Hind Electrical Co. Gidc, Vapi, Gujarat

We are a trustworthy Weather Station Instrument Manufacturer, Supplier and Exporter In India. Anemometer is an important Weather Station Instrument, extensively used across various Weather Station applications. The Anemometer is a fast response, low threshold optoelectronic anemometer. When rotated by wind, a chopper on the anemometer shaft interrupts an infrared light source, generating pulses from a phototransistor. The signal is amplified and fed through a line driver. The frequency is proportional to wind speed. The anemometer is provided with a 3-pin connector for easy replacement and comes with 10 meters of shielded cable. For operation at low temperature, the sensor can be supplied with a built in heater. The Anemometer can be supplied with a 20W 24 V DC built in heater for operation at low temperatures. Note : These specifications are likely to change without notice. Construction Of Weather Station Brass Housing Stainless Steel Shaft

We are the most reliable VOC Gas Detector Manufacturer, Supplier and Exporter from Vapi, Gujrat. Volatile organic compounds (VOCs) are organic chemicals that have a high vapor pressure at ordinary, room-temperature conditions. Their high vapor pressure causes the molecules to evaporate from the liquid or solid form of the compound and enter the surrounding air. These vapor form of VOCs is detectable by a VOC Gas Detector and hence we come to know its presence in environment. VOCs are numerous, varied, and ubiquitous. They include both man-made and naturally occurring chemical compounds. Many VOCs are dangerous to human health or cause harm to the environment. VOCs are typically not acutely toxic, but instead have compounding long-term health effects. PID (Photoionization) : A photoionization detector measure volatile organic compounds and other gases. It uses an ultraviolet (UV) light source (photo = light) to break down chemicals to positive and negative ions (ionization) that can easily be counted with a detector. Ionization occurs when a molecule absorbs the high-energy UV light, which excites the molecule and results in the temporary loss of a negatively charged electron and the formation of positively charged ion. The gas becomes electrically charged. In the PID, these charged particles produce a current that is then amplified and displayed on the meter as "ppm" (parts per million) or even in "ppb" (parts per billion). The ions quickly recombine after passing the electrodes in the detector to re-form their original molecule. PIDs are non-destructive; they do not "burn" or permanently alter the sample gas, which allows them to be used for sample gathering. All Volatile elements and chemicals can be ionized, but they differ in the amount of energy they require. The energy required to displace an electron and "ionize" a compound is called its Ionization Potential (IP), measured in electron volts (eV). The light energy emitted by a UV lamp is also measured in eV. Note : If the IP of the sample gas is less than the eV output of the lamp, then the sample gas will be ionized and detected. We offer VOC Gas Detectors with three different PID lamps : 9.8eV, 10.6eV and 11.7 eV. The standard lamp is 10.6 eV with 3 years warranty. Now, few compounds have IP less than 9.8, few have less than 10.6 and few have more than 10.6 eV. So considering 10.6eV PID lamp we confirm that given compounds shall be detectable with our VOC Gas Detector. These Meter VOC Gas Detectors are manufactured using latest technology to offer accurate performance. Why Our VOC Gas Detector? Highly durableReliable readingEasy to useSpare parts availability

We are a top-notch Ultrasonic Level Transmitter Manufacturer, Supplier and Exporter In India. The Our Ultrasonic Level Transmitter is known for excellent quality performance that makes it a widely used device. Our Ultrasonic Level Transmitter is made from top quality components and highly acclaimed for its longer functional life. The easy to operate and low maintenance features of our Ultrasonic Level Transmitter makes it one of the most popular products of our company. Highlights DurabilitySimple user interfaceAttractive price rangeEffective functioning Technical SpecificationsMeasuring Range4 Mtr.6 Mtr.8Mttr.10Mtr.15Mtr.25 Mtr.Type2 Wire2 Wire2 Wire4 Wire4 Wire4 WireDead Band (m)0.250.30.350.350.650.65Press Connection1" BSP2" BSP2" BSP3" ANSI150, 6ANSI,150ThreadedThreadedThreadedPP, FlangedPP FlangedSameMeasuring Frequency80 kHz45 kHz40 kHz45 kHz40 kHz20 kHzSensor MaterialPP/PVDFGlass Filled PolyesterHousing MaterialAluminium, PU paintedIngress Protection Weatherproof, IP 67ProCess Temperature-10oC to 60oCAmbient Temperature-10oC to 55oCOperating PressureAtmosphericPower Supply14 to 30 VDC20 to 30 VDC OR 110 / 230VAC + 10% 1 Phase, 50 HzAccuracy+0.2% of Range + 0.25% of RangeResolution1 mm10 mmOutput4 - 20 mA,@ 500 Ohm, 24 VDCAnalog: 4 - 20 mA, 600 Ohm Galvanically isolated  (For AC version only)Relay: 1 SPDT (Optional)Contact Rating: 5A, 230 VAC Display3/4", 19 mm high, 6 Digit LCD DisplayFlow, VolumeKeyboardProgramming through removable magnetic keyCable Entries1 x Pg11With Relay: 3 x Pg11 / Without Relay:1XPg11Display ParametersLevel, % Level, Flow, Volume, Volume, Linearised Level Mounting TopParametersLevel, Distance% Volume, % Level

