Magnetic Sensor Dealers

HL5500PC is a turnkey, high performance hall effect system for the measurement of resistivity, carrier concentration, and mobility in semiconductors. Modular in concept, allowing easy upgrade paths, the system is suitable for a wide variety of materials, including silicon and compound semiconductors. HL5500PC has both low and high resistivity measurement capabilities, with optional cryostats extending thetemperature range from 77K to 550K. With an intuitive Microsoft Windows user interface, no programming experience is required to set up or use the HL5500PC.

Manufactured in confirmation to the established industrial standards of excellence, these AC and DC Magnetic Sensors are known for delivering the best performance. We are among the reputed sources for procuring these AC and DC Magnetic Sensors. Also, these AC and DC Magnetic Sensors can be purchased from us at reasonable rates. Highlights Easy to operate Easy to install Long-life Smooth performance

The omnipolar detection Hall IC is incorporating a polarity determination circuit that enables separate operation (output) of both the South and North poles.

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

We are counted amongst the prominent Suppliers of Magnetic Sensors in Rajasthan, India. Our offered Magnetic Sensors are well-applauded for their prompt detection, robust structure, optimum functionality, and long lifespan. We offer them to various establishments across the country. Our Magnetic Sensors are completely in accordance with the latest industrial standards and norms. We are backed by a team of dexterous professionals, which thoroughly examine them on the basis of stringent quality parameters.

Magnetically Operated Sensor Available in SPST NO Verson. Choice of cable length and Termination is possible Magnet is available sealed with housing Cable with Heat shrink sleeve option is available.

We are offering magnetic proximity sensor, protocontrol make magnetic proximity switches are designed for speed sensing application and position and direction sensing. Special hall effect switches are ideal for use in automobile speed sensing applications.

Hall Effect sensors are a type of semi-conductor that produces a linear voltage output in relation to magnetic field intensity when a constant current is applied to the sensor. Hall Effect sensors are popular in industry for such purposes as sensing rotors of brushless motors and in other applications where contactless sensing of moving mechanical components is required. Hall Effect sensors are immune to environmental conditions that easily effect electro-mechanical type sensors that they replace. Hall Effect sensors are also utilized in FW Bell contactless current sensors. FW Bell produces a complete line of Hall Generators for almost any application. We produce in house thin film Indium Arsenide Hall Effect sensors that are especially sought after for small size, high reliability applications. In addition to these we offer instrument quality, high linearity sensors for demanding applications. Also, we offer several general purpose low cost sensors for those applications that do not require high accuracy. FW Bell will also custom design and manufacture Hall Effect sensors to meet our customers specifications. Our client list includes the leading suppliers to the aerospace, medical, automotive, instrumentation, research, alternative energy, and industrial fields.

ADS 2217 is a Hall Effect Based, Non-Contact, Clamp type DC Current Sensor with an output of RS485. The Vent dia is 20mm. Standard unit can measure 0-100A. The Output is 0-2VDC & RS 485. Features Non-Contact current measurement Clamp Type DC CT Hall-effect based sensor 1% FSD Accuracy Built-in RS 485 Port

Weft Break Sensor (Magnetic Sensor) : for detecting tape Breakages   The Magnetic Loom Sensor is an highly sophisticated and reliable device to sense the weft breakage, empty bobbin, and uneven weft tension in Circular Loom. The sensor is heavy-duty type and suits for environmental conditions of Plastic Woven sacks Industry. The sensor works on the principle of magnetism, there by eliminating the problems like dust, ambient light, reflection of fabric which are prominent in light based sensors. The sensor is totally sealed and hence, virtually no maintenance is required in day-to day operations. The design of sensor is such that, installation is very simple and requires fitting of boom reflector assemblies (with magnets fitted in place of diamond) on boom pipe, mounting of sensor on the loom and fitting of relay card in panel. The magnets are arranged in such a way that North and South poles of the magnets comes under sensor alternately avoiding magnetization of sensor. The 3-core wire from sensor connects to relay PCB. When shuttle bobbin runs out of the tape or if the shuttle tape breaks, then magnet rotates and comes under magnetic sensor, this magnetic field is sensed by sensor, and relay is energized. The contact of the relay stops the loom and cramming is started. The sensor can be used on other types of loom also with modification in Magnet Holder. We have already developed the magnet holder for different make of loom. We can also design the magnet holder assembly for any other type of Loom. Who is it for For Circular Loom of Woven Sack Industry. A reliable and dependable option for Photo Cell. Zero wastage due to tape breakage in shuttle bobbin Works on magnetic principle Full Utilization of shuttle bobbin Single operator can handle multiple loom Increases loom efficiency Increases Quality of fabric Fast pay back Non Polarized type   The Advantages of Sensors The shuttle bobbin can be completely utilized hence it is not necessary to put it on creel stand for further use. As smaller bobbins removed from shuttle are not loaded on creel, the creel stand can be loaded with large size bobbin and frequent stoppage to change creel bobbin is avoided. One operator can handle multiple loom as he does not have to monitor the shuttle bobbin constantly. The wastage due to tape breakage in shuttle bobbin is totally avoided, as loom stops (with cramming if enabled), immediately if tape breaks. As the Sensor is based on magnetic principle, the effect of dust and calcium carbonate is nil. The Sensor does not requires any maintenance. The efficiency of loom increases and quality of fabric is also improved as loom stops even if the shuttle tape is slightly loose. The pay back of the system is fast due to more production, improved quality, less down time of the loom and reduced wastage.