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Our Products
- Flapper Nozzle System
- Multivariable Level Control Trainer
- DCS Trainer Hybrid Controller
- Study Of I/P And P/I Converter
- Temperature Control Trainer
- Flow Control Trainer
- Pressure Control Trainer
- Level Control Trainer
- Cascade Control Trainer
- Control Valve Characteristics
- First Order And Second Order System
- Interacting And Non Interacting System
- Temperature Measurement
- Multiprocess Trainer
- Flow Measurement
- PLC Trainer
- Level Measurement
- Universal Process Control Trainer
Process Control Instrumentation Lab
Flapper Nozzle System
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Features:
- Simple and compact setup
- Micron dial gauge for flapper movement
Range of Experiments:
- Study of Flapper-Nozzle system
- Gain calculation of Flapper-Nozzle system
Descriptions:
The set up helps in understanding conversion of mechanical motion to pressure signal. It consists of flapper-nozzle mechanism, Dial gauge indicator, pressure gauges and air filter regulator. A regulated supply of pressure, usually over 20 psig, provides a source of air through the restriction. The nozzle is open at the end where the gap exists between the nozzle and flapper, and air escapes in this region. As the flapper moves down and reduces the nozzle gap the signal pressure increases. The graph of signal pressure verses nozzle gap can be plotted and system gain can be calculated. Setup is compact and table top mountable provided with soft copy instruction manual, software program for plotting test results and sample calculations.
Technical Specifications:
Dial gauge indicator | Least count 1 µm. |
Pressure gauges | 0-35 psig for supply and signal pressure indication |
Air filter regulator | Range 0-2 kg/cm2 |
Air piping | PU tubing. |
Support structure | For components |
Utilities Required:
Air supply | Compressed air Clean, oil and moisture free, pressure 30 psig |
Optional extra: ancillaries | Mini compressor |
Overall Dimensions:
- W 300 x D 150 x H 250 mm
Additional Information:
- Item Code: 323
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Features:
- Closed loop water circulation
- Compact set up
- SS304 wetted parts
- Simple to operate & maintain
Specifications:
Product | Multi variable level control trainer |
Product code | MI 327 |
Type of control | DDC |
Control unit | Interfacing unit with ADC/DAC conversion, |
Communication | RS232 |
Level transmitter | Type Capacitance, two wire, Range 0–300 mm, |
Rotameter | Output 4–20 mA (4Nos) |
Pump | 16-160LPH (4Nos) |
Pump drive | Positive displacement dosing pump with adjustable stroke |
Supply tank | ariable frequency drive, programmable, input 4-20 mA, output |
- | speed 150-1500 RPM |
Process tank | SS304 |
Overall dimensions | Acrylic, transparent, cylindrical with 0–100% graduated scale (4Nos) |
Shipping details | 650Wx500Dx1170H mm, Net weight 100 Kg |
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Features:
- True industrial universal Hybrid controller
- Configuration using Function blocks
- Modbus/TCP and Modbus RTU for control network
- Ethernet and Serial OPC server for HMI clients
- SCADA (HMI) Package
- Panel for input simulation
- Easy interfacing with existing process plants
- 4 Relays of 230 VAC for Digital output
- Inbuilt powering for all AI, DI & DO
Specification:
Product | DCS trainer (Hybrid controller) |
Product code | 329 |
Control Unit | Hybrid controller, Make Honeywell, Model HC900 – C30, AI 8, AO4, DI 16, DO16, Control loops 8 with Hybrid Control Designer software |
Communication | RS232, RS485, Ethernet |
Software package | Wonderware Intouch 64 Tags, SCADA package |
Control panel | Standalone industrial control panel with, 4 Rotary switches for simulated AI 8 Push buttons for simulated DI 16 Indicators for DI 16 Indicators for DO 12 Power supply (24 VDC) for powering transmitters 4 Relays of 24 VDC for DO application Connectors for each field input and output connection |
Overall dimensions | 600Wx400Dx1200H mm |
Additional Information:
- Item Code: MI-329
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Study Of I/P And P/I Converter
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Features:
- Accuracy and repeatability
- Easy to operate
- Long working life
Other details:
- The I/P and P/I converter setup is designed for understanding basic principles of electronic and pneumatic signal conversion.
