ANEST IWATA WS-400 Series 2 Base – Digital (SR2 1.3 OBS Setup) The WS-400 Series 2 Base – Digital is built around Split Nozzle™ 2.0 pre-atomisation technology and a fully integrated DPG-1 digital manometer system designed to maintain the balance and ergonomics of the WS/LS platform. The body features a PVD surface treatment for added durability and an upgraded finish. Key Highlights Split Nozzle™ 2.0 technology (Series 2 exclusive). DPG-1 Digital Manometer System integrated into the spray gun. PVD surface treatment to strengthen the body and improve appearance. Designed by Pininfarina. Lower noise level + optimized setting (Series 2 highlights). Compliant spray gun platform for refinish basecoat workflows. Recommended Applications Wet-on-wet basecoat applications (Type A for OBS setups). Optimized setups available to match paint systems and climate conditions. How to Use Set inlet pressure to the published spec for the selected setup (see table below). Test spray and fine-tune pattern/fluid controls to match your paint system and application method. For cleaning and maintenance, the integrated digital system can be detached using the Click-Mag locking concept (per Series 2 Digital design notes). Technical Specifications (SR2 1.3 OBS – Standard Climate Setup) Setup / Climate 1.3 OBS (Standard climate) Application Type OBS: Type A wet-on-wet application Inlet Pressure 2.0 bar / 29 psi Fluid Output 215 mℓ/min Air Consumption 13.1 CFM Pattern Width 255 mm / 10.0 in Air Cap WS-400-02-OBS Standard Climate Range 59–86°F (15–30°C) @ 30%–75% RH Air Nipple G1/4" Fluid Nipple G1/4" Ordering Reference (SR2 1.3 OBS) Non-Digital Gravity Spray Gun Part # 2917 Digital Gravity Spray Gun Part # 2917D Nozzle + Needle Set (OBS) 93008340 Air Cap Set (02-OBS) 93008310 DPG-1 (PSI) 930114A0 Related Climate Setups (WS-400 Series 2 Base SR2) Setup Climate Fluid Output (mℓ/min) Pattern (mm/in) 1.3 OBS-0 Humid 210 255 / 10.0 1.3 OBS Standard 215 255 / 10.0 1.3 OBS+1 Dry 235 260 / 10.2 BF-S Standard 245 250 / 9.8 BF-40 Hot & Dry / Extreme 255 260 / 10.2
