P r o d u c t C a t a l o g u e

Transcription

1 Product Catalogue

2 Tamas Hydronic Systems Inc th Avenue SE, Calgary, AB T2C 2K2 Telephone: (403) Fax: (403) Web: tamashydronic.com Table of Contents Tamas Hydronic Information... 1 Current Projects... 2 Modular Hydronic Panels... 3 Solar Systems... 4 Snowmelt Systems... 4 VFDs and Controls... 5 Panel Descriptions Modular Design Theory... 9 Pump Curves... 9 Product List Featured Products Limited Warranty Typical snowmelt panel displayed.

3 Tamas Hydronic Tamas Hydronic develops and manufactures hot water heating systems tailored for residential, commercial and industrial facilities. Pre-fabricated Tamas panels provide a convenient alternative to onsite production for contractors, a pre-engineered inclusive package for building managers, and a compact, convenient system for homeowners. Custom engineering ensures that pump and pipe sizing maximizes water distribution and heat transfer. Systems are setup using independent zones that can be adjusted to cater to the requirements of a specific room or area. System efficiency and operating costs can be addressed by adding solar or geothermal technologies to a Tamas Hydronic panel. These panels manage solar panels/tubes or geothermal heat pumps, creating residual cost savings and an environmentally friendly energy option. Solar systems can be used to provide domestic hot water through both direct and indirect hot water tanks. Geothermal systems provide the ability to heat a building regardless of the outside weather or temperature. Radiant vs. Forced Air Applications Hydronic heating systems have expanded beyond typical boiler-radiator combinations to include radiant floor heating systems which provide a host of benefits compared to forced air installations: 1. Typical forced air systems distribute the majority of their heated air through vents at the top portion of a room. In comparison, radiant floor loops circulate pre-heated water to heat the floor from the ground up, creating a comfortable environment as well as avoiding wasted heat at the top of the room. 2. Zone control allows for radiant loops in unused rooms to be turned off, further increasing energy savings. Room temperature can also be set independently of other areas in a building. Hydronic systems also use a boiler rather than a furnace and are as a result generally quieter than forced air systems. 3. As a radiant system heats the actual floor surface via the circulating water loops, air circulation is avoided, which in turn cuts down on the disturbance of particles such as dust mites and pollen within the home. This can benefit allergy and asthma sufferers and avoid humidity issues. 4. Properly controlled hydronic systems have the capacity to provide accurately tempered water. Homes heated with a furnace system have a tendency to drop below the desired temperature set on a thermostat before instigating a call for heat. This can lead to an undershoot/overshoot cycle where by the temperature in the house does not often hit the target. Hydronic systems attempt to avoid these hot-cold swings by distributing pre-mixed water to the zone. This leads many hydronic systems to be substantially more efficient and comfortable then their forced air counterparts. Hydronic Fluid Heat Capacity Retention Rate = 496 BTU/Lb m F * *Approximate Retention Rate Forced Air Heat Capacity Retention Rate = 1.08 BTU/Lb m F * 1

4 Vancouver 2010: Athlete s Village Project Tamas Hydronic was responsible for designing and manufacturing the combined heating/ cooling units installed in the Millennium Waterfront Athlete s Village development in Vancouver, British Columbia. The building was developed with the target of achieving LEED (Leadership in Energy and Environmental Design) Certification. LEED Certification serves as the definitive standard when attempting to minimize the environmental footprint of a structure, and striving to attain complete sustainability. Each apartment unit received its own respective heating/cooling system; three panel types were developed to accommodate the three corresponding suite sizes. The Tamas systems were developed to distribute tempered hot water when a heat demand exists, as well as provide air conditioning via chilled water during the warmer summer months. In excess of 1200 individual units were completed for the project. Innovative design strategies allowed for compact unit design and minimal residual noise. This compensation allowed structure designers to integrate the heating and cooling system within the living space. Designers were able to maximize habitable square footage in the apartments as the requirement for a boiler room or mechanical space was not necessary. Photo courtesy of Millennium Southeast False Creek Properties Ltd