- The setup consists of I/P converter, P/I converter, digital calibrator, pressure gauges and air regulator and air filter regulator.
- The Digital calibrator is used as current source to supply 4-20 mA DC to I/P converter and to measure the output current in mA DC from P/I converter.
- I/P converter gives the output as 3-15 psig and P/I converter gives output as 4-20 mA DC.
- All the components along with necessary piping and fittings are mounted on support housing designed for tabletop mounting.
- Set-up enables study of I/P and P/I converter working, calibration and characteristics of linearity, hysteresis, accuracy, and repeatability.
Features:
- Table mounted set-up
- Compact and simple to operate
- Digital calibrator
- Combined set up for study of I/P and P/I Converter
Range of experiments:
- Study of Linearity, Hysteresis, Accuracy and Repeatability of P/I converter.
- Study of flapper nozzle system.
- Study of working principle & calibration procedure of I/P converter.
- Study of working principle & calibration procedure of P/I converter.
- Study of Linearity, Hysteresis, Accuracy and Repeatability of I/P converter.
Utilities required:
- Electric supply: 230 /- 10 VAC, 50 Hz, 1 phase.
- Air supply: Clean, oil and moisture free air, pressure 2 Bar, consumption 50 LPH
Specifications:
- Product Study of I/P and P/I converter
- Product code MI 310
- Pressure Transmitter Type Two wire, Range 0–1 bar, Output 4–20 mA
- I/P converter Input 4-20mA, Output 3-15 psig
- Signal Isolator Input: 4 to 20mA, output 4-20mA
- Digital Calibrator Measure/source, milliamp/millivolt mode
- Air regulator Range 0-2.5 kg/cm2
- Air filter regulator Range 0-2.5 kg/cm2
- Pressure gauge Range 0-2.5 kg/cm2(2No), Range 0-7 kg/cm2(1Nos)
- Overall dimensions 550Wx300Dx400H mm
- Optional Mini compressor
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Temperature Control Trainer
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Temperature control trainer is designed for understanding the basic temperature control principles. The process setup consists of heating tank fitted with SSR controlled heater for on-line heating of the water. The flow of water can be manipulated and measured by rotameter. Temperature sensor (RTD) is used for temperature sensing. The process parameter (Temperature) is controlled by microprocessor based digital indicating controller which manipulates heat input to the process. These units along with necessary piping and fitting are mounted on support frame designed for tabletop mounting. The controller can be connected to computer through ethernet port for monitoring the process in SCADA mode. Product is supplied with 32 tag demo version of SCADA software package.
Features:
- ON-Off & PID operation
- Auto tuning
- SCADA study
- MODBUS communication
- Multi drop and point to point Communication
- Server-Client communication
Range of experiments
- Study of open loop (Manual control)
- Study of on/off controller
- Study of proportional controller
- Study of prop. integral controller
- Study of prop. derivative controller
- Study of PID controller
- Tuning of controller (Open loop method)
- Tuning of controller (Closed loop method)
- Tuning of controller (Using Auto Tuning )
- Study of stability of the system (Bode plot)
- Study of multi drop communication
- Study of Server-Client communication
Utilities Required:
- Electric supply: 230 /- 10 VAC, 50 Hz, 1 phase
- Water supply: Distilled water @10 liters
- Computer: With standard configuration
- Air Supply: Clean, oil and moisture free air, Pressure 2 Bar, consumption 50 LPH
- Support table: Size: 800Wx800Dx750H in mm.
Specifications:
Product | Temperature control trainer |
Product code | MI 311A |
Type of control | SCADA |
Control unit | Digital indicating controller with Ethernet communication Make Yokogawa, model UT35 |
Temperature sensor | Type RTD, PT100 |
Heating control | Proportional power controller (SSR), Input 4-20 mA, Capacity 20 A. |
Heater | Type Electrical 2 coil, Capacity 3 KW |
Rotameter | 6-60 LPH, Make Eureka |
Process tank | SS304, Capacity 0.5 lit, insulated |
Overall dimensions | 550Wx475Dx520H mm |
Optional | SCADA software package |
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Flow Control Trainer
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Flow Control Trainer.
