17 1/2 Ton Hydraulic Push-Puller
17 1/2 Ton Hydraulic Push-Puller
SKU:PUL-cd89fe
Powerful 17 1/2 Ton Hydraulic Push-Puller for precise pushing or pulling force applications. Versatile and reliable, with unique Power Twin Cylinder design.
Regular price
$571.95
Regular price
Sale price
$571.95
Unit price
per
Delivery via Maden
Expect your order to arrive on time.
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The 17 1/2 Ton Hydraulic Push-Puller is a powerful tool designed for bearing, pulley, and internal pulling applications. With a unique Power Twin Cylinder design, this push-puller exerts precise pushing or pulling force, making it versatile for various tasks. It features a basic head that allows for quick adjustments and a specified tonnage capacity determined by its standard legs in tension. Always select the largest capacity puller with the shortest legs fitting the job for optimal performance. Please note, puller only, additional components not included. Weight: 20 lbs.
Product Specifications
Power Twin Cylinder 0
This unique center-hole cylinder powers each Push-Puller. Puller screw runs right between the twin spring cylinder. A basic head allows you to change from a tapped hole to a plain hole by merely changing the head insert.|
Selection Capacity Rating 0
Each Push- Pullerâs specified tonnage âcapacityâ is determined using its standard legs in tension. Using longer legs, or a setup in which the legs are in compression, will reduce the âcapacityâ. Always select the largest âcapacityâ puller and the shortest legs that will fit the job.|
Specifications Price
571.95 USD
Specifications Ship Weight
20 lbs.
Specifications Used With
Bearing pulling attachments:1124 and 1130 | Pulley pulling attachment:679 | Internal pulling attachment:1154 | Legs:1104, 1105, 1106, 1107 and 1108-Pair of legs for 171/2-ton âcapacityâ Push-Puller.
Tool Assembling 0
| | | | Assembling the tool to apply pushing or pulling force: Determine if you want the toolâs forcing screw to push or pull.|To exert pushing force, the forcing nut is installed beneath the cross block, as shown on left.|To cause the forcing screw to pull, the forcing nut is placed on top of the cross block.|