Key Features
Minimal Micro‑Cracking & Reduced Overbreak Excavation
- Little or no micro cracking of the ground outside the excavation line. (Cracking from hammers has been shown to reach up to 2m, depending on rock type). This can cause issues with existing infrastructure.
- Minimised overbreak of trench line.
Low‑Impact Trenching for Safer, Intact Walls
- Minimal disturbance of trench face making for a safer more intact trench.
- Lower noise impact than other methods.
- Lower vibration impact.
Reliable, Reusable Hardfill Solutions with Versatile Antraquip Mixers
- Ability to reuse the material onsite as hardfill, thus reducing waste and increasing site efficiency.
- Extremely reliable tools and Antraquip also have a range of Soft Soil mixing attachments which have used in NZ for Mud-Crete.
Specifications
| UNITS | AQ-1S | AQ-1 | AQ-2 | AQ-3 | AQ-3XL | AQ-4 | AQ-4XL | AQ-5 | AQ-6 | |
| Cutting Head Diameter | in (mm) | 9 (230) | 11 (280) | 15 (380) | 22 (560) | 23 (585) | 25 (635) | 28 (710) | 33 (840) | 40 (1,015) |
| Cutting Head Width | in (mm) | 19 (485) | 21 (535) | 25 (635) | 31 (790) | 32 (815) | 40 (1,015) | 49 (1,245) | 53 (1,345) | 68 (1,730) |
| Displacement 1 | RPM | 150 RPM @ 7 GPM |
100 RPM @ 7 GPM |
95 RPM @ 16 GPM |
80 RPM @ 32 GPM |
80 RPM @ 40 GPM |
70 RPM @ 58 GPM |
75 RPM @ 80 GPM |
65 RPM @ 96 GPM |
52 RPM @ 185 GPM |
| L/MIN | 150 RPM @ 25 L/MIN |
100 RPM @ 30 L/MIN |
95 RPM @ 60 L/MIN |
80 RPM @ 121 L/MIN |
80 RPM @ 140 L/MIN |
70 RPM @ 219 L/MIN |
75 RPM @ 299 L/MIN |
65 RPM @ 363 L/MIN |
52 RPM
@ 700 L/MIN |
|
| Displacement 2 | RPM | 160 RPM @ 11 GPM |
115 RPM @ 18 GPM |
90 RPM @ 25 GPM |
85 RPM @ 43 GPM |
85 RPM @ 50 GPM |
75 RPM @ 82 GPM |
70 RPM @ 110 GPM |
60 RPM @ 135 GPM |
45 RPM @ 235 GPM |
| L/MIN | 160 RPM @ 40 L/MIN |
15 RPM @ 60 L/MIN |
90 RPM @ 95 L/MIN |
85 RPM @ 163 L/MIN |
85 RPM @ 189 L/MIN |
75 RPM @ 310 L/MIN |
70 RPM @ 416 L/MIN |
60 RPM @ 510 L/MIN |
45 RPM
@ 888 L/MIN |
|
| Oil Flow Range | GPM (L/min) | 5 – 12 (20 – 45) |
8 – 20 (30 – 75) |
12 – 26 (45 – 100) |
30 – 45 (110 – 170) |
34 – 65 (125 – 245) |
50 – 85 (190 – 320) |
65 – 130 (245 – 495) |
95 – 160 (360 – 610) |
175 – 260 (660 – 985) |
| Max Pressure | PSI (bar) | 5,800 (400) |
5,800 (400) |
5,800 (400) |
5,800 (400) |
5,800 (400) |
5,800 (400) |
5,800 (400) |
5,800 (400) |
5,800 (400) |
| Max Torque Output | ft lbs (Nm) | 1,196 (1,620) |
2,625 (3,560) |
4,370 (5,925) |
8,740 (11,850) |
11,200 (15,185) |
19,690 (26,700) |
28,120 (38,125) |
39,310 (53,300) |
99,600 (135,040) |
| Max Cutting Force | lbs (N) | 3,315 (14,750) |
5,717 (25,440) |
7,028 (31,275) |
9,545 (42,475) |
11,683 (51,990) |
18,933 (84,250) |
24,068 (107,105) |
28,686 (127,655) |
62,112 (276,400) |
| Weight | lbs (Kg) | 230 (105) | 495 (225) | 1,010 (460) | 2,045 (930) | 2,290 (1,040) | 4,020 (1,825) | 4,900 (2,220) | 7,400 (3,355) |
14,350 (6,510)
|
| Maximum Input Power | HP (kW) | 24 (20) | 45 (35) | 60 (45) | 90 (65) | 120 (90) | 160 (120) | 215 (160) | 270 (200) | 540 (405) |
| Carrier Weight | tons | 1-3 | 2-8 | 5-15 | 12-20 | 15 – 28 | 25 – 45 | 40 – 70 | 50 – 80 | 85 – 180 |
| Engine Power of Carrier | HP (kW) | 13 – 45 (10 – 35) |
15 – 60 (10 – 45) |
25 – 90 (20 – 65) |
80 – 120 (60 – 90) |
90 – 160 (65 – 120) |
150 – 240 (110 – 180) |
200 – 300 (150 – 225) |
260 – 360 (195 – 270 |
470 – 805 (350 – 600) |
