Torque meter, torque sensors for testing different torque values

Torque meter is available in two different models: one is tabletop meters and another one is handheld. Torque meter has a wide range of applications. Handheld torque meter is mainly used for industry while tabletop torque meter is the ideal tool for certified laboratories. Our digital torque meter comes with an M425 port to transfer measured torque values to a PC or a laptop. This is very helpful if you want to save the data and stand the chance to make a comparison between what you have measured afterward. Another situation is that when you aim to do long-term-measurements. There the interface and the software are two very useful features that are given to you.

Tabletop datum torque meters can be equipped with an option of the printer. You can also order an ISO calibration certificate as an option. This ensures that the device has been totally calibrated and works perfectly including a measurement with only small devices that can still be tolerated and do not influence the particular product's specifications. Datum electronics in the United States (USA) can offer you torque meters that can measure up to maximum measuring value of 600 Nm.

If you have any questions, please contact us at web@datum-electronics.co.uk or +44 (0)1 983 282 834 for torque measurement Instruments UK visit https://datum-electronics.co.uk/ +44 (0)1 983 282 834 for datum electronics.

The perfect solution for torque measurement

Other products by datum for torque measurement

Torque sensor:

Monitor proper and efficient Torque Value with Torque sensors

Datum Electronics provides a broad range of Torque Sensors in the USA of modified models governing for different torque values. Get the one according to your machinery requirements and work more efficiently. For more details visit the website now! https://datum-electronics.co.uk/

Torque transducer

Get precision with a torque transducer

When it comes to best-Quality Products, Datum Electronics serves the advance to you. There is a wide range of Torque Transducer by datum for personalized torque values that are available there. Search online in America and Buy now!

Shaft power meter

The marine shaft power meter is used in marine for measuring or evaluating the torque values in an efficient manner with the help of torque sensors that fit in line with the drive train or tested, using standard keyway shafts.

shaft power meter

Rotary torque sensor

The Rotary Torquesensor  M425 by Datum electronics in The U.S is a quantum leap forward for anyone looking forward to measuring the torque and power with high accuracy and repeatability using up to 32-bit resolution. The M425 torque sensors allow the customer control over their tests with torque sample rates selectable at any time from 2sps up to 5000sps as standard.

Rotary torque sensor

Get Precision with Digital Torque Meter

In order to operate a ship reception functional chamber synchronously (including electrical synchronization), smoothly and safely, the output shafts of reduction gearboxes at four lifting points should be connected to a closed rectangular shaft system which constitutes the mechanical rigid synchronous system. you need a torque meter datum electronics has a great leader in the industry of torque meter.

Precision is very important while evaluating the statistical data of a machine. Install Digital Torque Meter in your machine and get more accurate and efficient measurements of torque. Datum Electronics adorn the quality products for your machinery. Get one now!https://datum-electronics.co.uk

To maintain, a  power equilibrium, make sure torque resultants of drive motors for the mechanical synchronous drive system remain constant. It is important that the synchronous transmission of the marine shaft does not suffer excessive torque and rupture.

When a winch of torque motor fails, the other three winch motors will supplement power to the failed lifting point via a synchronizing shaft system immediately in order to ensure the normal operation of the main hoist. Synchronizing torque meter is monitored and reflects power allocation.

In order for the ship to avoid sinking or floating when the brake releases, the drive system will generate a certain torque output in advance according to an unbalanced force and its direction between the marine ship management chamber and the managing weight.

Use in the Silin ship dam lift

CONTACTLESS TORQUE TRANSDUCERS WITH FLANGE COUPLINGS AT EITHER END WITH MEASURING RANGES FROM 0-100NM UP TO 30KNM AS STANDARD (BESPOKE SENSORS UP TO 16MNM) FOR A VARIETY OF IN-LINE STATIC AND ROTARY TORQUE MEASUREMENT APPLICATIONS.

If you’re looking to measure static torque? Then the Datum Electronics Series FF410 Reaction torque meter with standard DIN flanges will be an ideal and cost-effective choice. This static torque sensor was based on our FF425 series of rotary torque transducers and is used to measure torque with no rotation or angular acceleration. As in the FF425 Flange to Flange Torque Sensor range, FF410 Reaction transducer design uses the same basic shaft components and cutting-edge strain gauge technology, allowing us to keep the reaction torque meter competitively priced with a high torsional stiffness included. You need a torque meter datum electronics that have great leadership in the industry of torque meter.

How Torque Sensor helps in Automotive Industry

Torque sensors are excellent devices for controlling and monitoring the torque of the machinery. The Torque Sensor market is growing fast in the Automotive Industry as it increases the fuel efficiency of vehicles. These are used in various applications for strain management, testing gearboxes and clutch, and torque within the engine.

 

Automotive Manufactures uses torque sensors in vehicles for monitoring torque and automotive transmission calibration. Different Sensors are used for testing of engines so that data can be collected for comparison under extreme and normal conditions.

