All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(5 products available)
Ready to Ship
Ready to ShipDigital cable tensiometers are available in different types.
They include the following:
CT-1200 Series Digital Tensiometer
This instrument is designed for measuring tension in steel wires and cables. The CT-1200 series employs a dual-sensor system which is a displacement and load cell principle. This helps to provide very precise measurements. The series also comes with interchangeable sensors. Such sensors are meant to enhance the versatility of the device for diverse cable diameters.
CT-1100 Series Tensimeter
This is another digital model exploring similar measurement principles. The function parameters of the CT-1100 series are closely related to the CT-1200 series. However, this series is designed for less demanding measurements of cable systems. It makes this an economically viable option for businesses with less frequent use.
DigiTach Tensiometer
The DigiTach is a compact and portable tensiometer. It is primarily designed for field use. The device combines speed and tension measurement functions using a contactless measurement approach. This offers users a non-invasive method of gauging the tension. Especially in sensitive wiring systems. Its lightweight and robust build also make it suitable for use in outdoor environments.
CT-200A Digital Cable Tension Meter
The CT-200A is a digital meter that is designed for maintenance workers and engineers working with cable systems. This instrument features a large LCD screen that allows for easy reading of the measurements. This meter is waterproof and therefore makes it appropriate for outdoor and adverse weather condition use.
Cable Installation and Maintenance
The Barfield CT12A Digital Tensiometer is primarily used in the installation and upkeep of cables. It provides real-time tension measurements. These are critical when installing aircraft control cables. They ensure that the cables are not only installed at the proper tension but also maintained over time. Hence preventing any potential failures resulting from under or over-tensioning.
Aircraft Control Systems
For the aviation sector, cable tension is a life safety system characteristic. The Barfield CT12A Tensiometer comes in handy when measuring the tension of control cables. It ensures precise maneuverability by pilots. Additionally, aircraft undergo rigorous safety checks. During these checks, the CT12A is deployed to verify cable system compliance with the required tension specifications.
Maritime Applications
In the marine industry, cables play a major role in control systems. The use of the Barfield CT12A in boats and ships reinforces this point. It is used to verify the tension of important cables which control steering and propulsion systems. By ensuring these cables are at the proper tension, maritime operators improve the safety and reliability of their vessels, especially under turbulent conditions.
Industrial Machinery
Cable systems find application in many industrial machinery. In such scenarios, the CT12A Tensiometer helps measure cable tension. It helps maintain efficiency and prevent wear and tear. Maintenance crews use this device to quantify tension in the cables of heavy machinery. This impacts performance and elongates the lifespan of such equipment.
Utility and Energy Sector
In power transmission systems, cables are used to maintain the integrity of the infrastructure. The Barfield CT12A is used by utility companies to ascertain the tension in the power lines. This ensures the system is functioning in an optimal state. Proper tension helps in the transfer of electrical power. Furthermore, it minimizes the chances of cable failure and service disruption.
Measurement Range
The Barfield CT12A has a tension measurement range between 0 to 500 pounds. This wide measurement range allows users the flexibility to measure the tension of various cable types.
Resolution
The device has a resolution of 0.1 pounds. This high resolution means that even the smallest changes in tension can be accurately identified and acted upon. This feature is especially important in sensitive operations where precision is key.
Display
Tension readings are displayed on a digital LCD screen. This large, easy-to-read screen allows technicians to quickly and efficiently monitor cable tension. Further, there is a backlight fitted onto the screen. This enables visibility in dimly lit areas.
Data Hold Feature
The CT12A has a data hold feature. This allows users to freeze a measurement. This gives them time to record the reading without the numbers fluctuating.
Battery Power
The instrument runs on a 9V battery. The battery provides long usage hours before it needs changing. The device also has a low battery indicator. This keeps users informed when power levels are running low. It, therefore, avoids unexpected shutdowns during critical measurements.
