The Remington 700 is a legendary bolt-action rifle, renowned for its accuracy and reliability. Understanding its trigger mechanism is crucial for safe and effective shooting. This guide provides a comprehensive overview of the Remington 700 trigger, including a detailed diagram and explanations of its key components. While I cannot provide a visual diagram directly within this text format, I will describe the components in such a way that you can easily find corresponding diagrams through a simple online image search. Search terms like "Remington 700 trigger assembly diagram" will yield excellent results.
Key Components of the Remington 700 Trigger Assembly
The Remington 700 trigger assembly is relatively straightforward, but understanding its individual parts is essential for safe disassembly, cleaning, and potential upgrades or repairs. Always prioritize safety and consult a qualified gunsmith if you are not comfortable working on your firearm.
1. Trigger
The trigger itself is the component you physically pull to release the firing pin. It's connected to other parts of the assembly via a complex interaction of levers and springs. Note that different versions of the Remington 700 may have slightly different trigger designs, affecting the specifics of the interaction.
2. Sear
The sear is a crucial safety mechanism. It engages with a notch on the hammer, preventing accidental firing when the trigger isn't pulled. Understanding the sear's interaction with the hammer is vital for ensuring the rifle's safe operation.
3. Hammer
The hammer is what strikes the firing pin, initiating the firing sequence. Its interaction with the sear and trigger is the core of the firing mechanism. Different Remington 700 models might have slight variations in hammer design, yet the fundamental principles remain consistent.
4. Trigger Spring
The trigger spring is responsible for returning the trigger to its original position after being pulled. Its tension directly affects trigger pull weight. Adjusting this spring (by a qualified gunsmith) is a common method of tuning the trigger.
5. Sear Spring
The sear spring is responsible for maintaining the sear's engagement with the hammer. This spring's proper function is crucial for safety. A weak or broken sear spring is a significant safety hazard.
6. Trigger Bar (or similar connecting component)
The trigger bar (or a similar linking component, depending on the specific trigger design) acts as the intermediary between the trigger and other components, transferring the force of the trigger pull to release the hammer.
7. Safety
While not technically part of the trigger assembly, the safety plays a critical role in preventing accidental discharge. It mechanically blocks the trigger's movement. Understanding how the safety interacts with other components is essential.
Importance of Understanding the Remington 700 Trigger Diagram
A clear understanding of the Remington 700 trigger diagram is crucial for several reasons:
- Safety: Knowing how each part works allows for safe handling, cleaning, and maintenance.
- Troubleshooting: If the trigger malfunctions, a diagram helps identify the problem area.
- Upgrades: Many aftermarket trigger kits are available for the Remington 700, requiring knowledge of the original assembly.
- Customization: Understanding the trigger mechanism empowers you to potentially adjust the trigger pull weight (though again, professional help is recommended).
Remember: always handle firearms responsibly, and if you're unsure about any aspect of your Remington 700's trigger mechanism, consult a qualified gunsmith. Safety should always be your top priority.
