The Remington 700 is a legendary bolt-action rifle renowned for its accuracy and reliability. Understanding its trigger mechanism is crucial for both safe operation and performance tuning. This guide provides a detailed Remington 700 trigger diagram explanation, covering the key components and their functions. While we won't provide downloadable diagrams due to copyright restrictions, this detailed description will help you visualize and understand the trigger group's intricate workings.
Key Components of the Remington 700 Trigger Assembly
The Remington 700 trigger assembly is relatively simple yet remarkably effective. Its core components include:
1. Trigger
The trigger itself is the component you physically pull to release the firing pin. It's a precisely engineered part, often adjustable for pull weight and overtravel. Understanding its interaction with the sear is key to understanding the trigger's function.
2. Sear
The sear is a crucial safety mechanism. It engages with the trigger and the hammer, preventing accidental discharge. The sear's design and condition are critical to the rifle's safety and reliable function. Its interaction with the trigger is precisely calibrated.
3. Hammer
The hammer is what strikes the firing pin, igniting the cartridge. Its interaction with the sear determines when the rifle fires. In the Remington 700, the hammer's movement is controlled by the trigger and sear.
4. Trigger Spring
The trigger spring provides the necessary tension to return the trigger to its original position after being pulled. Its strength directly impacts the trigger pull weight.
5. Sear Spring
The sear spring keeps the sear engaged with the hammer. A weak sear spring can compromise safety.
6. Firing Pin
The firing pin is the component that ignites the primer in the cartridge. Its impact force is a critical element of reliable ignition.
7. Disconnector (Some Models)
Some Remington 700 models include a disconnector. This safety mechanism prevents the rifle from firing more than one round with a single trigger pull.
Understanding the Trigger's Function
When the trigger is pulled, it disengages the sear from the hammer. The hammer, under spring tension, then strikes the firing pin, igniting the primer. The trigger spring then returns the trigger to its original position, re-engaging the sear and preparing the rifle for the next shot. The disconnector, if present, ensures that the trigger cannot be pulled again until the bolt is cycled, preventing accidental double-fires.
Importance of Proper Trigger Adjustment and Maintenance
Proper trigger adjustment and maintenance are crucial for both safety and accuracy. A poorly adjusted trigger can lead to light or heavy pull weights, creep, or even dangerous malfunctions. Regular cleaning and lubrication of the trigger assembly are essential to maintain its reliability.
Note: Any work performed on the Remington 700 trigger assembly requires expertise and caution. Incorrect adjustments can render the rifle unsafe. If you are not comfortable working on firearms, seek the assistance of a qualified gunsmith.
This detailed description, while not a visual diagram, provides a comprehensive understanding of the Remington 700 trigger mechanism. Remember, firearm safety is paramount. Always handle firearms responsibly and follow all safety precautions.
