Description
Learn how the high-hood-mounted residue system is configured for corn bypass on New Holland CR10 and CR11 combines. This workshop demonstration preserves the service-mode and safety-latch context while showing blockoff-plate installation, chopper neutral, remote straw-hood-door movement, IntelliSpread routing, and the final closed configuration for harvest.
Chapters:
0:00 High-hood residue-system overview
0:19 Windrow board in raised position
0:26 Enter service mode
0:34 Engage safety lock
0:42 Corn bypass overview
0:57 Blockoff-plate storage
1:03 Purpose of the plate
1:20 Service-mode underside view
1:30 Installation location
1:54 Corn-bypass flow path
2:03 Chopper neutral
2:06 Install the blockoff plate
2:14 Chaff always reaches spreaders
2:24 Route residue through IntelliSpread
2:40 Prevent material backflow
3:03 Touchscreen sequence reminder
3:09 Installed plate and neutral chopper
3:27 Baffle configuration
3:54 Return plate to storage for other crops
4:38 Access beneath the chopper
4:53 Move the first straw-hood door
5:07 Control panel or IntelliView 12 control
5:16 Visibility-only open-panel qualification
5:40 Select corn mode
5:44 Door closes
6:00 Fully bypass the chopper
6:13 Chopper remains neutral
6:17 Close the visibility door
6:35 Final corn-bypass configuration
7:10 Ready for corn harvest
Topics covered:
• High-hood-mounted chopper • Service mode • Safety lock/latch • Windrow board • Corn blockoff plate • Storage and installation • Chopper neutral • Corn bypass • Chaff spreaders • IntelliSpread • Touchscreen sequence • Lower control panel • Straw-hood door • Actuator and seals • Workshop visibility-only open door • Final closed harvest configuration
Common questions covered in this video:
Why is the blockoff plate installed? To prevent fluffy corn residue from moving back into the stationary chopper.
Where is it stored? On the windrow board when not in use.
What must be true during the shown installation? The residue system is raised in service mode and safety-locked, exactly as demonstrated.
What happens to the chopper in corn bypass? It is placed in neutral and does not spin.
How is the door moved? From the lower control panel or IntelliView 12.
Was the open windrow panel a harvest configuration? No. It was opened only for workshop visibility and is closed for the final configuration.
Where does residue go? Rotor and cleaning-shoe material is routed into the spread system and distributed by IntelliSpread.
Timestamped transcript:
0:00 The high-hood-mounted chopper option is shown on a CR10/CR11 next-generation machine.
0:19 The windrow board is raised.
0:26 The lower rear control panel raised the residue system into service mode.
0:34 The safety lock is engaged for service and inspection.
0:42 Corn setup uses corn blockoff or corn bypass mode.
0:57 The corn blockoff plate is shown in its storage position.
1:03 It prevents material from traveling upward when the chopper is off.
1:20 The chopper remains in service mode with the safety latch engaged for the underside demonstration.
1:30 The plate is removed from storage and installed in the shown opening.
1:54 Internal panels create the corn-bypass path.
2:03 The chopper is placed in neutral.
2:06 The blockoff plate closes the connection toward the chopper.
2:14 Cleaning-shoe chaff continues to reach the spreaders.
2:24 Corn residue funnels into the spreader inlet and is distributed by IntelliSpread.
2:40 The plate prevents fluffy material from backing into the chopper.
3:03 The touchscreen sequence reminds the operator to verify plate position.
3:09 The installed plate blocks the stationary chopper path.
3:27 Baffles route cobs, husks, and shoe material into the residue system.
3:54 For soybeans or small grain, remove the plate and return it to storage before using chopping mode.
4:38 The demonstration continues beneath the hood-mounted chopper with service access maintained.
4:53 The first straw-hood door is moved into corn-bypass position.
5:07 This can be commanded from the lower control panel or IntelliView 12.
5:16 The windrow panel is open only so the workshop demonstration can show the door; it would not remain open during harvest.
5:40 One press selects corn mode.
5:44 The actuator closes the sealed door.
6:00 This bypasses the chopper and routes rotor and shoe material into the spread system.
6:13 The chopper remains in neutral.
6:17 The visibility door is closed to represent the full operating configuration.
6:35 The system is fully closed so material cannot enter the chopper channel.
7:10 Once closed, the machine is ready for corn harvest in bypass mode.
Technical glossary:
New Holland, CR10, CR11, high-hood-mounted chopper, residue system, service mode, safety latch, safety lock, windrow board, corn bypass, corn blockoff plate, storage position, chopper neutral, baffle, straw-hood door, lower control panel, IntelliView 12, IntelliSpread, actuator, spreader, corn residue, workshop demonstration."