Mould dimensions Length (mm) Width (mm) Heigh, min.-max of drag (mm) Heigh, min.-max of cope (mm) Mismatch, max. Length (inches) Width (inches) Height, min.-max of drag (inches) Height, min.-max of cope (inches) Mismatch, max. Machine dimensions Length (mm) Width (mm) Height, top of sand inlet (mm) Height, manual core setting (mm) Length (inches) Width (inches) Height, top of sand inlet (inches) Height, manual core setting (inches) Machine capacity Uncored (moulds/h) Automatically cored (moulds/h) Squeeze pressure (kp/cm ) Squeeze pressure (psi) 2 Shot pressure (kp/cm2) Shot pressure (psi) Sand Mixers Type DISA Flask machines Mixing throughput max* Excl. SMC/incl. SMC (metric tonnes/h) Excl. SMC/incl. SMC (US tons/h) Motor performance (kW) Turbine Gear Bridge Dimensions Mixer height without hopper (mm) Sand weigh hopper height (mm) Mixer length incl. discharge door (mm) Mixer diameter (mm) Mixer height without hopper (inches) Sand weigh hopper height (inches) Mixer length incl. discharge door (inches) Mixer diameter (inches) Weight (kg) Weight (lbs) Flask size Height of cope/drag flask, min-max (mm) Width min-max (mm) Length min-max (mm) Height of cope/drag flask, min-max (inches) Width min-max (inches) Length min-max (inches) Machine output in complete moulds/h Squeeze pressure (max.kgf/cm2) * Depending on the water content and sand properties. Sand consumption (metric tonnes/h) Sand consumption (US tons/h) Power consumption of the FLEX machine (kW) Air consumption (m3/hr) at 5 bar Air consumption (cu ft/hr) at 5 bar Electrical requirements Average power consumption (kW) Connected load (KVA) Mould sand requirements Sand consumption max. (metric tons/h) Sand consumption max. (US tons/h) Pneumatic requirements Air pressure min (bar) Air pressure min (psi) Hydraulic fluid (litres) Hydraulic fluid (US gallons) On DISA, DISA Industries A/S holds patents and patents pending. Sand Mixers Type Dimensions Diameter (mm) Length (mm) Distance centerline-floor (mm) Nominal capacity At 100/120 sec cyclus (metric tonnes/h) At 100/120 sec cyclus (US tons/h) Motor performance (kW) Agitator Turbines (number/drive power) Diameter (inches) Length (inches) Distance centerline-floor (inches) Weight – empty (metric tonnes) Weight – empty (US tons) Ventilation requirements (m3/min) Ventilation requirements (cu ft/min) Mixer height without hopper (inches) Sand weigh hopper height (inches) Mixer diameter (inches) * Depending on the water content and sand properties. DISA® and DISAMATIC® are registered trademarks by DISA Industries A/S. The technical data are not binding and are subject to change. DISA Sand Mixers DISA Core DISA Flasklines DISA Cooling Drums DISA Matchplate Above data is preliminary and indicative.*DISA FLEX 90 is only available in India. CIM modules are available on request. Dimensions Mixer height without hopper (mm) Sand weigh hopper height (mm) Mixer diameter (mm) DISA Vertical Sand/metal capacity max Metric tonnes/h US tons/h) General Specifications Water consumption At 32 °C inlet temperature (litres/min) At 32 °C inlet temperature (US gallons/min) DISA FLEX Max recommended inlet temperatures for ferrous castings is usually 700°C Casting discharge temperatures are typically 70-90°C Sand discharge temperatures are 45-55°C with moisture contents of about 1.5% (max. 1.8%) With a SCR system the final sand temperature will be less than 45°C Noise levels are less than 85 dB(A) Subject to technical alterations • 02/14 • © DISA Group Matchplate Machine Type

DISAMATIC Vertical Moulding Type Mould dimensions Height (mm) Width (mm) Thickness (mm) Height (inches) Width (inches) Thickness (inches) Conveyor length max (m) Conveyor length max (ft) Cooling time max (min)* Sand consumption max (metric tonnes/h)*** Sand consumption max (US tons/h)*** Power consumption (kW) Mismatch (mm) Mismatch (inches) Mould capacity Uncored (moulds/hour)* Cored (moulds/hour)* Air consumption (m3/min.) Air consumption (cu ft/min) Water consumption At 25°C inlet temp. (litres/min) At 25°C inlet temp. (US gallons/min) Core Machines Type Core box dimensions Height min/max...