# CM® Camlok™ TSH1500 Screw Clamp, 3300 lb Load, 1-1/4 in Jaw, 5.118 in OAW

**Brand:** [CM](https://maxsupplyco.com/brands/CM)
**SKU:** TSH1500-10449
**MPN:** TSH1500
**Price:** $1,736.47 · in stock
**URL:** https://maxsupplyco.com/product/cm-tsh1500

## Features

- Recommended for use with lever tools
- Offer the best means of holding and securing loads - great for positioning
- Primarily used as anchor points to allow fabrications to be pulled together and positioned during assembly or prior to welding
- Supplied complete with an alloy shackle that allows for pulling 180°
- High force screw threads
- Hardened steel jaws
- The clamps are attached by turning the screwed threaded axle
- When load is applied to the clamp, the circular toothed pad pivots in a cam action, gripping the load
- Swivel jaws increase grip if plate moves
- Maximum hardness of material to lift should not exceed 300 Brinell (32 HRC)
- Not recommended for lifting applications
- Design factor 4:1

## Specifications

| Spec | Value |
|---|---|
| Brands | CM |
| Series | TSH |
| Width (in) | 5.118 |
| Jaw Opening | 1-1/4 in |
| Manufacturer | Columbus McKinnon Corporation |
| Package Quantity | 1/Each |
| Working Load Limit (lb) | 3,300 |
| Manufacturer Part Number | TSH1500 |

## Description

CM® Camlok™ Screw Clamp, Series: TSH, 3300 lb, 1-1/4 in Jaw Opening, 1.024 in Bail Opening Height, 2.559 in Bail Opening Width, 5.118 in Overall Width

Features

- Recommended for use with lever tools

- Offer the best means of holding and securing loads - great for positioning

- Primarily used as anchor points to allow fabrications to be pulled together and positioned during assembly or prior to welding

- Supplied complete with an alloy shackle that allows for pulling 180°

- High force screw threads

- Hardened steel jaws

- The clamps are attached by turning the screwed threaded axle

- When load is applied to the clamp, the circular toothed pad pivots in a cam action, gripping the load

- Swivel jaws increase grip if plate moves

- Maximum hardness of material to lift should not exceed 300 Brinell (32 HRC)

- Not recommended for lifting applications

- Design factor 4:1