWLR-VH-P-D-50-100
“Virtual” make Ground Water Level Recorder (Piezometer) is reflect state of the art in micro controller based instrumentation design. The Water Level sensor can be attached with this IP65 data logger for the collection of real time data automatically. The micro controller has its
internal memory along with, a real time clock with an LCD (16 X 2) to display the instrument status. Piezo-resistive silicon strain gauge, bounded to 316 SS diaphragm and integral cable contain a vent tube for Barometric pressure compensation. Comes with different ranges 10, 20, 50, 70, 100, 200, 300 meters. Data file is saved in Microsoft’s Excel. This instrument is used for ground / wells water level monitoring.
Automatic Tide Gauge (Model Number: ATG-VH-D-05-10-20)
“Virtual” make Automatic Tide Gauge reflect state of the art in micro controller based instrumentation design. The Two Level sensor (One each Non-contact Radar Type and contact pressure type sensors) can be attached with this data logger for the collection of real time data automatically. The micro controller has its internal memory along with, a real time clock with an LCD (16 X 2) to display the instrument status. Data file is saved in Microsoft’s Excel.
River Staff Gauge (VH-RSG)
The staff gauge is used for a quick visual indication of the surface level in reservoirs, rivers, streams, irrigation channels, weirs and flumes, and wherever accuracy and readability are important. These environmentally rugged gauges are finished with a special lacquer to insure easy reading and resist rust or discoloration. They virtually never need replacement under normal conditions. Each gauge is accurately graduated and has grommeted holes for easy fastening to walls, piers, poles and other structures.
River Staff Gauge (VH-RSG-A)
The staff gauge is used for a quick visual indication of the surface level in reservoirs, rivers, streams, irrigation channels, weirs and flumes,
and wherever accuracy and readability are important. These environmentally rugged gauges are finished with a special lacquer to insure
easy reading and resist rust or discoloration. They virtually never need replacement under normal conditions. Each gauge is accurately
graduated and has grommeted holes for easy fastening to walls, piers, poles and other structures.
River Staff Gauge (VH-RSG-E)
The staff gauge is used for a quick visual indication of the surface level in reservoirs, rivers, streams, irrigation channels, weirs and flumes, and wherever accuracy and readability are important. These environmentally rugged gauges are finished with a special lacquer to insure easy reading and resist rust or discoloration. They virtually never need replacement under normal conditions. Each gauge is accurately graduated and has grommeted holes for easy fastening to walls, piers, poles and other structures.
River Staff Gauge (VH-RSG-P)
The staff gauge is used for a quick visual indication of the surface level in reservoirs, rivers, streams, irrigation channels, weirs and flumes, and wherever accuracy and readability are important. These environmentally rugged gauges are finished with a special lacquer to insure easy reading and resist rust or discoloration. They virtually never need replacement under normal conditions. Each gauge is accurately graduated and has grommeted holes for easy fastening to walls, piers, poles and other structures.
Automatic Water Level Recorder (Float) Model Number: AWLR-VH-F-D
“Virtual” make Digital Water Level Recorder (Float type) reflect state of the art in micro controller based instrumentation design. The Shaft encoder type water level sensor attached with this data logger for the collection of real time data automatically. The micro controller has its internal memory along with, a real time clock with an LCD (16 X 2) to display the instrument status. Comes with standard range 10 meters. Data file is saved in Microsoft’s Excel. A durable hard enclosure protects the data logger from weathering. This instrument is used for ground / wells water level monitoring. This instrument can also be used for Open channel, Dam and Lake level monitoring.
Automatic Water Level Recorder (Pressure type) Model Number: AWLR-VH-P-D-100
“Virtual” make Ground Water Level Recorder (Piezometer) is reflect state of the art in micro controller based instrumentation design. The Water Level sensor can be attached with this IP65 data logger for the collection of real time data automatically. The micro controller has its internal memory along with, a real time clock with an LCD (16 X 2) to display the instrument status. Piezo-resistive silicon strain gauge, bounded to 316 SS diaphragm and integral cable contain a vent tube for Barometric pressure compensation. Comes with different ranges 10, 20, 50, 70, 100, 200, 300 meters. Data file is saved in Microsoft’s Excel. This instrument is used for ground / wells water level monitoring.
