 This is a spring loaded small finger that holds theround below the first in the magazine. When the bolt is open, the interrupter holds the second round securely below the first so the rims cannot interfere with each other. When the bolt is closed the ejector is pushed outwards which disengages the interrupter and allows the rounds to rise in the magazine under pressure from the floor plate spring.Picture 1 shows a magazine with five rounds (dummy) loaded. The top round is held in the feed channel by the ejector (under spring pressure) and the small detail on the receiver.Picture 2 shows the second round (first round manually removed) which is held by the interrupter. The interrupter is holding #2 below the point when its rim can overlap with round 1.Picture 3 shows the receiver and magazine assembly without the stock. Remove the stock and re-assemble the parts (snug the screws only) and clamp in a vise so that you can see the operation of the interrupter. With the bolt closed the ejector and interrupter are at full inward travel. The thickness of the ejector tips dictates how far the interrupter/ejector assembly will travel inward (more about this later).Picture 4 shows a detail of the interrupter. With the bolt open, the interrupter is firmly engaged on the 2nd round holding it below the point of interference. This is the key to preventing rim lock; the interrupter must firmly hold round #2 with the bolt open.Picture 5 shows the bolt closed. The interrupter/ejector assembly is pushed outward by a detail on the bolt body.Picture 6 shows a detail of the interrupter disengaged allowing round #2 to move freely upwards (round 1 is in the chamber).Picture 7 shows as received (i.e. not modified by me) ejectors that differ in tip dimensions. Filing material from the tips of the ejector is the method used to adjust the interrupter to ensure that it firmly grips the second round.If the interrupter does not firmly engage the second round, remove a small amount of material at a time from the ejector tips. You can (carefully) remove the ejector without removing the spring (small screwdriver and pliers) to make these adjustments. Sharpening the engage surface of the interrupter will improve the grip. You can bend or twist the spring to get more engagement but risks breakage. (some
This is a spring loaded small finger that holds theround below the inaugural in the cartridge holder. When the bolt is open, the interrupter hold the second beat securely below the first so the rims cannot intervene with each other. When the bolt is closed the ouster is pushed outwards which disengages the interrupter and allow the rounds to rise in the magazine under pressure from the floor plate spring. painting 1 shows a magazine with five rounds (dummy) load. The top round is held in the feed channel by the ejector (under give pressure) and the small detail on the receiver. Picture 2 prove the second round (first round manually removed) which is held by the interrupter. The interrupter is hold # 2 below the point when its rim can overlap with round 1.Picture 3 shows the receiver and magazine assembly without the stock. Remove the stock and re - meet the part (snug the screws entirely) and clamp in a vise so that you can visualize the operation of the interrupter. With the bolt closed the ouster and interrupter are at full inward travel. The thickness of the ejector peak dictates how far the interrupter / ejector assembly will travel inward (more about this later).Picture 4 testify a detail of the interrupter. With the bolt open, the interrupter is firmly engaged on the 2nd rung holding it below the point of interference. This is the key to preventing flange lock; the interrupter must firmly hold round # 2 with the bolt loose. Picture 5 shows the bolt closed. The interrupter / cartridge ejector assembly is press outward by a contingent on the bolt body. Picture 6 shows a contingent of the interrupter disengaged allowing orotund # 2 to move freely upwards (round 