We are pa rominent Two Way Globe Valve Manufacturer, Supplier and Exporter In India. Our Two Way Globe Valve with its classic globe body shape, which reflects its name, uses the variable area generated between the plug and seat to control fluid flow. The Two Way Globe Valve is very versatile offering reduced trim options as well as a variety of special trims for severe high-pressure drop applications. The Two Way Globe Valve is easily adapted for use on cryogenic temperatures and for high temperature duties. Two Way Globe Valves are preferred for tight shut off, positioning accuracy, high range ability and simplified maintenance, satisfy the majority of control valve applications throughout the process and power industries in control of Air, Steam, Water, Gas, Chemicals, etc. Technical Specifications Design : ASME B16-34Valve Size : 15 to 450 mm ( 1/2" to 18" )Rating : ANSI 150 to 2500 or Equivalents to BS, DIN, etc.Face To FaceISA S.75.03 1985 up to 600ISA S.75.16 900 and aboveEnd Connection : Flanged, Screwed, Butt Weld, Socket weld.Body Materials : Carbon Steel, Chrome-moly Steel, Stainless Steel, Monel, Alloy20, Hastelloy B/C, PP, PTFE etc. PTFE Lined / PTFE Metal HousedBonnetStandard upto 250oCNormalizing (Finned) between 250oC to 500oCExtended cold service - 20oC to - 200oCExtended Bellows sealsGland packing : Grafoil / PTFE V Rings.Trim designs : Top Guided Contoured, Splined Micro Flow, V-Ported (Balanced / Unbalanced), Low Noise ( LN1, LN2, LN3, LN4 ) Trim materials : Stainless Steel, Alloy20, Monel, Hastelloy B/C, Satellite Alloy 6 )Characteristics : Equal Percentage, Linear and Quick Opening.Seat leakage : As per FCI-70-2 (ANSI B 16.104) Class III. IV, V and VI (standard leakage rates) Metal to Metal Seating Class IV, Less than 0.01% of rated Cv. Metal to Soft Seating� Bubble tight (Zero Leakage)Actuator type : Diaphragm, Cylinder or Electric.Actuator action : Direct / Reverse Acting.Diaphragm : Nitrile / Neoprene.Spring ranges15 PSIG ( 0.2 - 1.0 Kg/cm2 )6 - 30 PSIG ( 0.4 - 2.0 Kg/cm2 )Air Supply : 20-35 PSIG (1.4 - 2.5 Kg/cm2 )Air Connection : 1/ 4" or 1/ 2" NPTHandwheel : Top or Side Mounted HandwheelAccessories : Valve Positioner - Pneumatic, Electro PneumaticOptional : Smart Positioner, Airset, Solenoid Valve, Air Lock, Volume Booster, I/P Converter, Position Transmitter, Limit - Proximity Switches etc. Removable Blind Head, Steam Jacketing, etc.

