GWM-60 Digital Torque Wrench 3/8 1.8-60 N.m - High Precision from China Suppliers & Factory
The GWM-60 features a sleek digital screen display with a backlight function, allowing for quick and accurate readings even in low-light conditions. This ensures that you can work efficiently without straining your eyes. The stylish and customizable appearance of the wrench adds a touch of sophistication to your toolkit.
Designed for ease of use, the GWM-60 includes a two-way ratchet head and multiple operating modes, making it suitable for various mechanical units. Whether you’re a seasoned mechanic or a weekend warrior, you’ll appreciate the straightforward operation that this wrench offers.
Large Screen Display: Equipped with Backlight Function.
Precision: Clockwise ±2%, Counterclockwise ±2.5% (Total range of 20% ~ 100%).
Torque Alert: Buzzer and LED Light trigger when preset torque is reached (Only in Peak Mode).
Engineering Units: Four types available (N.m, kgf.cm, ft.lbf, in.lbf).
Measuring Modes: Real-Time Mode, Peak Mode, Preset Mode.
Auto-Off: Switches off automatically after 3 minutes of inactivity.
Memory Storage: Up to 999 sets of record data can be saved.
*: Please refer to the remarks at the back of the form
| Ordinary Model | 10 | 30 | 60 | 100 | 135 | |
| Replaceable Head Model | 10 | 30 | 60 | 100 | - | |
| Maximum operating range | N.m | 10.000 | 30.00 | 60.00 | 100.00 | 135.0 |
| ft.lbf | 7.380 | 22.14 | 44.28 | 73.80 | 99.6 | |
| in.lbf | 88.50 | 265.5 | 531.0 | 885.0 | 1194 | |
| kgf.cm | 102.00 | 306.0 | 612.0 | 1020.0 | 1377 | |
| Connector (inches) | 1/4 | 3/8 | 1/2 | 1/2 | ||
| Interchangeable head connection size | 9*12 | - | ||||
| Buzzer Setting range (N.m) | 0.3~10 | 0.9~30 | 1.8~60 | 3~100 | 4~135 | |
| Ordinary Model Length (mm) | 235 | 245 | 290 | 388 | ||
| Replaceable Head Model Length (mm) | 205 | 240 | - | |||
| Accuracy*1 | Clockwise: ±2% Counterclockwise: ±2.5% | |||||
| Data storage capacity | 999 | |||||
| Operation mode | Peak mode (P) / Real-time mode (T) / Preset value mode (Pre) | |||||
| Unit | N.m, kgf.cm, ft.lbf, in.lbf | |||||
| Ratchet head form | Two-way ratchet head | |||||
| Number of ratchet teeth | 72 teeth | |||||
| Number of buttons | 5 | |||||
| Battery | 2 × 7# batteries | |||||
| Operating temperature | -10°C ~ 60°C | |||||
| Storage temperature | -20°C ~ 70°C | |||||
| Drop test height | 1 meter | |||||
| Vibration test conditions | 10G | |||||
| Life test*2 | 10,000 times | |||||
Press the P/C button lightly to turn on the device. If the battery is insufficient after the device is turned on, it will automatically shut down and it can be used normally after replacing the battery.
In the power-on state, when the user interface is not the setting interface, press the U/S button to switch between the four engineering units.
In the power-on state with no power, press the M button to switch modes.
Real-time measurement mode: The torque value will display the current value in real time as the applied torque changes. When the torque is unloaded, the torque value will automatically return to zero. The “T” character displayed on the screen is the real-time mode.
The force applied by the wrench will increase from the minimum measured value gradually. When the force is continuously applied, the on-screen torque value will always display the maximum torque value when the user applies a different magnitude of force; when the user unloads the force, the on-screen display will record and lock the maximum torque value during the force application process, which is the peak torque. And this value will be flashing. Press the P/C button to clear the peak torque. Maybe, if it needs to be measured again, the user can reload the applied force to update the locked peak torque without clearing and resetting directly. The “P” character displayed on the screen is the Peak mode.
First, set an ideal preset torque value through the Ʌ or V button, and then press the U/S button lightly to save and return to the measurement interface. The force applied by the wrench will increase from the minimum measured value gradually. When a force is applied, the on-screen torque value will change as the user applies different forces; the reading will increase with the increase of the force, and decrease with the decrease of the force. When the user unloads the force, the on-screen display will return to 0. The “Pre” character displayed on the screen is the preset mode.
