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2 Products availableSwitch Gears
1 Products availableMeasurement Gauges & Fittings
1 Products availableSensors
1 Products availableMedical Accessories
1 Products availableOur product range contains a wide range of Siba Fuses, Baumer Encoders, Industrial Cooling Fans, Proton Thyristors and AC Drives
We are pleased to introduce EEC as one of the emerging supplier and trader in supplying of all kind of Electric Motors. We are also one of the fastest growing exporters of the motors.
Types of Motors Available with Us :
Our Motors Portfolio Includes World Class Brands like :
EEC is a well-known name in supplying of all types of Encoders. We offer a wide range of encoders for different applications. Each absolute encoder is used to determine the speed or position of something – the difference is in how that encoder determines that movement. The “how” defines what type of encoder works in your application. Absolute encoders work in situations where accuracy for both speed and position, fail tolerance, and interoperability matters more than system simplicity.
An absolute rotary encoder determines its position using a static reference point. The method is slightly different depending on whether the absolute rotary encoder is optical or magnetic, but the principle is the same either way. There are two discs, both with concentric rings with offset markers. One disc is fixed to the central shaft; the other moves freely. As the disc turns, the markers along the track of absolute encoders change position on the fixed disc. Each configuration along the disc of an absolute rotary encoder represents a unique binary code. Looking at the binary code within the absolute rotary encoder determines the absolute position of the object. For optical absolute encoders, the marker is an opening which lets through light. For magnetic absolute encoders, the markers are a magnetic sensor array that passes over a magnet and detects the position of the magnetic poles.
By Having An Integrated Reference, An Absolute Rotary Encoder is Intrinsically Able to Deliver Higher Quality Feedback :
Another key feature of absolute encoders is the different output options. Encoders can’t just collect feedback data; they have to send it somewhere in a language that the larger system can understand. Absolute encoders use binary coding, which is translatable into many different protocols. If you have multiple components using the same communications bus (such as multiple electronics systems on a fire truck), then it is critical that the absolute rotary encoder can communicate with the bus.
Not all our products are shown here so if you have a specific requirement, please do contact us and we will assure you of our personal attention to your needs. This is our specialty, we don’t just present our customers with a list of products and leave them to it, we guide you step by step.
Applications of Incremental Encoder :absolute Encoders Allow More Precision Work from Applications :
Our absolute encoder portfolio includes world class brands like :
Most of the encoders and models are readily available with us and we have the expertise to suggest pin to pin equivalent in alternate brands as per customer’s need.
Generally electrical switchgear rated upto 1 KV is termed as Low Voltage Switchgear. The term LV Switchgear includes low voltage circuit breakers, switches, off load electrical isolators, HRC fuses, earth leakage circuit breaker, miniature circuit breakers (MCB) and molded case circuit breakers (MCCB) etc i.e. all the accessories required to protect the LV system. It also comprises low and medium voltage switchgear, electrical systems, marine switchgear, electrical and automation systems integration, energy meters & relays. Our products and solutions cater to industries, utilities, infrastructure, building and agriculture segments.
Our Low Voltage Switchgear Product Portfolio Comprises the Following :
Our Low Voltage Switchgear Portfolio Includes World Class Brands like :
EEC is a renowned name in supplying of all types of Encoders. We offer a wide range of encoders for different applications.An Incremental Encoder can be used in positioning and motor speed feedback applications which includes servo/light-, industrial- or heavy-duty applications. An incremental encoder provides excellent speed and distance feedback and, since there are few sensors involved, the systems are both simple and inexpensive. An incremental encoder is limited by only providing change information, so the encoder requires a reference device to calculate motion.
Applications of Incremental Encoder :
An Incremental Encoder is designed to be versatile and customizable to fit a wide variety of applications. The three broad categories of applications based on environment are :
Our Incremental Encoder Portfolio Includes World Class Brands like :
Not all our products are shown here so if you have a specific requirement, please do contact us and we will assure you of our personal attention to your needs. This is our specialty, we don’t just present our customers with a list of products and leave them to it, we guide you step by step.
Most of the encoders and models are readily available with us and we have the expertise to suggest pin to pin equivalent in alternate brands as per customer’s need.
EEC is an established name in supplying of all types of power semiconductor devices. We offer a broad range of IGBTs, Thyristor modules diode modules to suit your application.