Flow control trainer is designed for understanding the basic principles of flow control. The process setup consists of supply water tank fitted with pump for water circulation. A DP transmitter is used for flow sensing which measures differential pressure across orifice meter. The process parameter (flow) is controlled by microprocessor based digital indicating controller which manipulates pneumatic control valve through I/P converter. The control valve is fitted in water flow line. These units along with necessary piping are fitted on support housing designed for tabletop mounting. The controller can be connected to computer through ethernet port for monitoring the process in SCADA mode.
Features:
- ON-Off & PID operation
- Auto tuning
- SCADA study
- MODBUS communication
- Multi drop and point to point Communication
- Server-Client communication
Range of experiments:
- Study of open loop (Manual control)
- Study of on/off controller
- Study of proportional controller
- Study of prop. integral controller
- Study of prop. derivative controller
- Study of PID controller
- Study of stability of the system (Bode plot)
- Study of multi drop communication
- Study of Server-Client communication
Utilities required:
- Electric supply: 230 /- 10 VAC, 50 Hz, 1 phase
- Water supply: Distilled water @10 liters
- Computer: With standard configuration
- Air Supply: Clean, oil and moisture free air,
- Support table: Size: 800Wx800Dx750H in mm.
Specifications:
Product | Flow control trainer |
Product code | MI 312A |
Type of control | SCADA |
Control unit | Digital indicating controller with Ethernet communication Make Yokogawa, model UT35 |
Diff. pressure transmitter | Type Capacitance, two wire, Range 0–200 mm, Output 4–20 mA sq.root, Make Yokogawa |
I/P converter | Input 4-20mA, Output 3-15 psig, Make Control air |
Control valve | Type Pneumatic, Size 1/4", Input 3–15 psig, Air to close, Characteristic Linear, Make Pneucon |
Rotameter | 10-100 LPH, Make eureka |
Pump | Fractional horse power, type submersible |
Supply tank | SS304 |
Flow measurement | Orifice meter |
Air filter regulator | Range 0-2.5 kg/cm2, Make Airmatic |
Pressure gauge | Range 0-2.5 kg/cm2(1No), Range 0-7 kg/cm2(1No), Make Wika |
Overall dimensions | 550Wx475Dx520H mm |
Software | SCADA software package; Mini Compressor |
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Pressure Control Trainer
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Pressure control trainer is designed for understanding the basic principles of pressure control. The process set up consists of pressure vessel fitted with pneumatic control valve. Pressure transmitter is used for pressure sensing. The process parameter (Pressure) is controlled by microprocessor based digital indicating controller which manipulates pneumatic control valve fitted at outlet of pressure tank outlet through I/P converter.These units along with necessary piping are fitted on support housing designed for tabletop mounting.The controller can be connected to computer through ethernet port for monitoring the process in SCADA mode. Product is supplied with 32 tag demo version of SCADA software package.
