Ahmedabad, Gujarat, India |
Honsberg flow transmitters are commonly used as an essential parameter in several processes. At J V M Engineering we manufacture 100% authentic Honsberg flow transmitters that don’t consist of any moving parts, extra pressure drops, and flow passage sans any projecting parts. Based in Ahmedabad, our range of Honsberg flow transmitters doesn’t get affected by the temperature changes, or changes in electrical conductivity, concentration, viscosity, density.
We engineer Honsberg flow transmitters with the choicest of materials for the chemically aggressive measuring media. Being the pioneers of Honsberg flow transmitters supplier, we design a flow transmitter that is especially perfect for the transport of hydraulic solids. Most importantly, the Honsberg flow transmitters can be operated in both flow directions.
Honsberg Flow Transmitters Suppliers in India
With the advancement of technology and the development of industries, there is a surge in accurate and precise measurements. Our Honsberg flow meters are one of those innovative tools that we design to cater to these requirements. Our persistent development of this machinery has met the advancement of several industries and an ever-rising line of applications.
Each of our Honsberg flow transmitters is used by a variety of industries like the food and beverages, paints, pharmaceutical, chemical, petrochemical, and fuel industries. More so, being the largest Honsberg flow transmitter supplier, our engineers ensure that the design flow meters that can stand resilient to pressure and all types of weather conditions.
The use of Honsberg flow transmitters has a large variety of benefits. Call us to know more about them.
Technical data
Sensor | Vortex principle |
Nominal width | DN 8..25 |
DN 8..25 | Female thread G 1/4..G 1 (others available on request) |
Pressure resistance | PN 10 bar |
Media temperature | 0..60°C |
Ambient temperature | -20..+70°C |
Supply voltage | 10..30 V DC |
Current consumption at rest | Approx. 20 mA (without load) |
Electrical connection | For round plug connector M12x1, 4-pole |
Ingress protection | IP 67 |
Conformity | CE |
Details :
Handling and operation : The vortex flow meter requires a run-in length of 5..10 x D in order to achieve its specified accuracy. If deposits are to be expected, sensor and electronics should not be installed underneath. It should be ensured that the sensor is installed in the direction of the flow arrow. If the sensor is to be cleaned, the clamps should be released, and the device removed (the pipe should be pressure-free for this). It should be ensured during cleaning that the oscillating vortex body is not exposed to impact (in t...
Technical data
Sensor | Gearwheel volumeter |
Nominal width | DN 8..25 |
Process connection | G 1/4..G 1 |
Repeatability | ±0.3 % |
Medium temperature | -25..+80°C optionally -25..+120°C |
Ambient temperature | -20..+70°C |
Pressure loss | See upstream page "Function and benefits - volumetric, gearwheel" |
Supply voltage | 18..30 V DC |
Power consumption | < 1 W |
Conformity | CE |
Hysteresis | Adjustable, position of the hysteresis depends on minimum or maximum |
Electrical connection | For round plug connector M12x1, 5-pole |
Ingress protection | IP 67 / (IP 68 when oil-filled) |
Flow Transmitter / Switch OMNI-VHZ :
Characteristics :
Technical data
Sensor | dynamic diaphragm |
Nominal width | DN 8..25 |
Pressure loss | max. 0.5 bar at the end of the metering range |
Media temperature | 0..+70 °C with high temperature option 0..150 °C |
Ambient temperature | 0..+70 °C |
Storage temperature | -20..+80 °C |
Supply voltage | 18..30 V DC |
Power consumption | < 1 W |
Signal output | 4/0..20 mA / max. load 500 Ohm (0/2..10 V available on request) |
Hysteresis | adjustable, position of the hysteresis depends on minimum or maximum |
Electrical connection | for round plug connector M12x1, 5-pole |
Ingress protection | IP 67 / (IP 68 when oil-filled) |
Conformity | CE |
Flow Transmitter / Switch OMNI-XF
Characteristics :
Technical data
Sensor | hall element |
Nominal width | DN 10 (RRH-010) , DN 25 (RRH-025) |
Pressure resistance | PN 100 bar |
Medium temperature | 0..100 °C |
Current consumption | 30 mA |
Output current | max. 100 mA |
Electrical connection | cable 2 m or for Round plug connector M12x1, 4-pole |
Resistant to short circuits | yes |
Reversal polarity protected | yes |
Ingress protection | IP 67 |
Conformity | CE |
Flow Transmitter RRH :
Characteristics : The flow meter consists of a spinner which is rotated by the flowing medium. The rotor's rotational speed is proportional to the flow volume per unit time. The rotor is fitted with magnets. A Hall sensor records the rotational speed, which is proportio...
Technical data
Sensor | inductive |
Nominal width | DN 10 (RRI-010), DN 25 (RRI-025) |
Pressure resistance | PN 16 bar |
Medium temperature | 0..60 °C |
Materials, nonmedium- contact | PVC cable, 1.4305, 1.4301, CW614N nickelled |
Current consumption at rest | 10 mA / NAMUR max. 7 mA |
Output current max. | 200 mA / NAMUR max. 7 mA |
Electrical connection Sensor | cable 2 m or for round plug connector M12x1, 4-pole |
Resistant to short circuits | yes |
Reversal polarity protected | yes |
Ingress protection | IP 67 |
Conformity | CE |
Flow Transmitter RRI :
Characteristics : The flow meter consists of a spinner which is rotated by the flowing medium. The rotor's rotational speed is proportional to the flow volume per unit time. The rotor is fitted with stainless steel clamps (optionally titanium or Hastelloy. An inductive proximity switch records the ...
Technical data
Sensor | biased Hall sensor |
Nominal width | DN 15..50 |
Process connection | male thread G 1/2 A...G 2 A |
Metering ranges | 1.8..1133 l/min |
Measurement accuracy | ±1 % of full scale value in the specified metering range, including linearity and repeatability |
Medium temperature | -20..+85 °C optionally -20..+150 °C (for 8 bar min.) |
Ambient temperature | -20..+70 °C |
Storage temperature | -20..+80 °C |
Material electronics housing | CW614N nickelled |
Max. particle size | 0.5 mm |
Pressure loss | 0.3 bar at Qmax. |
Pressure resistance | PN 250 bar |
Supply voltage | 10..30 V DC |
Current consumption | 20 mA without load |
Max. load current | 100 mA |
Electrical connection | for round plug connector M12x1, 4-pole |
Ingress protection | IP 67 |
Conformity | CE |
Details :
Characteristics :
Handling and Operation :
Installation : As with all flow meters, if possible the turbine should be installed ahead of a valve (on the pressure side). Good degassing should be ensured. 10 x D calming sections are recommended before and after the turbine in order to maintain the specified accuracies. The turbine should be filled with fluid at all times. The electronics housing does not project into the flow space.<...
Technical data
Sensor | gearwheel volumeter |
Nominal width | DN 8..25 |
Process connection | female thread G 1/4..G 1 |
Metering ranges | 0.02..150 l/min |
Measurement accuracy | ±3 % of the measured value in the specified metering range (measured at 20 mm²/s) |
Repeatability | ±0,3 % |
Medium temperature | -25..+80 °C |
Ambient temperature | -20..+70 °C |
Electrical connection | optional plug DIN 43650-A / ISO 4400 or for round plug connector M12x1, 4-pole |
Ingress protection | IP 65 |
Conformity | CE |
Details :
Characteristics :