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Process Sensors

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Pressure sensors are used for control and monitoring in thousands of everyday applications.

A pressure sensor is a device for pressure measurement of gases or liquids. Pressure is an expression of the force required to stop a fluid from expanding and is usually stated in terms of force per unit area.

Planet Techtronnix is the authorized channel partner for Endress Hauser and Baumer offering  Durable, precise and optimally adapted pressure sensors for every application for various ranges .

Based on different sensor technologies, combined with housing materials of stainless steel,Flameproof,Explosion proof and various plastics, the industrial transmitters are suitable for almost all industrial gases and fluids.
BD Sensors industrial pressure transmitter may be adapted to almost any application due to a variety of electrical and mechanical connections.

We offer pressure measuring instruments for Relative, Absolute and Differential pressure in Endress Hauser and Baumer. For the optimal solution for the widest range of applications.

Key Features

Applications

  • Fast and high-precision pressure measurement
  • All standard hygienic connections available
  • Easy process implementation
  • Safety by certified hygienic design, 3-A, FDA-compliant, EHEDG-certified,SIL 2 Certified,Atex,Ex proof
  • Fully autoclavable sensor
  • Easy to clean
  • Compact housing
  • Turn down features : 100 : 1"
  • System pressure monitoring in liquids and gases
  • For pasty, crystallizing or solid-containing media
  • For cleaning in place (CIP)
  • For cleaning in place (CIP)
  • For sterilization in place (SIP)
  • Vacuum control in de-aerators
  • Hydraulic Applications
  • Powder Handling
  • Dryers
  • Refrigeration
  • Measurement of gases as well as liquids for all industries.

Types of Pressure transmitters

  • Blind pressure transmitter /Pencil type Pressure transmitter
  • Smart Pressure transmitter for Flameproof and Hazardous area.
  • Differential Pressure transmitters
  • Pressure transmitter with diaphram seal
  • Hydrostatis Level Transmitter
  • Flush type Pressure transmitter
  • Ceramic diaphram type pressure transmitter
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A conductivity system measures conductance by means of electronics connected to a sensor immersed in a solution. The analyzer circuitry impresses an alternating voltage on the sensor and measures the size of the resulting signal, which is linearly related to the conductivity. conductivity sensor to monitor product separation as well as phase separation in the food and pharmaceutical industry.

Key Features

Applications

  • Extremely fast response times: Temperature: t90< 9 sec. Conductivity: t90< 1 sec. (damping=1)
  • FDA, EHEDG conform
  • Robust construction in hygienic design
  • Measuring ranges freely configurable via graphic display or software
  • Very compact design
  • Food technology
  • Chemistry and pharmacology
  • Medical technology
  • Environmental technology
  • Substance + phase separation concentration control technology
  • Concentration of CIP-units
  • Detection of product residues within the cleaning return flow
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Turbidity is a measure of the degree to which the water loses its transparency due to the presence of suspended particulates. The more total suspended solids in the water, the murkier it seems and the higher the turbidity.

Turbidity sensor is used to measure the optical density of liquids in order to continuously monitor process results or in order to reliably detect deviations. Particularly useful for phase separation, filter monitoring and concentration measurements.

  • Seli turbidity is the worlds compact turbidity sensor

Key Features

Applications of Turbidity

  • Hygienic design, polymer-free seal system
  • Integrated electronic
  • Sapphire windows as a standard
  • Succinct fitting of the windows
  • Straightforward configuration
  • Filter monitoring
  • Secure phase separation
  • Quick product change-over
  • Reduced waste water costs
  • Compact housing to reduce water condensation (DIN 60068-2-14)
  • Covers ranges from 20EBC to 12000 EBC
  • Simple parameterization
  • Breweries
  • CIP process
  • Water purification process
  • Leak detection in heat exchanger.
  • Milk separation
  • Dairy applications
  • Phase separations
  • CIP detection
  • Media separation

Products

  • Turbidity sensor
  • Turbidity transmitter
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The automated machineries require level sensors for control and safety applications.

Fluids that have been known to be extremely challenging to detect such as Foam containing liquid, milk, and sticky substances such as Grease and sauces are now proving possible and easier to detect with the variety of level sensing technologies available with us.

 

Key Features

Applications

  • Level sensors with Cuttable probe and welding sleeve system with modular process connections.
  • Media independent (Frequency sweep technology)
  • Unaffected by adhering or sticky media
  • Extremely short response time for highly dynamic processes
  • Easy to configure, wide selection of process connections and clever adapter systems
  • Process stability and smooth operation
  • Analog output 4 mA ... 20 mA, 0 V ... 10 V, automatic switching to a current or voltage output depending on the load.1 PNP transistor output (Q1) and 1 PNP/NPN transistor output (Q2) switchable.
  • Dry run protection of pumps
  • Detection non-contact or with media contact
  • Continuous level measurement
  • Detection of Solids, viscous or liquid media
  • Leakage detection
  • Maximum/minimum point level detection
  • Foam or No foam detection
  • Media separation

Type of Level sensor

  • Point level switch
  • Capacitance level switch
  • Potentiometric level transmitter
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Temperature Sensors:

Temperature is a widely used measured physical parameter in different industries for diverse applications.

Temperature Sensors measure the amount of heat energy or even coldness that is generated by an object or system, allowing us to sense or detect any physical change to that temperature producing either an analogue or digital output.

Most commonly, temperature sensors are used to measure temperature in circuits which control a variety of equipment.

Temperature sensors are used in diverse applications such as food processing, HVAC environmental control, medical devices, chemical handling and automotive under the hood monitoring.

Key Features

Applications

  • Cost-saving
  • Efficient and fast temperature measurement
  • Covers range form -200°C to 1800°c
  • Selectable output signal (RTD, 4 … 20 mA, HART)
  • Temperature sensors for hygienic applications
  • Easily programmable
  • Available in all types of process connections
  • ATEX approved
  • 3-A sanitary standards, FDA-compliant, EHEDG-certified hygienic designs
  • Measurement of room or ambient temperature in indoor or outdoor areas
  • Applications with various process connections, e.g. for piping, heating, cooling and water systems, in tanks and process containers
  • Standard process application in heavy duty applications
  • Temperature reading in the food industry
  • Temperature measurement in refrigerated and air-conditioned areas
  • Temperature reading in the pharmaceutical industry

Features

Technical specifications

  • Standard process adaption with G1/2” weld-in sleeve system,TC ended ,Hygienic Connection
  • Optional with free programmable head transmitter
  • Medium-affected components made of stainless steel No. 1.4404
  • 1 or 2xPt100 class A 1/3 DIN
  • Probe length from 50 mm to 2500 mm
  • Standard range of application -50ºC to 200ºC
  • Barstock diameter 6 mm
  • Stainless steel terminal head with screw connection or M12-connector
  • Protection class IP69K

Products

  • Head mounted temperature transmitter
  • Panel mounted temperature transmitter
  • Compact temperature sensor
  • Digital temperature gauge
  • Digital Temperature switches
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Flow measurement is the quantification of bulk fluid movement. This sensor are used wherever fluids are monitored and controlled in closed pipe systems. They are available with various process connections and probe lengths for hygienic and industrial applications.

Key Features

Applications

  • Flow sensor for hygienic and industrial applications
  • Optimal installation in any position
  • Flow and temperature measurement in a single sensor
  • Wastewater Treatment
  • Maximize Steam Flow Meter Productivity
  • Food & Beverage industries
  • Oil & Gas industries
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