Multi-injector
-
Operating width
6,3 m Working fluid consumption70–700 l/ha -
Field speed
5–15 km/h
-
Working fluid consumption
70–700 l/ha Field speed5–15 km/h -
Operating width
6,3 m
About multi-injector
A multi-injector is designed for spot injecting of liquid fertilizers. The module is equipped with two consoled injection wheels. The liquid is injected into the soil to the desired depth by means of the long needles on the wheels. The device is ideal for mulching and direct seeding fertilization as the nutrients are delivered directly to the roots.
Comparison of the "Tuman" line multi‑injectors
Right into
the soil
Tuman-3
|
Tuman-2M
|
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|---|---|---|
| Operating width |
|
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| Injection wheels |
|
|
| Row spacing |
|
|
| Tank volume |
|
|
| Working fluid consumption |
|
|
| Field speed |
|
|
Equipment
Consoles, suspension blocks, injection wheels
Suspension blocks for injection wheels are installed on the console.
Each suspension block is equipped with a spring intended for immersing the needles of the wheels into the soil.
| Number of injection wheels | 18 pieces | 18 pieces |
| Distance between wheels | adjustable | adjustable |
| Number of needles on the wheel | 12 pieces | 12 pieces |
| Distance between injection points on the wheel | 170 mm | 170 mm |
| Tank capacity | 2000 l | 2500 l |
Flow rate and reservoir
Fertilizer tank is equipped with a hydro-mixer maintaining a uniform concentration of substances throughout the volume.
Water is pumped into the tank through the filling connection using an external filling pump. The drug is added manually through the top of the tank.
The pump provides pressure in the system and a uniform supply of the mixture to the distribution fittings on the suspension. The valve doses the mixture and delivers it to the nozzles located on the consoles. The solution is supplied from the nozzles to the injection wheels.
To the last
drop
| Tuman-2M | Tuman-3 | |
|---|---|---|
| Tank capacity | 2000 l | 2500 l |
| Working fluid consumption |
|
|
| Fuel consumption |
|
|
Computers and chemical systems equipment
The flow controller is installed in the cabin. All operating parameters are set by a computer. The interface is key operated.
The efficiency
in 2 times higher
Arag Bravo 180S
Bars-5
Radion 8140
Field-IQ
Arag Bravo
TeeJet
The sensor is installed on the rear right wheel on a special bracket and fixed with two screws.
Application variations
Complex solutions
Atlas + Bars-5
Manual control of sections
Automatic flow control mode
Manual flow control mode
Driving in parallel lines
Capability to work at night
Overlap visualization
Creating of field boundaries
Calculation of area
Automatic sections control
TeeJet Matrix Pro 570GS + TeeJet Radion 8140 + UniPilot
Manual control of sections
Automatic flow control mode
Manual flow control mode
Driving in parallel lines
Capability to work at night
Overlap visualization
Creating of field boundaries
Calculation of area
Automatic sections control
Differentiated application on a boom sprayer
Automatic taxiing ±10–15 cm from the guidance line
TeeJet Matrix Pro 570GS + TeeJet Radion 8140
Manual control of sections
Automatic flow control mode
Manual flow control mode
Driving in parallel lines
Capability to work at night
Overlap visualization
Creating of field boundaries
Calculation of area
Automatic sections control
Differentiated application on a boom sprayer
Complex solution based on Trimble
Trimble CFX-750
Manual control of sections
Automatic flow control mode
Manual flow control mode
Driving in parallel lines
Capability to work at night
Overlap visualization
Creating of field boundaries
Calculation of area
Trimble CFX-750 + Field-IQ
Manual control of sections
Automatic flow control mode
Manual flow control mode
Driving in parallel lines
Capability to work at night
Overlap visualization
Creating of field boundaries
Calculation of area
Automatic sections control
Differentiated application on a boom sprayer
Trimble CFX-750 + Field-IQ + EZ-Pilot
Manual control of sections
Automatic flow control mode
Manual flow control mode
Driving in parallel lines
Capability to work at night
Overlap visualization
Creating of field boundaries
Calculation of area
Automatic sections control
Differentiated application on a boom sprayer
Automatic taxiing ±10–15 cm from the guidance line