Features:
- ON-Off & PID operation
- Auto tuning
- SCADA study
- MODBUS communication
- Multi drop and point to point Communication
- Server-Client communication
Range of experiments:
- Study of open loop (Manual control)
- Study of on/off controller
- Study of proportional controller
- Study of prop. integral controller
- Study of prop. derivative controller
Study of PID controller:
- Tuning of controller (Open loop method)
- Tuning of controller (Closed loop method)
- Tuning of controller (Using Auto Tuning )
- Study of stability of the system (Bode plot)
- Study of multi drop communication
- Study of Server-Client communication
Utilities required:
- Electric supply: 230 /- 10 VAC, 50 Hz, 1 phase
- Water supply: Distilled water @10 liters
- Computer: With standard configuration
- Air Supply: Clean, oil and moisture free air,
- Pressure 2 Bar, consumption 50 LPH
- Support table: Size: 800Wx800Dx750H in mm
Specifications:
Product | Pressure control trainer |
Type of control | SCADA |
Product code | MI 314A |
Control unit | Digital indicating controller with Ethernet communication Make Yokogawa, model UT35 |
Pressure transmitter | Type Two wire, Range 0–5 bar, Output 4–20 mA, Make Wika |
I/P converter | Input 4-20mA, Output 3-15 psig, Make Control air |
Control valve | Type Pneumatic, Size 1/4", Input 3–15 psig, Air to close, Char. Linear, Make Pneucon |
Process tank | Pressure vessel, MS |
Air filter regulator | Range 0-2.5 kg/cm2, Make Airmatic |
Pressure gauge | Range 0-2.5 kg/cm2(1No), Range 0-7 kg/cm2(1No), Make Wika |
Overall dimensions | 550Wx475Dx520H mm |
Software | SCADA software package; Compressor |
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Level Control Trainer
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Features:
- ON-Off & PID operation
- Auto tuning
- SCADA study
- MODBUS communication
- Multi drop and point to point Communication
- Server-Client communication
Range of experiments:
- Study of open loop (Manual control)
- Study of on/off controller
- Study of proportional controller
- Study of prop. integral controller
- Study of prop. derivative controller
- Study of PID controller
Utilities required:
- Electric supply: 230 /- 10 VAC, 50 Hz, 1 phase
- Water supply: Distilled water @10 liters
- Computer: With standard configuration
- Air Supply: Clean, oil and moisture free air, Pressure 2 Bar, consumption 50 LPH
- Support table: Size: 800Wx800Dx750H in mm
Specifications:
Product | Level control trainer |
Type of control | SCADA |
Product code | MI 313A |
Control unit | Digital indicating controller with Ethernet communication Make Yokogawa, model UT35 |
Level transmitter | Type Electronic, two wire, Range 0–250 mm, Output 4–20mA, Make Wika |
I/P converter | Input 4-20mA, Output 3-15 psig, Make Control air |
Control valve | Type Pneumatic, Size 1/4", Input 3–15 psig, Air to close, Char. Linear, Make Pneucon |
Rotameter | 10-100 LPH, Make eureka |
Pump | Fractional horse power, type submersible |
Process tank | Transparent, Acrylic, with 0-100% graduated scale |
Supply tank | SS304 |
Air filter regulator | Range 0-2.5 kg/cm2, Make Airmatic |
Pressure gauge | Range 0-2.5 kg/cm2(1No), Range 0-7 kg/cm2(1No), Make Wika |
Overall dimensions | 550Wx475Dx520H mm |
Optional | SCADA software package; Mini Compressor |
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Cascade Control Trainer
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Features:
- Flow, Level and Cascade control
- ON-Off & PID operation
- SCADA study
- MODBUS communication
- Closed loop water circulation
- Non-corrosive wetted parts
Range of experiments
- Study of open loop response (Manual control)
- Study of on/off controller
- Study of proportional controller
- Study of proportional integral controller
Utilities required:
- Electric supply 230 /- 10 VAC, 50 Hz, 1 phase.
- Water supply Distilled water @10 liters
- Air supply Clean, oil and moisture free air, pressure 2 Bar, consumption 50 LPH
- Computer IBM compatible with standard configuration
- Support table Size: 800Wx800Dx750H in mm
Specifications:
Product | Cascade control trainer |
Product Code | MI 315A |
Control unit | Analog input 4, Analog output 2, Digital input 2, Digital output 2. with RS485 communication. |
Communication | USB port using RS485-USB converter |
Differential pressure transmitter | Type Capacitance, two wire, Range 0–200 mm, Output 4–20 mA sq.root |
Level transmitter | Type Electronic, two wire, Range 0–250 mm, Output 4–20mA |
I/P converter | Input 4-20mA, Output 3-15 psig |
Control valve Type | Pneumatic; Size: 1/4", Input: 3–15 psig, Air to close, Characteristics: linear |
Rotameter | 10-100 LPH |
Pump | Fractional horse power, type submersible |
Process tank | Transparent, Acrylic, with 0-100% graduated scale |
Supply tank | SS304 |
Flow measurement | Orifice meter |
Air filter regulator | Range 0-2.5 kg/cm2 |
Pressure gauge | Range 0-2.5 kg/cm2(1No), Range 0-7 kg/cm2(1No) |
Overall dimensions | 550Wx475Dx520H mm |
Optional | SCADA software package; Mini Compressor |
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Control Valve Characteristics
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Features:
- Closed loop water circulation
- MS Excel sample calculation
- Simple to operate & maintain
- Industrial valves
Range of experiments:
- Study of valve flow coefficient
- Study of inherent characteristics
- Study of installed characteristics
- Study of hysteresis of control valve
- Study of range ability of equal percent control valve
- Study of valve positioner
Utilities required:
Electric supply:
- Provide 230 /- 10 VAC, 50 Hz, single phase electric supply with proper earthing. (Neutral – Earth voltage less than 5 VAC.)
