Description
Pointer Torque Screwdriver | MTN-X; with pointer is designed for use in the torque tests of screws in the automotive, motorcycle, machine building and electrical-electronic industries.
- It has a scale indicator.
- Displays torque value with high precision, easy to read.
- It has a movable needle.
- When it is returned to a certain measurement value, the moving needle will stop and the correct value can be read.
- It is bidirectional, can be rotated clockwise or counterclockwise.
- Customer can replace the driver head according to the item they want to measure. Supplied with cross and flat head screwdriver bits.
- Thanks to the extension tip, it makes it easier for the customer to use it at large torque values.
TECHNICAL PARAMETERS
Model |
Capacity(Nm) |
Accuracy | Lenght( mm) |
MTN-0.6 | 0.1-0.6 | 5% | 270 |
MTN -1.2 | 0.2-1.2 | ||
MTN -3 | 0.25-3 | ||
MTN -6 | 0.5-6 | ||
MTN -9 | 0.75-9 | ||
MTN -12 | 1-12 |
A torque screwdriver is a type of tool used to tighten screws or fasteners until a certain torque value is reached. These screwdrivers are widely used, especially in the automotive, motorbike, machine building and electrical-electronic industries.
Main Features
Needle Indicators:
Torque screwdrivers with a needle have a scale indicator that shows the torque value with high precision. Using a moving needle, the needle stops when a certain measurement value is reached and the correct value can be read.
Ease of Use:
With easy-to-read indicators, users can quickly check the torque value. It can also be rotated clockwise or anti-clockwise, allowing bi-directional use.
Interchangeable Bits:
The screwdriver comes with cross and flat head bits that can adapt to different head types. This feature provides flexibility in different applications.
Length and Capacity:
Different models are available with varying length and torque capacity options. For example, the MTN-0.6 model operates in the range of 0.1-0.6 Nm, while higher capacity models are also available.
Areas of Use
- Automotive and Motorbike: Used to provide accurate clamping force for engine assemblies and other precision connections.
- Machine Manufacturing: Required for the secure assembly of parts in production processes.
- Electrical-Electronics: In the assembly of electronic devices, it meets the requirements for precise torqueing to prevent damage to components.