DYNA-FLO - IA Rugby

DYNA-FLO Tundra Customer Rollout Introduction 1 November 13, 2020 Proprietary 2020 Curtiss-Wright

Presenters GRANT PEGDEN-WRIGHT 2 November 13, 2020 Proprietary 2020 Curtiss-Wright JOE NAGY

Agenda Dyna-Flo Introduction & History Control Valve Standards Control Valve Technical Specifications Dyna-Flo Products 3 November 13, 2020 Proprietary 2020 Curtiss-Wright

Value Proposition ADVANTAGES OF DYNA-FLO Same design, same quality, at lower cost Standard delivery is 4-6 weeks Expedited delivery is 1 day to 1 week Local – manufactured in Edmonton 4 November 13, 2020 Proprietary 2020 Curtiss-Wright

DYNA-FLO TODAY Dyna-Flo is an International manufacturer of control valves and instrumentation with manufacturing & assembly facilities in Canada, the United States and China. Highly professional, factory trained representatives are in place across the globe. Product line is targeted towards the most demanding process control applications where a high level of quality, reliability and delivery are required. With over 100 years of Fisher factory trained experience, Dyna-Flo can size, select, and service a Control Valve for most any application. 5 November 13, 2020 Proprietary 2020 Curtiss-Wright

DYNA-FLO LOCATIONS EDMONTON, CANADA Edmonton, Canada (Main Factory) PASADENA, TEXAS Pasadena, TX (Sales & Assembly) 65,300 s.f. situated on 4 acres 21,000 s.f. of building plus 30,000 s.f. paved 95 employees 11 employees 65% assembly capacity 75% machining capacity Calgary, Canada (sales office) 6 November 13, 2020 Proprietary 2020 Curtiss-Wright Ready for expansion

STATE-OF-THE-ART CNC HIGH PRODUCTION MACHINING Click to edit Master title style 7 November 13, 2020 Proprietary 2020 Curtiss-Wright

Standards Dyna-Flo Manufactures to Valve manufacturing ASME B16.34-2017 Leakage class FCI 70-2-2006 Hydrotest ASME B16.34 2017 Face-to-Face dimension ISA 75.08.01-2002 (R2007) – Flanged Globe Style CL125 - 600 ISA 75.08.02-2003 (R2017) – Flanged and Flangeless Rotary Control Valves CL150 - 600 ISA 75.08.03-2001 (R2013) – Socket Weld & Screwed-End CL150-2500 ISA 75.08.05-2002 (R2007) – Buttweld-End Globe Style CL150-2500 ISA 75.08.06-2002 (R2013) – Flanged Globe Style CL900-2500 8 November 13, 2020 Proprietary 2020 Curtiss-Wright Flange facing ASME B16.5 2017 Marking MSS-SP-25-2018 Quality Std for castings MSS-SP-55-2011 Valve Sizing IEC 60534-2-1 (Flow Capacity) IEC 60534-8-3 (Aerodynamic Noise Calculations) IEC 60534-8-4 (Hydrodynamic Noise Calculations) NACE MR0175 ISO15156 2015 (Available with most constructions)

Why Dyna-Flo? PRICING & DELIVERY Savings over other major brands of Control Valves Better parts pricing Our deliveries are very quick compared to our competition. Typically 4-6 weeks on all products CONFIGURATOR Configurator tool is integrated into the Business ERP system meaning less errors Configurator quicker generating documents Typical stock delivery for most parts FAMILIARITY & CUSTOM DESIGN Dyna-Flo products are typically identical to Fisher. There is no need for extra training, and can be combined with your current inventory More user friendly options than Fisher - for example more options for mounting instrumentation on a globe valve Custom design specifications – for example custom face to face measurements, characterized cages, & welded plugs 9 November 13, 2020 Proprietary 2020 Curtiss-Wright NORTH AMERICAN MANUFACTURING Real time deliveries and real time inventory No boat time which creates more flexibility in managing the orders More flexibility in customizing the products

ENGINEERING DESIGN CONCEPTS Our Engineering department uses sophisticated computer aided drafting and design software to keep us on the cutting edge of our industry Engineering is responsible for maintaining and applying sound design concepts to all current and new products. Promote-able design concepts and products. Advanced designs – product evolution Materials of construction Engineering tools SolidWorks CAD Suite FEA Flow calcs Noise calcs Master Cam CMM Outside engineering as required PE stamped item Outside of standard 10 November 13, 2020 Proprietary 2020 Curtiss-Wright