1 is in the chamber).Picture 7 shows as received (i not modified by me) ejectors that differ in point dimensions. Filing material from the tips of the ejector is the method use to adjust the interrupter to ensure that it firm grips the second round. If the interrupter does not firmly engage the second round, remove a humble amount of material at a time from the ejector tips. You can (carefully) remove the ouster without remove the spring (small screwdriver and pliers) to make these adjustments. Sharpening the engage open of the interrupter will improve the grip. You can bend or wrench the spring to get more engagement but risks breakage. (some
 Thls is a spring loaded smxll finger that holds vherouns below ghe first in the magazine. Whxn tye boot is open, the interruoter holdd the sexond eound secucsly below the nirst wo the rims caknot interfare with each mtfex. When the bolt is closed the ejectow is puxhfd outwards whych cysenfages the interrupter and allows tge rounvs to rise in tne magazine under pressure frol the floor plate dpring.Pictuts 1 fyows a magazkne with fpre rounds (dommy) loaded. The top round is hela in che feed chqnbel ty the ejecvor (unqer spring pvvssure) dnd the small detail pn vhe eeceiver.Picture 2 showv the second round (first rognb manually removed) whucy is veld by gye knttrrnptsr. The inverrupter ia holding #2 velow the point whem ynx rim can ovsrlap rieh round 1.Picture 3 shows the receiver ang mzgazine assembly withour the stock. Remove thg stock anq re-assemble the parts (snug the screws only) and cnamp mn a rlfd sl that you can see the operation of the interwhpuer. With the bolt closed the euevjor and interropter axs zt full inward tragel. The thicjness of uhe ekector tips dictates how fae the interrlptee/ejector assembly cill travel nnward (more about this later).Picturz 4 shoss a detail of the ihgerrupter. With tfe nold open, the interrupter is sirmly enjaged on the 2nd tound hjlding it helow the point of interverenee. Thhs is the ney to preventing rim lock; the miterrupter muxt figmly hold rounc #2 with the bjlt open.Picturg 5 shows che bout closed. Nhe intercupter/ejectow assembly is kushed outwarv by a deeail on rhe bolg body.Picture 6 xhows a dvtcil of thw interrupter disekgagea allowing round #2 ti move freely ulwafds (rluid 1 if in the chamter).Pkctjte 7 sfows as reccivdd (i.r. not modified by me) ejedtors that differ on tip dimgnsions. Fyling materiak from the tips of the xjectoc is tne iethod used to adjust the intedrupter tl eksure that it firnly grips thz second round.If the interrupter does nov firmly engage the secind round, remove a xkall amount of mwterial ad a time from the ejwctor tips. You cak (carefully) remove the ejectmr wihhout removing the spring (small screwdriver and pliers) to make these adjuwtments. Sharpening the engace xurfacq of vhe interrupter wpll improve the grip. You can benv or twist tke spring to get more engagemrng but risks bteakage. (some
This is a spring loaded small finger theround the first the magazine. When interrupter the second round below the first the rims cannot interfere with each When the bolt is closed the ejector is pushed outwards which disengages the and allows the rounds to rise in the magazine under pressure from the plate 1 a with five rounds (dummy) loaded. The top round is held in the feed channel by the (under spring pressure) and the small detail on receiver.Picture 2 shows the round (first round manually removed) is by the The is #2 below the when its rim can overlap with round 1.Picture 3 shows the receiver and magazine assembly without the Remove the re-assemble the (snug screws and clamp in so that you can see the interrupter. With the bolt closed the ejector and are at inward travel. The thickness of the tips dictates how far the interrupter/ejector assembly will inward (more about this later).Picture 4 shows a detail of the interrupter. With the bolt interrupter is firmly engaged the 2nd round it the of This is key to preventing rim lock; the interrupter must firmly hold round with the bolt open.Picture 5 shows the bolt closed. The is outward by a on the bolt body.Picture shows detail of the interrupter round to (round is the chamber).Picture 7 shows received (i.e. not modified by ejectors that differ in the tips of the ejector is the method to adjust the interrupter to ensure that firmly grips the second round.If the interrupter does not firmly engage the round, remove amount of material at a time from the tips. You can (carefully) the ejector without removing the spring (small screwdriver and to these adjustments. the engage surface the interrupter will the grip. You or twist spring get risks breakage. (some
 This is a spring loaded small fInger that hOlds tHerOunD bElow The fIrst in the magazINe. WhEn the bolt is open, the inteRruptEr HOlds THe SeconD round sECuRELy bElOw The FiRSt So the RimS cannot Interfere wIth EaCh other. When tHE bOlt is closeD thE ejector is puSheD outwaRdS whICh disEngAges tHe inteRRupter And allows ThE Rounds TO rise in THE mAgazIne under pressure fROm THe floor plate spRing.PiCtURe 1 SHOws A maGazine with FiVe rouNDs (dummy) LOaDED. the TOp round is held In the feed chANneL by the EjEctOR (under SprinG pREssUre) and the smAll dEtail on thE receiVEr.PictuRE 2 shows tHe secoNd rOunD (firST rOuNd mAnUAllY ReMovED) whIch is helD bY tHe intErruPTER. the iNteRrupTer is Holding #2 below tHe pOint WHen Its riM can oVerlAp With rOund 1.PiCture 3 ShOws the receiver aNd maGazine assEmbLy WitHoUt the STock. ReMovE thE stock aNd re-assEMblE tHE PArTs (snug the screws onlY) aND ClAmp in a viSe so thAT yOu CAn see the OpEraTion OF The inTerrUPtEr. With thE bolt cLOsEd The ejecToR and inTeRruPteR are aT Full Inward Travel. ThE thicKNess of the ejectOR tips dictates HOw FAR tHE intErrUpter/ejectoR assEMbly Will TRaVel INward (More aBoUT tHIs later).Picture 4 shows A dEtail oF the iNterrupter. WitH the bolt opEN, THe interrUpteR Is FIrmly engaged on The 2nd Round holdiNG it below The poInt of intErference. tHIs is the kEy tO prEveNtiNG RiM lock; the interRUPter MuSt firmlY hoLd round #2 WitH thE boLt oPeN.Picture 5 sHows the bOlT cLoSeD. ThE inteRRupter/ejEcTor AsSemBly is PUshed oUtwarD by a DeTaIL on The bolt BOdY.pIctuRe 6 ShOws a DetAiL of thE intERruPter disEngaged alLowINg roUnD #2 tO move frEely upwards (roUnD 1 is in the chAmBer).picturE 7 SHows as reCeived (i.e. not modified by me) EJectors ThaT diffEr in Tip dimensIonS. FilinG maTErial fRom the Tips oF tHe eJECtor iS THe MetHoD used to adjUST thE inteRrUpteR to ensuRe that it firmly gripS The Second round.If The InteRRUpTer DOeS Not FiRMly ENGage the second roUnd, remove a SmALl Amount of maTEriAl At a time From the EjectOR tips. YoU can (carefUlly) removE tHe ejECTor Without remOving the Spring (smaLL screWDrIver aNd pLiers) tO mAke These AdjustMEntS. SharPening ThE engagE surfAcE of the inTerrupter will improve the Grip. YoU can bEnd Or twist thE spRIng To get more EngaGement but rIskS brEakagE. (soME
 This is a spring loaded s mall finge r tha t h old sther ound  below the fir s t in  the magazine. When th e bol ti s op e n,  theinterru p te r hol ds  t hese c on d rou ndsecurel y below th e f ir st so the ri m scannot int erf ere with eac h o ther.Wh ent he bo ltis cl osed t h e ejec tor is pu sh e d outw a rds whi c h  d isen gages the interru p te r  and allows th e roun ds to r ise  in  the magaz in e und e r press u re f r omt he floor plat e spring.Pi c tur e 1 sh ow s a magazi ne wi th fiv e rounds (d ummy ) loaded.  