Invest in the best Torque Meter by Datum Electronics

It doesn’t matter if you are looking for a standard torque measurement device, a custom-engineered OEM product, or a high-torque sensor, there’s only one place where you can find the solution to all these needs. Your one-stop-shop for cost-effective, high-quality Torque meter Datum Electronics assimilates into your product line and within your existing machinery.

Types of Torque Sensors

Torques sensors are transducers which alter torsional mechanical inputs into electrical output signals. There are two different types of torque sensors that are used to measure different types of force. Angular or Rotary force is measured using Dynamic Torque Sensors whereas force through a distance is measured using Static Torque Sensors.

Dynamic Torques Sensors

Now, dynamic torque sensors are also of two types - rotary torques sensors and non-contacting torque sensors. Rotary Torque Sensors are commonly required in applications on rotating shafts. On the other hand, non-contacting torque sensors are used where magnetic or inductive technology is needed to provide accurate measurements at high rotational speeds. They also offer long maintenance-free operation as they do not use wearing parts such as slip rings.

Here’s a list of applications which may use a Dynamic Torque sensor:

·         Test set-ups for precision mechanics

·         Biomechanical movements in medical engineering

·         Engine test benches

·         Measuring drag torque of motors and pumps

·         Screwing technology

Static Torque Sensors

Static torque sensors are well equipped and used for industrial applications and fatigue testing. They offer long term reliability because they have non-moving parts. Static Torque sensors are required in applications where angular motion is restricted and in-line torque measurements are required.

Here’s a list of applications which may use Static Torque Sensors:

·         Acquisition of breakage moments on the screw caps

·         Determination of friction torques

·         Measuring friction torque of bearings

·         Test structures in precision mechanics

·         Measuring the torque used for vehicle control elements.

You can also check out our range of Shaft Power Meter. Datum’s range of high-quality marine shaft power meter systems measure shaft torque, power, propulsion, and thrust to ensure optimum performance is maintained throughout the lifecycle of a vessel. Technology, along with expertise in a dynamic sampling of strain gauges at Datum Electronics, enables us to unlock a significant amount of information about the performance of the engine & propulsion shaft, along with the propeller.

Summing Up

Datum has great know-how in the strain gauge sensor, load cell amplifiers, torque meter, torque sensor, rotary torque sensor, and shaft power meter, etc. Datum Electronics can offer both types of torque sensors. Take a look at our range of Rotary Torque sensors.

Visit the official website of Datum Electronics to learn more. 

How to Improve the Test Rig Design Using a Right Torque Sensor!

The blog helps in correcting the test rig using the torque sensor. The test rig is a machinery piece that is mainly used for testing and assesses the performance and capability of components for industrial use. Test rig term is also referred to as test bay, test bench, pressure test facility, and testing station but they all are related to components that carry component testing.

Test rigs are utilized in a wide range of industries from hydraulic to aerospace and they are capable of testing an absolute amount of parameters in a wide variety of testing methods. From burst testing to cyclical testing and from manual testing to brake testing, all are used. It does not matter what type of testing is needed; a perfect sensor making company will provide you the right test rig solution for you.

A great company will have experience in making a large and varied range of customer base and their expert team will help you in every step of the way from consultation to user training. 

Torque Sensor That Works on Different Types of Test Rigs

Many types of test rigs can be advanced with the torque sensors and these are hydrostatic, fluid power, pressure, component and hydro static test rigs. 

Which Product Can Improve the Design of These Test Rigs? 

A custom shaft torque sensor is the one dynamic product of a popular manufacturer that brings the opportunity to incorporate the torque sensing in existing machinery or test rig designs without the driveline. The custom sensor will reduce the cost of changing couplings, and machinery positions. This will improve the dynamics of the drive system improving test results. 

What Are the Different Variations of Custom Shaft Torque Sensors? 

There are torque sensors and transducers that are capable of torque measurements above the standard range of 60,000nm. You can get bespoke design solutions that can measure up to and including 40Mnm. 

Want a Custom Shaft Sensor? 

If you want a custom shaft torque transducer, see the site of Datum Electronics by calling at their toll-free support number +44 (0) 1983 28 28 34 or visit them at their email id given on their website. Using the contact form given on their website, one of the sales team members will give you real advice and support. This sales team will discuss the details of your requirements and give you with the cost of your solution. Their sales team can even provide you a video conference option or a visit with one of the torque engineers.

How Torque Meters Are Helping Wind Turbine Generate Electricity Instantly!

Wind turbines look like airplane propellers that run on the spot and spins round with going nowhere. Wind turbines are serving for an extremely great reason and their energy is locked in the wind and their giant rotors can capture air and turn it into electricity. Let’s understand how torque meters help in manufacturing the wind turbines.

What Are the Key Parts of Wind Turbines?

If you talk about the wind turbines, the turbine is the only part that’s found inside these machines. The other key part is the gearbox whose gears can convert the slow rotation of spinning blades in high-speed motion. This turns the drive shaft quickly enough to power the electricity generator. The generator is the fundamental part of every turbine & you can think of it as a scaled-up version of the dynamo on a bicycle.

