The purpose of this manual is to provide the necessary instructions and manufacturing data needed to convert the Ruger 10-22, a semi-automatic carbine, into a selective fire automatic unit. The weapon retains the semi-automatic mode of operation and also allows fully automatic operation by moving the selector lever to the appropriate position. This weapon is the most popular in the world. These weapons are a logical choice for automatic conversions as they have proven to be well built, very sturdy, maintain a relatively light weight, and can adapt to a variety of looks. . Ruger 10 -22 Is a thrifty weapon to buy, thus increasing its availability for many people hampered by a struggling economy. New prices for the standard carbine run between S90.00 and $110.00. Used carbines in good condition can be purchased for around $45.00 to $75.00. limited in its power and range, but in full automatic the 10-22 is a formidable weapon for many applications. Various warehouse configurations are available, providing more flexibility for the intended use. Many high-capacity magazines are available for use with the Ruger 10-22. Blank magazine of EATON SUPPLY, INC. 25, CONDOR 25, HITCHELL 50, and THOMPSON style 50, providing much more flexibility than standard 10. magazines.
Series of activities
Contents
Reviewing the attached drawings will give the correct orientation and relationship of the firing cycle control elements. -FAL and the West German line of HK-G3 combat rifles. Both of these weapon systems are legendary in terms of performance and reliability.
WEAPON ASSEMBLY
Assuming there is a magazine loaded in the correct position, the user will pull out the bolt handle (and bolt assembly) to rotate the hammer backwards. This action compresses the recoil spring.
When the hammer almost completes its rear rotation, the bottom of the hammer makes contact with the top of the disconnector which rotates the shafts downwards, releasing the drill bit to rotate upwards into position. compared to hammer. Hammer-hammer engagement has not been established at this time as the hammer is fully rotated backwards.
During the same initial backward motion of the bolt and hammer, the release lever and pin also move slightly backward. The travel of these components is limited to 1 second by the push pin positioned through a groove In the release lever. Both parts have independent torsion springs that force them to rotate backwards. The fixing arms of these springs rest on the push pins. When the bolt and hammer complete their backward travel, the abutment surface of the catch against the hainner is ready to touch the ‘boom’ groove.
When the bolt is fully retracted, the 1t is released. Stretch the spring then push it forward.
At the same time, the hammer (which is released upon contact with the bottom of the bolt) rotates slightly forward and secures the pin and pin, (both previously positioned) to their respective slots. whole.
As the bolt moves forward, the 1t separates a live cartridge from the magazine and begins to enter the ft chamber.
At a certain point just before the bolt is fully closed, the tip of the release lever (which had previously moved backwards) contacts a radiation groove machined at the bottom of the bolt. As the bolt continues to move forward, the release lever will rotate forward. Through attaching the pin to the pin with a roll pin in the side position, the release lever rotates the pin away from the pin with a hammer. (Both the catch and release pins rotate on the coomon pin).
The weapon is currently in the loaded position and has the latch as set up in the sequence above.
The safety will now be moved to the “OFF” position. (Safety has not changed in this modification and works the same as before. By turning the safety to “OFF”, the lower lug of the strut is provided with clearance to allow downward movement when the trigger is pressed. down).
The selector lever must be set to the rear, or “semi-” position. In this position, a lug at the bottom of the selector selector lever shaft will be positioned down and will limit upward movement of the rear part of the trigger.
Press the trigger, thus unleashing the hammer vs hammer fight. The hammer, under spring tension from the hammer spring, rotates forward hitting the back of the firing pin and exploding the cartridge.
The bolt, acting on the pressure generated during detonation by detonation, moves backwards, extracts and ejects the fired cartridge.
When the bolt moves backwards, the release lever will move as explained earlier. When the bolt completes its rearward travel, the disconnector removes the stopper so that it is in position to reattach to the hammer (as previously described).
The forward bolt stroke performs the same functions as described previously. For another shot to be fired, the user must release the trigger and then press it again to continue the sequence as described.
AUTO COMPLETE
Weapon is in loaded position and has latch
Safety is switched to “OFF”
The selector lever must be set to the front or ‘BURST’ position. In this position, the lug on the bottom of the selector boom shaft has rotated sufficiently backward to avoid contact with the upper, rear area of the trigger. Activation in this position may be further attenuated.
Fully pressing the trigger, thus releasing the hammer-sear engagement and resulting in cartridge detonation.
The trigger remains pressed down as the bolt rotates backwards, extracting and ejecting the fired box
Release and catch lever rotated backwards
At the furthest stroke of the bolt and hammer, the disconnector rotates downwards and releases the pin to rotate upwards. However, since the trigger / sear assembly has turned down further than 1t in “semi” mode, the sear 1s is not high enough to engage the hammer. The catch fastens into the hammer’s “burst groove”, thus holding the hammer back as the bolt begins to move forward, stripping and beveling a live cartridge.
At the instant before the bolt is fully closed, the release lever makes contact with the bolt, rotates forward and releases the latch This allows the hammer to strike the firing p1n and detonate the cartridge.
This cycle is repeated until the trigger is released. The sear can then levitate, intercepting the hammer* and interrupting the firing cycle.
The weapon has fired and the bolt is moving forward under the tension of the recoil spring.
The trigger does not work at all, lowering the plunger low enough to not oscillate with the hammer. The release lever and catch have moved backwards and the catch is an attractive boom groove.
When the bolt makes contact and moves the release lever and catch assembly, the hammer falls and explodes the cartridge. Continue reading here: Drwq No Was this article helpful? +20-2
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When the bolt makes contact and moves the release lever and catch assembly, the hammer falls and explodes the cartridge. Continue reading here: Drwq No Was this article helpful? +20 -2