We are a prominent Gujarat based Turbine Flow Meter Manufacturer, Supplier and Exporter In India. Our Turbine Flow Meter is known for its high performance and durability. The Turbine Flow Meter we manufacture is easy to operate and requires low maintenance efforts. Our Turbine Flow Meter FL-100 is a 2-wire Turbine Flow Meter specially used for various industrial applications. The flowing media engages a vaned rotor causing it to rotate at an angular velocity proportional to flow rate. The pick-up coil senses the spinning motion of the rotor inside the pipe & converts it into a pulsating electrical signal. Summation of the pulsating electrical signal is directly related to the total flow. The frequency of the Turbine Flow Meter is linearly proportional to flow rate that is converted to electrical signal 4 - 20 mA. Technical Specifications Media : Liquids (Clear)Viscosity : 100 cp maxPick off Type : Magnetic sensorLine Size : 15 NB to 150 NBDisplay : 8 x 1 LCDType of Output : 4 to 20 mA DC, 2 wireCalibration Range : As per requirement (Factory Calibrated)Accuracy : +/- 1% F. S.Linearity : +/- 1%Repeatability : +/- 1%Pressure Drop : Approx. 0.28 kg/cm2 at max. FlowTurn down ratio : 10 : 1 to 100 : 1Process Temperature : 150 0C maxProcess Pressure : 30 kg/cm2 maxMaterial of constructionBody, Bearings, Support & Flange : SS 316 / PTFERotor : SS 410 / SS 410 with PTFE coatingShaft : tungsten carbidePower Supply : Loop powered, 24 V DC excitedPower Consumption : < 40 mWResponse Time : < 100 mSecTemperature Coefficient : +/- 0.01% per 0CTransmitter Enclosure : Flame-proof, IP-65, IIA, IIB CMRI certifiedProcess Connections : Flanged / Threaded / Tri-cloverMounting : In-Line (Horizontal OR Vertical)Operating Conditions : Temperature 0 to 55 0C / Humidity 5 to 95% non condensing

Standard or Nonstandard: Standard Structure: Other Pressure: High Pressure Power: Pneumatic Material: Forged Temperature of Media: High Temperature Media: Water Port Size: DN15- 50 Specification Size :DN15-DN50 Pressure rating: PN16-PN100 Material: WC6,F22 Connection end: Flange,screw,socket welded Max. allowable temp.: 500 degree c Structural characteristics Automatic blow off mechanism is installed inside the valve. It’s of new type crown valve plate with reliable sealing,and steam heat preservation mechanism with high-efficiency energy conservation. Rapid air and condensate water exhaust while starting the equipment,great displacement and small steam leakage. Strong anticorrosion,reliable operation and durability. Free of adjustment and remarkable energy-saving result within the working pressure. Main Application  Used in the steam subcritical status for high-temperature/pressure sasturation, steam main pipeline and turbine

Thermocouple is consist of thermo element, insulation material (ceramic or MgO) and protection tube.  

SPECIFICATION Temperature transmitter integrates RTD/thermocouple and temperature transmitter module which can output 4-20mA corresponding to temperature range.   Universal input accepts Thermocouples J, K, T, E, N, R, S, B and Pt100, Pt1000 and NTC RTD with programmable working range Linearized 4 to 20 mA or 20 to 4 mA output Cold junction compensation for thermocouples Cable resistance compensation on 3 or 4 wires Pt100 connection USB micro-B port allows direct PC connection for configuration. USB Class CDC Free Windows configuration software Power supply: 10 to 35 Vdc RTD Typical Accuracy: ± 0.1 % for Pt100 and Pt1000 and ± 0.3 °C for NTC Thermocouple and mV Typical Accuracy: ± 0.1 % Temperature effect: Smaller than 0.16 % / 25 °C Working temperature:  -40 to +85 °C (-40 to 185 °F) Suitable for RTD PT100,PT1000,CU50,CU100 and 10 kinds of TC and resistor Analog output of 4-20mA,0-5V,0-10V Digital RS485 Modbus-rtu output. Usually there is only analog output for such temperature transmitter. Special anti-interruption version optional High accuracy of 0.2% and 0.1%     HART protocol optional Our series head mounted temperature transmitter modules are developed on rich experience of developing and actual using. We are always willing to hear the voice of clients and do responding design accordingly.With low price,the temperature transmitter can be used for signal input of RTD,thermocouple,resistors and voltage(mv).  RTD include PT100,PT1000,CU50,CU100. Thermocouple mainly have K,B,E,J,N,R,S,T  The output signal mainly have analog 4-20mA,0-5Vdc,0-10Vdc and digital RS485 Modbus-RTU. HART protocol is available as requirement.   The head mounted temperature transmitter is developed on industrial class platform with 16-bit and 24-bit AD, and the accuracy can reach 0.1 class. All ICs from professional brand are introduced with to ensure long-term stability and working life. Well-established system design with anti-surge and anti-reverse-connection avoids wrong-operation and wrong-installing in the actual using. Enhanced system software is adopted,mainly having low voltage monitor and reset, multi-task schedule optimization,etc. In order for large stock purpose by  big clients, part of the series temperature transmitters can be set by USB on computer or Android mobile phone.     RS485 Modbus RTU Temperature Transmitter Here we are proud to introduce head mounted temperature transmitter with RS485 Modbus-RTU. You may easily find such temperature transmitters usually have analog output only,and digital RS485 is not easy to find. Meanwhile, RS485 Modbus-RTU is an important and popular communication protocol for controlling and making network. In the past,without such output, users have to borrow gathering card and then convert to RS485. This process will reduce the accuracy and lower the performance. Thus, in order to meet clients' requirement,we develop temperature transmitter with RS485 Modbus RTU,and its price is still low. RS485  belongs to digital output that has higher accuracy than analog signal,e.g.4-20mA,0-5Vdc and 0-10Vdc. Modbus is a kind of  standard industrial communication protocol which is very popular and easy to operate for network monitoring. Thus, if possible, it is better to consider RS485 as priority choice unless there is special requirement. 