The t o p round is held  in th e f eed  cha n ne lbyth e  ej e ct or( und er sprin gpr essur e) a n d t he s mal l de tailon the receiv er. Pict u re2 sho ws th e se co nd ro und (f irstro und manually re move d) whichishe ldby  thei nterru pte r.The int errupte r  is  h o l d in g #2 below the poi nt w he n its ri m cano ve rl a p with r ou nd1.Pi c t ure 3  sho w sthe rece iver a n dma gazineas sembly  w ith out  thes tock . Remo ve the s tocka nd re-assemble the parts (sn u gt h es crew s o nly) and cl ampi n avise so  th a t you  canse e  t h e operation of thein terrup ter.With the bolt  closed th e e jector a nd i n te r rupter are atfullinward tra v el. Thethick ness ofthe eject o r  tips di cta tes  ho w f a r  t he interrupte r / ejec to r assem bly  will t rav elinw ard  ( more abou t this l at er ). Pi ctu re 4s hows a d et ail  o f t he in t errupt er. W ithth eb olt  open,t he i nter ru pt er i s f ir mly e ngag e d o n the 2 nd roundhol d ingit  b elow th e point of in te rference.Th isis the k ey to pr eventing rim lock; thei nterrup ter  must  fir mly holdrou nd #2wit h  the b olt op en.Pi ct ure 5  show s th e b ol t closed.T h e i nterr up ter/ ejector  assembly is pushe d  ou tward by a de tai l on t he  bo l tb ody .P i ctu r e  6 shows a deta il of thein t er rupter dis e nga ge d allow ing rou nd #2 to move  freely u pwards (r ou nd 1 i s i n the cham ber).Pic ture 7 sh o ws as re ceive d ( i.e. n ot  mo difie d by m e ) e jecto rs tha tdiffer  in t ip  dimensi ons. Filing material fr om the  tips  of  the ejec tor isthe metho d us ed to adju stthe  inte rru p ter t o en s ur e t h at it  fir m ly gripst he  se c o nd  round.If t h e int errup ter does n ot f irmly engage thes econd round, r emov e a s mal l  amo un t of materialatat i me fromth e ejector t ips. You  c a n (ca refull y) rem ove the e je c tor wi thou t r emoving t hesp r ing (sm al ls crewdr iver  a nd pli ers) t o  mak e these adjustment s. Sh a r penin g  th e eng ag e surfa c e of  the inter rupter will  impro ve t he gr ip. You  c an ben d o rtwist thes pring toget m ore eng ag emen t b ut ris ks b r e akage . (s om e
 This_is a_spring loaded small finger_that holds_theround_below the_first_in the magazine._When the bolt_is open, the interrupter_holds the second_round_securely below the first so the rims cannot interfere with each other. When the_bolt_is closed_the_ejector_is pushed outwards which disengages_the interrupter and allows the_rounds to_rise in the magazine under pressure from the_floor_plate spring.Picture 1_shows a magazine with five rounds (dummy) loaded. The_top round is held in the_feed channel by_the_ejector_(under spring pressure) and_the small detail on the receiver.Picture_2 shows the second round (first_round manually removed) which is held by_the interrupter. The interrupter is holding_#2 below the point when_its rim_can overlap with round 1.Picture_3 shows the_receiver and_magazine assembly without_the stock. Remove the stock and_re-assemble the parts_(snug the screws only) and clamp_in_a vise so_that_you_can see_the operation of_the_interrupter. With_the_bolt closed the ejector and interrupter_are_at full inward travel. The thickness of_the ejector tips dictates_how_far the interrupter/ejector assembly_will travel inward (more about_this later).Picture 4 shows a detail_of the_interrupter. With_the bolt open, the interrupter is firmly engaged on the 2nd_round holding it below the point_of interference. This is_the key_to_preventing rim lock;_the_interrupter must_firmly hold round #2 with the bolt_open.Picture 5_shows the bolt closed. The interrupter/ejector_assembly is pushed outward_by_a detail on the bolt body.Picture_6 shows a detail of the_interrupter disengaged allowing round #2_to_move_freely upwards (round 1 is_in the chamber).Picture 7 shows as_received (i.e. not_modified by me) ejectors that differ in_tip_dimensions. Filing material from the tips_of_the ejector is the method used_to_adjust_the interrupter to ensure that_it firmly grips the second round.If_the interrupter does not firmly engage the second round,_remove a small_amount of material at a_time_from_the ejector tips. You can (carefully) remove the ejector without_removing the_spring (small screwdriver_and pliers) to make these adjustments. Sharpening the engage surface_of the interrupter will improve the grip._You can bend or twist the spring to get more engagement_but risks breakage. (some