Kason 18" Vibratory Sifter

Dry Room Exhaust & Filtration System

Dry Room Exhaust & Filtration System for air treatment and exhaust capabilities for controlled environment applications requiring both particulate and chemical contaminant removal. ## Key Features - Dual exhaust fan configuration delivering 21,000 CFM total airflow capacity with redundant operation capability - Multi-stage deep bed scrubber with integrated pre-filtration, chemical media, and HEPA final filtration stages - Heavy-duty backdraft dampers with aluminum airfoil blades and external linkage for reliable backflow prevention - Variable frequency drive compatible motors sized for energy-efficient operation at design conditions - Spark-resistant construction suitable for applications with potential combustible dust exposure - Modular filter media system supporting multiple media types for targeted contaminant removal - Factory performance testing and UL listing for code compliance and reliable operation System designed for integration into industrial dry room facilities requiring stringent air quality control with comprehensive technical documentation available upon request. ## Additional Documentation (NDA Required) - Detailed Technical Specifications ## Key Technical Specifications |||| |:--|:--|:--| |**Total Exhaust Capacity**|21,000 CFM|| |**Static Pressure Rating**|5.5 in. w.g.|| |**Total Motor Power**|30 HP|| |**Fan Operating Speed**|1,747 RPM|| |**Maximum Fan Speed**|1,989 RPM|| |**Motor Voltage**|460V/60Hz/3Ph|| |**Static Efficiency**|73%|| |**Sound Power Level**|94 dBA|| |**Damper Dimensions**|19.3" W x 25.8" H|| |**Filter Frame Compatibility**|24" x 24" standard|| |**Operating Temperature Range**|70°F standard|| ## Included In This System ### Primary Equipment (5 units) - Exhaust Fan EF-1: Greenheck USF-24 Universal Single Width Fan (15 HP, CW rotation) - Exhaust Fan EF-2: Greenheck USF-24 Universal Single Width Fan (15 HP, CCW rotation) - Backdraft Damper EF-1: Greenheck HB-240 Heavy Duty (19.3" x 25.8") - Backdraft Damper EF-2: Greenheck HB-240 Heavy Duty (19.3" x 25.8") - Deep Bed Scrubber: AAF Flanders Multi-Stage Filtration Unit ### Integration Components - Electrical disconnect switches (NEMA-3R rated) - Motor covers and weather protection - Vibration isolation and mounting hardware ##Consumables Included - SAAFCarb™ MB: Engineered chemical media for gas-phase contaminant removal - MEGApleat® M9: Extended surface pleated panel filters for high-efficiency particulate removal - MEGAcel® : Separator-style HEPA filters for final stage filtration

3D CT Scanner - Electrode Alignment

High-speed inline X-ray CT inspection system designed for EV battery quality control with 99.9% reliability and AI deep learning inspection capabilities. ## Key Features - 240kV X-ray tube with Flat Panel Detector (FPD) technology for high-resolution CT imaging - AI deep learning inspection system for automated analysis - High-speed inline configuration achieving 910-30ppm inspection throughput - 99.9% inspection reliability with 2D and 3D CT comparative analysis capability - Real-time inspection data logging with automated OK/NG classification - Gauge R&R statistical analysis, and barcode-integrated cell traceability for production quality control - Validated for EV battery inspection applications with comprehensive quality comparison methods System designed for integration into high-volume production lines with comprehensive technical support available upon request. ## Key Technical Specifications |||| |:--|:--|:--| |**X-ray Tube Voltage**|240 kV|| |**Detector Type**|FPD (Flat Panel Detector)|| |**Inspection Objects**|EV Battery|| |**Footprint (W x D x H)**|2,600 x 2,000 x 2,250 mm|| |**System Weight**|Approx. 5,000 kg|| |**Inspection Reliability**|99.9%|| |**Throughput Rate**|910-30 ppm|| |**Inspection Method**|3D CT with 2D comparison|| Additional automation equipment includes: - Un/loader handler (P&P) system for automated material transport and positioning - Modular PLC architecture with hierarchical control of loader, scanner, and unloader devices - HMI controls for machine speed/position adjustment and PPM throughput monitoring

Manual Battery Pack Line for Energy Storage

Manual Battery Pack Assembly Line integrates seven specialized workstations with RFID-enabled material handling for complete energy storage battery manufacturing from bottom half pre-assembly through final packaging. - Module Configuration: 9P8S (9 parallel, 8 series) - Module Quantity: 3 modules per battery pack - Final Pack Dimensions: 658×1060×249 mm - Application: Energy storage power battery packs ## Key Features - Seven-station modular configuration with coordinated workflow design - RFID-integrated manual trolley system with 15 carts for work-in-process tracking - Dual-operator workstations optimized for 80% efficiency with parallel processing capability - Aluminum profile framework construction with integrated crane systems and material handling - HMI control interfaces with moveable arms and gravity feeder systems for component supply - Nutrunner tool systems with automatic docking and torque control for precision fastening - Validated for energy storage battery pack assembly with complete harness integration and testing capability - This is a manual line (no PLC) - 95% FAT ready. System supports complete battery pack manufacturing workflow with comprehensive tooling and fixtures included for immediate production capability. ## Additional Documentation (NDA Required) - Detailed Technical Specifications - Detailed Process Flow Documentation ## Key Technical Specifications ### Overall Line Configuration |||| |:--|:--|:--| |**Station Count**|7 stations|| |**Operator Capacity**|18 operators|| |**Material Handling**|15 manual trolleys with RFID|| |**Line Efficiency**|80% with cart transfer|| |**Framework Construction**|Aluminum profile modular design|| |**Crane Integration**|Overhead crane with manual gripper|| |**Control Interface**|HMI with moveable arm configuration|| ### Assembly Process Flow |||| |:--|:--|:--| |**Stations 1-3: Housing**||| |Station 1|Bottom half pre-assembly|Thread inserts, pins| |Station 1|Bottom half pre-assembly|Rivet nuts| |Station 2|BMU window pre-assembly|PCB integration| |Station 2|BMU window pre-assembly|Window frame| |Station 3|BMU window installation|Sealing| |Station 3|BMU window installation|Fastening to housing| |**Stations 4-6: Core**||| |Station 4|Harness installation|Electrical connections| |Station 4|Harness installation|Sockets| |Station 5|Module assembly|3x 9P8S modules| |Station 5|Module assembly|Thermal pads| |Station 6|Module installation|Clamping| |Station 6|Module installation|M8 fasteners| |**Stations 7-8: Electrical**||| |Station 7|Fuse installation|Fuse module| |Station 7|Busbar installation|Busbars 1&2| |Station 8|Busbar installation|Busbar 4| |Station 8|Busbar installation|Cathode busbar| |**Stations 9-10: Final**||| |Station 9|Fire suppression|Extinguisher| |Station 9|Harness connection|6 connections| |Station 10|Top cover installation|Final fastening| |Station 10|Final assembly|QC|