Cleveland Motion Controls ULTRA ISC CANTILEVER TRANSDUCER CLTSCM REV AA - Manual (Page 24)

U LTRA S ERIES ISC C ANTILEVER T RANSDUCER T ECHNICAL M ANUAL MAN-70445-0 R EV AA
4.2.3M OUNTING H ARDWARE AND F ASTENER T ORQUE R ECOMMENDATIONS
Table E provides you with guidelines to refer to when determining torque values for clean and dry
fasteners. Keep in mind, however, that several variables can influence the “optimum” torque to be used in a
given situation, and Table E should be used only as a general guide. If you are unsure of the proper torque
values to use, consult the machine manufacturer for specific recommendations.
 Use quality alloy steel fasteners (SAE Grade 8, ISO property grade 10.9).
 If the fastener threads are lubricated, reduce the torque amount. Use a torque value that is 70 percent of
that listed in Table E. For example, if you are using a lubricated 1/2-13NC base stud on a SC-1T
transducer, reduce the torque amount of 45 ft-lb to 31 ft-lb.
 Transducers operated at lower forces may not require the higher clamping forces obtained at the cited
torque values.
Table E – Torque Value Guideline Tables
Transducer Models: Fastener Type:
Fastener Thread
(SAE):
Torque:
Base Stud 1/2-13 NC 45 lb-ft
Base Bolt (Bearing and
Pillow Block)
1/4-20 NC 70 lb-in
Shaft Adapter-Aluminum
Shaft Adapter-Steel
10-32 NC
10-32 NC
18 lb-in
24 lb-in
Shaft Set Screw:
Aluminum
Steel
10-32 NC
10-32 NC
18 lb-in
24 lb-in
Flange Bolt 3/8-16 NC 15 lb-ft
CLTEC-1T
CLTSC-1T
Pillow Block Bolt 1/2-13 NC 45 lb-ft
Base Stud 5/8-11 NC 85 lb-ft
Base Bolt (Bearing and
Pillow Block)
1/4-20 NC 95 lb-in
Shaft Adapter 1/4-20 NC 70 lb-in.
Shaft Set Screw 1/4-20 NC 70 lb-in.
Flange Bolt 1/2-13 NC 25 lb-ft
CLTEC-2T
CLTSC-2T
Pillow Block Bolt 1/2-13 NC 45 lb-ft
Transducer Models: Fastener Type:
Fastener Thread
(Metric):
Torque (N-m):
Base Stud M12-1.75 35
Base Bolt (Bearing and
Pillow Block)
M6-1 4
Shaft Adapter-Aluminum
Shaft Adapter-Steel
10-32 NC
10-32 NC
2
2.7
Shaft Set Screw:
Aluminum
Steel
M5-0.8
M5-0.8
2
3
CLTECM-1T
CLTSCM-1T
Flange Bolt M10-1.5 11
16