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2BFGZA-BP Series
YongXiang
Key Benefits
Dual-Stage Powered Packing
Controls seedbed condition before and after seed placement.
Front Seedbed Levelling
Creates a level and firm surface before furrow opening and seeding.
Rear Powered Reconsolidation
Helps establish consistent soil-to-seed contact after seed placement.
One-Pass Rotary Tillage and Seeding
Combines soil preparation, packing, seeding, covering and reconsolidation.
Precision Pneumatic Metering
Provides controlled seed application through interchangeable metering rollers.
Reliable Operation in Wet Conditions
Both powered packers help reduce mud build-up during field operation.
01 — Rotary Tillage
The rotary tiller prepares and loosens the soil.
02 — Front Powered Packing
The front powered packer levels and firms the seedbed before sowing.
03 — Furrow Opening
Disc furrow openers create the seed furrows.
04 — Precision Pneumatic Seeding
The metering system delivers seed through the pneumatic seed lines.
05 — Soil Covering
Soil is returned towards the seed zone after seed placement.
06 — Rear Powered Packing
The rear powered packer reconsolidates the soil to support consistent seed-to-soil contact.
The 2BFGZA-BP Series uses two powered packers positioned before and after seed placement.
The front powered packer levels and firms the soil after rotary tillage, creating a stable seedbed for uniform furrow opening and seeding.
After seed placement and covering, the rear powered packer reconsolidates the soil to support consistent seed-to-soil contact.
Both powered rollers actively help prevent mud build-up, supporting reliable operation in challenging wet conditions.

Interchangeable Metering Rollers
Different metering rollers are available for different seed types, seed sizes and application rates.
Selecting the correct roller helps maintain accurate metering, particularly when working with small seeds and low application rates.
The metering roller can be changed without specialist tools, allowing the seeding system to be quickly adapted for different crops and compatible materials.
The 10-inch control console allows the operator to monitor and adjust key seeding parameters from the tractor cab.
The system provides access to application-rate settings, calibration functions, hopper-level information and other key operating data.
A straightforward calibration function allows the operator to check and adjust the application rate before field operation.
The selected metering roller and its rotational speed determine the application rate.
The metering system uses an electric drive controlled by the central control system. The metering speed is adjusted according to the selected application rate and forward speed.
This speed-responsive control helps maintain consistent material delivery as field speed changes.
The YongXiang seeder uses a 12V stepper motor on 8-row, 12-row and dual 12-row configurations, while 16-row and 20-row models use an outer-rotor BLDC servo motor.
12V electric fans generate the airflow required to transport metered seed through the seed lines to the distribution outlets.
The pneumatic delivery system provides an even flow of material across the working width. Protective mesh at the fan air intakes helps prevent straw and debris from entering the fan system.
The radar sensor continuously measures forward speed and sends the speed signal to the control system.
The metering drive responds to changes in forward speed, helping maintain the selected application rate when the tractor slows down or accelerates.
This speed-responsive control supports consistent material application across changing field conditions.
Optional Seed Tube Blockage Monitoring
Optional seed tube blockage monitoring detects interruptions in material flow through the seed tubes.
Sensors monitor material flow below the discharge points and provide an alert on the control terminal if a blockage or missed delivery is detected.
This gives the operator an additional check on seed delivery and helps identify problems quickly during operation.
An agitator positioned above the metering roller helps maintain a consistent material flow and reduce the risk of bridging in the hopper.
A low-level hopper sensor provides an alarm when the material level falls below the set threshold, allowing the operator to plan refilling and avoid unnecessary empty runs.
Flexible Outlet Configuration
Each outlet can be opened or closed independently using the supplied L-shaped plugs.
This allows the number of active outlets to be matched to the required working width and row configuration.
For example, an 8-outlet configuration can be adjusted to use fewer active outlets when a narrower working width is required.
The optional lift switch kit automatically starts or stops metering according to the position of the implement.
When the implement is raised, the metering system stops automatically. When the implement is lowered again, metering resumes.
This provides automatic start/stop control during headland turns, transport and other raised-implement operations.
Optional GPS Speed and Positioning
An optional GPS sensor can provide the vehicle's speed signal to the control system for speed-responsive metering.GPS speed data can be used as an alternative to radar speed signal.
An optional GPS positioning chip can provide positioning information for monitoring the seeder's field trajectory.
GPS positioning functionality is currently under overseas testing and should therefore be regarded as an optional developing function rather than a fully established feature.
Real-Time Seeding Monitoring
An integrated camera allows the operator to monitor the seeding process from the control console.
This provides an additional visual check during operation and helps the operator monitor the working condition of the seeding system from the tractor cab.
Precision Row Seeding
The 2BFGZA-BP Series can be configured for row seeding according to the selected outlet arrangement.
For row seeding, stainless-steel outlets can be fitted to the seed lines to deliver material through individual outlets.
This flexibility allows the seeding system to be adapted to different crops, working widths and application methods.
Seeder
Control tablet
Speed radar
Control box
Electric fan
Seed hoses
Calibration cloth bag
Electronic calibration scale
Standard seeding shaft
Hopper level sensor
Motor monitoring
Camera
Drill heads
Seed agitator
Foreign-object sieve
Auto lift switch
Rocker switch
Soil-Working Tools
Front powered packer roller
Rear powered packer roller
Rotary tiller
Disc opener
Seed Tube Blockage Monitoring
GPS Speed Sensor
Additional Seeding Shafts
Larger Seed Hopper
Ditching Plow Assembly
Lift Switch Kit
Technical Data
| Model | Working Width | Rows | Row Spacing | Seed Hopper | Fertilizer Hopper | Tractor Power | Speed |
|---|---|---|---|---|---|---|---|
| 2BFGZA-12(230)BP100 | 2.3 m | 1–12 | 15–70 cm | 100 L | — | 130–150 HP | 2–6 km/h |
| 2BFGZA-16(250)BP500 | 2.5 m | 1–16 | 15–70 cm | 500 L | — | 150–170 HP | 2–6 km/h |
| 2BFGZA-20(300)BP600 | 3.0 m | 1–20 | 15–70 cm | 600 L | — | 190–210 HP | 2–6 km/h |