User Defined Toggle Clamps
from Monroe Engineering
Arm: Solid with spindle retainer supplied loose for welding in desired position. Base: Straight. Nominal Holding Force: 550 lbs. Weight: 1lb 1oz. Supplied complete with: MB0860 Setscrew & nuts. R/08 spindle retainer. [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Horizontal
- Clamping Force: 550
from Monroe Engineering
Arm: Solid with spindle retainer supplied loose for welding in the desired position. Base: Flanged. Nominal Holding Force: 550 lbs. Weight: 1lb 1oz. Supplied complete with: MB0860 Setscrew & nuts. R/08 spindle retainer. [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Horizontal
- Clamping Force: 550
from Monroe Engineering
Arm: Solid with spindle retainer supplied loose for welding in desired position. Base: Straight. Nominal Holding Force: 770 lbs. Weight: 1lb 11oz. Supplied complete with: MB1080 Setscrew & nuts. R/10 spindle retainer. [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Horizontal
- Clamping Force: 770
from Monroe Engineering
Arm: Solid with spindle retainer supplied loose for welding in the desired position. Base: Flanged. Nominal Holding Force: 770 lbs. Weight: 1lb 11oz. Supplied complete with: MB1080 Setscrew & nuts. R/10 spindle retainer. [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Horizontal
- Clamping Force: 770
from Monroe Engineering
Arm: Solid with spindle retainer supplied loose for welding in desired position. Base: Straight. Nominal Holding Force: 991 lbs. Weight: 3lb 6oz. Supplied complete with: MB12100 Setscrew & nuts. R/12 spindle retainer. [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Horizontal
- Clamping Force: 991
from Monroe Engineering
Arm: Solid with spindle retainer supplied loose for welding in the desired position. Base: Flanged. Nominal Holding Force: 991 lbs. Weight: 3lb 6oz. Supplied complete with: MB12100 Setscrew & nuts. R/12 spindle retainer. [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Horizontal
- Clamping Force: 991
from Monroe Engineering
Vertical models V75X, V150X, V250X and V450X are of zinc plated pressed steel construction and have compact cylinders with tie-rods. The heavier models V750X, V1750X, and V2000X are of fabricated construction with tie-roded cylinders. [See More]
- Spindle Position: User Defined
- Actuation: Pneumatic
- Type: Vertical
- Clamping Force: 3850
from Monroe Engineering
Vertical models V75X, V150X, V250X and V450X are of zinc plated pressed steel construction and have compact cylinders with tie-rods. The heavier models V750X, V1750X, and V2000X are of fabricated construction with tie-roded cylinders. [See More]
- Spindle Position: User Defined
- Actuation: Pneumatic
- Type: Vertical
- Clamping Force: 1650
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 551
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 551
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 660
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 660
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 660
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 772
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 772
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 992
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 992
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 1212
from Monroe Engineering
Cushioned PVC handle grip [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 1212
from Monroe Engineering
Designed to be adaptable and durable [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 2646
from Monroe Engineering
Designed to be adaptable and durable [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 2646
from Monroe Engineering
Designed to be adaptable and durable [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 2646
from Monroe Engineering
Designed to be adaptable and durable [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 5291
from Monroe Engineering
Designed to be adaptable and durable [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 660
from Monroe Engineering
Designed to be adaptable and durable [See More]
- Spindle Position: User Defined
- Actuation: Manual
- Type: Vertical
- Clamping Force: 1543