SM 42 -CS, SKF, Vibracon SM 42 Carbon Steel Chock
EAN code: 7316575880309
This item is not currently available from our stocks.
Despatch date information is on request.
SM 42 -CSTR, SKF, Vibracon SM 42 Carbon Steel Chock with corrosion protection
EAN code: 7316576034428
SM 42 -SS, SKF, Vibracon Stainless Steel Chocks (SS series)
EAN code: 7316575881399
SM 42 E-CS, SKF, Enhanced Vibracon SM 42 Carbon Steel
EAN code: 7316581282722
SM 42 E-CSTR, SKF, Enhanced Vibracon SM 42 Carbon Steel Treated
EAN code: 7316581282739
SM 42 E-SS, SKF, Enhanced Vibracon SM 42 Stainless Steel
EAN code: 7316581282753
SM 42 ELP-ASTR, SKF, Enhanced Vibracon SM 42 Low Profile Alloy Steel
EAN code: 7316581282746
SM 48 E-CS, SKF, Enhanced Vibracon SM 48 Carbon Steel
EAN code: 7316581282760
SM 56 -CS, SKF, Vibracon SM 56 Carbon Steel Chock
EAN code: 7316575880323
SM 56 -CSTR, SKF, Vibracon SM 56 Carbon Steel Chock with corrosion protection
EAN code: 7316576034459
SM 64 -CS, SKF, Vibracon SM 64 Carbon Steel Chock
EAN code: 7316575880330
SM 64 -CSTR, SKF, Vibracon SM 64 Carbon Steel Chock with corrosion protection
EAN code: 7316576034466
SMAT 006, SKF, Vibracon SM 64 Carbon Steel Chocks with corrosion protection
EAN code: 7316576142482
SMAT 006 LP-3, SKF, Adjustment tool for low profile Vibracon adjustable chock (Range - SM12 LP - SM20 LP )
EAN code: 7316576142475
SMAT 010, SKF, Adjustment tool for standard Vibracon adjustable chock
EAN code: 7316576142505
SMAT 012, SKF, Adjustment tool for standard Vibracon adjustable chock (Range - SM56 - SM64 )
EAN code: 7316576142529
TKSA 11-EBK, SKF, Extendable brackets (2x) with 2x 120 mm and 2x 80 mm threaded rods (no chains)
EAN code: 7316576111693
TKSA 11-MBH, SKF, Magnetic bar holder
EAN code: 7316576111648
This item is not currently available from our stocks.
Despatch date information is on request.
TKSA 11-RB, SKF, Reference bars set (100 mm, 150 mm, 200 mm)
EAN code: 7316576111662
TKSA 11-VBK, SKF, Standard bracket (1x) with 80 mm rods and standard chain 480 mm
EAN code: 7316576111679
About shaft alignment
Shaft misalignment breakdowns increase unplanned machinery downtime, resulting in higher maintenance costs and loss of production. Additionally, misaligned shafts can increase vibration levels and friction, which can significantly increase energy consumption and can cause premature bearing failures.
Traditional alignment methods, although very common, do not often produce the exacting degree of accuracy required by today’s precision machinery. The rough alignment methods still used nowadays, such as using a straight edge and feeler gauge, may be quick, but they can be inaccurate. Another traditional method employing dial indicators offers a higher degree of accuracy, but it requires specialist operators and can be time consuming.
- Find out more about SKF’s range of Shaft Alignment Tools