external latch lock type sa - dms components · external latch lock type sa external latch lock...
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External Latch Lock Type SA
External Latch Lock Type SA
• Floating plates are positively locked in place during mold open and mold closing movements, eliminating mold crashes due to plates floating out of position
• Provide mold designers with a high degree of confidence that floating plates will be where they should be throughout the life of the mold
• Molders can run their molds with the assurance that plates will be positively, precisely positioned each and every time the mold opens and closes - allowing molders to confidently run molds faster
• Standard design simplifies mold design, while improving design flexibility
• Designed and engineered to hold large forces while mounted on the side of the mold - saving space in the interior of the mold
• Simple design reduces machining - saving machining time & effort
• Standardized components simplifies mold maintenance
• Eliminates springs & associated play in plates, and reduces mold maintenance
• Standard sizes to accommodate most mold base sizes and stroke lengths
• (4) sizes of Housings with (2) Housing lengths each; (3) Puller Bar lengths
• Puller Bars & Housing may be shortened by the mold maker as desired
• Stroke may be with or without delay
FAX: 800-845-3807 www.dmscomponents.com PHONE: 800-265-4885 WINDSOR: PHONE 519-737-6743 FAX 519-737-6744
NEW
Ideal for molds with floating plates - including stripper plates & 3-plate molds. Positive, precise, positioning of floating plates in plastic injection molds.
External Latch Lock Type SA
External Latch Lock Type SA
Catalog Number SA(w1)-(L1)-(D1) x1 w2 L2 x2 W3 L3 X3 W4 D4 X4 D5 X5 W6 L6 X6 L7 L9 Stroke 1 w1 L1 DI SA55-130-00 130 00 SA55-130-15
160 4-60 130 15
SA55-130-25 22 32.2 32.6 14 34 15 23 22 4 10 M6 7 12.4 12.4 15.6 10.5
55
25 SA55-160-00 130 00 SA55-160-15
160 4-90 160 15
SA55-160-25 25
SA65-150-00 150 00 SA65-150-18
200 5-80 150 18
SA65-150-32 25 38.2 35 16.3 40 16 25 26 4 10 M8 10 16.4 15.4 17 12
65
32 SA65-200-00 150 00 SA65-200-18
200 5-120 200 18
SA65-200-32 32
SA80-200-00 200 00 SA80-200-25
250 6-110 200 25
SA80-200-50 30 49.2 42 19 52 20 30 32 5 12 M10 12 20.4 16.4 20 14
80
50 SA80-250-00 200 00 SA80-250-25
250 6-160 250 25
SA80-250-50 50 SA95-250-00 250 00 SA95-250-30
300 7-140 250 30
SA95-250-55 36 62.2 54 24 66 27 38 40 6 15 M12 14 25.4 23 25 16
95
55 SA95-300-00 250 00 SA95-300-30
300 7-190 300 30
SA95-300-55 55
SA..PU is a shock absorber, buffer damper.DI Maximum delayed stroke.Sz Switching zone, Stroke 2 starts
slightly before the end of Stroke1.Backlash The segments need some clearance/
play to allow the locking/unlocking sequence. (Built in the product/design.)
TF Traction force (always try to keep the lowest possible force at release sequence).
LF Locking force (maximum locking force after Stroke 1).
W1 Intended TF max LF max Sz Backlash
(2 pcs) mold size (Traction Force) (Locking Force) 55 246 x 246 20 kN 1.5 kN 2.0 0.25 65 396 x 396 35 kN 2.0 kN 2.3 0.25 80 646 x 646 50 kN 3.0 kN 2.7 0.30 95 796 x 796 80 kN 4.0 kN 3.2 0.35
External Latch Lock Type SA
External Latch Lock Type SA
EXAMPLEwith delayed stroke sequence
EXAMPLEwithout delayed stroke sequence
FAX: 800-845-3807 www.dmscomponents.com PHONE: 800-265-4885 WINDSOR: PHONE 519-737-6743 FAX 519-737-6744
InstallationInstallation
INSTALLATION INSTRUCTIONSi. Please make sure the assembly surfaces are parallel, on
the same level (clear up to max 0,2mm is allowed) and perpendicular to the guide holes.
ii. Position the housing (SA..- ...HS), drill the holes and cut the length if needed.
iii. Position the puller bar (SA..- ...PB), drill the holes and cut the length if needed.
NOTE!Puller bar (SA..- ‐..PB) can only be inserted into Latch Lock (SA..- ‐..LL) when the Latch Lock are in correct position.
w1 w3 x3 w4 d4 x4 d5 x5 R w10 d10 L10 M1 55 34 23 22 4 10 M6 7 5 42 6 43.35 M5 65 40 25 26 4 10 M8 10 5 50 8 47.25 M6 80 52 30 32 5 12 M10 12 6 62 8 56.3 M8 95 66 38 40 6 15 M12 14 7 76 10 54.35 M8
INSTALLATION EXAMPLE
INSTALLATION EXAMPLEwithout delayed stroke
INSTALLATION EXAMPLEwith delayed stroke