5 Modular Hydronic Panels The Tamas line of hydronic panels, solar systems, snowmelt units and VFD controls have been developed to accommodate a wide range of BTU loads, suitable for residential dwellings, commercial buildings and industrial/institutional sized enclosures. The underlying modular design theory allows for additional panels to be added to an installation to meet increased demand. Efficient, comfortable heating and cooling service is provided to residential homes through infloor radiant heat or strategically located radiators. Pre-mixed water is tempered with the use of a thermostatic mixing valve to ensure constant temperatures, as well as ensuring that the integrity of floor covering such as hardwood are not compromised. Isolated zone pumps give individual control to specific areas of larger homes and multi-family units. Larger operations have the capacity of running auxiliary fan coils, snowmelt systems during the winter months, and chiller panels. The addition of solar power manifolds can add residual free heat to any building with the installation of efficient solar tubes. Custom panel engineering ensures proper system sizing, resulting in appropriate fluid distribution and accurate room temperature. 3

6 Solar Systems Tamas solar collectors provide a latent, residual heat source which can be tied into existing domestic hot water tanks for storage or to compliment radiant heat systems as a secondary heat source (weather dependent), lowering heating costs. A dump option is also available to direct excessive hot water into a setpoint such as a swimming pool, hot tub or snowmelt. An optional flat roof installation kit is available to install the panel manifolds at an angle, ensuring maximum heat collection during prime sunlight hours. Multiple manifolds can be coupled to increase solar intake, further reducing heating costs and increasing efficiency and effectiveness of the installation. The Tamas T-SL-HX-2010 is available in several sizes to suit specific solar setups. Tamas solar systems are built on the foundation of evacuated tube solar water heaters. The tubes have been granted SRCC Certification in North America. Features: Outdoor/indoor reset for tank operation Solar system isolation (50% glycol) from heating system application (30% glycol) Boiler backup application Heat dump operation Snowmelt Systems Tamas snowmelt panels are a safe, reliable alternative to manual snow and ice removal. HBX control systems provide efficient, real-time operation. Pre-engineered systems are calculated to maximize efficiency through heat exchanger sizing, system pump sizing, and can accommodate facilities requiring a maximum of 3 million BTUs. The panels are built with flexible, multi-system components which can handle driveways, ramps, sidewalks and steps, making the board suitable for residential, commercial and industrial sites. Features: Pre-designed, wired and assembled Function and pressure tested Expandable capabilities Includes complete HBX Snowmelt System SNO-1000, SNO-0100, SNO-0110, SNO

7 VFDs and Controls The addition of variable frequency drives and application specific controls can increase system efficiency, reduce equipment depreciation, and minimize maintenance costs in large scale boiler operations. Boiler controls enable warm-weather shutdown when the outside temperature exceeds the adjusted indoor target temperature, creating energy savings as well as decreasing pump run-time. Boiler controls are also able to automatically rotate system pump usage in an installation containing backup measures. Adjustable variable frequency drives offer the ability to modulate flow rate and speed by sensing the differential pressure or temperature within the system. Distribution is regulated to meet the minimum output requirements to satisfy the system load. VFD Installation Case Study Energy Consumption Before VFD KWhrs KWhrs per day Energy Consumption After VFD KWhrs KWhrs per day High Demand Period - Savings: Low Demand Period - Savings: $ * $ $ * * Cost per KW at time of data collection ($0.11) 5