IGBT Modules
An indispensable device for the application of inverters to all industrial equipment, the IGBT (Insulated Gate Bipolar Transistor) module has driven the trend towards high currents and high voltage for the last 20 years since it was developed and produced. The module has evolved from the traditional flat planar chip structure towards the trench gate structure.
Main Applications :
We offer general rectifying diode modules that rectify commercial frequencies and high frequency diode modules for freewheel diodes in inverter circuits and for high-speed switching on a surge voltage absorbing circuit (snubber).
The main switching devices of an inverter have changed from bipolar transistors to high-speed MOS gate devices, such as IGBT. The requirements of radio noise regulations have also increased the importance of not just reverse recovery characteristics, but also software recovery characteristics.
Features :
Main Applications :
Our Power Modules Portfolio Includes World Class Brands like:
Additional Information:
Payment Terms : T/T,
Delivery Time : Ready Stock
The Thyristor module turns on by applying a pulse current to a gate current. However, because it is a latch type semiconductor, the Thyristor only turns on when a sustained current (holding current) reaches a set level.
To turn off in a DC circuit, the gate current must be reduced below the holding current or reverse voltage has to be applied using a commutation circuit. In an AC circuit, the pulse current has to be applied to the gate current whenever it is positive, because the gate current falls below the holding current and the Thyristor turns off whenever the current alternates.
Features :
Main Applications :
We are the main supplier of this product.
We are the main supplier of this product.
TDP 0, 2 LT-4 (Uo: 60V/1000rpm) B10 EURO Flange mounting
(Exclusive Indian Distributor of "Baumer Hubner" for TDP-Series DC Tachogenerators)
Optional
Additional Information:
Payment Terms : T/T,
Packaging Details : 1 Box
Delivery Time : Ready Stock
We offer a range of compact and robust Static Hot Metal Detector delivers accurate and reliable presence detection of hot steel targets with a fast output response. Several options are available to customize the HMD ST for any presence detection application such as low target temperature of 300C. A Fiber Optic Cable option is available to mount electronics away from excessive heat sources.
Specifications :
Additional Information:
Payment Terms : L/C, T/T
Delivery Time : Ready
EEC is a leading supplier of AC / DC Drives. We stock an extensive range of drives together with a range of ancillary products. We are able to support obsolete drives as we stock a broad range of spare parts and refurbished drives.
We supply medium voltage variable speed drives for a wide range of applications in the cement, mining and minerals; power; water; metals; marine and chemical, oil and gas industries. They are used to adapt the motor speed to the actual need, thus optimizing energy consumption. Our product portfolio also includes state-of-the-art DC drives which gives you design flexibility and the proven dependable performance. EEC assists its customers in improving productivity and reducing energy consumption with a comprehensive, range of AC drives and drive systems. Our offering of AC drive products are sold with solutions from simple speed control to complex coordinated process control. .
AC DrivesAn AC Drive is an electronic device that converts a fixed frequency and voltage to an adjustable frequency and AC voltage source. It controls the speed, torque, horsepower and direction of an AC motor. AC Drive is also a term used for an AC inverter and is sometimes used to describe a particular section of an AC drive. The section uses the DC voltage from a previous circuit stage (DC Bus) to produce an AC current or voltage having the desired frequency.
AC Drives are also referred to as Variable Frequency Drives (VFD's) or Adjustable Speed Drives (ASD's). These drives are gaining in popularity due to the energy savings that can be obtained related to the AC technology. In addition, AC motors are simpler than DC and usually an "off-the-shelf" item compared to DC motors. Advances in technology have made the size, cost, reliability and performance of AC drives very appealing in industrial variable speed applications.
Today the variable-frequency drive is perhaps the most common type of output or load for a control system. As applications become more complex, the frequency drive has the ability to control the speed of the motor, the direction the motor shaft is turning, the torque the motor provides to a load and any other motor parameter that can be sensed. Newer drives have a variety of parameters that can be controlled by numbers programmed into it or downloaded from another microprocessor-controlled system such as a programmable controller (PLC).
DC DrivesDespite the popularity of AC drives, DC drives have favorable characteristics that prove to be appropriate for many applications. The characteristics of a DC Drive include: speed changes that are made by increasing or decreasing the amount of DC voltage fed to the motor from the drive, low cost for medium and high HP applications, wide speed range and good speed regulation. DC drives can also be very compact in size.
Dc Drives are Best Used in Applications Where :
Not all our products are shown here so if you have a specific requirement, please do contact us and we will assure you of our personal attention to your needs. This is our specialty, we don’t just present our customers with a list of products and leave them to it, we guide you step by step.
