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Regulate the retraction force pneumatically and prevent loop formation on robots
Feasible with the triflex® RSP system
Pneumatic retraction system for multi-axis robot applications. Retraction lengths of 780 mm enable safe guidance of the cable and hose even with large arm diameters and very complex movements. The retraction forces are infinitely adjustable using a pneumatic cylinder. Whether light or heavy loads, long or short robot arms - with the RSP retraction system, the retraction force can always be adapted to the individual application.
RSP | The strongest of the retraction systems
Retraction forces set in proportion
- Even larger e-chain® can be safely guided up to ø 125 mm
- Adjustable, variable retraction force by means of a pressure control valve
- Virtually constant force curve over the entire path, even with heavy fillings
- End position can be monitored to prevent major damage in the event of a fault
- Greater retraction forces than RS system
- Mounting options for numerous robot types and manufacturers with adapter brackets
- Typical areas of application: axis 3-6 on industrial robots
- Low energy consumption due to integrated compressed air reservoir
RSP retraction system in operation
- Particularly suitable for large and heavy hose packages
- Working overhead is also no problem
- Always constant retraction forces
The easiest and fastest way to the right retraction system
The robot equipment configurator
- Almost all robot types from Kuka, Fanuc, diagram and Yaskawa to choose from
- A complete package configured with just a few clicks
- Parts list directly visible online
- Can be customised again and again
- Can be ordered online
1 = moving end
2 = fixed end
1 = moving end
2 = fixed end
RSP retraction systems
Fixed end side (left or right) selectable
| Article number | max. Retraction length in mm | Dim. A in mm | Dim. B in mm | Dim. C in mm | Dim. D in mm | Dim. E in mm |
|---|---|---|---|---|---|---|
| TR.RSP.60.L | 580 | 792 | 396 | 177 | 277 | 135 |
| TR.RSP.65.L | 580 | 792 | 396 | 177 | 277 | 135 |
| TR.RSP.70.L | 580 | 792 | 396 | 177 | 277 | 135 |
| TR.RSP.85.L | 620 | 836 | 461 | 213 | 306 | 135 |
| TR.RSP.100.L | 620 | 845 | 467 | 213 | 306 | 135 |
| TR.RSP.60.R | 580 | 792 | 396 | 177 | 277 | 135 |
| TR.RSP.65.R | 580 | 792 | 396 | 177 | 277 | 135 |
| TR.RSP.70.R | 580 | 792 | 396 | 177 | 277 | 135 |
| TR.RSP.85.R | 620 | 836 | 461 | 213 | 306 | 135 |
| TR.RSP.100.R | 620 | 845 | 467 | 213 | 306 | 135 |
| TR.RSP.125.R | 780 | 1,043 | 570 | 245 | 405 | 135 |
| TR.RSP.125.L | 780 | 1,043 | 570 | 245 | 405 | 135 |
1= Matching triflex® R e-chain® for RSP
2= total chain length = additional length from the gliding feed-through LLLL + the chain length within the system
3 & 4= RSP system (without e-chain®) +pressure equalisation unit +mounting bracket +gliding feed-through =
TR.RSP.XX.L or TR.RSP.XX.R
Calculation of the total chain length | RS e-chain®
Please add the chain length within the system to the standard length LLL (measured from the gliding feed-through) = total chain length
| ø Index | R [mm] | Chain length within of the system [mm] | Number of chain links | Total chain length[mm] |
|---|---|---|---|---|
| 30. | - | - | - | - |
| 40. | - | - | - | - |
| 50. | - | - | - | - |
| 60. | 087 | 1,489 | 73 | LLL + 1489 |
| 65. | - | - | - | - |
| 70. | 110 | 1,484 | 58 | LLL + 1484 |
| 85. | 135 | 1,622 | 53 | LLL + 1622 |
| 85. (R 240) | - | - | - | - |
| 100. | 145 | 1,656 | 48 | LLL+1656 |
| 125. | 182 | 1940 | 44 | LLL+1962 |
RSP system assembly
Consulting
I look forward to answering your questions
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