LUX-TG-1001 - TEMP Bimetal thermometer- Temperature gauge       Principle Bimetallic thermometer’ temperature element is made of bimetallic strip   which is bent into a coil, one end will expand when it is heated, meanwhile   drive the pointer rotate, which will show the corresponding temperature of   medium.       Features >Measure process temperature of liquid or gas  >Temperature element: bimetallic strip  >Temperature range: -80 ~ 40 ℃; -40 ~ 80 ℃; 0 ~ 50, 100, 150, 200, 250, 300, 400, 500℃  >Accuracy: 1.6% of Calibration range  >Dial size: 65mm, 100mm, 150mm, 200mm  >Case material: SS304 / SS316  >Process connection material: SS304 / SS316

The  static charge meter is a compact digital electrostaticsurface voltmeter, designed to locate and measure surface voltage onstationary, moving objects and equipments.    This meter has very high sensitivity and its resolution is 1 volt at the standard measurement distance of 2” (5 cm). The meter is designed toeffectively measure the magnitude and polarity of the surface voltage withgreater clarity and speed than what has been possible before.this ideal for measuring electrostatic charges in plastic, paper,packaging, textile, food, pharmaceutical, electronic and other industries.

We are a reputed Stack Analyzer Manufacturer, Supplier and Exporter In India. Our Stack Analyzer is extensively used for gases like So2, NO, CO, Co2 and o2. The Stack Analyzer is available at market leading prices. Our Stack Analyzer is known for its excellent quality and easy to use feature. Scope of Supply : Continuous Stack Analyser and Sample Conditioning System Model : FGA -08 (Microprocessor Based) incorporating well Proven Electrochemical Dual Technology into a truly continuous system and provide high Measurement Stability and Accuracy Features Fully Integrated SystemWide measurement RangeSimple installation & MaintenanceHighest Measurement PerformanceInternal Data Logging Function (Optional)Internal Heated sample Line (Optional)Comprehensive Data Acquisition and Analysis systems are Available (Optional)PC Based Software (Optional) Technical SpecificationsTechnique (Measuring Principle)Advanced Eelctro chemical DUAL Sensor TechnologyResolution1 ppm Linearity