Our Ac-dc Portfolio Includes World Class Brands and Models like :
ABB
GE
Schneider
Siemens
Not all our products are shown here so if you have a specific requirement, please do contact us and we will assure you of our personal attention to your needs. This is our specialty, we don’t just present our customers with a list of products and leave them to it, we guide you step by step.
Parker Hannifin
Rockwell / Allen Bradley
Delta
Yaskawa
Danfoss
Most of the common models are generally readily available with us.
EEC is an established name in supplying of all types of Pyrometer and infrared thermometer. We offer complete range of pyrometers to suit different applications. Pyrometers are temperature measurement instruments that operate on the principle of infrared radiation, i.e. they detect infrared radiation of objects to determine the temperature. An optical pyrometer determines the temperature of a very hot object by the color of the visible light it gives off. The color of the light can be determined by comparing it with the color of an electrically heated metal wire. In one type of pyrometer, the temperature of the wire is varied by varying the strength of the current until the operator of the instrument determines that the color of the wire matches the color of the object. A dial, operated by the current that heats the wire, indicates the temperature.
A radiation pyrometer determines the temperature of an object from the radiation (infrared and, if present, visible light) given off by the object. The radiation is directed at a heat-sensitive element such as a thermocouple, a device that produces an electric current when part of it is heated. The hotter the object, the more current is generated by the thermocouple. The current operates a dial that indicates temperature. With a huge pyrometer product portfolio, we provide solutions for nearly every application request. Special solutions that are not listed below can also be quickly adapted to customer or application specific specifications.
Categorization :
Noncontact infrared thermometers in steel manufacturing process where temperature monitoring is critical to productivity and product quality. Every section of the steel manufacturing can benefit from temperature monitoring.
Raw Materials for Steel ProductionMonitoring temperatures of iron ore, lime, coal and coke insures that the basic raw materials have achieved the right characteristics and prevents critical conveyor belts from being damaged. Continuous scans of stove dome temperatures are a requirement for maintaining correct operation of the blast furnace.
Steelmaking – Blast Furnace
Continuous Casting
Using infrared thermometers accurately gauge cooling requirements of slabs, billets, or blooms to ensure product uniformity throughout, and provide equipment operators with immediate temperature information vital to the cooling process.
Rolling MillsInfrared temperature sensors accurately measure strip and sheet temperature so that rolling mill stands can be efficiently set to match the steel’s temperature. IR sensors can also be used to detect the presence of hot metal to accurately time roll stand operation.
Tube/Pipe MillsWelded tube relies on accurate measurement of weld seem temperatures to insure 100% integrity of the seal and prevent bad or low quality tube. Monitoring the billet temperature in pipe mills allows the operator to adjust rollers, which results in reduced process downtime.
Rod/Wire MillsThermal scans of billet exit temperatures allow the operator to adjust rollers and reduce process downtime. Sensors mounted at the layering area control cooling of overlapping coils to improve product quality.
Heat TreatingRatio IR thermometers allow accurate temperature measurement of parts often obscured by smoke, steam, and quench oil in an EMI environment. Factory operators can selectively control temperature measurement of heat treated parts, resulting in significant energy and time savings.
Steel CoatingSheet temperatures can be monitored before and after coating to insure the coating will bond and have the desired thickness.
ForgingInfrared sensors measure work-piece temperatures without interfering with the process to insure that correct metallurgical properties, such as grain size and structure are achieved. Monitoring temperature reduces heating costs by preventing billet overheating and reduces machine and die maintenance by identifying under heated billets before working.
EEC is a well-known name in supplying of all types of Encoders. We offer a wide range of encoders for different applications. Analog-Tachos (DC Tachogenerator, tachometers), usually called "tachos" for short (US: "tachs"), are devices for measuring actual speed values, which in drive engineering combine high control dynamics and ruggedness.
Baumer Hubner Long Life Tachogenerators are Characterized By the Following Features, Some of Which are Offered By No other Speed Sensor :
Most of the tachogenerators are readily available with us and we have the expertise to suggest pin to pin equivalent in alternate brands as per customer’s need.
