Combine simple operation with an adhesive tracking system (ATS) to maximize uptime, optimize adhesive consumption and improve production efficiency ■ Installation is quick and easy. Compact size and a patented, centrally located manifold that allows hoses to run right or left means ProBlue melters fit on virtually any packaging line. ■Quick-disconnect power and I/O plugs and a patented, quick-release base design further simplify set up. ■ Plug-in modules let you add or subtract hoses and guns to meet changing production needs. ■ A disposable filter eliminates the need for routine filter flushing while helping prevent debris and contaminants in adhesive from reaching your products. ■ An integrated precision gear flow meter directly measures adhesive volume, and the system output signal can be used to stop the line, eject product or signal a light tower. ■ Maintain the proper adhesive deposit on each and every package to increase production efficiency and quality. ■Track total adhesive consumption, per package add-on weight, total number of products and out-of-tolerance products. ■ Operator safety is improved with a patented automatic pressure discharge (APD) valve that relieves pressure into the melter tank in seconds. ■ Reduce costs by identifying adhesive and product waste. ■Monitor and control in real time via optional Ethernet IP & Fieldbus; download historical data via USB ■User adjustable adhesive volume upper and lower tolerance band limits to identify out-of-tolerance product

4, 7 and 10 Liter Melters with Adhesive Process Control ProBlue® ATS Melters Specifications Type of System Non-circulating tank (15:1 SP-style piston pump) Maximum Pump Rate 32.7 kg/hr (72 lb/hr) Filter Type Saturn® basket-style filter Maximum Working Hydraulic Pressure 10.3 MPa (1500 psi) 40 to 204°C (100 to 400°F) 0 to 50°C (32 to 122°F) ±0.5°C (1°F) 4 inputs & 3 outputs - come as standard; 10 inputs and 7 outputs with optional expansion board; Ethernet IP & Fieldbus optional 0.5 cc to 500 cc/min (0.03—29.9 kg/hr or 0.07—65.9 lb/hr) (assuming SG = 1.0) 1.0 cc/rev = 1 g/rev = 0.001...