F111 Series

Hand Spray Guns：General Purpose Type

Product Summary
Specifications

PRODUCT

F111-P
F111-G
F111-GR
F111-S

Features

New atomization method

While maintaining the laval nozzle mechanism , that keeps fluid velocity , air flow is directed to center by taper control , with the setting of the R shape on the edges.

This enables the airflow rectified to hit the cylindrical paint core , and the air and the paint are efficiently atomaized.

Laval Nozzle

Achieved high atomization and high transfer efficiency by maintaining and decelerating a small amount of air.

Maintains high flow velocity within a constant range of the air flow that is ejected from the circular gap.

High shear force enables atomization with lower air pressure and lower air amount. When air amount exceeds a certain range due to low air pressure, atmospheric resistance causes sudden deceleration and high transfer efficiency.

Taper Control

Finer atomization technology inherited from the first Finer.

While maintaining the Laval nozzle mechanism , that keeps fluid velocity , air flow is directed to the center by traper control. This enables the airflow hits the cylindrical paint core and the paint is efficiently atomized.

Multi-stage rectification mechanism

By setting the R shape on the edge , the air is rectified.

By setting R at the fluid nozzle and the tip of the air cap where air flows , air flutter is reduced and the flow velocity is maintained with smooth flow , ensuring paint spraying volume and improving atomization performance.

Advantages of the new atomization method

Promote fine-atomization with low air amount and low pressure
Less paint on the air cap
Low air flow noise
Improvement of transfer effciency , splashing , and reduction of paint cost and maintenance.
Saving in power consumption of compressor and reduction of CO2 emissions due to low total air consumption.
Improvement of coating quality by reducing airborne particles and dry mist.

Distribution of particle sizes

Pursuit of atomization ; Realized atomization with appropriate and uniform particle sizes.

Dry mist and coarse particles are reduced compared to the former model.

Air consumption

MMFT reduces air consumption compared to the formal model.

(based on our own experimental method for paint etc.)

Design Concept

The spirit of meiji is shown in this stylish design.

It is the beginning of a "Nwe Standard".

Seamless Design

The streamlined seamless smooth body with less unevenness shows improvements in the fit and makes maintenance easier.

Compatible with water-based paints

Body insert: Stainless steel bush is inserted into the body's liquid-contacting area to make it compatible with water-based paints.

Paint nipple: Paint nipple in the liquid-contacting area is glossy anodized.

Trigger

Stainless steel is used as the trigger material.

Corrosion is reduced even when working with water-based paints.

Specifications

▼F111 Series
Model No.		F111-P08P	F111-P10P	F111-P13P	F111-P15P
Paint feed system		Pressure
Nozzle Bore	mm (in)	0.8 (0.031)	1.0 (0.039)	1.3 (0.051)	1.5 (0.059)
Standard air cap		08P	10P	13P	15P
Spraying Pressure	MPa (PSI)	0.25 (36)
Spraying distance	mm (in)	200 (7.784)
Air con-sumption	L/min (cfm)	215 (7.6)	225 (7.9)	260 (9.2)	270 (9.5)
Paint spraying volume	mL/min	175	230	305	320
Maximum effective pattern width	mm (in)	235 (9.252)	240 (9.449)	270 (10.630)	275 (10.827)
Pattern Shape		Tulip
Required compressor output	kW	1.5 or more
Weight	g (lbs) [oz]	292 (0.64) [10.3]
Standard paint cup		Paint pressure feed tanks, diaphragm paint pumps

Model No.		F111-S10 　 <F111-S10T>	F111-S13 　 <F111-S13T> 　 {F111-S13ST}	F111-S15 　 <F111-S15T> 　 {F111-S15ST}	F111-S20 　 <F111-S20T>
Paint feed system		Suction
Nozzle Bore	mm (in)	1.0 (0.039)	1.3 (0.051)	1.5 (0.059)	2.0 (0.079)
Standard air cap		10 <10T>	13 <13T> {13ST}	15 <15T> {15ST}	20 <20T>
Spraying Pressure	MPa (PSI)	0.25<0.20>{0.25} (36<29>{36})
Spraying sidtance	mm (in)	200 (7.784)
Air con-sumption	L/min (cfm)	95<160> (3.6<5.6>)	130<180>{205} (4.6<6.4>{7.2})	145<205>{210} (5.1<7.2>{7.4})	160<220> (5.6<7.7>)
Paint spraying volume	mL/min	85 <70>	125 <120> (145)	155 <135> (175)	215 <180>
Maximum effective pattern width	mm (in)	135<165> (5.315<6.496>)	160<185>{160} (6.300<7.283>{6.300})	170<195>{170} (6.693<7.677>{6.693})	190<210> (7.480<8.268>)
Pattern Shape		Triangle <Tulip> (Semi-Tulip)
Required compressor output	kW	0.4<1.5> or more	0.75<1.5>(1.5) or more
Weight	g (lbs) [oz]	292 (0.64) [10.3]
Standard paint cup		7SB,10SB-2,7SLB,10SLB-2

Model No.		F111-G10 　 <F111-G10T>	F111-G13 　 <F111-G13T> 　 {F111-G13ST}	F111-G15 　 <F111-G15T> 　 {F111-G15ST}	F111-G20 　 <F111-G20T>
Paint feed system		Gravity
Nozzle Bore	mm (in)	1.0 (0.039)	1.3 (0.051)	1.5 (0.059)	2.0 (0.079)
Standard air cap		10 <10T>	13 <13T> {13ST}	15 <15T> {15ST}	20 <20T>
Spraying Pressure	MPa (PSI)	0.25<0.20>{0.25} (36<29>{36})
Spraying sidtance	mm (in)	200 (7.784)
Air con-sumption	L/min (cfm)	95<160> (3.6<5.6>)	130<180>{205} (4.6<6.4>{7.2})	145<205>{210} (5.1<7.2>{7.4})	160<220> (5.6<7.7>)
Paint spraying volume	mL/min	100 <90>	150 <145> (170)	190 <175> (210)	265 <235>
Maximum effective pattern width	mm (in)	145<185> (5.709<7.283>)	170<215>{180} (6.693<8.465>{7.087})	185<225>{190} (7.283<8.858>{7.480})	200<240> (7.874<9.494>)
Pattern Shape		Triangle <Tulip> (Semi-Tulip)
Required compressor output	kW	0.4<1.5> or more	0.75<1.5>(1.5) or more
Weight	g (lbs) [oz]	292 (0.64) [10.3]
Standard paint cup		1G-2U,2GD,4GD,4GF-U,4GB-U,4GPA-U,4G-TA

Model No.		F111-G08R	F111-G25R
Paint feed system		Gravity
Nozzle Bore	mm (in)	0.8 (0.031)	2.5 (0.098)
Standard air cap		08R	25R
Spraying Pressure	MPa (PSI)	0.25 (36)
Spraying sidtance	mm (in)	200 (7.784)
Air con-sumption	L/min (cfm)	65 (2.3)	160 (5.6)
Paint spraying volume	mL/min	55	350
Maximum effective pattern width	mm (in)	35 (1.378)	50 (1.969)
Pattern Shape		Round
Required compressor output	kW	0.4 or more	1.5 or more
Weight	g (lbs) [oz]	292 (0.64) [10.3]
Standard paint cup		1G-2U,2GD,4GD,4GF-U,4GB-U,4GPA-U,4G-TA
● Paint viscosity : 20 seconds for lacquer enamel using Meiji V-1 viscosity cup . For a pressure feed type , a pressure feed pressure of 0.0 8MPa . ● Display : 12 seconds for automobile-repair paint using Meiji V-1 viscosity cup .