- 5A, three pin socket with switch for pump
Water supply:
- Distilled water @ 16 liters
Air supply:
- Clean, oil and moisture free air, pressure 2 Bar
- Air consumption 0.2 m3/hr
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First Order And Second Order System
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First-order system:
- Step response of thermometer
- Step response of thermo well
- Sinusoidal response of thermo well
Second-order system:
- Step response of mercury manometer
- Step response of manometer
Setup consists of ‘U’ tube manometer, heating bath, thermometer, thermo well, beeper for recording observations and timer for heater on-off operation. The components are mounted on base plate. The set up is tabletop mountable.
Features:
- Sinusoidal water bath
- Beeper for recording observations
- MS Excel sample calculation
- Compact set up
Range of experiments:
- Study of step response of thermometer
- Study of step response of thermo well
- Study of sinusoidal response of thermo well
- Study of step response of mercury manometer
- Study of step response of water manometer
Utilities required:
Electric supply:
- Provide 230 /- 10 VAC, 50 Hz, single phase electric supply with proper earthing.
- (Neutral – Earth voltage less than 5 VAC.)
- 5A, three pin socket for mains
Water supply:
- Socket Provide clean and soft water @100LPH with drain arrangement
Support table:
Size: 800Wx800Dx750H in mm
Specifications
- Product First-order and second-order system
- Product code MI 320 B
- Thermometer Range -10 – 0 – 1000C
- Thermometer with thermowell Range -10 – 0 – 1000C
- ‘U’ tube manometer Tube ID 1.6mm
- ‘U’ tube manometer Tube ID 3.75mm
- Heating bath Size 1.25BSP, 315mmL, SS304
- Heater Size 1.25BSP, 2Coil, 3Kw.
- Timer Model 55C – T8, cyclic.
- Beeper Time setting Range 2-10 sec
- Overall dimensions 370Wx225Dx485H mm
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Interacting And Non Interacting System
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- Single capacity process,
- Non-interacting process and
- Interacting process.
The observed step response of the tank level in different mode can be compared with mathematically predicted response. Setup consists of supply tank, pump for water circulation, rotameter for flow measurement, transparent tanks with graduated scales, which can be connected, in interacting and non-interacting mode. The components are assembled on frame to form tabletop mounting.
Features:
- Closed loop water circulation
- Compact set up
- MS Excel sample calculation
- Combined
Range of experiments:
- Step response of single capacity system
- Step response of first order systems arranged in non- interacting mode
- Impulse response of first order systems arranged in non-interacting mode
- Step response of first order systems arranged in interacting mode
- Impulse response of first order systems arranged in non- interacting mode
Specifications:
Product | Interacting and Non interacting system |
Process Tank | Acrylic cylindrical tanks Inside Diameter 92mm with graduated scale in mm. Diameter 92mm With graduated scale in mm. |
Supply tank | SS |
Rotameter | Range 10–100 LPH |
Pump | FHP Vertical |
Overall dimensions | 410Wx350Dx705H mm |
Utilitiesrequired:
- Electric supply
- Provide 230 /- 10 VAC, 50 HZ, Single phase electric supply with proper earthing (Neutral Earth Voltage Less Than 5 VAC.)
- Provide 5A, three-pin socket with switch
- Water supply: Distilled water @10 liters
- Support table Size: 800Wx800Dx750H in mm
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- Different types of temperature sensors for characteristics and time constants.