Smart Ground Detector   Smart Ground Detector (SGD) is a grounding device that effectively controls and dissipates static charge. Intrinsic safe design   Monitors earth potential and detects resistance in the earth loop   Single/ Dual channel   Ensures low resistance in the earth loop   Area classification: Exd [ia], IIB, IP65, zone 1   Used in wide range of applications like process, chemical, petrochemical, pharmaceutical, paint industries and terminal automation   Used in standalone operations   Varieties of Earthing clamps are available to suit the application     The problem of static electricity in hazardous atmospheres is ever present in many sectors of processing industries. Due to physical movement, some materials generate high degree of static charge; at times it is in kilovolts. Insulating materials like rubber tyres, paints, gaskets and seals do not offer sufficient low resistance path to safely dissipate any static charge generated to earth. When this happens, high level of charge may accumulate on the isolated part, posing the risk of energetic static discharges. If this occurs in hazardous atmosphere there is a chance of occurrence of explosion, fire, or ignition of hazardous material. Smart Ground Detector solves the aforesaid problem by ensuring that a low resistance connection is made from the isolated part through paint or rust to the reference ground point. Essentially the instrument monitors potential level of the vessel and only when this potential is confirmed to be at the same potential level as that of the reference ground (Earth pit) level, the instrument permits further loading or unloading operations. Throughout the fuelling operation, the instrument monitors the development of the static charge on the body of the vehicle and ensures that the condition remains safe till the loading is completed.     The Smart Ground Detector is line powered intrinsically safe, self-proving ground verification system. It can also be used in the process industries; where product is transferred into drums or containers, by ensuring that all the containers are at earth potential. The Smart Ground Detector may also be used to provide safe and secure ground to movable metal containers and mobile vessels within the plant in the process industries.   A dedicated terminal is provided in the instrument that connects the true earth potential with this instrument. And during the entire monitoring operation, the instrument considers this potential as a reference ground point. Varieties of grounding clamps are available with the system to suit the applications. The clamps are supplied with mechanically rugged chemical resistant flexible spiral cables.   Two sets of interlock outputs in the form of potential free relay contacts as standard are available to connect to the Batch controller, which immediately stops loading operation under the un-safe condition. The potential free contact may be interlocked with pumps, valves, PLC, alarms, etc. Using two LED indicator lamps available on the front cover, Earthling OK (Green Lamp On) or Defective Earth (Red Lamp On) status are displayed. Alternately, the instrument can be converted to accept inputs from two separate earthling clamps to generate two separate potential free relay contacts.     Model Smart Ground Detector Detection Principle (a)  Detection of resistance in the earth loop   (Jumper selectable set points 2 - 4 - 8 - 16 ohms)   (b)  Earth potential limit is monitored   (c)  Detection of loss of static tank earth Function To detect proper grounding of the tank truck, loading arm bonding and will   stop loading upon loss of earth connection or if the rate of generation of   static charge is more than rate of dissipation of static charge. Indicating Lamps Three Nos. LED Cluster lamps   •  Red (Earth Fail)   •  Amber (Power ON)   •  Green (Earth OK) Area Classification Intrinsic Safe : Ex ia, Group IIA, IIB   Flame Proof  : Ex d, Group IIA, IIB Temperature Class T6 Ingress Protection IP 65 Operating Temperature 0 to 60oC Storage Temperature -10 to 85oC Humidity 95% at 25oC (Non-Condensing) Response Time 50 mSec (nominal) Supply Voltage 230VAC ±10% / 115VAC ±10%, 10 W Output Characteristics Potential free 2-change over relay,   Contact rating 230V, 5A, 100 VA (AC) / 230V, 5A, 100 Watt (DC) Body Flameproof cast aluminum LM6 Mechanical Dimensions 283mm(H) x 215mm(W) x 177mm(D)   (Mounting holes provided at 130 x 240mm apart) Approvals CMRI & CCOE Clamp Type -  Crocodile type   -  Ball type, socket with stud connector

We are a well-known Safety Valve Manufacturer, Supplier and Exporter In Gujarat, India. Our Safety Valve is highly demanded for its excellent safety features and optimum performance. The Safety Valves that we manufacture are easy to install and have a long lasting functional life. Our Safety Valves are made from excellent material and have low maintenance requirements. Different Types Include Angle typePop designFull liftSpring loaded close bonnetSafety relief valve

We are the most reliable Pressure Regulator Valve Manufacturer, Supplier and Exporter In India. Our Pressure Regulator Valve is mainly used to handle downstream pressure and is self-contained and self-operated control device, which uses energy from the controlled system to operate & regulate pressures. Our Pressure Regulator Valve helps to manage downstream system pressures in low, medium, high flow applications. The different models of the valve include a diaphragm type, piston type or combination of both to suit different applications. A Pressure Regulator Valve maintains a desired reduced outlet pressure while providing the required fluid flow to satisfy a variable downstream demand. The valve at which the reduced pressure is maintained is the outlet pressure setting of the regulator. Principle Of Operation All type of regulators generally fit in to one of the following two basic categories Direct OperatedPilot Operated The specific considerations peculiar to your control needs is to be carefully studied and understood to determine which method of control is the better choice. Regulators when compared to control Valve / Instrument package have their advantages and limitation. The operational principal of both types of regulators is explained as follows. Direct Operated : In operation, a direct-operated, pressure-reducing regulator senses the downstream pressure through either internal pressure registration or an external control line. This downstream pressure opposes a spring that moves the diaphragm and valve plug to change the size of the flow path through the regulator. Characteristically direct operated regulators are adequate for narrow-range control, and where the allowable change in output pressure can be 10 to 20% of the outlet pressure setting. This 10 to 20% is typical although finer control can be achieved depending on the specific application requirement.Pilot Operated : A pilot-operated system uses a two-path control. In two-path control, the main valve diaphragm responds quickly to downstream pressure changes, causing an immediate correction in the main valve position. At the same time, the pilot diaphragm diverts some of the reduced inlet pressure to the other side of the valve diaphragm, diaphragm control the final positioning of the main valve plug. Two-path control results in fast response. Pilot-operated regulators are preferred for broad-range control, or where the allowable change in outlet pressure is required to be less than 10 percent of the outlet pressure setting. They are also commonly used when remote set point adjustment is required for a regulator application.

