Rice Lake 920i FlexWeigh Bulkweigher System 107 108 109 111 112 Controller

Rice Lake 920i FlexWeigh Systems Bulkweighers & Flip-Flop Fillers The Rice Lake 920i FlexWeigh Systems Bulkweighers and Flip-Flop Fillers are factory-programmed, turnkey weighing and process control systems designed for high-capacity bulk material handling, shipping, receiving, and automated filling operations. Built around the powerful Rice Lake 920i programmable weight indicator, these systems provide accurate, repeatable control for industrial weighing applications while reducing manual intervention and increasing productivity. Designed as a manufacturer-approved replacement for FlexWeigh DWM-IV systems, the FlexWeigh Bulkweigher series is housed in a rugged stainless-steel wall-mount enclosure and includes advanced controls for fill and discharge sequencing, weight accumulation, hopper monitoring, and audit trail reporting. The system supports multiple application programs to meet a wide variety of bulk material processing requirements. Available Application Programs 107 – Shipping Bulkweigher Designed for shipping-mode bulk weighing operations Loads and discharges product repeatedly until the accumulated target weight is reached Ideal for vessel, railcar, truck, and barge loading applications 108 – Receiving Bulkweigher Designed for receiving-mode bulk weighing operations Continuously loads and discharges product until receiving is complete End Cycle function allows controlled completion of the process 109 – Ship/Receive Bulkweigher Combines shipping and receiving functionality Three-position locking key switch allows users to select operating mode Provides maximum flexibility for multi-purpose facilities 111 – Flip-Flop Filler Sequentially fills two scales to preset target weights Allows operators to prepare one scale while the second scale is filling Improves throughput and operational efficiency 112 – Flip-Flop Filler with Discharge Sequential dual-scale filling with integrated discharge operation Supports automatic or manual discharge methods Ideal for continuous production environments Key Features Powered by Rice Lake 920i programmable weight controller Pre-engineered and factory-programmed turnkey system Stainless steel wall-mount enclosure Manufacturer-approved replacement for FlexWeigh DWM-IV Front panel controls: E-Stop Start/Resume End Cycle Ship/Receive Selector (Model 109) Softkeys for: Presets ID1 ID2 Accumulating weight streaming Fill and discharge sequence controls Fill gate monitoring Discharge gate monitoring Hopper overfill monitoring Printer online status monitoring Audit trail transmission Digital I/O board Relay rack outputs SSR relay outputs Industrial process automation ready NTEP Approved Configurations Available UL Listed Optional Features Pilot lights for alarm and error indication Manual override switches Manual/Off/Auto key selector Manual Fill and Manual Discharge controls Applications Bulk material handling Grain and feed facilities Aggregate processing Shipping terminals Receiving operations Railcar loading Truck loading Barge and vessel loading Hopper weighing systems Automated filling operations Continuous production systems Specifications Product Series: 920i FlexWeigh Systems Controller Platform: Rice Lake 920i Available Programs: 107 Shipping Bulkweigher 108 Receiving Bulkweigher 109 Ship/Receive Bulkweigher 111 Flip-Flop Filler 112 Flip-Flop Filler with Discharge Enclosure Type: Stainless Steel Wall Mount Estimated Weight: 23 lb Outputs: Digital I/O, Relay Rack, SSR Relays Data Functions: Audit Trail, Weight Accumulation, Production Tracking Approvals: UL Listed, NTEP Configurations Available Part Numbers 207906 – FlexWeigh System 107 Shipping Bulkweigher 207907 – FlexWeigh System 108 Receiving Bulkweigher 207908 – FlexWeigh System 109 Ship/Receive Bulkweigher 207909 – FlexWeigh System 111 Flip-Flop Filler 207910 – FlexWeigh System 112 Flip-Flop Filler with Discharge Package includes Rice Lake 920i FlexWeigh Bulkweigher or Flip-Flop Filler System as specified by the selected model number. Verify application requirements and operating mode before ordering.