We also provide NH fuse bases with thermoplastic bodies, DIN rail and/or screw mounting (size 4 screw mounting only). Range of accessories including phase barriers, IP20 finger-safe protection kits and neutral links available. Modular / Cylindrical fuse holders accommodates many fuses from around the world, including North American Class-CC, Midget, Class gR, aR HSF, and IEC Industrial Ferrule (Class gG and aM) in four physical sizes: 8x32, 10x38, 14x51 and 22x58mm. Microswitch (for remote signaling of fuse link operation) and fuse puller are readily available with us.
For Fuse Base/ Holders and Accessories We Generally Stock Reputed Brands Like :
We, hailing from Delhi, stand tall amongst the Exporters and Suppliers of the Normal and Heavy duty Encoders in the country and abroad. In sync with the prevailing industry standards, these Heavy Duty Encoders are built to last in the toughest environment. To gratify diverse needs, we furnish different specifications of the Normal and Heavy duty Encoders, at affordable prices. Also, we are lauded for timely delivery.
Sensors are the most basic, commonly used components in automation. EEC provides a wide variety of sensors including Proximity Sensors, photoelectric sensors, fiber optic sensors, and pressure sensors, for maximum user efficiency.
Proximity sensors are the most common and affordable solution for no-touch object detection. The most commonly used proximity sensors are the inductive type which generate an electromagnetic field to sense metal objects passing close to the face. This is usually the easiest sensing technology to apply in applications where the metal target is within an inch or two from the sensor face. Autonics offers 12 products of 6 different types of proximity sensors, both inductive and capacitive. If you are looking for the most cost effective and reliable proximity sensors, EEC is the answer.
Proximity Sensors are available in models using high-frequency oscillation to detect ferrous and non-ferrous metal objects and in capacitive models to detect non-metal objects. Models are available with environment resistance, heat resistance, resistance to chemicals, and resistance to water.
Types of Proximity Sensors
Cylindrical : These Proximity Sensors use high-frequency oscillation. They resist heat, chemicals, and water better than Rectangular Sensors. They are available in both shielded and unshielded models.
Rectangular : These Proximity Sensors use high-frequency oscillation. There are available in a wide range of sizes to enable selection to match the installation location.
Separate Amplifier : With these Proximity Sensors (high-frequency oscillation), the Amplifier and Sensor Head are separated to enable downsizing and facilitate adjustment.
Capacitive : Capacitive Proximity Sensors can be used to detect non-metal objects, such as liquids and plastics.
Others : Proximity Sensors are also available for special applications in long-distance models, and slim models are available for use combined with Proximity Sensors.
Accessories : We provide to different accessories facilitate mounting, Protective Accessories, Mounting Brackets, Mounting Sleeves and Protective Covers etc.
Our Sensors Portfolio Includes Well-known Brands Like:
Engineered to protect photovoltaic applications (PV) fuse series was engineered and designed specifically for the protection of photovoltaic systems. Its enhanced fuse construction makes it ideal for constant temperature and current cycling withstand adding to system longevity. The 1000VDC rated, designed for low minimum breaking capacity capabilities of 1.35 times the fuse rated current value, allows for safe circuit interruption under typical low fault current conditions produced by PV arrays. Protect your off-grid or grid tied PV system from unexpected ground faults and line faults using Mersen's HelioProtection fuse line.
Additional Information:
Payment Terms : T/T
Packaging Details : as per manufacturers
Delivery Time : Ready Stock
A thyristor is a four-layer semiconductor device, consisting of alternating P-type and N-type materials (PNPN). A thyristor usually has three electrodes: an anode, a cathode and a gate, also known as a control electrode.
Additional Information:
Payment Terms : T/T
Packaging Details : STANDARD
Delivery Time : READY STOCK
Speed measurement and position detection using incremental and absolute encoders.
Encoders are used wherever lengths, positions, rotational speeds, and angles need to be recorded. They convert mechanical motion into electrical signals. There are differences in the functional principles of encoders. They can thus be divided into incremental and absolute versions.We can generally supply you with all of the encoders in both shaft and hollow shaft models.
The use of hollow shaft encoders reduces costs by up to 30% and installation space by 50% compared to shaft models. This is made possible by the fact that additional couplings, mounting devices and other fixing aids are not required. To install a hollow shaft encoder, it is simply pushed onto the drive shaft, clamped and, in the simplest case, secured against rotation using a cylindrical pin. In addition, hollow shaft encoders generally require a smaller installation depth.
Additional Information:
Payment Terms : T/T,
Delivery Time : Ready
EEC is a firm serving you with the complete range of pressure and temperature gauges for the industrial use. EEC has become an integral part of the industries as we have proved over and again as the basis for the supply of pressure and temperature measuring devices.