8 T-LO-TP-0010(0030) Low Panels The T-LO-TP-0010(0030) is specifically designed to accommodate a 1-3 zone radiant floor heating system using a thermostatic mixing valve (TMV) to temper the water for the desired infloor temperature. This specialty panel can also accommodate a DHW heat source. The built in timing mechanism will flush the system every 24 hours if that particular zone has not been turned on by the thermostat. T-HI-TP-0010(0030) High Panels The Tamas T-HI-OP-0010 is specifically designed to accommodate a 1-3 zone high temperature system. The 1-3 zone pumps will distribute the flow requirements for most high temperature applications. These panels can also be utilized in a condensing boiler application, or be expanded to provide for additional zones in the system. T-BO-V Viessmann Boiler Panel The T-BO-V is configured with expansion ports designed to accept input signals from future auxiliary boards. The panel is specifically designed to work in unison with the Viessmann Vitodens 100 wall-mounted condensing boiler. Optional secondary injection mixing components can be added to enable DHW priority and fan coil applications as well as low and high temperature zones. The board can support a maximum of 5 pumps, including the DHW priority pump. Dimensions ( ) W H-12.5 D-7 Dimensions (mm) W-575 H-316 D-178 Panel Enclosure Powder Coated Steel Flow Range (15-58) GPM Head Range (15-58) 0-19 feet Max. Operating 95 C / 203 F Max. Operating 10 Bar / 145 PSI Dimensions ( ) W H-12.5 D-7 Dimensions (mm) W-575 H-316 D-178 Panel Enclosure Powder Coated Steel Flow Range (15-58) GPM Head Range (15-58) 0-19 feet Max. Operating 95 C / 203 F Max. Operating 10 Bar / 145 PSI Dimensions ( ) W-21.5 H-27 D-12 Dimensions (mm) W-546 H-686 D-305 Panel Enclosure Powder Coated Steel Flow Range (15-58) GPM Head Range (15-58) 0-19 feet Max. Operating 95 C / 203 F Max. Operating 10 Bar / 145 PSI 6

9 T-HL-TP-0340 High/Low Panel The Tamas T-HL-TP-0340 is specifically designed to accommodate multiple temperature applications in the same system, up to a maximum of 7 zones. This versatile panel can also be used with a dedicated condensing boiler. The 3-speed pumps used will accommodate the flow requirements for most warm and hot water requirements. A DHW priority configuration is also an option for this panel. T-BO-KD-1050 Knight Boiler Panel The T-BO-KD-1050 is configured with expansion ports designed to accept input signals from future auxiliary boards. The panel is specifically designed to work in unison with Knight boilers. Optional secondary injection mixing components can be added to enable DHW priority and fan coil applications as well as low and high temperature zones. The board can support a maximum of 5 pumps, including the DHW priority pump. T-BO-IB-2030 IBC Boiler Panel The T-BO-IB-2030 is configured as a primary/ secondary system, using a UPS boiler pump and three UPS (three speed) Grundfos pumps for infloor heating, fan coil, or DHW applications. System wiring accommodates all of the IBC boiler functions. The panel is suited with necessary fill, drain and expansion tank connections. Dimensions ( ) W-21.5 H-27 D-12 Dimensions (mm) W-546 H-686 D-305 Panel Enclosure Powder Coated Steel Flow Range (15-58) GPM Head Range (15-58) 0-19 feet Max. Operating 95 C / 203 F Max. Operating 10 Bar / 145 PSI Dimensions ( ) W-21.5 H-27 D-12 Dimensions (mm) W-546 H-686 D-305 Panel Enclosure Powder Coated Steel Flow Range (15-58) GPM Head Range (15-58) 0-19 feet Max. Operating 95 C / 203 F Max. Operating 10 Bar / 145 PSI Dimensions ( ) W-21.5 H-27 D-12 Dimensions (mm) W-546 H-686 D-305 Panel Enclosure Flow Range (15-58) Head Range (15-58) Max. Operating Max. Operating Max. Ambient Power Supply Powder Coated Steel GPM 0-19 feet 95 C / 203 F 10 Bar / 145 PSI 50 C / 122 F 120V 15A 7