- See beck effect
- Temperature indicator and calibration
- Temperature transmitter and calibration
- Compensating cable and connector Temperature Measurement
Features:
- Inbuilt digital multimeter
- 4.1/2 digit millivoltmeter
- Software for graphs and results
- Beeper for observation interval
- Compact and self contained
Range of experiments:
- Study of Temperature sensors (Mercury in glass, Bimetal, RTD, Thermistor, Thermocouple)
- Characteristics of RTD, Thermistor and Thermocouple
- Study of See beck effect
- Time constant of glass thermometer and bimetal thermometer
- Time constant of RTD, Thermistor, Thermocouple
Description: Setup consists of:
- Mercury in glass thermometer, bimetal dial thermometer, RTD, thermistor, thermocouple sensors
- Temperature indicator
- Temperature transmitter
- Thermocouple connector, compensating cable
- Elements of RTD, thermistor, thermocouple
- Hot water bath, Ice bath
Important components:
Hot water bath | Electrically heated heating bath for hot water |
Ice bath | Insulated ice bath for storing ice. |
Multimeter | For measuring resistances, currents and voltages. |
Digital millivoltmeter | To measure output of thermocouple |
Temperature Indicator | For temperature measurement. |
Temperature Transmitter (RTD) | For calibration study |
Power supply | For supply to temperature transmitter. |
Temperature sensors | Mercury in glass thermometer: Bimetal thermometer; RTD, Thermistor, Thermocouple probes; Bare elements of RTD, thermocouple, thermistors etc. for study. |
Beeper | An adjustable audio beeper for observation interval. |
Technical specification:
Temperature sensors | Type RTD, thermistor, thermocouples; Sheath dia 6 x 100 mm long |
Bimetal thermometer | Dial 100 mm, Range 0-100 Deg C |
Multimeter | 3 ½ digit, LCD display |
Digital millivoltmeter | 4 ½ digit LED display, supply 230V AC. |
Temperature Transmitter | Type head mounted, 2 Wire, supply 24 V DC, output 4-20mA. |
Power supply | Output 24V DC, supply 230V AC |
Temperature Indicator | Display 3.1/2 digit, Range 100 Deg C, Input thermocouple (K type) |
Hot water bath | Capacity 650 ml, 500 Watts. |
Ice bath | Capacity 300 ml. |
Beeper | Interval time 2-10 seconds |
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Features:
- Closed loop water circulation
- Compact set up
- SS304 wetted parts
- Simple to operate & maintain
Specifications:
Product | Multiprocess Trainer |
Product code | MI 326A |
Level transmitter | Type Capacitance, two wire, Range 0–300 mm, Output 4– 20 mA |
Differential pressure transmitter | Type Capacitance, two wire, Range 0–200 mm, Output 4– 20 mA linear (2 nos) |
Control unit | Interfacing unit with ADC/DAC conversion, No of analog inputs: 4, Analog outputs 1 |
Communication | RS232 |
I/P converter | Input 4-20mA, Output 3-15 psig |
Control valve | Type: Pneumatic; Size: 1/4", Input: 3–15 psig, Air to close, Characteristics: linear |
Supply tank | SS304 |
Level tank | Acrylic, transparent, cylindrical with 0–100% graduated scale |
Rotameter | 16-160LPH (3 nos) |
Flow measurement | Orifice meter (3 nos) |
Pump | Fractional horse power, type centrifugal (2 nos) |
Air filter regulator | Range 0-2.5 kg/cm2 |
Pressure gauge | Range 0-2.5 kg/cm2 (1 no), 0-7 kg/cm2(1 no) |
Overall dimensions | 425Wx500Dx1750H mm, Net weight 65 Kg |
Shipping details | Gross volume 0.54 m3 Gross weight 100 Kg |
Optional | Mini Compressor |
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Flow Measurement
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- Venturimeter
- Orifice meter
- Pitot tube
- Rotameter
- Water meter
Setup consists of flow measurement units under study, supply tank, Submersible pump for closed loop water circulation, acrylic measuring tank with graduated scale and differential pressure measuring arrangement mounted on stand alone structure.