You may have noticed that while riding a bicycle, dynamo touches the back wheel spins & generate electricity. This electricity is enough to light a lamp. An identical thing happens in a wind turbine where only the “dynamo” generator is driven by turbine rotor blades in place of a bicycle wheel. Wind turbines use specific types of generators that are not like dynamos at all. 

What’s the Working Process of a Wind Turbine?

• Wind blow from turbine rotor blades.

• Rotor would spin & it will capture kinetic energy from wind & turn the central drive shaft that supports them. Outer edges of the rotor move fast but central axle are connected to turn slowly.

• In large modern turbines, rotor blades can clinch on the hub at the front so they can meet wind at best angle for energy harvesting. The process is known to be the pitch control mechanism. On larger turbines, the smaller electric motors and hydraulic rams swivel the blades back and forth in precise electronic control. At small turbines, the pitch control is totally mechanical. Various turbines have fixed rotors that have no pitch control at all.

• Inside the nacelle (the main body behind the turbine), the gearbox converts the low-speed rotation of drive shaft in the high-speed rotation that is fast enough to drive the generator efficiently.

• The generator takes the kinetic energy from the spinning driveshaft & turns into electric energy.

• Automatic speed measuring devices and wind vanes on the backward of nacelle tells you about the evaluation of wind speed and direction.

• With the assessments, the rotors and nacelle can be rotated by a yaw motor. Brakes can be applied if it’s too windy or turbulent.

• Current produced by generator goes by a cable that is connected to turbine tower.

• A transformer converts electricity of about 50 times higher so it can be transmitted to power grid. If heat is flowing to grid, it converted to a higher voltage by a nearby substation that services various turbines.

Which Product Can Help You in Wind Turbines?

Rs 425 contactless torque transducer is the product that helps you immensely to fit any shaft and is capable of measuring torque from 1nm to 500knm with providing high accuracy & reliable torque measurements. This product can easily fits into the wind turbine for smoother work progress.

Its benefits include lightweight, separate rotor and stator set, low maintenance, long term operation, easy fitting, high-speed applications, analog output, underwater applications and more.

Buy the Product from a Leading Manufacturer Today!

 

 

If you want power and shaft measurement products at affordable prices to grow your business, simply visit the Datum Electronics website and dial their toll-free number for products like a shaft power meter, strain sensors, power monitoring systems and more.

How to Use the Torque Transducer to Control the Engine Map?

Modern combustion engines are all high performing machines. Engine processes are always optimized & coordinated so that the present and future European Union directives can consistently be matched. These motors’ efficiency is dependent on the typical interaction of torque transducers that are required to find the optimum operating point of motors. The accuracy of sensors used, tells about the accuracy of operating point & combustion efficiency of engines. Sensor data is helped to calculate the torque and it’s used as a control variable.

The drift of sensor signal used affects the engine changes from its optimum operating point & the combustion efficiency falls. This changes the composition of emissions and an increase in engine consumption. Scattering of sensors prevents every engine from leaving the production line in an optimally coordinated manner.

Why Magnetic Inductive Torque Sensors Are in High Demand?

With the use of a magnetic torque sensor, the drive torque internal combustion engines can be detected directly and it can be used as a control variable in engine maps. This direct torque detection method means that optimum motor parameters can be set at each operating time. So allowing the engine to run at peak performance, reducing fossil fuel consumption & emissions is mandatory.

 

The sensors that were common in the market up to now were used to come in a price range of several thousand euros, which meant the use of these high-cost sensors were not cheap. With the help of magnetic inductive technology that uses a magnetic field to measure mechanical stress in waves, its  possible to implement torque measurement applications that were earlier impossible.

With modular product concepts, sensors with narrow installation space conditions can be made for series production. Electromagnetic measuring enables evaluation of torque robustly and stably over a long period of time and even in tough requirements. Future engine generations are going to help in improved efficiency & cleanliness of combustion engines in trucks and automobiles, all thanks to the sensors technology.

Which Significant Device Can Be Applicable in Engine Mapping?

There are various products out there in the market that can be well used for the mapping of engines and the below product is the simple solution for that:

Universal Torque Transducer Interface

This revolutionary torque-sensing product is the perfect companion for any client who is looking to measure the torque, power and speed. The device is made to accept the serial data from the transducer and display the torque. It also displays the RPM, power and provides an immense range of analog and digital outputs.

Features of This Device.

• Display of torque in nm or lb/ft.

• Display of speed.

• Display of power in kW or HP.

• Helping in achieving the peak torque, speed, and power.

• Shows your data logging of torque.

Get the Quality Torque & Power Measurement Products from Here!

If you wish to measure torque and shaft power or want to buy the universal torque transducer interface, you can simply visit the website of a leading and popular manufacture of the United Kingdom, i.e. Datum Electronics. They are well aware of every automotive part and making quality products like torque meter, universal interfaces, monitoring systems, cell amplifiers, strain sensors are their specialty. These products are used for wind turbines, automobiles, train shafts and more.