Purpose
Compatible with metals, resins, and high-quality resin coatings (auto parts, small home appliances, special thin design coatings).
There are two main body lineups: aluminum + alumite and stainless steel.
Features
・High maintenance
The paint adjustment device can be removed without using tools.
In addition, the main body has a structure in which the paint path and piston chamber are separated, making it easier to detect the degree of wear on sliding parts such as the needle valve and needle valve packing.
Furthermore, the cover of the needle valve packing is used as a tightening tool for the needle valve packing, which not only makes it possible to detect paint leaks early, but also allows the needle valve packing to be tightened without disassembling it. Masu . -Equipped with an
air cap index "spring plunger", making it easy to align the air cap.
Since it rotates in one direction, it is possible to adjust to the 0 degree/90 degree position without visually checking. Of course, other angles are also possible.
・Remote adjustment of pattern width
Since the center air and corner air are each controlled independently, the pattern width can be changed remotely during painting, making it easier to prevent overspray.
- Paint circulation is possible.
Convenient for using paints that tend to settle, such as metallics.
What is a manifold?
This spray gun has an independent structure where the automatic spray gun body and the part (manifold) fixed to the stay are independent.
・You can maintain the automatic gun body without removing the air and paint tubes.
・In the event that a problem occurs with the cap nozzle during painting, only the automatic gun body can be quickly replaced.
- In the case of rotational painting, it is possible to easily return to the origin without changing the setting of the fixed stay.
High-performance type automatic spray gun
This is an automatic spray gun that can independently control atomization air and pattern air (no built-in air valve). Therefore, by remotely changing the pattern opening when performing follow-up painting with a robot, overspray can be reduced and paint can be saved.
specification
format | Paint/liquid supply method | Nozzle diameter [mm] | Blow air pressure Atomizing air [MPa] | Paint/liquid spray amount [mL/min] | (1) Pattern opening/spraying distance [mm] | Air usage [L/min] | spray gun type | nozzle shape | Mass [g] | Recommended paint/liquid viscosity [sec/NK-2] | Blow air pressure Pattern air [MPa] | Atomization state | spray pattern | Wetted parts material | Body material | Required compressor [kW] | Connection port size Atomizing air | Connection size pattern air | Connection port size Operating air | Port size Paint/liquid | Purpose | Noise value [dB] | Operating ambient temperature [℃] | Working fluid temperature [℃] | Maximum operating air pressure [MPa] | accessories | remarks |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
WRA-M200-1202 | Pressure feeding type | 1.2 | 0.23 | 200 | 180/200 | 360 | General purpose | straight nozzle | 350 | 20 | 0.21 | Highly fine particles | Round to flat blowing | aluminum, stainless steel | Aluminum | 3.7~5.5 | Φ8 tube | Φ8 tube | Φ6 tube | Φ6 tube | -- | 91 | 5~40 | 5~43 | 0.70 | -- | -- |
WRA-M200-1203 | Pressure feeding type | 1.2 | 0.11 | 80 | 100/150 | 200 | General purpose | straight nozzle | 350 | 12 | 0.12 | General-purpose fine particles | Round to flat blowing | aluminum, stainless steel | Aluminum | 5.5~7.5 | Φ8 tube | Φ8 tube | Φ6 tube | Φ6 tube | -- | 91 | 5~40 | 5~43 | 0.70 | -- | -- |
WRA-M200N-1206 | Pressure feeding type | 1.2 | 0.16 | 430 | 300/200 | 430 | General purpose | split nozzle | 600 | 20 | 0.16 | Highly fine particles | Round to flat blowing | stainless | stainless | 5.5~7.5 | Φ8 tube | Φ8 tube | Φ6 tube | Φ6 tube | -- | 91 | 5~40 | 5~43 | 0.70 | -- | -- |