Measuring Accurate Torque is a Challenge

Torque measurement is not so simple, so torque sensors are so useful in automotive applications. It is to be attached at the flywheel connecting the engine’s crankshaft to a torque converter.

Measurement of torque in Constant velocity joints is a challenging task. Driveshaft transmits power at constant rotational speed through different angles at Constant Velocity joints. Due to limited space torque measurement can be difficult. The torque sensor is a way to get out of this problem.

Torque Meter for Accurate Readings

Torque measurements are to be collected accurately so that it can be used for interpreting results later. Manual readings may be difficult to collect so we need display device for exact values. Torque Meter is the best instrument for the measurement of the torque, because approximate readings may lead to wrong results. 

 

Ensure Calibration of Instrument for Precise Measurements

It is necessary to ensure that the instruments you use works properly and give accurate measurements. Calibration is done by comparing Standard value to the sensor's value at any point. Torque meter displaying that exact value is also ensured by the same method.

Calibration of the sensor is to be done once in a year or according to changing requirements and usage. The precision of these instruments is unconditionally important.

What is the need for Torque Measuring Instrument

In the Automotive Industry, customization of every instrument is necessary because different types of machinery need separate torque requirements. Controlling and monitoring the torque in the engine is important to get a fuel-efficient vehicle.

So measuring torque is essential to ensure the products quality, reliability and safety. The precise measurement of torque in the rotating shaft is a good criterion for calculating the production efficiency and quality. Approximation in measurements can lead to incorrect interpretation of results and decrease product quality.

To Wrap Up

In the Automotive Industry, using accurate instrument is the best way to get the desired results. Get the instrument which is durable and increases the productivity of your company. So, If you are searching for the custom Torque Sensor, Datum Electronics are experienced in providing instruments as per your custom requirements.

Don’t compromise with the quality and go for the best

Introduction to the Reaction Torque Sensor

Reaction torque is a category of turning or moment force which is applied by the stationary segment of any device to a rotating segment upon the absorption of power, which further causes the former to move. It can transmit the power from the stationary part to the rotatory one by various means. These include magnetic force created by the magnetic field, generators or motors.

 

The reaction torque sensors are popular in the automotive industry as it is used to measure the efficiency of the brake, power of the motor, viscosity, and lubrication. These sensors serve a variety of purposes for measurement of torque, high reliable for motor and pump testing.

Why Reaction Torque Sensors Have Become So Popular in Varmus Industries?

The biggest reason that makes a reaction torque meter best suited for measuring torque in a complicated environment is that it doesn’t use the slip rings, bearings, and have no rotating elements. This ensures that the process of installation is not a big hassle and cost-effective. Besides that, these sensors are durable and easy to maintain.

 On What Principle a Reaction Torque Sensor Works?

To simply put a torque sensor is a strain gage based measuring equipment. Its output voltage is proportional to the force being applied to the device that causes the movement. The change in the resistance of the strain gage implanted to the torque measuring structure causes the fluctuations of the output voltage. The resistance change magnitude is in proportion to the torque sensor and the output voltage.

What is Structural Design of the Torque Sensor?

A torque sensor is an electrical accessory made out of premium-grade steel and is symmetrical in structure. The steel is heat treated in the configuration of RC 36 to 38. The prevalent configuration of the torque sensors is as follows-

•    Solid Circular Shaft
•    Hollow Circular Shaft
•    Hollow Tube with Flats
•    Solid Square
•    Hollow Cruciform
•    Hollow Circular Shaft
•    Cruciform

The sold circular design is considered a far better option compared to other structures. This is because it presents higher bending strength and the easy applications of the strain gage. This design type is commonly used in the measurement of torque in the capacity equal to or greater than the 500 in-lb. Whereas, for measuring torque with a value less than 500 in-lb, the Hollow Circular Shaft is termed as the best choice rated by industry experts. The technical reason being at low levels of torque, the hollow circular structure provide less stress and have a high bending ability of the sold circular structure. Like this, each design structure has its own set of pros and cons, you need to weigh this down to select the right one for your application.

After going through the above, you probably got an overview of what a reaction torque sensor is, how it works, its working principle, and its various structural designs.

Why is Torque Sensors So Crucial to Automotive Industry Revolution?

Torque Transducer

A torque sensor is an automotive measuring device which is installed to record and monitor torque on a given rotator system. The torque sensors find their use for a variety of purposes, strain measurement, testing of the clutch & gearbox, brake, suspension system, and much more making it the most sought-after commodity in today’s automotive industry. Before it goes any deep, it is imperative to know what this device is, in terms of technology. 

A torque sensor is a high-precision device that converts torsional input into the electrical signal that helps in calculating the torque force on a given system.