Standard or Nonstandard: Standard Structure: Pressure Reducing Pressure: Medium Pressure Power: Manual Material: Stainless Steel Temperature of Media: Medium Temperature Media: air/gas Port Size: DN32-DN150 Application: General Connection: Flanged RF ANSI B16.5 Connection1: BSP NPT thread 1/2"-2"  

Auto switch off Easy conversion between metric and inch Operating with USB download function

The ILUX hydrocarbon gas detector is an open path infrared gas detection system that provides continuous monitoring of combustible hydrocarbon gas concentrations in the range of 0 to 1,5 LEL/m, 0-2,5 LEL/m, 0-5 LEL/m, over a distance of 5 to 200 meters. Standard system outputs include 4-20 mA DC current output, with HART and RS-485 MODBUS communication. ILUX is capable of detecting most hydrocarbon gases and vapors including methane, ethane, propane, butane, propylene and others. No direct electrical interconnection between the two modules is required. The application of the ILUX system is allows to  substitute for up to 12 fixed gas detectors. The ILUX system consists of two stainless steel modules- a transmitter and a receiver, along with mounting fixture hardware. Both modules are powered from an external 24 volt DC supply. The receiver provides the measurement signal outputs, and is furnished with an onboard “status indication” LED and an external magnetic bangle for reset setting and zero adjustment. The transmitter contains one ultra-reliable xenon flash lamp. Both modules are installed of approximately the same elevation and must be aligned to point directly at one another. The ILUX transmitter module illuminates a direct linear path ending at the ILUX receiver module. As flammable hydrocarbon gases intersect the light beam between by the two modules, certain IR wavelengths are absorbed by the gas, while other IR wavelengths are not. The amount of IR absorption is determined by the concentration of the hydrocarbon gas. A pair of optical detectors and associated electronics located in the receiver module measures the absorption. The change in the intensity of the absorbed light (active signal) is measured relative to the intensity of light at a non-absorbed wavelength (reference signal). The microprocessor computes the gas concentration and converts the value into a 4-20 mA current output signal (digital signal), which is then communicated to external control and annunciation systems. No filter wheel motors or other moving parts are utilized in either module. APPLICATION Power stations and petroleum and gas stations Storage of combustive-lubricating materials Tank ships and other vessels Vanish and dye industry Storage of oily products Oil and gas industry LNG/PNG processing and storage                  ADVANTAGE   System is equivalent of eight fixed gas detectors Low power consumption Detect methane and most hydrocarbon gases including methane, ethane, propane, butane, and propylene Analog, relay and digital outputs 5-200m meters distance Resistance to fog and high humidity Wide range of operating temperature Equal sensitivity to main hydrocarbons High sensitivity to main hydrocarbons High sensitivity and longevity over 10 years Protection from direct contract with contaminants Stainless steel construction

