Shock Guard coupling TGB Series  Major Specifications

Model No. :TGB110-LC


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PDF Outline Drawing

Model No. :TGB110-LC

CAD data in DXF format

TGB110-LC
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3D CAD data

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Catalogs ・Instruction Manuals


Transmission Capacity and Dimensions   Units :mm


Set torque range
N・m
Max. Rotation Speed
r/min
Color of spring Shock Guard Coupling A B C D E F G H I
Plain bore Diameter Smallest Shaft Bore Diameter Maximum Shaft Bore Diameter Plain bore Diameter Smallest Shaft Bore Diameter Maximum Shaft Bore Diameter
686~1960 100 Yellow 52 54 110 38 40 113 303 100 195 105 99.2 21.9 473.4 157 345
J K L M×N×Quantity O
Screw diameter x pitch
P
Screw diameter x length
Q
Screw diameter x length
R S T U
Screw diameter x length
Coupling model No. or sprocket used Mass
kg

※1
Moment of Inertia
×10-2kg・m2
※1
GD2
×10-2kgf・m2
※1
278 266 155 M16×45ℓ×6 M160×3 M16×45 M12×20 8 7 6 M10×20 RS120-36 130.5 314.15 1256.61

※1. The weight, moment of inertia, and GD2 are given for the maximum bore diameter.



shaft bore machining


・The boss has undergone a thermal refining process.

(1)Loosen the adjusting nut and disassemble all the parts. Remove the snap ring for the shaft and center plate as well. When doing so, make sure each part is free of dust.

(2)Chuck the outer diameter of the boss flange portion and center at the boss portion.

(3)Machine the keyway just under the clearance of the torque scale.

(4)Perform tap machining for the set screw at two locations, the clearance of the torque scale and 90° from that point. The tap located at the 90° position will be machined over the torque scale.

(5)Apply lubricating grease between the ball and bearing during reassembly after machining the shaft bore.