Broken Bag Indicator, PBI-1 offered by Para Electronics, is suitable for Fluidized Air Bed Dryers used in Pharma and Chemical Industries.

PBI-1 works on tribo-electric principle. Current pulses generated due to the impact of powder leak, are sensed by the probe unit mounted in the exhaust duct .These input pulses are converted in to 4 to 20 mA output. The Readout unit displays the current value in % on a Bar Graph Display. 4 to 20 mA output and potential free Alarm Relay Contacts are available for PLC operations. 

Para Air Velocity Transmitter Model PVT-1 is designed for measurement of air velocity in the duct for industrial applications. It measures air velocity in range of 0 – 20 meters / second. Model PVT-1 works on 24 V DC external supply and generates 4 to 20 mA output signal which is linearly proportional to air velocity of 0 to 20 meters / sec. in the duct. This current output can be transmitted through two wire signal cable to a distance upto 100 meters with maximum termination resistor of 250 ohms in the control panel, PLC or indicator unit for further processing.

Model PVT-1 sensor circuit is a robust, all solid state device working on Kings law. Probe length suitable to the duct diameter can be supplied.  

Para Particle Aerodynamic Size Separator Model PPASS-01 is designed and developed for measurement of the size distribution in a host of applications such as pollution and atmospheric studies, inhalation hazard evaluation, characterizing lung delivery systems, material synthesis, etc. PPASS-01 is based on the principle of inertial impaction and separates particles according to their aerodynamic diameters in the range of 0.53 to 10 m in seven class intervals. It has a special feature that it can be used with the number of stages less than the maximum of seven. PPASS-01 is manufactured under license from Bhabha Atomic Research Centre, Mumbai. The design/technical knowhow transferred to Para Electronics- Manufacturing Division of Electronic Enterprises (India) Pvt. Ltd., is the product of developmental work by Environmental Assessment Division of BARC.

The PPASS-01 is useful for occupational monitoring of radioactive and non-radioactive environments, arising in the context of material processing, metal cutting, powder handling, etc. It is useful for air quality regulators as well as for researchers engaged in various aspects of air pollution and aerosol research. It can also be used by the pharmaceutical industries for characterising the lung aerosol delivery systems such as nebulisers and metered dose inhalers.  

Some important features of PPASS-01 are

• higher flow rate of 45 lpm, enabling a quicker collection of samples for analysis
• load any number of stages other than the maximum seven, depending upon the requirement
• new design of collection plates reduces inter-stage losses and ensures uniform particle deposits
• assembly or disassembly made easy by the use of stud and wing nut arrangement
• low internal wall losses

A typical stage is shown alongside. Nozzle rings are made of aluminium alloy of grade 6061, collection and impaction plates are of stainless steel, connecting adapters and fasteners are of brass. The unit is made leakproof with the use of neoprene gaskets

PARA AIR FLOW METER Model PFI - 100 Low and High level alarms can be set within the full range of air flow. Air flow totalizer is also provided to integrate air volume in Liters for the preset time. Model PFI-100 sensor circuit housed in the probe unit, is a robust, all solid state device working on Kings law. The length of interconnecting cable between probe unit and readout unit can be 3 meters long. Necessary ½” pipe couplings are provided to enable user install the probe in the air line.

Model PFI -100 is designed for measurement of air flow in the pipes for industrial applications. It measures air Flow in the range of 0 – 100 LPM. Model PFI-100 works on 240 V AC Mains Supply. It  measures air flow in ½” dia pipe. This air flow is indicated on 4 x 20 char LCD Display. It also generates 4 to 20 mA output signal, linearly proportional to air flow in LPM.