What to do if torque reading is out of spec on Snap-On TECHANGLE STEEL ATECH2FS100 Power Tool?
If the torque reading is out of specification, it could be due to needing a recalibration, so recalibrate the tool. Alternatively, the incorrect head length might have been entered. In this case, enter the correct offset head length.
How to fix Snap-On TECHANGLE STEEL ATECH2FS100 Power Tool that does not turn on?
If your Snap-On Power Tool doesn't turn on when you press the power button, it could be due to dead or missing batteries, so replace them. If that doesn't solve the issue, a software glitch might be the cause. Try cycling the power using the end-cap.
Why Snap-On Power Tool wrench didn't retain settings after battery replacement?
If your wrench didn't retain settings after the batteries were removed, it's likely because the batteries were removed before the settings were saved in non-volatile memory. To resolve this, clear the data, re-enter your settings, and then press and hold the POWER button to power down the wrench before removing the batteries.
What to do if Snap-On TECHANGLE STEEL ATECH2FS100 displays torque or angle when no torque is applied?
If your wrench displays torque or angle readings when no torque is being applied, there are several potential causes. First, ensure the wrench is placed on a stable surface without any torque applied, and then press the POWER button to re-zero the wrench. Other causes may include a low or dead battery (replace batteries), the wrench being over torqued or improperly calibrated (in which case recalibrate the wrench), torque applied while zeroing (remove torque and re-zero), the wrench moving during zeroing (place wrench on stable surface), or the POWER button being pressed during angle zeroing (place wrench on stable surface and press POWER button to re-zero). Also, it could be that over 125% of full scale torque was applied (cycle power using POWER button and recalibrate), the wrench was ro...
Details on the wrench's head type and LCD display characteristics.
Covers operational functions like setting targets and measurement accuracy details.
Physical specifications, operating ranges, and battery information.
Quick start overview of basic operations and step-by-step power-on guide.
Detailed operational steps for performing torque measurements.
Detailed operational steps for performing angle measurements.
Explanation and impact of using negative offsets for extensions.
Steps for creating a new torque preset configuration.
Steps for creating a new angle preset configuration.
Displaying wrench operational information such as calibration date and software version.
Adjusting the automatic power-off interval for the wrench.
Adjusting the display contrast for optimal viewing.
Enabling or disabling audio feedback for button presses.
Configuring the automatic backlight activation.
Configuring the backlight toggle function for ON/OFF.
Setting the vibrator ON/OFF for target alerts.
Configuring wrench operational modes, including Torque THEN Angle.
Enabling or disabling the Torque THEN Angle measurement mode.
Setting the interval for calibration reminders.
General| Angle Accuracy | ±1° |
|---|---|
| Battery Type | Lithium-Ion |
| Ratchet Teeth | 80 |
| Resolution | 0.1 ft-lb |
| Drive Size | 3/8 inch |
| Operating Temperature | 32 °F - 122 °F (0 °C - 50 °C) |
| Storage Temperature | -4°F to 140°F |
| Units of Measure | ft-lb, in-lb, Nm |
| Torque Range | 5-100 ft-lb |
| Torque Accuracy | ±2% CW, ±3% CCW, from 20% to 100% of full scale |
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