Step 6.

Once the front clamp is properly adjusted, rein- stall both cotter pins. If the front clamp cannot be made to function properly, refer to Section V, Troubleshooting on page 20.

Step 7.

The procedure for adjusting the rear clamp is vir- tually identical to the procedure for adjusting the front clamp. Disable the front clamp by temporar- ily removing the cotter pin and pivot pin in the front clamp assembly. Figure 15.

Remove

Figure 15. Disabling the front clamp.

Step 8.

Push down the locking lever and test the grip of the rear clamp by pushing from side to side on the back end of the fence. If the clamp holds securely under a lateral force of 25 pounds, the rear clamp requires no further adjustment. If the rear clamp slips under 25 pounds of lateral force, adjustment will be necessary.

Step 9.

To adjust the rear clamp, first remove the clamp assembly from the two yokes by removing the two cotter pins and pivot pins (#8 & 16). Figure 16.

Remove

Remove

Figure 16. Removing clamp assembly.

Step 10.

Increase the clamping force by unscrewing the longer yoke (#22) half a turn and retest. If more adjustment is required, screw the shorter yoke (#10) in half a turn. If further adjustment is required, continue to work back and forth between the two yokes so that both are adjusted equally.

Step 11.

To reduce the clamping force, screw the longer yoke in or the shorter yoke out.

Step 12.

Reinstall all pivot pins and cotter pins and test the clamping force of the entire unit. Locking lever pressure should not exceed 20 pounds. The fence should be able to withstand approximately 50 pounds of lateral force.

CAUTION: Through repeated use and wear, re- adjustment of the front and rear clamps and handle throw may be necessary for safe operation and maximum performance.

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Woodstock W1410 manual
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W1410 specifications

Woodstock W1410 is an innovative and versatile digital weather station that has quickly garnered recognition for its reliability and advanced features. Designed for both amateur meteorologists and serious weather enthusiasts, it offers an array of functionalities that make weather tracking easier and more precise.

One of the standout features of the Woodstock W1410 is its large, easy-to-read LCD display. The screen provides a comprehensive overview of real-time weather conditions, including temperature, humidity, wind speed, and direction. Users can easily set their preferences to display the information in either metric or imperial units, which adds to the station's user-friendly nature.

The station utilizes cutting-edge technology to ensure accurate measurements. It incorporates an advanced sensor array that collects data from multiple environmental variables. This includes barometric pressure readings, rain gauge measurements, and UV index monitoring, allowing users to obtain a holistic view of their immediate weather conditions.

Wireless connectivity is another key characteristic of the W1410. The station can transmit data directly to a smartphone or tablet via a dedicated app, making it convenient for users to check weather updates remotely. This feature ensures that users can stay informed about changing weather conditions even when they are not near the station itself. Additionally, the app provides historical data storage, giving users the ability to analyze trends and patterns over time.

Moreover, the Woodstock W1410 is designed with durability in mind. Its weather-resistant casing means it can withstand various environmental conditions, making it suitable for use outdoors. This robustness ensures longevity and reliability, providing accurate data rain or shine.

Power efficiency is a noteworthy characteristic as well. The W1410 operates on batteries, with the option for solar power integration, thus reducing the overall energy consumption and making it an environmentally friendly choice.

In summary, the Woodstock W1410 digital weather station stands out due to its advanced monitoring capabilities, user-friendly interface, wireless technology, durability, and energy efficiency. Whether for personal use or educational purposes, it serves as a valuable tool for understanding and predicting weather phenomena, enriching the experience for its users.
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