|
|
|
INFORMATION DETAILS
ID: 13649552
|
Year: 2017
|
Make: Case IH
|
Model: HDX162
|
Type: New
|
| MSRP:
N/A |
Engine Size - cc: N/A |
| Cutting width, ft in (m): | 16' 3 |
| Knife speed, strokes per minute: | 1810 |
| Sickle stroke, in (mm): | 3 (76) |
| Reel Diameter, in (mm): | 42 (1067) |
| Number of bats: | 5 |
| Reel speed, mechanical, rpm: | 52 to 83 |
| Reel speed, hydraulic, rpm: | 0 to 76 |
| Overall width, ft in (m): | 18' 3 |
| Cutting height range, in (mm): | 1.2 (30.5) to 6.2 (157) |
| Header drive: | Hydraulic |
| Weight, lbs (kg): | 4,120 (1869) |
| Auger Speed, rpm: | 287 |
SELLER DESCRIPTION
|
Sicklebar Headers
|
|
Case IH HDX 2 Series sicklebar headers, built for heavy crop conditions, use the counter-stroking action of dual sickles to shear crop cleanly while the unique floating auger keeps the crop moving smoothly to the conditioning rolls.
|
|
Made for the Toughest Situations
The Case IH HDX 2 Sicklebar Hearder uses a counter-stroking action of dual sickles to shear crop cleanly while a unique floating auger keeps the crop moving smoothly.
|
|
Built to Work in Heavy Crop Conditions
The HDX 2 Series Sicklebar Headers feature a conditioning system that is built to work in heavy crop conditions. Conditioning rolls crimp stems thoroughly for fast dry down. The roll pressure system uses a torsion bar, which allows conditioning rolls to automatically separate to clear slugs and the chevron pattern provides even windrow formation.
|
|
|
HDX162 Highlights
|
|
Treat your hay to smooth cutting and gentle handling with the 16 ft HDX162 Sicklebar Header. |
|
Quick Specs
Cutting Width: 16 ft 3 in (4.95 m)
Cut Height Range: 1.2 - 6.2 in (30.5 - 157 mm)
|
• 16 ft 3 in (4.9 m) cut length
• Adjustable 5-bat reels and segmented tine bars for consistent feeding and ease of repair
• Double sickle cutting system for a cleaner cut even in the harshest conditions
• Bolt-on sickle sections for easy maintenance and replacement
• Over-serrated knives self-sharpen for extended life and cut cleaner
• Adjustable auger for optimal feeding into the conditioning system
|
Back
|
|
|
|
Address:
