Level Measurement using Capacitive Level Sensor (JILC-22)
- Capacitive level sensor with transmitter to sense the tank level
- Transparent acrylic process tank with gradual scale
- Digital panel level indicator with output measuring terminals
Level Measurement Using Differential Pressure Transmitter
- Differential pressure transmitter (DPT) to sense the tank head pressure
- Transparent process tank (300 mm) with scale sticker
- Digital Panel level indicator with output measuring terminals (4-20) mA
Level Measurement Trainer Using Float Type Level Transmitter
- Float type linear level transmitter to sense the tank level
- Transparent process tank (600 mm) with scale sticker
- Digital level indicator with output measuring terminals (4-20) mA
Level Measurement Trainer Using Ultrasonic Level Transmitter (JILM-01)
- Ultrasonic level transmitter mounted on process tank top
- Transparent process tank (600 mm) with scale
- Digital level indicator with output terminal (4-20) mA
Calibration of DP Level Transmitter
- Differential pressure type Smart Level Transmitter to measure the differential pressure
- Two no’s of Acrylic / Glass tube fitted at DPT low and high level point
- Drain hand valves settings and plastic beaker provided
Calibration of DP Flow Transmitter
- Differential pressure type Smart Flow Transmitter to measure the differential pressure
- Two no’s of Acrylic / Glass tube fitted at DPT low and high level point
- Drain hand valve settings and plastic beaker
Flow Measurement Trainer (JIFL-501)
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- Water flow sensor mounted on the pipe line to measure the flow rate
- Digital LED flow indicator to indicate the flow rate in Lph
- Regulated DC power supply
Flow Measurement Using Turbine Flow Meter
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- Industrial Turbine Flow Transmitter to measure the flow rate
- Digital panel level indicator with output measuring terminals
- Acrylic body rotameter to visualize the flow rate
Flow Measurement Trainer using DPT (JIFL-501)
- Differential Pressure type Flow Transmitter to measure the differential flow rate
- Orifice meter to create the differential pressure
- Acrylic body rotameter to visualize the flow rate
Flow measurement using Ultrasonic Flow Meter
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- Ultrasonic flow meter to measure the flow rate
- Variable area type rotameter to monitor the flow rate
- Reservoir tank to store the water
Flow Measurement Trainer Using Vortex Flow Meter
- Industrial type vortex type flow meter to measure the flow rate
- Variable area type rotameter to monitor the flow rate
- Reservoir tank (MS with fiber) to store the water
Flow Measurement Trainer Using Corolis Mass Flow Meter
- Industrial type Corolis mass type flow meter to measure the flow rate
- Variable area type rotameter to monitor the flow rate
- Reservoir tank to store the water (MS with fiber)
Flow Measurement Trainer Using Magnetic Flow meter
- Industrial type Magnetic type flow meter to measure the flow rate
- Variable area type rotameter to monitor the flow rate
- Reservoir tank to store the water
Flow Measurement using Orifice and Rotameter
- Pump to supply the water through the measuring tank
- Orifice meter create the differential pressure in pipe line
Discharge Co-Efficient of Orifice and Venturimeter (JIFT-520)
- Pump to supply the water through the measuring tank
- Orificemeter and Venturimeter create the differential pressure in pipe line
Calibration of Rotameter (JIFL-501A)
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- Acrylic body rotameter to monitor the line flow rate
- Pressure gauge mounted in flow line
- Sump tank to store water
Interacting & Non Interacting Trainer (JIIN-502)
- 3 No’s of acrylic tank as process tank
- Pump to circulate the sump water
- Necessary hand valves are mounted on tank inlet and outlet
P/I and I/P Converter Study Trainer (JIIP-512)
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- Electro pneumatic converter
- Pressure to current converter
- Air regulator with filter
- Regulated DC power supply, Current indicator and test points
Flapper Nozzle System (JIFN-511)
- Mechanical nozzle arrangement mounted on panel
- Dial gauge to measure the flapper movement
- Air filter with regulator to regulate the air
Control Valve Trainer (Equal, Linear, ON/OFF) (JICV-752)
- Industrial type pneumatic control valve of equal %, ON/OFF, Linear mounted in parallel line
- Acrylic body rotameter to monitor the line flow rate
- Air regulator with filter to regulate the air
Control Valve Positioner Trainer
- Industrial pneumatic control valve with mechanical positioner to study control valve and positioner
- Electro Pneumatic converter to control the valve actuator
- Two no’s of air filter with regulator to regulate the air
Motorized Control Valve Study Setup
- Motorized Control Valve mounted on Base frame
- Current source [(0-20) mA] with knob provided to vary the (4–20 mA) input signal
- Pipeline on the outlet side with a hand valve
Temperature Transmitter Study Kit
- RTD (PT-100) as a temperature sensor
- Temperature Transmitter
- Water bath as a heat source
Temperature Measurement Trainer (JITT-508)
- Temperature measurement trainer consists of Different type of temperature measuring devices and Heat bath, Indicators etc.,
Pressure Transmitter Study Kit
- Pressure transmitter to sense the tank pressure
- Pressure tank to store the air pressure
- Foot pump to create pressure (Range: 0-75 Psi)
Loop Analyzer (JILA-509)
- Variable current source (4-20) mA with test points
- Variable voltage source (0-10) V DC with test points
- Digital current indicator (2 No’s) mounted on panel