Heat Pump Water Heaters GARY CROSS JACOB BUCKLIN MEETING AGENDA - - PowerPoint PPT Presentation

Heat Pump Water Heaters

GARY CROSS JACOB BUCKLIN

MEETING AGENDA

POWER POINT PRESENTATION: Who is Nyle Systems Contact Information Product Lines New CWM Series Heat Pump Basics Unit Capacities/Standard Features Pricing Applications Nyle Local Marketing Samples WEBSITE/CATALOG REVIEW GOOGLE DRIVE/WEBSITE PORTAL SIZING TOOLS/BASIC FORMULAS SUBMITTAL PACS CURRENT ADDITIONAL PRODUCTS IN DEVELOPMENT

Nyle Systems strives to be the leader in four product markets:

• Lumber Drying and Heat Treating
• Heat Pump Water Heating
• Food and Product Drying
• Cannabis/Hemp Drying (Subsidiary: Cann Systems LLC)

What ties this all together is 40 years of experience building quality heat pump systems for these markets. We have developed a unique combination of know-how and capabilities to come up with the right system for a wide variety of applications. Our systems, built for commercial and industrial applications, are built to provide the highest quality product at a great value! Value to buy and value to own: In every product we build, we strive for the lowest cost of ownership over the entire product life cycle. This means, we reduce complexity where possible and use quality components. This reduces upfront cost, maintenance and service costs, and means a long product life.

Who we are:

Product Lines

Geyser C-Series Commercial Water Heaters:

• Air Source & Water Source configurations available
• Heating capacity ranges from 25,000 – 250,000 BTUH
• Cooling capacity ranges from 20,000 – 211,000 BTUH
• Recovery rates up to 340 gallons per hour

Geyser CWM-Series Modular Commercial Water Source Heaters:

• High capacity Water Source MODULAR configurations available
• Heating capacity ranges from 270 MBTUH → 2,000 MBTUH
• Cooling capacity ranges from 20 MBTUH → 1,700 MBTUH
• Recovery rates from 323 to 2,584 gallons per hour

Nyle Geyser Heat Pump Water Heater Models

Air to Water & Water to Water

Water to Water Modular C25……………………27,400 BTUH C270WM………………..278,650 BTUH C60……………………66,800 BTUH C540WM………………..557,300 BTUH C90……………………92,300 BTUH C810WM………………..835,950 BTUH C125…………...…….131,600 BTUH C1080WM………….....1,114,600 BTUH C185…………………185,600 BTUH C1350WM………….....1,393,250 BTUH C250…………………249,800 BTUH C1620WM………….....1,671,900 BTUH C370 (Coming Soon)…371,000 BTUH C1890WM………….....1,950,550 BTUH C2160WM………….....2,229,200 BTUH

* Performance based on 75°F ambient air at 60% RH, or 75°F source water with entering water temperature of 100°F * Performance based on 80°F source water with 70°F entering water temperature and 140°F leaving water temperature

• Double Wall Stainless Steel Brazed Plate Heat Exchanger, for Potable Water Side

(NSF 61 Approved)

• Integrated Pump on Heated Side of System (NSF 61 Approved)
• Aluminum Enclosed Cabinet
• Nyle Gray Macropoxy (epoxy) paint, 6,500 hour Salt Fog Resistance Rating
• Coated Evaporator Coil (air units only)
• Single Wall Stainless Steel Brazed Plate Heat Exchanger, for Source Water Side

Standard Unit Construction

Standard Connection Points

• Potable Water Inlet & Outlet
• Source Water Inlet & Outlet (Water Source)
• Source Air Intake & Exhaust (Air Source)
• Relay Contacts for External Source Pump (Water Source)
• Tank Temperature Probe
• Unit Main Power at Rated Voltage

• 5 Year Extended Compressor Warranty
• Blower Option for Air Source Units, Desirable for Ducting Applications
• Cold Ambient Air Kit for Air Source Units
• PLC Controls (Standard on C185 and Above)
• Modbus to BACnet Gateway
• Fluorokem HS Urethane Outer Coating, 10 Yr Manufacturer Warranty
• 304 or 316 Stainless Steel Enclosed Cabinet
• Compressor VFD for Load Varying Applications (where applicable)
• Copper Evaporator Air Coil
• Master Panel for Multi-Unit Applications

Additional Options

Fluorokem HS vs. Stainless Steel

Fluorokem HS

• Ideal for Outdoor Use
• Holds Up in Harsh Environments, ex. Marine & Bridges
• Lower Cost Than Stainless

Stainless Steel

• Great for Corrosive Environments
• Suited for Commercial Kitchens

All units come standard with an aluminum enclosure and coated with Macropoxy 646 which is ideal for indoor environments.

APPLICATIONS

HOTELS/RESORTS HOSPITALS APARTMENT BUILDINGS SCHOOLS DORMATORIES OFFICES INDUSTRIAL GEOTHERMAL COMMERCIAL LAUNDRY HYDRONIC HEATING PRIMARY FUNCTION: WE HEAT POTABLE WATER SECONDARY FUNCTION: WE COOL THE SOURCE WATER/AIR

Certifications

TÜV SÜD Canada & USA C22.2 No.326-15 (UL 1995) This certification ensures that the electrical and refrigeration systems have been throughly tested to ensure safe

• peration and that all fail safes have passed. This also means that Nyle consistently maintains the same level of

quality for every Heat Pump produced. We test our products 100% to ensure safe operation and to ensure the customer has push-button instillation. QPS Canada & USA C22.2 No.14-10 This certification establishes that the control equipment has been properly selected and applied to the current application and that the correct safeguards are in place to prevent electrical hazards within the Heat Pumps. NSF 61 – Observed by Nyle (National Sanitation Foundation) Drinking Water System Components We observe the NSF 61 standard by only using products certified for domestic water on the potable water side of the Heat Pump.

END OF PRESENTATION GO TO WEBSITE

Air-Source Low Ambient Kit

E.W.T. = 60°F L.W.T. = 140°F C250A 40°F Ambient Air Temperature

• Max. Amperage Draw (230V): 90.7 Amps

Heating Capacity = 154,200 H.COP = 3 Cooling Capacity = 114,500 C.COP = 2.25 C250A 35°F Ambient Air Temperature (W/Heating Elements) Maximum Amperage Draw (230V): 157.4 Amps Heating Capacity = 154,200 H.COP = 1.44 Cooling Capacity = 114,500 C.COP = 1.07 Cool Dehumidified Air Out

Evaporator

Warm Source Air In

Evaporator

Heating Elements

Cool Dehumidified Air Out Warm Source Air In

Unit Capacity Calculation

Capacity = 1.08 * (q) * (∆T)

Capacity Based on Air Flow

Cooling Capacity = (BTU/hr) 1.08 = Constant Factor at Sea Level q = Air Flow Volume (CFM) ∆T = Temperature Difference (°F)

Capacity Based on Water Flow

Capacity = 8.34 * (v) * 60 * (∆T)

Capacity = (BTU/hr) 8.34 = lbs/Gal Water v = velocity (Gal/min) 60 = 60 min/hour ∆T = Temperature Difference (°F)

Sizing Tool Walk-Through

Building Management System (BMS) Integration

Allows Monitoring of

• System call status
• Individual unit operating status
• Individual unit defrost cycle status
• Individual unit alarm status
• Individual unit run hours