• Models: PS400-60, PS400-70, PS400-80
• Electrical Connection: Input supply voltage of 400 V, 50 Hz, 3 Ph/PE. Heating boiler capacities are 60 kW, 70 kW, and 80 kW respectively. Total connection power is approximately equal to the boiler capacity. Net protection is 100 A for PS400-60 and 125 A for PS400-70 and PS400-80.
• Outgoing Signals: Dry contacts for operation and fault. Additional messages available on request.
• Incoming Signals: Optional and negotiable signals include Emergency OFF, remote start, and external blowdown, requiring dry contacts.

• Steam outlet ball valve: ¾“ i
• Water inlet: ½“ i
• Draining ball valve: ¾“ i
• Safety valve: 1“ i

• Max. operating temperature: 150°C / 180°C
• Max. operating pressure: 5 bar or 10 bar with blow-off safety valve
• Adjustable working pressure: 0-4 bar or 0-9 bar, adjustable in increments of 0.1 bar
• Switching differential: 0.2 bar under ideal conditions
• Max. amount of steam: 84 kg/h for PS400-60, 98 kg/h for PS400-70, 112 kg/h for PS400-80
• Water content to NW: 22 liters

• Length: approx. 1000 mm
• Width: approx. 550 mm
• Height: approx. 950 mm
• Weight: approx. 100 kg (unfilled)

• Housing: Stainless steel base frame and hood with integrated switch cabinet
• Boiler casing: Two-part stainless steel 1.4571, electrically welded
• Electrical Equipment: Control panel wired per VDE regulations, SiemensLOGO! PLC control, electronically controlled water level, adjustable heating capacity
• Safety Devices: Overpressure safety valve, mechanical and electronic overpressure limitation, operational temperature limiter, electronic protection against water deficiency

• Includes DREWS controller, pressure gauge, operating hour counter, temperature display, water level display min/max, illuminated controls, stainless steel fittings
• Optional equipment: stationary or mobile consoles, feed water vessels, condensate tanks, drain water vessels, automatic blow-down systems, water softening equipment, steam traps, steam superheater, steam distribution, steam valves

The modular system allows for the combination of several steam generators to create a multi-system with higher steam output.