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KOMET PRODUCTS





'We work with long-lasting brands for our customers'


TWIN DETAIL


While conceiving new products, we must make sure that they meet the values in which we strongly believe: quality, reliability and a solid advantage to the customer. The quality of a product is a reflection of what the people who create, manufacture and market it, stand for. This approach to our work is very important to us.

Reliability is achieved by using the most suitable and functional materials for the intended purpose as well as implementing the strictest quality controls in every step throughout the manufacturing process of our products. The advantage to the customer is found in our efforts to offer products of highest quality and reliability combined with innovative features that we implement in all of them.

The Komet Twin big volume sprinklers represent our capacity to integrate innovative technology, performance and reliability.

RELIABILITY


It is important that every irrigation system operates reliably in order to avoid yield losses, waste of energy with its associated costs but more than anything to optimize the soil potential. The gun not being continuously monitored, has to operate always at its best without the necessity of adjustments or maintenance.

Komet Self Control

With changing operating conditions such as pressure and flow the gun self-adjusts all systems in order to allow always for an operation at best efficiency level.
Komet Design

Reliability is a main concern when designing our products. Each component is developed with the utmost care and the materials are selected to satisfy the requirements of the intended application environment.
Komet Quality

The precision tooling of every component, the strict quality control during every manufacturing step and the final water test of every single gun are our guarantee of a quality control at its best.

TWIN MAX



Available Models


P.S. The performance data were obtained under ideal testing conditions and may be adversely affected by wind and other factors. Pressure refers to pressure at nozzle. A lowered trajectory angle improves the irrigation efficiency in windy conditions. For every 3° drop of the trajectory angle the throw is reduced by aprrox. 3 to 4%.

Twin Max | Detail Table


Twin Max | High Performance Nozzle / Trajectory Angle 24°

TWIN 101 ULTRA



Available Models


P.S. The performance data were obtained under ideal testing conditions and may be adversely affected by wind and other factors. Pressure refers to pressure at nozzle. A lowered trajectory angle improves the irrigation efficiency in windy conditions. For every 3° drop of the trajectory angle the throw is reduced by aprrox. 3 to 4%.

Twin 101 ULTRA | Detail Table


Twin 101 ULTRA | High Performance Nozzle / Trajectory Angle 24°


Twin Max | High Performance Nozzles | Trajectory Angle 24°


Twin 101 ULTRA | High Performance Nozzles | Trajectory Angle 24°


Twin 140 ULTRA | High Performance Nozzles | Trajectory Angle 24°


Twin 160 ULTRA | High Performance Nozzles | Trajectory Angle 24°


Twin 202 ULTRA | High Performance Nozzles | Trajectory Angle 24°


P.S. The performance data were obtained under ideal testing conditions and may be adversely affected by wind and other factors. Pressure refers to pressure at nozzle. A lowered trajectory angle improves the irrigation efficiency in windy conditions. For every 3° drop of the trajectory angle the throw is reduced by aprrox. 3 to 4%.

PIVOT SPRINKLER


The quality of a product is a direct refl ection of the principles of the people who design, manufacture and market it. When developing new products, we at Komet must make sure that they live up to the values in which we strongly believe: quality, reliability and a solid advantage to the customer. These are the core values that all Komet products are built upon. By combining highly engineered materials and the strictest quality controls, we manufacture reliability into every product we make. Add to that the industry exclusive innovative features implemented into all of our products, and the advantages to our customers are obvious. The Komet Pivot Sprinkler Products represent the pinnacle of quality, innovative technology, performance and reliability.

ADAPTABILITY


It is fundamental that a pivot sprinkler adapts to different application conditions while maintaining excellent performance. The sprinkler must be able to cope with a wide range of environmental factors such as soil type, terrain, atmospheric conditions, water quality as well as different crops. For optimal irrigation the grower must have the ability to adapt to its prevailing factors.

Komet Trajectory Angles


Working closely with growers allowed us to identify and develop four different defl ectors to maximize the irrigation effi ciency for different application requirements. For use on drops: Standard angle suitable for most applications, low angle for applications in windy conditions or where higher ground clearance is required without water interfering with the pivot structure and ultra-low angle for extreme conditions such as high winds, high heat and/or low fl ow and where it is most important to get the water to the soil. For use on top of pipe: Low profile trajectory suitable for all applications when sprinkler installation on top of pipe is required.

KOMET RAPID FIT NOZZLE SYSTEM


The Komet Rapid Fit Nozzle System allows for a fast and easy installation of the nozzle into the sprinkler. There is no need to remove the sprinkler from the drop assembly should the nozzle be plugged or in case it needs to be changed for different fl ow requirements. The nozzle can be removed for cleaning or replacing while the sprinkler is operating.

The Komet Precision Twister (KPT) comes with a 2nd nozzle carrier integrated into the sprinkler body. It is very useful should the irrigation require different fl ow rates during the irrigation season.

KOMET TRUSS ROD CLIP


Lowering the application rate, can be a decisive advantage in irrigation. A suitable solution is to increase the wetted area by using drops over the truss rod, fi xed with the Komet Truss Rod Clip. The design of the Komet Truss Rod Clip allows for an easy fi xation on the truss rod while maintaining the natural shape of the hose. To facilitate selection, 4 models with two size combinations each are available, covering all common rod sizes.

RAPID FIT NOZZLE


NOZZLE IDENTIFICATION


Nozzles are identifi ed by the industry standard color code and orifi ce sizes are based on 128th inch increments.