ASME Class Body and Bonnet Ratings (Pressure and Temperature) The first consideration in valve selection is to meet the pressure and temperature ratings of the piping Typical ASME Ratings 150 – 2500# The Body & Bonnet must meet the specifications of the piping 11 November 13, 2020 Proprietary 2020 Curtiss-Wright

Pressure Ratings The actual pressure ratings vary with material and temperature Pressure and temperature charts and tables for various materials are readily available As the temperature increases the pressure rating of the material decreases 12 November 13, 2020 Proprietary 2020 Curtiss-Wright

ASME Pressure Temperature Graph 13 November 13, 2020 Proprietary 2020 Curtiss-Wright

Material Temperature Ratings A pressure must have a temperature associated with it WCC -20 to 800 DEG F LCC -50 to 650 DEG F CF8M -325 to 1500 DEG F WC9 -20 to 1050 DEG F 14 November 13, 2020 Proprietary 2020 Curtiss-Wright

Common End Connections Dyna-Flo does not make flat face connections RTJ in 150 to 600 very Threaded NPT connections are uncommon common in 2” and less 900# typically RF and 1500 RTJ NPT connections are very 2500# typically RTJ uncommon in 3” and larger 2” and less typically SW 1” and 2” valves that are dual rated 900/1500 are about 50/50 3” and larger BW RF and RTJ 600# and below typically RF 15 November 13, 2020 Proprietary Curtiss-Wright

Determinants of Cv Port size Percentage of valve travel For liquid flows, the flow geometry of the valve limits liquid flow capacity For gasses, flow is a function of the port area and flow geometry has little impact on capacity Globe valves have less capacity than a rotary valve of a given size 16 November 13, 2020 Proprietary Curtiss-Wright

Cv The tables includes Cv ratings at different percentages of travel for different valve sizes and port sizes. For rotary-shaft control valves, capacities are published for different degrees of rotation 17 November 13, 2020 Proprietary Curtiss-Wright

Characteristics 18 November 13, 2020 Proprietary Curtiss-Wright

ANSI FCI 70.2 Leak Classes Six different seat leakage classifications Class I through Class VI Common classifications are Class II – high temperature applications Class IV is the standard shut off. Class V is known as metal to metal seating Class VI is known as tight shut off There are other classifications that are proprietary based on vendor specific criteria 19 November 13, 2020 Proprietary Curtiss-Wright

Shut Off Class Model 360 or ET Specified by users Previously - Class V metal seated Previously - Class VI resilient (soft) seated Change is the Model 360 with a soft seat – we now have Class V shut off for the 360 with a resilient (soft) seat available Model 360 metal seated Class V shut off requires a spring loaded seal and a wide bevel seat and plug which are more expensive than Class IV shut off 20 November 13, 2020 Proprietary Curtiss-Wright

Configurator Dyna-Flo has automated our ordering guide We call this tool the product configurator The configurator includes: Drawings Parts List Valve Sizing Function including noise and cavitation Actuator sizing Bills of Material Pricing 21 November 13, 2020 Proprietary 2020 Curtiss-Wright

REPORTING Full system report includes: Valve spec sheet & spare parts list Actuator spec sheet & spare parts List Instrumentation spec sheet Valve & Actuator sizing reports (if sized in a system) Outline dimensional drawings We Can add Rep Logos to reports 22 November 13, 2020 Proprietary 2020 Curtiss-Wright

Engineered Product Control Valves are an engineered product Typically each valve is sized Brief review – in order to size a valve we require Pressure Drop Flow Rate Fluid Properties We do have solutions for noise control and cavitation 23 November 13, 2020 Proprietary 2020 Curtiss-Wright

Equation Form SIZING EQUATION DEFINITIONS Q Flow Rate 𝐐𝐐 𝐂𝐂𝐕𝐕 𝐏𝐏𝟏𝟏 𝐏𝐏𝟐𝟐 𝛒𝛒 24 November 13, 2020 Proprietary 2020 Curtiss-Wright Cv Valve Coefficient P1 upstream pressure P2 downstream pressure ρ specific gravity