Calibration
The Barfield CT12A comes factory-calibrated. This ensures users receive accurate readings straight out of the box. Furthermore, users can undertake calibration checks to maintain precision over time.
Construction
For the CT12A, portability and durability were given priority by the manufacturers. The device is lightweight yet robust and suitable for many field and workshop conditions. It is also sturdier and more reliable in various working environments. They range from factories to outdoor areas and even into aircraft.
Measurement Requirements
What is needed first is to establish the required measurement parameters. These are usually the cable types and the ranges of tension that have to be measured. One also has to consider the environment in which the instrument is going to be used in. Such factors as humidity level, temperature extremes, and exposure to dust will affect the sort of device chosen. All these aspects will support the decision of a suitable digital tensiometer model. Measurement accuracy needs to be factored in, too. What is required is that the model chosen should meet the demands of the industry standards of measurement accuracy.
Range of Cable Tension
Different cables come with different tension requirements. It is important therefore to select a tensiometer with an appropriate tension range. This will ensure accurate measurements without any risk of exceeding the capabilities of the tool.
Resolution and Accuracy
Resolution and accuracy are very important considerations. They directly affect the quality of the measurements being taken. Higher resolution instruments can detect finer variations in tension. This makes them appropriate for sensitive applications. There is also a need to check beforehand whether the device to be purchased has been verified by a competent authority. Such as an NIST lab for caliper.
Display and Usability
A good display will make it possible to read measurements with clarity and precision. The other thing that adds to the usability of a digital tensiometer is the presence of user-friendly controls. This enables easy navigation through the device menus. Additional features, such as backlit displays and data hold functions, enhance usability.
Portability
Portability is an important factor when the instrument has to be used in different locations. The weight and size of the device will affect the ease with which it can be transported to different working sites. The durability of the instrument also helps keep it functional after exposure to various outdoor conditions.
Battery Life
The efficiency of the battery will determine how long the device will be operational before it requires a fresh battery fitted in it. Selecting a model with extended battery life means that users can carry out busy tasks without having to stop to change or recharge batteries.
Industry-Specific Features
Different industries require different functionalities from a digital tensimeter. For example, aviation and marine applications may require additional features. These features allow for tension measurement of different cable diameters while maintaining high accuracy. One should also check whether the instrument has passed standard regulatory compliance. Such compliance check ensures the equipment meets safety and performance requirements.
Thus tensimeter is used in the aviation, maritime, construction, and mechanical engineering industries. In all these industries, cable tension is monitored for safety and efficiency performance reasons. A common example would be aircraft control systems in which cable tension must be accurately controlled. Any deviation from the set parameter can lead to undesirable results ranging from system failure to accidents. This highlights the importance of this instrument in tension measurement.
The CT12A Digital Tension Meter utilizes a load cell to measure the tensile force exerted on a cable. It then converts this mechanical deformation into an electrical signal. Cable tension creates a small elongation in the cable. The load cell is integrated with a pulley system that will cause the cable to rest against a specially designed notch on the pulley called the rim. As the cable deforms the pulley rim, the load cell measures the resulting deformation. From this measurement, tension can be calculated and displayed on a digital readout screen. This provides users with a precise and quick tension measurement result. In short, this device is a mix of traditional mechanical principles with modern electronic accuracy.
The device should be stored in a cool and dry place to avoid weathering the internal electronics. It should also be cleaned after each use to remove any residual dust or debris that would affect performance. A backlight is present on the display. Users are advised not to overuse the backlight function so as to avoid battery drain. Since the device is battery-powered, a periodic check of the battery status is necessary.
A digital cable tensimeter measures cable tension and displays the result on a digital screen. An analog tensimeter, on the other hand, shows results on a dial. Dials can be hard to read at times because of errors in parallax. Digital displays eliminate this error entirely. Further, digital ones are more accurate than their analog counterparts, particularly in fine tension measurement. Finally, a digital tensimeter gives users more functionality. These functionalities include data storage and output options for more readings.