1. All EVEN nozzle sizes have a full tip of the lever.
2. All ODD nozzle sizes have a notched tip of the lever.


Disclaimer: This fl ow data was obtained under ideal testing conditions and may be affected by poor hydraulic fl ow conditions, turbulences and other conditions.

PRECISION TWISTER (KPT) KEY FEATURES


PRECISION TWISTER (KPT) AVAILABLE MODELS


Pricision Twister (KPT)


STANDARD TRAJECTORY ANGLE


Standard Angle with multi trajectory suitable for most applications. Unmatched droplet size consistency over the entire throw and nozzle range. Large wetted diameter and gentle water application with low instantaneous application.

Pricision Twister (KPT)


LOW TRAJECTORY ANGLE


Low Angle with multi trajectory suitable for applications in windy conditions. Unmatched droplet size consistency over the entire throw and nozzle range. Large wetted diameter with reduced wind drift.

Pricision Twister (KPT)


ULTRA-LOW TRAJECTORY ANGLE


Ultra-Low Angle with multi trajectory suitable for applications in high wind, high heat conditions and/or low flow. Unmatched droplet size consistency over the entire throw and nozzle range. Very little wind drift.

Pricision Twister (KPT-Peak)


LOW PROFILE TRAJECTORY FOR USE ON TOP OF PIPE


Low Profi le Multi-Trajectory suitable for all on top of pipe applications with unmatched droplet size consistency. Large wetted diameter, gentle water application with low instantaneous application, and reduced wind drift. Komet KPT-Link connector required for installation.

Performance Data Metric Units


For optimal performance of the Komet Precision Twister (KPT) when installed on drop pipes, it is recommended to use the maximum spacing up to the 2nd span only. Keep the Komet Precision Twister (KPT) out of the crop canopy when spacing exceeds 3 m. Install the Komet Precision Twister (KPT) with a ground clearance of at least 1 m. Performance data regarding flow and throw in relation to Installation height and deflector type shown in the tables, originate from the mathematical model used in the Komet Pivot Calculator software. Performance data was obtained under ideal testing conditions and is the base for the mathematical model. Pressure refers to pressure at nozzle. Stream height is the height from the deflector to the highest droplets in the trajectory profile. Performance may be adversely affected by wind and other factors.
Performance Data Metric Units


For optimal performance of the Komet Precision Twister (KPT) when installed on drop pipes, it is recommended to use the maximum spacing up to the 2nd span only. Keep the Komet Precision Twister (KPT) out of the crop canopy when spacing exceeds 3 m. Install the Komet Precision Twister (KPT) with a ground clearance of at least 1 m. Performance data regarding flow and throw in relation to Installation height and deflector type shown in the tables, originate from the mathematical model used in the Komet Pivot Calculator software. Performance data was obtained under ideal testing conditions and is the base for the mathematical model. Pressure refers to pressure at nozzle. Stream height is the height from the deflector to the highest droplets in the trajectory profile. Performance may be adversely affected by wind and other factors.

PRECISION SPRAY (KPS) KEY FEATURES



KOMET RAPID FIT DEFLECTOR SYSTEM


Performance Data Metric Units


Performance Data Metric Units


Performance Data Metric Units


Performance Data Metric Units


For optimal performance of the Komet Precision Spray (KPS) when installed on drop pipes, it is recommended to use the maximum spacing up to the 2nd span only. Keep the Komet Precision Spray (KPS) out of the crop canopy when spacing exceeds 3 m. Install the Komet Precision Spray (KPS) with a ground clearance of at least 1 m. Performance data regarding fl ow and throw in relation to Installation height and defl ector type shown in the tables, originate from the mathematical model used in the Komet Pivot Calculator software. Performance data was obtained under ideal testing conditions and is the base for the mathematical model. Pressure refers to pressure at nozzle. Stream height is the height from the deflector to the highest droplets in the trajectory profile. Performance may be adversely affected by wind and other factors.
Performance Data Metric Units


Performance Data Metric Units


PRECISION REGULATOR (KPR)


Available Models / 6 PSI / 10 PSI / 15 PSI / 20 PSI

Key features

Precision Manufacturing
All components of the Komet Precision Regulator (KPR) are precision made and carefully controlled throughout the fully automated manufacturing process. Each critical component is 100% individually tested for conformity to specifi cation prior to be installed. The very tight manufacturing tolerances allow for excellent irrigation performance.

Spring
Large spring confi guration for reduced variation in regulated pressure over the nozzle range.


Unique Offset Inlet Design
The All-Flow Komet Precision Regulator (KPR) has a unique offset inlet. In conjunction with the stem seat, the offset inlet contributes to a cyclonic fl ow path, which helps to reduce plugging. Furthermore the steep incline of the regulator's integrated stem seat on the inlet side reduces friction losses to a minimum and helps reduce the hanging up of stringy debris.

Hysteresis
Very low hysteresis due to the internal configuration of the regulator and the tribological properties of the interacting surfaces in relative motion. Very suitable for corner and VRI systems.

Materials
The regulator materials and design have been chosen to withstand the harsh operating and climatic conditions this device is used in. The technical polymers used are shock absorbing, UV protected and hard wearing.


The pressure regulators will operate at the preset operating pressure over the whole nozzle range provided that the inlet pressure is at least 5 psi | 0.35 bar higher than the nominal rated pressure for the Komet Precision Regulator (KPR) 6 psi | 0.4 bar and 10 psi | 0.7 bar and at least 7 psi | 0.48 bar higher than the nominal rated pressure for the Komet Precision Regulator (KPR) 15 psi | 1.0 bar and 20 psi | 1.4 bar.


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