10 T-HL-IP-2220 High/Low Injection Panel Tamas injection panel offering up to two high and two low temperature zones. Comes equipped with outdoor/indoor injection control (HBX Controls CPU-0500). The system includes Tamas temperature gauge, fill/drain valve and expansion tank connection. Dimensions ( ) W-21.5 H-27 D-12 Dimensions (mm) W-546 H-686 D-305 Panel Enclosure Flow Range (15-58) Head Range (15-58) Max. Operating Max. Operating Powder Coated Steel GPM 0-19 feet 95 C / 203 F 10 Bar / 145 PSI Min. Fluid Temp. 2 C / 36 F T-BO-PL-2001 Primary Loop Panel Tamas primary loop panel available with the UPS pump, or UPS sized pump. The panel comes equipped with a backflow prevention unit, and a boiler protection/reduction valve. The system comes standard with 1.25 copper pipe, and a standard fill/drain valve. Note: Take offs can be customized to suit various locations within the loop. Dimensions ( ) W-21.5 H-27 D-12 Dimensions (mm) W-546 H-686 D-305 Panel Enclosure Flow Range (26-99) Head Range (26-99) Flow Range (15-58) Head Range (15-58) Max. Operating Max. Operating Powder Coated Steel 0-11 GPM 0-24 feet GPM 0-19 feet 95 C / 203 F 10 Bar / 145 PSI Min. Fluid Temp. 2 C / 36 F T-BO-RO(H)-1110 Tank-less Water Heater Panel The Tamas tank-less water heater panel is available in system pump sizes UPS 15-58, UPS 26-99, and zone pumps size UPS (three speed). This panel can accommodate DHW priority through an optional flow switch which enables DHW delivery while disabling the system and zone pumps during a DHW call for heat. The panel is also available with a heat exchanger for isolation. Dimensions ( ) W H-12.5 D-7 Dimensions (mm) W-575 H-316 D-178 Panel Enclosure Flow Range (15-58) Head Range (15-58) Max. Operating Max. Operating Powder Coated Steel GPM 0-19 feet 95 C / 203 F 10 Bar / 145 PSI Min. Fluid Temp. 2 C / 36 F 8

11 Modular System Pump Curves UPS 15-58RU UPS 26-99BFC UPS 32-80F The Tamas Modular System Setup: By taking advantage of primary/secondary piping we can connect one panel to the next, resulting in expansion capabilities for larger installations. Expansion capabilities can account for additional considerations such as fan coils, domestic hot water priority and radiant infloor heating. The addition of auxiliary connections to panels also allows for peripherals to be added in the future, complimenting renovation and expansion projects. 9

