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Thumbnail Filmstrip of S2-M-P | Pneumatic Table Mounted Crimper Bundle W/ Dies Images
Must workshops and mobile service teams do without the power and reliability of large stationary crimpers? UNIFLEX‘s
answer is a definite “no“, and our compact, multi-purpose workshop crimpers prove that the advantages of the legendary slide bearing technology can also be used in light-weight, inexpensive equipment that will fit into almost any vehicle
and workshop.
Includes: Machine mounted on table, 14mm, 17mm, 20mm, 24mm, 28mm, 32mm, and 40mm dies, and Auto-Stop Pneumatic Pump
Features
- Ergonimic: The lightest crimper with the biggest opening in it's class. It's easy to handle and transport.
- Compact: Makes it's mark in any workshop with its small size and large capability. ideal for on-site service.
- Slide Bearing Technology: innovative slide bearing technology means this machine is completely Greaseless. This prolongs the machines lifetime while keeping maitenance costs low. No grease means no risk of prematurely damaging the crimping head and cuts down the time spent cleaning the machine.
- Convenient: The S2-P-H Ecoline comes mounted on a table with a convenient shelf to hold your case of your dies so you're already ready to grab and go.
- Effortless: The S2-P-H Stops Automatically when it reaches the set Crimp Spec. No Chance of Overcrimping. Just Push the handle down, and wait for the Machine to Make an audible Pop, and stop on it's own.
Technical Specifications
| S2-M | S2-M-H | S2-M-P | |
|---|---|---|---|
| Press Force (Ton/KN) | 90 Ton / 900 KN | 90 Ton / 900 KN | 90 Ton / 900 KN |
| No Need for Lubrication: 20% Less Friction | ✓ | ✓ | ✓ |
| SAE R 12 / 4SP* 1-piece fitting | 1¼" | 1¼" | 1¼" |
| SAE R 15 / 4SH* 2-piece fitting | 1" | 1" | 1" |
| Max. Pressing Area (in/mm) | 2.48in / 63mm | 2.48in / 63mm | 2.48in / 63mm |
| Opening Stroke (in/mm) | 0.87in / 22mm | 0.87in / 22mm | 0.87in / 22mm |
| Opening Without Jaws (in/mm) | 3.03in / 77mm | 3.03in / 77mm | 3.03in / 77mm |
| Base Jaw Length (in/mm) | 2.95 in / 75mm | 2.95 in / 75mm | 2.95 in / 75mm |
| Jaw Type | 263 | 263 | 263 |
| Industry Standard Max | 1¼" | 1¼" | 1¼" |
| Max 90° Fitting Size | 1" | 1" | 1" |
| Closing Speed (mm/sec) | - | - | 0.9 |
| Press Speed (mm/sec) | - | - | 0.9 |
| Opening Speed (mm/sec) | - | - | - |
| Drive (kW) | Manual | Manual | Pneumatic |
| Oil Capacity (qt/l) | 0.79qt / 0.75l | 0.79qt / 0.75l | 2.11qt / 2l |
| Length (in/mm) | 19.69in / 500mm | 6.69in / 170mm | 14.96in / 380mm |
| Width (in/mm) | 16.54in / 420mm | 8.66in / 220mm | 14.75in / 400mm |
| Height (in/mm) | 17.32in / 440mm | 12.99in / 330mm | 12.20in / 310mm |
| weight (lb/kg) | 70.55lbs / 32kg | 70.55lbs / 32kg | 70.55lbs / 32kg |
Questions & Answers
Popular Questions
To determine the size of the hydraulic hose you need, you need to consider the inside diameter, the outside diameter, and the length of the hose. The inside diameter is related to the flow velocity and the amount of fluid that needs to be transported, while the outside diameter and length are often determined by the space constraints of your machine or application. Source: 1. "Hose Basics" from Parker Hannifin Corporation (https://www.parker.com/literature/Hos...). Information can be found throughout the document, but mainly in the section "Hose Size Selection" on page 8. 2. "How to Identify Fluid Ports and Connectors" from Discount Hydraulic Hose (https://www.discounthydraulichose.com...). The information can be found under the section "Measuring… See full answer »
To determine the appropriate crimping tool, consider the type and size of the hose and ends you'll be working with, as well as the specific application requirements. Consulting the connector manufacturer's recommendations and ensuring the tool supports the necessary gauge range and crimp style will guide you to the right choice.
Hydraulic crimpers use hydraulic fluid to generate high pressure for crimping, making them suitable for larger, tougher materials and requiring less manual effort. Mechanical crimpers, on the other hand, rely on manual force or simple mechanical leverage, making them more portable and easier to use for smaller, less demanding tasks.
A hydraulic hose typically consists of three main parts: the inner tube, which carries the fluid; the reinforcement layer, which provides strength and flexibility through materials like braided wire or spiral-wound wire; and the outer cover, which protects against environmental damage and abrasion. These components work together to ensure the hose can withstand high pressures and harsh conditions.
A crimper works by applying pressure to a connector and wire, forcing them to deform and hold together tightly. This is typically achieved by placing the connector and wire into the crimper's die and applying force, either manually or with a powered tool. Sources: 1. "Crimping Tools: How They Work and Applications", from Apex Tool Group (https://www.apexhandtools.com/brands/...). The information can be found in the first and second paragraphs. 2. "Crimping Process", from TE Connectivity (https://www.te.com/global-en/products...). The information is in the 'Crimping Process' section.
Hydraulic hoses are flexible tubes designed to transmit hydraulic fluid under pressure between different components of a hydraulic system. They are typically constructed with multiple layers, including an inner tube that carries the fluid, reinforcement layers for strength, and an outer cover for protection against environmental factors. Proper selection and maintenance are crucial to ensure performance, safety, and longevity of the hoses.
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