The torque measuring device is the world standard.
In 1970, at a time when the concept of torque management did not exist, we developed the world's first industrial electric screwdriver capable of precise torque control using current control with a dial. In 1977, we introduced an auto-clutch driver that automatically controls accurate torque, achieving technological innovation. The following year, we began developing torque measuring instruments in pursuit of improved screw fastening quality management. The mechanism of the FIDAPTER was developed by us, alleviating the effects of inertia during torque measurement with clutch-type electric screwdrivers, enabling the detection of accurate torque values. Standards for screw fastening quality management were established, leading to new innovations. Today, torque measuring instruments are used in manufacturing sites in over 90 countries worldwide.
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basic information
Model Number: MF15NTQ-P100NCM MF15NTQ-P1000NCM Interface: Wireless (Standard) Wired RS-232C (Optional) Wireless (Standard) Wired RS-232C (Optional) Measurement Range: N·m 0.015-1.000 0.15-10.00 N·cm 1.5-100.0 15-1000 Minimum Display: 10 digit *1 Measurement Mode: PEAK, TR1 (Torque Waveform), TR2 (Continuous Torque Waveform) Measurement Direction: Right Thread, Left Thread Measurement Accuracy: ±0.5% or less (F.S.) Charging and Expandability: Compatible with micro USB Type-B port for the following: - Charging - Data Transfer (USB 2.0 (up to 480Mb/s)) Power Supply and Battery: Input AC100-240V 50/60Hz 0.4A Output DC5V 2A 10W All models have a built-in 1000mA nickel-metal hydride battery 3.6V (Operating Voltage 3.3V) Maximum 300mA when powered ON Torque Measurement and Data Transfer: Maximum 2.5 hours Charging via power adapter or USB through PC Charging Time: 5 hours Number of Charge Cycles: 500 times
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Applications/Examples of results
■Wireless Data Transmission The series features a standard torque data transfer function for the first time. Data can be transmitted wirelessly or via cable, improving operability. ■High Visibility Display The adoption of a large display allows for clear visualization of measured torque values and waveforms, ensuring high visibility in bright environments. ■Evolved Measurement Mode The continuity of measured torque is graphically displayed as waveforms, making it easier to visually grasp changes in torque. ■Remote Operation from External Devices Mode changes and threshold adjustments can be operated from external devices, enabling more convenient and efficient work. ■Safe Torque Management Equipped with a pass/fail judgment function to assess measured torque values. It supports daily quality management on production lines, such as torque adjustments and settings for drivers. ■Data Collection with Dedicated Application Provides an application that facilitates torque management data collection in production environments. It supports productivity improvement, predictive maintenance, and quality traceability.
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