We never sell your data to third parties
Image for Illustration purposes only. Actual product may vary
Climax Metal GSCC-137-137 is a one-piece split clamping rigid shaft coupling with 1-3/8" bores. The steel body has a black oxide finish. The split clamping design provides uniform clamping pressure for secure shaft connection without marring. Suitable for light to medium-duty shaft coupling applications.
MODEL GSCC-137-137
Contact supplier for technical support on: 800 542 6552
$71.35 Each
Prices are subject to change
FREE SHIPPING ON ORDERS OVER $100
Select Quantity
Typically Ships in: 1 day
Returnable: See conditions
Bore Diameter
1-3/8 in
Finish
Black Oxide
Material
Steel
OD
2-1/2 in
Overall Length
3-5/8 in
Series
GSCC
Torque Rating
175 in-lb
Type
1-Piece Industry Standard
Climax Metal Products Climax GSCC-137-137
UPC: 044861055823 | UNSPSC: 31163009 | GTIN:
Couplings > Rigid Couplings > Clamp-On Rigid Couplings
Climax Clamping Coupling, 1-Piece Industry Standard, Series: GSCC, 1-3/8 in Bore, 2-1/2 in OD, 3-5/8 in Overall Length, 175 in-lb Torque, Steel, Black Oxide
Features:
- Socket head cap screws provide holding power
- Additional holding power over setscrew
- Requires disassembly of shaft components upon replacement
- Without keyway and recessed screw
Specs:
| Torque Rating | 175 in-lb |
|---|---|
| Bore Diameter | 1-3/8 in |
| Outside Diameter | 2-1/2 in |
| Material | Steel |
| Finish | Black Oxide |
| Overall Length | 3-5/8 in |
| Type | 1-Piece Industry Standard |
| Series | GSCC |
Certifications/Standards:
ASTM A10 | ASTM A574 Cap Screw
SKU: 746122
A 'must have' item.
These shaft locks take a beating day in and day out. They are a must-have item for my operation.
Read more| Brand | Allen Bradley |
| Model | 1404-M405A-ENT |
| Brand | NK North America Inc. |
| Model | K0116.1061X25 |
| Brand | MRO Supply |
| Model | 2501-LL-04-02-SS |
| Brand | Greenfield Threading |
| Model | 330194 |
SKU: 746122
A 'must have' item.
These shaft locks take a beating day in and day out. They are a must-have item for my operation.
Read more