Torque Importance in the Automotive Sector

The markets of the torque transducer are getting big, especially in developed nations such as the United States of America. This is largely because top car manufacturing companies across the globe are inversing big times to achieve high fuel efficiency. Other areas where the torques sensors find its extensive use are in the electrical power steering and the condition-based maintenance of the car. 

Type of the Torque Sensors

The Torque Sensors are broadly divided into two categories, one is the static torque sensor and the dynamics torque sensor. The key difference is, for the former one the dynamics forces doesn’t involve acceleration, where the latter doesn’t. A fundamental example of the static torque sensor is the force produced by the clock mechanism to shift the second hand. When a four-wheeler is moving at a steady speed, then it is rotating static torque. This is because the car is rotating, but there is no acceleration. A four wheeler produce both the type of the torque forces. When you are calculating torque in crankshaft, then that very force is the rotating torque since acceleration is invoiced in here. 

Torque Sensors

It is of paramount importance to do a thorough research work of the market in order to find a trustworthy supplier of the torque sensors. 

Datum Electronics is an industry leading torque sensor brand that is popular on the global scale. Bring in the industry for the last 25 years, they have gained dominance in over 30 nations selling high-performance, quality products.

What Is a Torque Sensor & its Various Types?

Rotary Torque Sensor

The Torque sensors are prominent industrial devices with many automotive sector applications meant to record & monitor torque force on a system.

These sensors are subcategorized into two broad varieties based on the kind of torque to be measured; one is the reactive sensors while the other being the rotation torque transducer type. Both the types have the strain gauge as the DNA which controls the mechanism of torque measurement; it is confined to the Wheatstone bridge. In a nutshell, the strain gauge acts as the primary sensing element. 

Types of the Torque Sensors

 

Reactive Torque Sensors

This variety of torque sensors is typically fixed, somewhat rigid in structure with no moving parts; it measures torque which is directly proportional to the torsional force. The common automotive use of the Reactive Torque Sensors includes brake testing, torsional force measurement, dynameters, and lubrication studies. 

Rotational Torque Sensors

The Rotational Torque Sensors varies from the Reactive Torque Sensors as the former has a freely rotating shaft within the fixed housing. That shaft act as a coupling between the absorber/load and the driving mechanism. When the shaft is torsionally stressed, then a variation in the output is observed. The variation in the load and the rotational speed affect the torque force being measured. The many popular areas of use of Rotational Torque Sensors include electric motor testing, dynamometer testing, drive train measurement, gearbox testing and more.

Torque Sensor

Comparison Overview of Each Type

A reaction torque sensor does not rotate as it has no moving part, typically it behaves like load cell. The key advantage highlights of this torque meter are that they are pretty inexpensive in compassion to the rotary torque sensor, in this type no changes are needed for the rotating shaft and most importantly fewer factors considering including the rpm. However, there are few notable shortcomings of a reaction torque sensor such as it doesn’t record true torque shaft. This type of sensor lacks in precision when compared to its counterpart rotational torque transducer.

To Wrap Up

Selecting the right torque transducer is a tough ask therefore it requires you to devote time in research work analyzing the pros and cons of each type to make the best investment.

Why the Torque Sensors Are The Most-Sought Commodity in the Automobile Sector?

A torque sensor is an industry revolutionary device that is employed to measure/monitor the twist of the shaft or the deflection of the loading arm to tell the torque force on a rotating system.

The primary objective why so many industries require the torque meter is because they are used to evaluate the power output in real output, by calculating the shaft RPM and shaft torque. 

 

Before, we deep any deep, it is quite fundamental to know what is torque? In Physics terms, it is an external force that causes an object to rotate. The reaction torque is the type of force that is applied to an object that is not free for rotation. To understand it is a practical example, a screw driving unscrewing a rusted screw. The industrial motors are a common example of rotating objects. The torque and RPM combined are used to determine the horsepower, and this power rating defines the efficiency of the system.

The torque transducer is widely used in the automotive sector, installed in the four-wheeler engines to keep track of the torque force being applied instantaneously; this establishes the smooth functioning of the engine. The measuring of the torque is either done with the help of a permanent magnet or via strain gauge. The torque transducers are available in an extensive selection based on the capacity; you will select any as per your application specification.

 

So, now you probably be wondering why torque meter is used in engines to evaluate torque because without that we won’t be able to monitor the operational horsepower. To boil down, the torque sensor is to keep track of the power that is coming out of the engine, thus makes predictions for the fuel efficiency of the vehicle.

Types of Torque Sensors

There are two broad categories of the torque sensors, the first and most widely used is the magnet with a measuring device that is employed to calculate the reading of revolutions per minute for the turning cam. The other being the strain gauge that is modern-day torque transducers promising better precision and highly reliable.

To Wrap Up
When buying a torque transducer for a particular application, it is imperative to take note of the measurement specification & requirements. In addition, look for a well-know brand which is a renewed for its quality, high-performance industrial tools and equipment.