Features:
- Closed loop water circulation
- Acrylic Venturimeter, orifice meter, Pitot tube
- MS Excel sample calculation
- Submersible pump
Range Of Experiments:
- To calculate coefficient of discharge of Venturimeter
- To calculate coefficient of discharge of orifice meter
- To calculate coefficient of discharge of Pitot tube
- To calibrate and find accuracy of Rotameter
- To find accuracy of water meter
Specifications:
Product | Flow Measurement |
Product code | 316 |
Venturimeter | Size 18.5 mm, Bore 10 mm, Acrylic |
Orifice meter | Size 18.5 mm, Bore 12 mm, Acrylic |
Pitot tube | Size 18.5 mm, Acrylic |
Rotameter | Range 60–600 LPH |
Water meter | Size ½”BSP, brass, Least count 1 lit. |
Supply tank | Capacity 12 lit. |
Measuring Tank | Capacity 4 lit, Acrylic |
Pressure difference | Tube with graduated scale |
Pump | Head 4 meter, Discharge 1800lph, Type Submersible |
Piping | ¾“ BSP, CPVC |
Overall dimensions | 500Wx360Dx1450H mm |
Utilities required:
Electric supply
- Provide 230 /- 10 VAC, 50 Hz, single phase electric supply with proper earthing. (Neutral – Earth voltage less than 5 VAC.)
- 5A, three pin socket with switch for pump
Water supply:
- Distilled water @ 12 liters
- Tap water connection ½” BSP (optional)
Other:
- Measuring tank (@25 Liter) / Measuring bucket (optional)
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PLC Trainer
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Features:
- PLC study with different inputs/outputs
- Real process and simulation mode
- Sample ladder logics
- Compact set up
Range of experiments:
- Study of PLC inputs and outputs
- Study of sample ladder logics
- Study of ladder logic for water filling system
- Developing and testing ladder logics in simulation
- Various ladder logics can be written are:
- Operate pump using single toggle switch
- Operate pump using two different push buttons
- Study & use of timer in ladder diagram
- Study & use of counters in ladder diagram
- Study & use of timers and counters in ladder logics
Specifications:
- Product PLC trainer
- Product code 321
- Supply tank SS304, reservoir for water
- PLC unit 8 inputs, 6 outputs
- Pump Fractional horse power, type centrifugal
- Solenoid valve Size 1/4" (2 nos.)
- Float switch Magnetic (2 nos.)
- Control module With push buttons and indicators
- Overall dimensions W 400 x D 500 x H 700 mm
- Shipping details Volume: m3, Gross weight: kg
Utilities required:
Electric supply:
- Provide 230 /- 10 VAC, 50 Hz, single phase electric supply with proper earthing. (Neutral – Earth voltage less than 5 VAC.)
- 5A, three pin socket with switch for pump
Water supply:
- Provide clean and soft water @100LPH
Computer:
- IBM compatible with standard configuration
Support table Size:
- 800Wx800Dx750H in mm
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Level Measurement
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Features:
- Table mounted set-up
- Compact and simple to operate
- DP transmitter moved UP and DOWN
Experiments:
- Study of Level measurement
- Study of DP calibration
Utilities required:
- Electric supply: 230 /- 10 VAC, 50 Hz, 1 phase.
- Water: Clean water 2 Liter
Specification:
Product | Level Measurement |
Product code | MI 331 |
Differential pressure transmitter | Type Capacitance, two wire, Range 0–200 mm, Output 4–20 mA Linear (Calibrated) |
Level indicator | Digital, Range 0-200 mm, Supply 230VAC |
Beaker | Glass, Capacity 50ml |
Overall dimensions | 375Wx325Dx525H mm |
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- DCS control
- MODBUS communication
- SCADA software
- Manual tuning and Auto Tuning
- Patch board configurable experiments
- Facility to introduce external controller
- SS wetted parts
- Inbuilt compressor and plunger pump with VFD
- Study of I/P, DPT, control valve, valve positioner
- Study of rotameter, orificemeter, venturimeter
- Temperature, flow, level, pressure control
- On-off, P, PI, PID control, PLC control
- Open loop tuning by process reaction curve
- Closed loop tuning by Ziegler Nichols method
- Stability analysis by Bode plot
- Cascade, Feed-forward and Ratio control
- Three element control and interactive control
Additional Information:
- Item Code: MI-330
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