A pressure gauge is a common component in operations from various industries across the world. But not every gauge is created equally or made for every situation. WIKA Instrument LP has been on the forefront of innovation and quality for Pressure Gauges and pressure instruments for over 60 years, making us the pressure gauge expert for diverse industries and applications. Gauges with bourdon tubes are the most common pressure measuring devices used today. They combine a high grade of measuring technology, simple operation, ruggedness and flexibility with the advantages of industrial and cost-effective production. Needing no external power supply, bourdon tube gauges are the best choice for most applications. Pressure gauges are crucial components of most processing systems. In these environments, a pressure gauge needs to be reliable, accurate and easy to read to help prevent failure in everyday operations. Therefore, how a gauge is constructed and tested is extremely important for reliability, safety and peace-of-mind. After all, failures can cost time, money and productivity loss. Applications for gauges with a bourdon tube range from highly automated chemical processes, such as, refineries and petrochemical processing, to hydraulic and pneumatic installations. These types of gauges can also be found at all critical process monitoring and safety points in today’s energy industries, from exploration wells and petrochemical plants, to power stations and wastewater operations.
Types of Pressure GaugesA commercial pressure gauge is perfect for utility, general-purpose applications typically found in HVAC, refrigeration, ventilation and food and beverage industries as well as for OEM and end user applications. WIKA manufacturers a line of commercial pressure gauges suited for all your needs.
Industrial Pressure Gaugesare stainless steel gauges designed for the oil and gas, alternative fuels, chemical manufacturing, petrochemical and mobile hydraulics industries. An industrial pressure gauge is suitable for media that will not obstruct the pressure system. Industrial pressure gauges, WIKA’s most extensive product line, are designed to meet all your pressure measurement needs.
Process Pressure Gaugesprotect against extreme environments, like in oil, gas and petrochemical industries, which face system vibration, pulsation, pressure spikes and corrosion. WIKA manufacturers a complete line of process pressure gauges for all your processing, oil and gas and chemical applications.
Low Pressure Gaugesare suitable for corrosive environments and gaseous or liquid media that will not obstruct the pressure system. WIKA’s low pressure gauges are suitable for chemical, petrochemical, plant construction, pneumatic systems and cleanrooms.
Sealgauges are a pressure gauge combined with a diaphragm seal isolator and are designed to eliminate potential leak paths. WIKA’s Sealgauges are suitable for sanitary, chemical, petrochemical, pharmaceutical and process industries.
High Precision Test Gaugesare designed for calibration and testing laboratories. These highly accurate test gauges are suitable for corrosive and industrial applications. WIKA’s high precision test gauges are intended for pressure monitoring panels, gaseous or liquid media that will not obstruct the pressure system or attack copper alloy parts and process industry applications.
Differential Gauges and Duplex Pressure Gauges are designed for the oil and gas, alternative fuels, chemical, HVAC, refrigeration and air handling industries. Differential pressure and duplex pressure gauges are for measuring two applied pressures; high and low pressure and static process pressures. WIKA’s differential and duplex gauges are suitable for corrosive environments with liquid or gaseous media, cryogenic gases and when separation of media is required.
Absolute Pressure Gauges measure absolute pressure without the effect of barometric pressure variation and are used when monitoring condensation pressures and vapor pressures of liquids. WIKA’s absolute pressure gauges are suitable industries and applications with corrosive environments and gaseous and liquid media.
Our Gauges Portfolio Includes Well-known Brands like :
EEC offers world’s most reliable brand Appleton. (Appleton is our premium line of industrial electrical products under EGS Electrical Group, a division of Emerson Industrial Automation) Appleton manufactures plugs and receptacles engineered for use in the hazardous and industrial locations. They are watertight, resistant to corrosion and vibration, and incorporate the highest quality materials and most innovative safety features.
Appleton offers global connectivity solutions meeting NEC and IEC requirements for all your portable power applications. Whether it is an ordinary, wet, corrosive or hazardous location, wherever your access to power must remain uninterrupted and safe, make sure you install Appleton plugs and receptacles
Appleton offers three families of plugs that work in unison with dozens of receptacle designs that make safe electrical connections in commercial, industrial, harsh and hazardous environments. Factor in the different amperage and voltage choices and features of our specialty receptacles, and you have hundreds of options to choose from.
