- alkitronic® EFC / ECW electric wrenches for torques from 60 Nm to 5,000 Nm
- Consistent torque accuracy in all international power supplies, 100-253 V / 45-66 Hz
- Precise shut-off torque for operation with voltage-controlled portable generators
- Models alkitronic® ECW angle tools for restricted access
- Low running costs
- Maintenance-free, low-wear, brushless synchronous motor with excellent efficiency
- Permanently higher joint quality compared to ratchet torque tools by continuous rotation of the square drive
- Simple 1-finger operation for quick, comfortable work
- The 360-degree rotating handle ensures comfortable operation and none of the reaction forces are transferred to the operator
- Innovative motor protection with automatic switch-off to secure the bolting quality
- Smart processor-controlled switch-off electronics for consistently precise reproduction of the pre-selected torque
- Angle-drive with optimised efficiency and great running characteristics (Models alkitronic® ECW)
- Extraordinarily robust motor housing of cast aluminium
All alkitronic® electric torque wrench with CE-certiﬁcation
Repeat shut-off accuracy ± 3% for the same bolting application
Universal AC Input 100 V – 253 V, frequency 45 Hz – 66 Hz Power max. 2000 W, protection category I.
Using an Electric Torque Wrench
Electric torque wrenches have become an essential tool in a variety of industries, such as manufacturing, aerospace, renewables and oil and gas. They offer the necessary precision required for accurate torquing, with traceable readings. This makes them ideal for applying consistent and repeatable torque to any type of connection.
Furthermore, the design of electric torque wrenches also allows for a wide range of torquing capabilities, which the user can pre-select, or assess the torque amount while tightening via a digital display. This ensures the correct amount of torque is applied to each bolt. This not only improves performance and reliability, but also helps in speeding up production and repair, making them an invaluable part of any operation.
This electric torque wrench is also designed for easy and comfortable operation, with just a single finger required to complete tightening tasks. This eliminates any reaction forces that might otherwise be felt by the operator, making the tool both safe and user-friendly. Additionally, the electric torque wrench has an automatic switch-off feature that prevents over-torquing, thus protecting the quality of the bolt.
Shop for Electric and Other Torque Wrenches at Allinton
Allinton is a trusted source for all your torque wrench needs. Whether you are looking for an electric torque wrench or a more traditional model, we have a wide range of options to choose from. With a commitment to high-quality products, you can find the perfect torque wrench to meet your specific requirements.
Frequently Asked Questions About Electric Torque Wrenches
1. Are electric torque wrenches accurate?
Yes, electric torque wrenches are accurate as they employ electronic sensors to precisely measure and control the amount of torque applied. This feature provides a high level of accuracy and eliminates human error, ensuring precise results in almost every project.
2. How does an electric torque wrench work?
Electric torque wrench, also known as a digital torque wrench, operates without any moving parts. Instead, it uses an electric sensor to measure the force or torque applied to a bolt or nut during tightening. The sensor sends a signal to an electronic processor, which calculates the torque and displays the results on a digital display. The reading gets stored in the memory, which can be used for analysis later.
3. Are electric torque wrenches better?
Electronic torque wrenches are better as they provide more accurate and consistent torque readings due to their features such as torque measurement in real-time. Moreover, other features such as data storage, and multi-unit conversions make these wrenches suitable for multiple applications.
However, other types of wrenches are equally useful depending on the specific application and the user’s needs and preferences. For instance, pneumatic torque multiplier is considered optimal for screw driving applications in hazardous areas, while hydraulic torque wrenches are often used in more remote locations like shipyards, as well as in the assembly of heavy machinery in which higher torque applications are required.