Industrial Automation System

Leveraging the skills of our qualified team of professionals, we are instrumental in offering a wide range of Electric Control Panel.

Our Service areas are :-

AGARTALA,AGRA,AHMEDABAD,AJMER,ALLAHABAD,
ALLEPPEY,ALIBAUG,ALWAR,AMBALA,AMLA,AMRITSAR,
ANAND,ANKLESHWAR,AURANGABAD,BADDI,BANDIPUR,
BANGALORE,BAREILLY,BELGAUM,BERHAMPUR,
BHARATPUR,BHANDARDARA,BHARUCH,BHAVNAGAR,
BHILAI,BHOPAL,BHUBANESHWAR,BHUJ,BIKANER,BODHGAYA,
CALICUT,CANANNORE,CHAMBA,CHANDIGARH,CHENNAI,
CHIKMAGALUR,CHIPLUN,CHITRAKOOT,CHITTORGARH,
COIMBATORE,COONOOR,COORG,CUTTACK,DAMAN,
DAPOLI,DARJEELING,DEHRADUN,DHARAMSHALA,
DIBRUGARH,DIU,DURGAPUR,DWARKA,FARIDABAD,
FIROZABAD,GANGOTRI,GANGTOK,GANDHIDHAM,
GANDHINAGAR,GAYA,GHAZIABAD,GOA,GONDAL,
GORAKHPUR,GREATERNOIDA,GULMARG,GURGAON,
GURUVAYOOR,GUWAHATI,GWALIOR,HAMPI,HANSI,
HARIDWAR,HASSAN,HOSPET,HOSUR,HUBLI,HYDERABAD,
IDUKKI,IGATPURI,IMPHAL,INDORE,JABALPUR,JAIPUR,
JAISALMER,JALANDHAR,JALGAON,JAMBUGODHA,JAMMU,
JAMNAGAR,JAMSHEDPUR,JHANSI,JODHPUR,JUNAGADH,
KABINI,KANCHIPURAM,KANPUR,KANYAKUMARI,KARGIL,
KARJAT,KARNAL,KARUR,KARWAR,KASARGOD,KASHIPUR,
KATRA,KAZIRANGA,KEDARNATH,KHAJURAHO,KHANDALA,
KODAIKANAL,KOLHAPUR,KOLKATA,KOLLAM,KOTA,KOTAGIRI,
KOTTAYAM,KOVALAM,KUMARAKOM,KUMBAKONAM,KUSHINAGAR,
LEH,LAKSHADWEEP,LONAVALA,LUCKNOW,LUDHIANA,MADURAI,
MAHABALESHWAR,MAHABALIPURAM,MALAPPURAM,MALPE,
MALVAN,MANALI,MANDAVI,MANDAWA,MANESAR,MANGALORE,
MANMAD,MATHERAN,MATHURA,MOHALI,MOUNTABU,
MORADABAD,MORBI,MUMBAI,MUNDRA,MUNNAR,MUSSOORIE,
MYSORE,NADUKANI,NAGAPATTINAM,NAGARHOLE,NAGOTHANE,
NAGPUR,NAHAN,NAINITAL,NANDED,NASIK,NAVIMUMBAI,
NEWDELHI,NILGIRI,NOIDA,OOTY,
PALANPUR,PALI,PALLAKAD,PANCHGANI,PANCHKULA,PANVEL,
PANTNAGAR,PATIALA,PATHANKOT,PATNA,PHALODIPINJORE,
PONDICHERRY,PORBANDAR,PORTBLAIR,PRAGPUR,PUNE,PURI,
PUTTAPARTHI,RAIBAREILLY,
RAIPUR,RAJASTHAN,RAJGIR,RAJKOT,RAJAHMUNDRY.RAMESHWARAM,RAM NAGAR,RANCHI,RATNAGIRI,ROURKELA,SAJAN,SALEM,SAWANTWADI,
SECUNDERABAD,SHILLONG,SHIMLA,SHIVANASAMUDRA,SILIGURI,
SILVASSA,
SIVAGANGA,SOLAN,SRINAGAR,SUNDERBAN,SURAT,TANJORE,
THANE,THEKKADY,THIRVANNAMALAI,THIRUVANANTHAPURAM,
TIRUCHIRAPALLI,TIRUPUR,TIRUPATITHRISSUR,UDAIPUR,
UDHAMPUR,
UDUPI,UJJAIN,VADODARA,VARKALA,VAPI,VARANASI,
VELANKANNI,VELLORE,
VERAVAL,VIJAYAWADA,VISHAKAPATNAM,WAYANAD,
WANKANER,YERCAUD. 

• Programmable Logic Controllers
• Condition Monitoring
• Networks and Communication
• Condition Sensing Switches and Controls
• Operator Interface
• Connection Systems
• Power & Energy Management
• Control Circuit and Load Protection
• Power Supplies and UPS
• Drives
• Programmable Controllers
• Distributed I/O
• Push Buttons
• Industrial Computers and Monitors
• RFID
• Lighting Control Relays
• Timers
• Temperature Controllers
• Limit Switches Safety
• Medium Voltage Control
• Sensors
• Integrated Motion Control
• Signaling
• Motor Control Centers (MCC's) Software
• Motor Control
• IEC
• Motors
• Soft-starter
• RSLinx Classic & Enterprise
• RSLogix 5, 500 & 5000
• RSNetWorx
• RSFieldBus Configuration Software

An Orifice Meter is basically a type of flow meter used to measure the rate of flow of Liquid or Gas, especially Steam, using the Differential Pressure Measurement principle. It is mainly used for robust applications as it is known for its durability and is very economical.

As the name implies, it consists of an Orifice Plate which is the basic element of the instrument. When this Orifice Plate is placed in a line, a differential pressure is developed across the Orifice Plate. This pressure drop is linear and is in direct proportion to the flow-rate of the liquid or gas.

Since there is a drop in pressure, just like Turbine Flow meter, hence it is used where a drop in pressure or head loss is permissible.

An orifice meter is a conduit and a restriction to create a pressure drop. A nozzle, venturi or thin sharp edged orifice can be used as the flow restriction.

In order to use any of these devices for measurement it is necessary to empirically calibrate them. That is, pass a known volume through the meter and note the reading in order to provide a standard for measuring other quantities.

Due to the ease of duplicating and the simple construction, the thin sharp edged orifice has been adopted as a standard and extensive calibration work has been done so that it is widely accepted as a standard means of measuring fluids. Provided the standard mechanics of construction are followed no further calibration is required.

A linearly extending section of the same diameter as the inlet pipe for an end connection for an incoming flow connection. Here we measure the inlet pressure of the fluid / steam / gas.

An Orifice Plate is inserted in between the Inlet and Outlet Sections to create a pressure drop and thus measure the flow.

A linearly extending section similar to the Inlet section. Here also the diameter is the same as that of the outlet pipe for an end connection for an outgoing flow. Here we measure the Pressure of the media at this discharge.

As shown in the adjacent diagram, a gasket is used to seal the space between the Orifice Plate and the Flange surface, prevent leakage.

Sections 1 & 2 of the Orifice meter, are provided with an opening for attaching a differential pressure sensor (u-tube manometer,differential pressure indicator).