We are a well-acclaimed Online pH Transmitter Manufacturer, Supplier and Exporter In India. Our Online pH Transmitter is known for its excellent service and reliability. The Online pH Transmitter is made from excellent quality components that are again made from reliable raw materials. Our Online pH Transmitter is easy to use and install that makes it a favorite among the buyers. Highlights Accurate calculationsDurabilityCost effectivenessLow maintenance Technical SpecificationsRangepH-2.00 to 16.00 pH ORP-2000 to 2000 mV Temperature-30 to 130.0oCResolutionpH0.01 pH ORP1 mV Temperature0.1oC (above -10 oC); 1oC (below -10oC)Accuracy @ 20oC pH±0.02 pHORP±2 mVTemperature±0.5oC (-9.9 to 130.0oC); ±1oC (-30 to -10oC) Input Impedance 1012 Ohm Digital Inputfor the pH/ORP/oCTransmitter RS485 Other DigitalInsulated Inputs two digital insulated inputs: one for hold and one for the advanced cleaning; ON state: 5 to 24 VDC Digital InsulatedOutput a digital insulated contact closed upon hold mode TemperatureCompensation automatic or manual, -30 to 130oC Temperature Probe with three-wire or two-wire Pt100/Pt1000 sensor (with automatic recognition and damage test) Power Supply 24 VDC/AC, 115 VAC ±10%, 230 VAC ±10% or 100 VAC ±10%; 50/60 Hz Power Consumption 10 VA Over Current Protection 400 mA 250V quick blow fuse Max. OscillationFrequency 8 MHz Relays 1, 2, 3, 4 electromechanical relay SPDT contact outputs, 5A-250 VAC, 5A - 30 VDC (resistive load); fuse protected: 5A, 250V quick blow fuse Alarm Relay electromechanical relay SPDT contact output, 5A - 250 VAC, 5A - 30 VDC (resistive load) fuse protected: 5A, 250V quick blow fuse Analog Output two independent outputs, 0 - 22 mA (configuring as 0-20 mA or 4-20 mA) Analog OutputResolution 0.1% f.s. Analog OutputAccuracy ± 2% f.s. Data Logging 6000 pH/oC or ORP samples Environment 0 to 50oC?(32 to 122oF); RH max 85% non-condensing Casing IP20 (housing); IP54 (front panel)

We are a highly reputed Multi Gas Detector Manufacturer, Supplier and Exporter In Gujarat. Our Multi Gas Detector is very popular because of its long lasting performance and easy to handle interface. The Multi Gas Detector offers instant reading with up to four sensors at one time. Product Specifications : QRAE II Multi Gas Detector SizeDiffusion : 5" L x 2.8" W x 1.5" H (12.5cm x 7.2cm x 3.8cm)Pump : 5" L x 2.8" W x 2" H (12.5cm x 7.2cm x 5.0cm)Sensors : Catalytic bead for combustiblesOxygen : SPE (non-consumable Solid Polymer Electrolyte technology)Toxic : Electrochemical, H2S, CO or SO2Battery : Interchangeable Lithium-ion and alkaline battery packsOperating PeriodDiffusion : Up to 14 hours continuous operation with Lithium-ion battery, up to 10 hours with alkaline battery (typical, without alarm)Pump : Up to 10 hours with Lithium-ion battery, up to 8 hours with alkaline batteryDisplay Graphic : 4 lines, with LED automatic back light in dim light or alarm conditionKey Pad : Two Key OperationsDirect Readout Instant reading of up to four sensorsOxygen as percentage by volume scalable using correction factorsToxic gases as parts per millionHigh and low values for all gasesBattery and shutdown voltage Date, time, elapsed time, temperatureAlarms 95dB buzzer (at 30 cm) and flashing red LEDHigh : 3 beeps and flashes per secondLow : 2 beeps and flashes per secondSTEL and TWA : 1 beep, vibration and flash per secondAlarms : latching with manual override or automatic resetAdditional diagnostic alarm and display message for low batteryIP Rating : IP 65Data logging : Standard 12 days at one-minute intervalsCalibration : Two-point calibration for zero and spanSampling Pump : Optional, internal pump 300 cc/mnHazardous Area Approval US and Canada : C1, D1, Groups A, B, C, D, T4Europe : ATEX II 2G EEx ia d IIc T4IECEX : Ex ia d II C T4Attachments : Stainless-steel alligator clip

DESCRITION Standard or Nonstandard: Standard Structure: Safety Pressure: Medium Pressure Power: actuated Material: WCB Temperature of Media: Medium Temperature Media: steam Port Size: 24 inch Application: General set pressure class: 10-13 PN nominal pressure for safety valve: 16.0 Safety valve instruction:  safety valve, the best extra-pressure protection device takes care of press equipments, container and on-line pipe. When mediums pressure rises over the allowed pressure, safety valve will automatically open and fully discharge to protect the equipment from pressure going on rising and will automatically close when the pressure lowers to the setting pressure.  The valve bonnet of sealed safety valve prevents dust and foreign matters from invading. Meanwhile protect toxic combustible media from overflowing. The valve bonnet of open safety valve can favour the spring seat in lowering temperature inside of. It is mainly used for the pipeline and container with steam medium. The safety valve with a radiator is suitable for the medium with a temperature over 350 °c.  The safety valve with lever, it makes use of open manually when the media pressure over 75% of setting pressure.  Full lift safety valve opening height is more than one fourth times of the flow diameter. it has an advantage of discharging greatly . Low lift safety valve valve opening height is between one twentieth to one fortieth times of the flow diameter.