GLOBE VALVE BODY FLOW DIRECTION Flow can be up or down Impacts Cv Impacts actuator sizing 25 November 13, 2020 Proprietary 2020 Curtiss-Wright CUT-AWAY EXAMPLE

Ports Sizes by Valve Type DEFINITION The 363 has many options The 360/1 have reduced and full ports in sizes 2” through 6” The reduced ports have less travel than the full port. The actuator can not be re-used The 8” 360/1 has only one port size but has two travel choices, 2” & 3” The 392 has different ports and travels The 390/1 have full ports but two travel options per size 1” 390/1 does not exist – use a 1” 392 26 November 13, 2020 Proprietary 2020 Curtiss-Wright 390 VALVE

Flow Direction The selection of a balanced or unbalanced plug also includes the consideration of the preferred flow direction, flow-up or flow-down Preferred flow direction is established after considering the effect of pressure on the valve plug when the valve is in the closed position. The two effects are: PTTO - pressure-tends-to-open PTTC - pressure-tends-to-close Guideline: The normal recommendation is PTTO The PTTO configuration prevents the valve plug from slamming into the seat as the valve plug nears the closed position 27 November 13, 2020 Proprietary 2020 Curtiss-Wright

Valve Series Flow Direction Un-Balanced – Model 362, 363, 392 and DF2000 tend to flow in the up direction Balanced – 360, 361 and 390, 391, tend to flow down Exceptions are Angle DF2000, and some un-balanced anticavitation trims Large valves like the 370, 371 and 350, 351 are balanced due to valve size. Standard trim is flow down 28 November 13, 2020 Proprietary 2020 Curtiss-Wright

Flow Direction - Unbalanced Plugs UNBALANCED VALVES Valves with unbalanced plugs, the PTTO condition is achieved when the valve is installed in a flow-up configuration 29 November 13, 2020 Proprietary 2020 Curtiss-Wright FLOW EXAMPLE

Flow Direction - Balanced Plugs BALANCED VALVES Valves with balanced plugs, the PTTO condition is achieved when the valve is installed in a flow down configuration 30 November 13, 2020 Proprietary 2020 Curtiss-Wright FLOW EXAMPLE

DYNA-FLO VALVES GLOBE VALVES FEATURES 360 Series (Fisher ET) 350 Series (Fisher EWT) 370 Series (Large ET) 390 Series (HPT) 380 Series (EHT) 150# to 600# in 1” through 16” 900# to 1500# in 1 Through 8” 2500# in 3” 31 November 13, 2020 Proprietary 2020 Curtiss-Wright

DYNA-FLO VALVES ROTARY VALVES FEATURES 570/571/573 (Fisher V200/V150/V300) 590 (Fisher V250) Flanged 150# to 300# 1” through 12” Wafer 150# to 600# 1” through 8” Wafer 600# to 900# 4” through 16” 32 November 13, 2020 Proprietary 2020 Curtiss-Wright

DYNA-FLO ACTUATORS DFR DFC/DFO FEATURES DFR Rotary Actuator DFC & DFO Linear Actuator Size 026, 047, 070, 070, 156, 220 Size 1069, 2069, 2105, 2156, 3220 Travel: 60 or 90 degrees Travel: 1/2”- 4” ROTARY 33 November 13, 2020 Proprietary 2020 Curtiss-Wright LINEAR The 300 series valves and the 500 series valves have separate valve and actuators YOKELESS

DYNA-FLO ACTUATORS DFLP DFRP Linear Double Acting Piston Actuator Rotary Double Acting Piston Actuator Sizes: 113 & 154 Sizes: 028, 079, 112, 113, 154 Max Operating Pressure: 150 psi Splined connection with minimal dead band Unique design allows for low cost cylinder replacement Max Operating Pressures: 85 – 150 psi Easily mount positioners & limit switches Unique design allows for low cost cylinder replacement 34 November 13, 2020 Proprietary 2020 Curtiss-Wright

SIEMENS SMART POSITIONER SIPART PS/2 FEATURES Zero Bleed in Steady State On-Board Programming Auto/Manual On-Board HART Ready Dyna-Flo is open to using other manufacturers positioners 35 November 13, 2020 Proprietary 2020 Curtiss-Wright