Upper-Medium-Duty Construction Crane
This Z-type construction crane from our Epsolution range has a lifting capacity of 17 metric tons and is available in three arm lengths: 7.9 m, 8.2 m and 9.6 m. The Q170Z features Epscope and Epslink, can be equipped with Easyfold, and offers six different control methods.
*Depending on the variant and equipment selected.
|
Telescopic boom length |
Number of extensions |
Net load moment [kNm] |
Net slewing torque [kNm] |
Slewing angle [°] |
Max. reach [m] |
Operating pressure [bar] |
Max. pump capacity. 1K [l/min] |
Max. pump capacity. 2K [l/min] |
Max. pump capacity. 1K-LS [l/min] |
|
|---|---|---|---|---|---|---|---|---|---|---|
| 79 dm | 2 | 156 kNm | 32 kNm | 425 ° | 7.9 m | 290 bar | 1x90 | 2x80 | 1x150 | |
| 84 dm | 2 | 160 kNm | 32 kNm | 425 ° | 8.4 m | 260 bar | 1x90 | 2x80 | 1x150 | |
| 95 dm | 2 | 150 kNm | 32 kNm | 425 ° | 9.5 m | 290 bar | 1x90 | 2x80 | 1x150 | |
| 79 dm | 1 | 163 kNm | 32 kNm | 425 ° | 7.9 m | 260 bar | 1x90 | 2x80 | 1x150 | |
| 82 dm | 2 | 160 kNm | 32 kNm | 425 ° | 8.2 m | 260 bar | 1x90 | 2x80 | 1x150 | |
| 96 dm | 2 | 158 kNm | 32 kNm | 425 ° | 9.6 m | 260 bar | 1x90 | 2x80 | 1x150 |
|
Telescopic boom length [dm] |
Incl. Standard top/side seat |
Incl. remote control (RCE) |
Incl. standing platform (SCMD/SCRCD) |
|
|---|---|---|---|---|
| 79 dm | 2,860 kg | 2,860 kg | 2,860 kg | |
| 84 dm | 2,600 kg | 2,600 kg | 2,600 kg | |
| 95 dm | 2,960 kg | 2,960 kg | 2,960 kg | |
| 79 dm | ||||
| 82 dm | ||||
| 96 dm |
Internally routed hoses and an integrated telescopic cylinder permit safe working without the risk of damage from external sources.
This high-strength four-lug link with rotator and optimized hose routing is suitable for EPSILON polyp grabs and clamshell grabbers.
An innovative technology for long-lasting surface protection.
We develop and manufacture every crane in full compliance with CE standards, which ensures the highest safety, reliability, and performance standards across all applications.
At EPSILON, we apply the finite element method to optimize our crane construction processes. We have deployed this state-of-the-art modeling technique for several years to refine all supporting elements made from fine-grain steel.