Principle of Operation Faraday's Law The operation of a magnetic flow meter or mag meter is based upon Faraday's Law, which states that the voltage induced across any conductor as it moves at right angles through a magnetic field is proportional to the velocity of that conductor. Faraday's Formula E is proportional to V x B x D where: E = The voltage generated in a conductor V = The velocity of the conductor B = The magnetic field strength D = The length of the conductor Application : Juice Milk Mag Flow Meter with pulse;4~20mA and RS485 output  Sensor Output:        Pulse;4~20mA;HART;RS485;MODBUS;GPRS    Lining and Body  Matereial PTFE, Rubber Lining and cast steel; stainless steel body material low Meter Installation     1. Installation location Avoid the magnetic objects and equipment with strong electromagnetic field; should install the flow meter at ventilated location; Avoid the location wherer ambient temperature above 50℃ and relative humidity above 90%; The water flow meter should be installed at somewhere spacious; The 4-20Ma Sensor Electromagnetic Water Flow Meter Smart should be installed behind pump and the value should install at downstream. Flow Sensor Installation   Must to ensure the pipeline is filled and without bubbles to keep the high accuracy; The flow direction should keep with sign on the body of flow meter; Ensure the double electrodes keep Horizontal; If the medium is mixed by liquid and solid,Pls install it at vertical to extend the working life of lining; If the environment with shocked pls install the bracket at both front and behind; If the medium is pollution liquid, should install the flow meter at bypass pipe and don't interrupted when you on service;      

These single-gas, multi-gas, PID monitors, controllers, and wireless alarm bar can be installed to provide continuous, always-on monitoring for toxic gases and gamma radiation.   Gas Detector Features no false alarms utilizing stable, field-proven sensor technologies Highly selective for specified target Gas No zero drifts with changes in ambient conditions Self-Calibration adjusts span based on sensor life curve Non-Intrusive field Calibration using magnet LCD display: 12 characters x 2 lines. Provides user interface with magnetic switches Not affected by temperature -40 deg. C to +50 deg. C Offsite sensor calibration with sensor embedded memory chip Peak value, 15-min. , Remaining Sensor Life, Replace Sensor indication and number of days since last gas calibration Optional Relay Module in same enclosure with low, mid, high and fault relays; rated 10 Amps. Gas alarm relays can be programmed latching or non-latching, energized or non-energized, time delays Available suitable for SIL 2 environments Continuous Advanced Diagnostics   Sensor Technology Electrochemical, Photo-Ionization,Catalytic, Infrared, Solid-State Detection Range Varies with gas type  Resolution 0.01 ppm; 0.1 ppm; 1 ppm;0.1 %Volume; 1 %LEL(depends on gas type) Response Timeless than 30 sec. 90%  Recovery Timeless than 30 sec. 10%  Temperature Range-40 deg. C to +50 deg. C  Humidity Range10 - 90% RH, non-condensing  Zero Driftless than 1% of full-scale typical Power Requirements12-30 VDC 1.08 - 1.82 W (24 VDC)  Outputs4-20 mA Standard Modbus RTU Option Relay Module Option Sensor Service Life>2 years typical under normal conditions, depends on sensortype and conditions

1.Precise Non-contact measurements 2.Unique flat surface, modern housing design 3.Laser Targeting 4. LCD with back light 5.°c or °F select switch 6.laser ON/OFF switch 7.Automatic power off 8. Over range indication 9.Max,Min DIF,AVG record 10.Adjustable emissivity 11.High and low alarm  

APPLICATION ·Contact Radar level meter ·Applicable to liquid, solid powder ·Process temperature:-40 to 250℃ ·Process pressure: -1 to 20 Bar ·Range:0-6m, 0-30m, Accuracy: ±1mm ·Emission frequency: 100 MHz – 1.8 GHz ·Explosion-proof: Exd IIBT4 ·Process connection: Thread / Flange