Automatic Water Level Recorder (Radar Type) Model Number: AWLR-VH-R-D-8-10
“Virtual” make Automatic Water Level Recorder (Radar type) reflect state of the art in micro controller based instrumentation design. The Radar Level sensor can be attached with this IP65 data logger for the collection of real time data automatically. It comes with facility to transport Data from Data Logger to a P.C. through various modes (As per Customer requirement). 16x2 LCD alphanumeric display and 4x2 membrane keypad is provided at front panel of data logger for programming data logger and monitoring sensor reading at site without the help of computer.
Bed Load Sampler
This is a 18 kg (approximate) cable-suspended bed load sampler with 3" x 3" (76 mm x 76 mm) opening and 1.4 expansion ratio. A tailfin arrangement provides flow direction orientation and sliding collar allows adjustment of balance point based on stream flow conditions. The collar is set so that the sampler will touch the water tail first to aid in rapid orientation with the streamlines of flow. This suspension attitude also insures that the sampler orifice will lift up immediately when the unit is raised from the bed to eliminate loss of sample.
Water Level Indicator (100m)
“Virtual Hydromet” make Water Level Sounder is a reliable instrument for measuring the water level and total depth in boreholes, wells, reservoirs etc. For the measurement the bob is lowered to the water level. When touching the level, a sensor effects the illumination of a signal lamp & an additional acoustic signal will be released by a buzzer.
Water Level Indicator (150m)
“Virtual Hydromet” make Water Level Sounder is a reliable instrument for measuring the water level and total depth in boreholes, wells, reservoirs etc. For the measurement the bob is lowered to the water level. When touching the level, a sensor effects the illumination of a signal lamp & an additional acoustic signal will be released by a buzzer.
Water Level Indicator (200m)
“Virtual Hydromet” make Water Level Sounder is a reliable instrument for measuring the water level and total depth in boreholes, wells, reservoirs etc. For the measurement the bob is lowered to the water level. When touching the level, a sensor effects the illumination of a signal lamp & an additional acoustic signal will be released by a buzzer.
Water Level Indicator (300m)
“Virtual Hydromet” make Water Level Sounder is a reliable instrument for measuring the water level and total depth in boreholes, wells, reservoirs etc. For the measurement the bob is lowered to the water level. When touching the level, a sensor effects the illumination of a signal lamp & an additional acoustic signal will be released by a buzzer.
Ground Water Level Recorder (Piezometer) Model Number: GWLR-NV-VH-P-D-50-50
“Virtual” make Ground Water Level Recorder (Piezometer) is reflect state of the art in micro controller based instrumentation design. The Water Level sensor can be attached with this IP65 data logger for the collection of real time data automatically. The micro controller has its internal memory along with, a real time clock with an LCD (16 X 2) to display the instrument status. Piezo-resistive silicon strain gauge, bounded to 316 SS diaphragm and integral cable contain a vent tube for Barometric pressure compensation. Comes with different ranges 10, 20, 50, 70, 100, 200, 300 meters. Data file is saved in Microsoft’s Excel. This instrument is used for ground / wells water level monitoring.
Ground Water Level Recorder (Piezometer) Model Number: GWLR-NV-VH-P-D-50-100
“Virtual” make Ground Water Level Recorder (Piezometer) is reflect state of the art in micro controller based instrumentation design. The Water Level sensor can be attached with this IP65 data logger for the collection of real time data automatically. The micro controller has its internal memory along with, a real time clock with an LCD (16 X 2) to display the instrument status. Piezo-resistive silicon strain gauge, bounded to 316 SS diaphragm and integral cable contain a vent tube for Barometric pressure compensation. Comes with different ranges 10, 20, 50, 70, 100, 200, 300 meters. Data file is saved in Microsoft’s Excel. This instrument is used for ground / wells water level monitoring.
Ground Water Sampler
The ground water sampler (Model: GWS-1) has technically been designed for the application in connection with the water level indicator. With this combination-design, it is possible to obtain liquid samples from any desired depth. Basically, the liquid sampler consists of three parts - piston, tube and releasing weight. In order to get a liquid sample, the tube is hooked above the piston first and then lowered. When the desired sampling depth is reached by means of the measuring tape, the weight on top is released, which slides downwards along the cable to the top of the tube.