The Powertite Series, our metallic pin and sleeve offering, is designed to handle moisture, inclement weather, as well as hazardous vapor or dust. Typical applications include cellular communication infrastructure, ship to shore power, oil field equipment and portable equipment used in the petrochemical industry. All aluminum construction ensures durability in these difficult environments. Watertight design provides protection against potential failure or shock hazard.
U-Line blade style devices build out our vast product line. The robust plug design permits portable equipment to be used safely in both hazardous and standard location environments.
IEC 309 pin and sleeve product is an economic solution that is great for use in non-hazardous, light industrial applications like warehousing, entertainment, and food processing plants. Locations where a nonmetallic solution is preferred.
Whether for general purpose or hazardous locations, our plug and receptacle products are designed to ensure maximum safety for the people who are connecting them.
Plug and Receptacle Classifications
Powertite Series Plugs and ReceptaclesDesigned for easy installation, the Powertite Series is Appleton’s most versatile choice for standard and hazardous locations.
Hazardous Location Plugs and ReceptaclesAppleton Group provides a wide selection of rugged, corrosion-resistant plugs and receptacles featuring the most advanced safety features and the highest quality materials and construction and an explosion-proof design
Ordinary Location Plugs and ReceptaclesAppleton Group's Ordinary Location Plugs and Receptacles include metallic and nonmetallic options, interlocked switched designs, fused and non-fused models, special polarization pin configurations and more
We are supplier and trader of Limit Switches, Micro Switches, Crane Limit Switch, Pull Cord Switches, Water Flow Switches, Digital Ampere Voltage Frequency Meter, Din Rail Timers, Power Relays, Pressure Transducers, Rotary Encoders, Sensors, Sequence Controller, Temperature Controllers, etc. We supply Limit Switches to meet a variety of applications, which are designed and manufactured a comprehensive array of Electrical Limit Switches, Rotary Limit Switches, Lever Type Limit Switches, and others that give energy-efficient solutions in order to help our customers effectively manage electrical power more efficiently, and safely. Thus, our range of Limit Switches find applications in Transfer Machine, Automatic Turret lathes, Conveyor System, Milling and boring machine, Radial Drill, High speed production machine.
We are associated with a rich vendor base for procuring our qualitative range. They manufacture the extensive range by using best available technology and high quality raw material in compliance with set electrical norms and standards.
Our offered products deliver all the benefits, which your applications demand :
Our Industrial Fans Portfolio Includes Well-known Brands like :
We Stock Most Commonly Used Models like :
We also hold some inventory for micro switches like : Honeywell Switch E-SeriesHoneywell Switch E-SeriesMicro Switches D4 SeriesMicro Switches D4 SeriesMicro Switches E6 SeriesMicro Switches E6 SeriesMicro Switches GP SeriesMicro Switches GP SeriesHoneywell Micro Switch V15S05-CZ100Honeywell Micro Switch V15S05-CZ100Honeywell Micro Switch BZ-2RW82-A2Honeywell Micro Switch BZ-2RW82-A2Honeywell Micro Switch BZC-2RW822-A2Honeywell Micro Switch BZC-2RW822-A2
Other models are generally readily available with us and we have the expertise to suggest the alternate as per customer’s need.
We are the main supplier of this product.
Incremental encoders deliver a certain number of pulses per shaft revolution. The speed of a movement is determined by measuring the period or counting the pulses per time unit. The Sendix encoder made in Germany is the result of the highest quality awareness and careful selection of materials. It has proved its value in many industries as a robust and precise sensor technology. We are also happy to implement special solutions and modifications. We look forward to your challenge.
If space is an important factor, you can find the right encoder here. They range from miniature to maxi encoders. Nearly limitless possibilities await you when configuring your encoder. There are also a variety of mechanical and electrical ordering options.
We are the main supplier of this product.
Fluke Digital Multimeters (DMMs) are on more tool belts, finding more problems, than any other test tools. Each industrial meter is tested to the extreme: drop, shock, humidity, you name it. Every Fluke Digital Multimeter gives you what you need: accurate measurements; consistent, reliable performance; attention to safety; and the strongest warranty available.
Additional Information:
Payment Terms : T/T
Packaging Details : As per Manufacturer
Delivery Time : Ready Stock
Mr. Anand Dudeja (Electro Electric Corporation)
Plot No. 263, Ground Floor, C-4, Sec-6, Rohini, Delhi - 110085
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