1. Flat Plate Heat Exchangers Specifications

This section details specifications for flat plate heat exchangers, including part numbers, plate counts, dimensions (width, height, depth), connection sizes (MPT), and materials (copper or nickel brazed). Key requirements include identical connections on both sides, vertical or horizontal installation (except steam applications), mandatory counterflow piping, and installation of water strainers (minimum 16-20 mesh, recommended 20-40 mesh) on water inlets. Water quality must maintain a pH between 6.5 and 8.0. The MPN Marine series is recommended for steam, chlorinated water, and pool water environments. Stud bolt sizes are specified for different models to ensure proper assembly.

2. Heat Exchangers Usage and Dimensions

This section categorizes heat exchangers by application type—evaporator, condenser, or exchanger—and provides detailed dimensional data and connection types for each model. Parameters such as number of plates, physical dimensions, and connection sizes (SW, MPT, FPT) are included to aid in selecting appropriate units based on system requirements.

3. Flat Plate Heat Exchanger - Custom Evaporator and Standard Models

Custom evaporator models and standard single or dual circuit condenser/evaporator models are described with part numbers, tonnage ratings, and dimensions. Connection sizes are specified to ensure compatibility with existing piping systems.

4. Installation and Operational Recommendations

• Counterflow piping arrangement is essential for optimal heat exchanger efficiency.
• Water strainers must be installed to protect against debris and maintain system integrity.
• Maintaining water quality within specified pH limits prevents corrosion and scaling.
• MPN Marine series heat exchangers are advised for harsh water conditions such as steam or chlorinated water to enhance durability.

5. Index Overview

The document concludes with an extensive index of related components and parts, including actuators, air cylinders, augers, automation components, clamps, clutch assemblies, cooling solenoid valves, condenser fan blades and motors, controls, and more. This index facilitates quick reference and cross-referencing within the broader product catalog.

6. Extrusion Controls and Motors

• Extrusion controls are detailed on page 215.
• Extrusion motors for pre-2009 models, including pullers, cutters, saws, and quick exhaust systems, are covered on pages 212-213.
• Extrusion tank pumps and blowers are described on page 214.

7. Conveyor Parts

• MTAC conveyor parts, including rollers and belts, are listed on pages 235-236.
• MDL parts are also referenced on page 236.

8. Couplings

• Various O-ring tubing couplings, adapter couplings, end caps, and quick disconnect couplings are detailed between pages 17-26.
• Specialized Hammertek elbows and couplings appear on page 21.
• Bolted tubing couplings with different gasket types are on pages 22-23.
• Quick disconnect couplings with proofing switch capabilities are on page 26.

9. Cutter Blades and Bushings

• Cutter blades are covered on pages 192-195.
• TPC planetary cutter details are on pages 196-199.
• Cutter bushings, including MedLine cutter bushings, are on page 201.

10. Desiccant Systems

• Desiccant tanks and vibrating tables are on pages 117-118.
• Raw desiccant and desiccant wheels are also covered on page 118.

11. Dryers and Heating Elements

• Heating elements for various dryers (D-20, D-30) and temperature control units are detailed on pages 43-51.
• Gas dryer ignition systems and burners are on pages 55-56.
• Dryer blowers and hose assemblies are on pages 120-121 and 155.
• Dryer resistance temperature detectors (RTDs) are on pages 119-120.

12. Filters

• Various filters including flex filters, cartridge filters, air intake filters, powder loader filters, tank filters, UV water filters, tank strainers, and mesh filters are extensively covered from pages 28 to 40 and 228-230.

13. Fan Blades and Motors

• Condenser fan blades and motors are detailed on pages 77-79.

14. Fuses

• Multiple fuse types such as FNQ, FNQ-R, JJN, JJS, MDA, LP-CC, Class J Dual, Fusetron, and axial lead/cartridge fuses are listed on pages 175-180.

15. Gaskets

• Adhesive-backed gasket materials are on page 128.
• Tank gaskets are covered on pages 216-218.

16. Gearboxes and Gear Motors

• 200 Series gearbox assembly is on page 116.
• Bed drive motors, mixer motors, auger drive motors, and bed drive gears are detailed on pages 164-169.

17. Granulator Components

• Granulator blades (pages 80-89), drive belts (101-103), rotor motors (100), and screens (90-99) are described.

18. Hoses and Flex Components

• Flexible material conveying hoses and flex hose assemblies are on pages 2-8.
• Dryer hose and insulated silicone hi-temp gravity feed hose assemblies are on pages 120-121.
• Tank hoses are on page 223.

19. Heating and Heat Transfer

• Heating elements for temperature control units and dryers are detailed on pages 43-54.
• Heat exchangers, including flat plate types, are on pages 240-243.
• Heat transfer controls and chiller switches are on pages 63-64 and 76.

20. Loaders and Solenoid Valves

• Loader control drop and remote cables are on pages 151-152.
• Loading solenoid valve assemblies are on pages 135-136.
• Modulating and cooling solenoid valves and electric-actuated ball valves are on pages 73-75.

21. Motors

• Water pump motors, vacuum loader and pump motors, blender mixer motors, high horsepower bed drive motors, gear motors, and automation motors are covered on pages 68-185.

22. Miscellaneous Components

• Magnetic reed switches (page 130), handy hopper bags and cones (page 157), floating boom kits (page 200), and heater packs (pages 173-174) are included.

23. Tubing and Feed Tube Assemblies

• Rigid tubing specifications are on page 1.
• Tubing bends and feed tube "Y" diverters at 30 degrees are detailed on pages 13-14.
• Vacuum elbows and horizontal/vertical feed tubes are covered on pages 12 and 27-28.
• Distribution box feed tube assemblies are on page 26.

24. Tube Heaters and Filters

• Tube heaters are described on pages 52-54.
• Tube loader filters are on page 34.

25. Vacuum Systems

• Vacuum components including elbows, tees, bolt-on adapters, and manifolds are detailed on pages 11-12 and 148.
• Vacuum pump blowers and motors are on pages 153-154.
• Vacuum regulators and flow control components are on page 232.

26. Valves

• Cooling solenoid valves (page 73), electric-actuated ball valves (page 75), flapper valves (pages 149-150), idle mode valves (page 133), air valves (pages 138-139), modulating and slow-closed solenoid valves (pages 73-76), pilot valves (pages 137-139), and tank valves and valve cone covers (pages 223-224 and 126) are described.

27. Water Pump Motors and Strainers

• Water pump motors are specified on page 68.
• CFS water strainer parts are detailed on pages 41-42.

28. Weigh Bins

• Components related to weigh bins for material measurement are on page 158.

Critical Information and Best Practices

• Proper counterflow piping and water strainer installation are critical for heat exchanger efficiency and protection.
• Maintaining water quality within specified pH limits prevents corrosion and scaling.
• Selection of tubing bends, feed tube diverters, and vacuum components must align with system requirements to ensure reliability and performance.
• Valve selection should consider application-specific needs for precise control and energy efficiency.
• Regular maintenance of water pump motors, strainers, filters, and electrical components supports system longevity and operational safety.
• Use of specialized series such as MPN Marine enhances durability in harsh water conditions.

Summary

This document is a comprehensive technical catalog and index for industrial equipment components, focusing on extrusion, conveying, drying, filtering, heat transfer, and motor systems. It provides detailed specifications, part numbers, and page references organized by component type and application. The catalog supports maintenance, repair, procurement, and system design by emphasizing compatibility, critical components, and best practices for efficient and safe industrial operations.