Sensors Dealers in Ghaziabad

Various options for Temperature controls for best vendors across the globe, are offered duly integrated with various equipment offered by us. Selected MOCs as per process media requirements ensures long & trouble free service life.

We are offering industrial thermocouple sensors, all types of industrial heaters, and all types of candy , masala pouch packing, ffs machine list given below as: 1.all types of perforation bladesknivescutters. 2.all types of zig zag cuttersknivesblades. 3.all types of industrial heaters such as pencil heaters, round heaters,casting heaters,strip heaters and high density heaters. 4.all types of sealers jaws of candy machine and biscuits and ffs machines. 5. All types of thermocople temperature sensor such k-type sensor t-type thermocople sensor and pt 100 sensors etc. -- thanks & regards, subodh mishra (head-marketing & sales) pack machine engineers, (spl. In: all types of pouch cutters, perforation blades, pillow pack zig zag cutters, sealing jaws, high density pencil heaters, solid state relay (s.s.r.), band,mica,band,nozzle, and strip heaters ).

The standard Pick-off Sensor are magnetic reluctance type. Each output is approximately 30 mV peak to peak at minimum flow. The frequency generated is directly proportional to the rotation of the Turbine Meter Rotor, or in other words, the flow rate. Different models of Pick-off Sensors are available according to the different areas of use such as standard, intrinsically safe, high temperature applications. Certification : II 1G/EEx ia IIC T6

Temperature measuring point : Pick shell / insulation / dew point. Thread : 4/1, 5/16, M8, M6, M12. Temperature range : -50°C~950°C. K Type Thermocouple is the most common type of thermocouple. It is reliable, inexpensive, and accurate and its temperature range is wide. It is mostly used in nuclear applications due to the relative radiation hardness. The maximum temperature (continuous) is nearly 1,100°C. These types of thermocouples are used widely in the industry. They have very good resistance to oxidation and high thermopower. They provide us with correct temperature monitoring in the range between  -200°C and  1370°C (-328°F to 2498°F). They consist of nickel-5% aluminum and silicon (-) wire vs. nickel-10% chromium (+) wire. One should use this kind of thermocouple in oxidizing or inert atmospheres. The heating element like electric heaters is the best source to heat it up. They are mostly used at temperatures over 540°C (1004°F) because of the higher oxidation resistance as compared to J, T or E types of thermocouples. The range of K Type Thermocouple : Extension wire –   Between 32° F and 392° F (0°C to 200°C) Thermocouple grade wire – Between 454° F and 2,300° F (–270°C to     1260°C) Accuracy (which will be greater) :Special Limits of Error       –                 +/- 1.1C or 0.4% Standard                             –                  +/- 2.2C or +/- .75% Names of Elements : For describing the positive element of this type of thermocouple (KP), following names can be used: ThermoKanthal-KPs, HAI-KP1, Tophel+, Nickel-chrome, Chromel2, and T-13. The negative element of this type of thermocouple (KN), is described by these names: ThermoKanthal-KNs, HAI-KN1, T-2s, Nial+, Nickel-silicon, and Alumel2.   Cautions to Take: Some conditions should be avoided while using this type of K thermocouple. It should not be used in vacuum applications because of the vaporization of chromium in the positive element. Also, it is not supposed to be used in the sulphurous environment as both of the elements will corrode rapidly and eventually the negative element will fail mechanically because of being brittle. One should also avoid reducing atmospheres. The green-rot phenomenon can be caused due to low oxygen levels. In this phenomenon, chromium in elements will start oxidizing which cause very large negative drifts in calibration. Take a look here as well, actually, If you are a wholesaler then you can have direct contact to thermocouple manufacturers near your area for bulk order. Type K Thermocouples are specified at the time when metallurgy was not as advanced as it is nowadays. As a result, the characteristics can vary extensively between samples. Nickel which is the constituent metal of K type thermocouple is magnetic. Thermocouples made with magnetic material have a characteristic that they are subjected to a deviation in output whenever the Curie point is reached by the material. This happens with thermocouple type k at nearly 185 °C. Hope you like the content and him information given by us. If still have any query about the product or anything then don’t forget to contact us.  FEATURE:- Premium Quality. Affordable Reliable Product Details: Minimum Order Quantity: 6 PiecePower(Watts): As per requirement of applicationVoltage: As per requirement of applicationSize: As per requirement of application

Measures PM2.5, PM10, CO2, Temperature & Humidity. Airveda monitors use High quality laser sensors, calibrated individually for Indian conditions against BAM (Beta Attenuation Monitor- the most advanced system for measuring ambient air quality.) This device contains high quality NDIR CO2 sensor, which allows user to easily self-calibrate ensuring best results. Temp and humidity sensors are calibrated by a master source traceable to NABL.

Automatic Sensor Flusher BP-U422 Integrated Sensors for ceramic Urinal pots Easily Replaceable in any brand urinal With White ABS features 6 V DC, 4 X AA size alkaline batteries  500 mm adjustable  8 Seconds (will flush 1.5 ~4 ltrs. water, assuming pressure .3~.6 Mpa)  15 mm inlet / outlet orifice  Touchfree infrared sensor 50 X 80 mm Front

DYAUSMED disposable sensors are made of flexible shielded cable. High accuracy electronic component and 3M Micorfaom™ or Medaplast™ fabric adhesive material. These adhesive materials with medium adhesive maximize patients comfort and allowthe sensor to be easily moved and quickly reapplied when repositioning. DYAUSMED also offers velcro non-adhesive single patient use sensors. Due to the Velcro design, the repositioning of the sensor is possible for many times without destroying the sensor body. This is very helpful to user especially dusring long term monitorization.

Resistance Temperature Detector(RTD) used for temperature measurement -50 to 400 Deg.C. The system accuracy begins with proper primary sensor selection. Various considerations apply to the design of RTD assemblies. The element should be protected from shock and vibration, yet free of expansion stresses that may shift the reading. The element assembly needs to be isolated without obstructing heat flow. The outer sheath has to withstand pressure, erosion and vibration, yet it should be small enough for easy installation and rapid response to temperature changes.

We are engaged in offering our clients a wide range of Shutter Sensors. These are manufactured using quality raw material procured from reliable vendors.