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APS-DM Series™
The APS-DM Series is a high productivity direct mail inserting system, offering lower cost with maximum flexibility. Running at 22,000 cycles an hour, it delivers high-speed insertion, operational efficiency, and maximum productivity to dramatically reduce your cost per mailpiece.
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Gain Competitive Advantage:
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Unmatched industry flexibility lets you change applications with few adjustments
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Less labour intensive system does not require highly trained operators. One operator per work cell
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Reduce preventive maintenance time up to 50 percent with easy parts replacement and component reliability
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Diagnostic tools facilitate maintenance scheduling to maximise system uptime
The APS-DM Series creates an ergonomic, operator friendly environment that allows you to react quickly and cost-effectively to changing business needs. Technology empowers operability and service. The APS Productivity Tools Suite simplifies operations, providing one-on-one feedback to operators to optimise system efficiency.
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Expert Operator™ software gives the operator a real-time system overview to identify and quickly remedy productivity issues
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Positive paper control path architecture virtually eliminates paper jams or stoppages and rapidly returns the system to normal operations in minimal time
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Mailpiece integrity and accuracy is powered by Direct Connect™ software, the industry proven operator-friendly operating system
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APS-DM Series™ System Specifications* |
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Cycling Speed |
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Up to 22,000 Cycles per hour |
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Power Requirements |
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3 Phase, 200-240 VAC, 50/60Hz, 50A per
phase |
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Number of Insert Stations |
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From 3 to 21 stations |
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Maximum Collation Thickness |
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8.0mm |
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Envelope Size |
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Depth
Width |
Min: 98mm / Max: 162mm
Min: 178mm / Max: 292mm |
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Insert Materials |
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Depth
Width |
Min: 89mm / Max: 156mm
Min: 140mm / Max: 250mm |
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Maximum Insert Thickness |
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4.0mm |
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Air |
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Air Pressure
Air Flow |
5 Bar
5 Litres/sec |
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*Specifications are subject to change
without notice. Performance may vary depending on the exact
job configuration, materials and environmental conditions. |
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