12 1. Tamas Hydronic Board 2. Board Type 3. Mixing Method 4. Dispersion Method 5. BTU Ouput x 100, Number of High Zones 7. Number of Low Zones 8. Number of Injection Zones Board Types: BO - Boiler Board PL - Primary Loop Board HI - High Board LO - Low Board SM - Snowmelt Board SL - Solar Board EX - Expansion Module MX - Mixing Board S - Stainless Steel Mixing Methods: T - Thermostatic I - Injection * - Snowmelt Panels (with HBX SNO-1000 Control) Dispersion Methods: P - Pump V - Valve D - Domestic Hot Water 1 T-SM-HBX-100HX Available from 50,000 3,000,000 BTU model A - Multi Function Boiler Board 100,000 BTU 1 T-BO Boiler: 0 high, 0 low, 0 injection 2 T-BO Boiler: 1 high, 0 low, 1 injection 3 T-BO-0D-1101 Boiler: 1 high (DHW), 0 low, 1 injection 4 T-BO-0D-1012 Boiler: 0 high, 1 low, 2 injection 5 T-BO Boiler: 1 high, 1 low, 1 injection 6 T-BO-0D-1111 Boiler: 1 high (DHW), 1 low, 1 injection 7 T-BO Boiler: 2 high, 0 low, 1 injection 8 T-BO-0D-1201 Boiler: 2 high (DHW), 0 low, 1 injection 9 T-BO Boiler: 0 high, 2 low, 1 injection B - Viessmann Vitodens 100 Boiler 100,000 BTU 1 T-BO-VD-1101 Boiler Pump: DHW, 1 injection 2 T-BO-VD-1111 Boiler Pump: DHW, 1 zone pump, 1 injection 3 T-BO-VD-1121 Boiler Pump: DHW, 2 zone pump, 1 injection 4 T-BO-VD-1131 Boiler Pump: DHW, 3 zone pump, 0 injection 5 T-BO-VO-1011 Boiler pump: 1 zone pump, 1 injection 6 T-BO-VO-1021 Boiler pump: 2 zone pumps, 1 injection 7 T-BO-VO-1031 Boiler pump: 3 zone pumps, 1 injection 8 T-BO-VO-1040 Boiler pump: 4 zone Pumps, 0 injection * Note: VD = DHW, V0 = No DHW, Injection connection optional C - Multi Function Boiler Board 1 T-BO Boiler: 0 high, 0 low, 1 injection 2 T-BO Boiler: 1 high, 0 low, 1 injection 3 T-BO-0D-2101 Boiler: 1 high(dhw), 0 low, 1 injection 4 T-BO-0D D26 Boiler: 1 high(dhw), 0 low, 1 injection 5 T-BO Boiler: 1 high, 1 low, 1 injection 6 T-BO-0D-2111 Boiler: 1 high(dhw), 1 low, 1 injection 7 T-BO Boiler: 2 high, 0 low, 1 injection 8 T-BO-0D-2201 Boiler: 2 high(dhw), 0 low, 1 injection 9 T-BO Boiler: 0 high, 2 low, 1 injection 10 T-BO-A Boiler: back flow prev., boiler feed 200,000 BTU D - Multi Function Boiler Board, No HBX Control 200,000 BTU 1 T-BO-CB-2001 Boiler: 0 high, 0 low, 1 injection, no HBX 2 T-BO-CB-2101 Boiler: 1 high, 0 low, 1 injection, no HBX 3 T-BO-CB-2111 Boiler: 1 high, 1 low, 1 injection, no HBX 4 T-BO-CB-2201 Boiler: 2 high, 0 low, 1 injection, no HBX 5 T-BO-CB-2021 Boiler: 0 high, 2 low, 1 inject, no HBX E - Multi Function Boiler Board, No HBX Control 300,000 BTU 1 T-BO-CB-3001 Boiler: 0 high, 0 low, 1 injection, no HBX 2 T-BO-CB-3101 Boiler: 1 high, 0 low, 1 injection, no HBX 3 T-BO-CB-3111 Boiler: 1 high, 1 low, 1 injection, no HBX 4 T-BO-CB-3201 Boiler: 2 high, 0 low, 1 injection, no HBX 5 T-BO-CB-3021 Boiler: 0 high, 2 low, 1 inject, no HBX F - Multi Function Boiler Board 300,000 BTU 1 T-BO Boiler: 0 high, 0 low, 2 injection 2 T-BO Boiler: 1 high, 0 low, 2 injection 3 T-BO-0D-3102 Boiler: 1 high(dhw), 0 low, 2 injection 4 T-BO Boiler: 1 high, 1 low, 2 injection 5 T-BO-0D-3112 Boiler: 1 high(dhw), 1 low, 2 injection 6 T-BO Boiler: 2 high, 0 low, 2 injection 7 T-BO Boiler: 2 high, 0 low, 2 injection 8 T-BO Boiler: 0 high, 2 low, 2 injection 9 T-BO Boiler: 3 high, 0 low, 2 injection G - Low Temp Injection Zone Valve Zone Boards 1 T-LO-IV-0040 Low temperature, injection, zone valve, 4 zone 2 T-LO-IV-0050 Low temperature, injection, zone valve, 5 zone 3 T-LO-IV-0060 Low temperature, injection, zone valve, 6 zone H - Low Temp Injection Pump Zone Boards 1 T-LO-IP-0020 Low temperature, injection pump, 2 zone 2 T-LO-IP-0030 Low temperature, injection pump, 3 zone 3 T-LO-IP-0040 Low temperature, injection pump, 4 zone 10

13 I - Combination Boards (Thermostatic Mixing Pump) 1 T-HL-TP-0110 Low temperature, TMP, 1 high, 1 low 2 T-HL-TP-0120 Low temperature, TMP, 1 high, 2 low 3 T-HL-TP-0130 Low temperature, TMP, 1 high, 3 low 4 T-HL-TP-0140 Low temperature, TMP, 1 high, 4 low 5 T-HL-TP-0150 Low temperature, TMP, 1 high, 5 low 6 T-HL-TP-0160 Low temperature, TMP, 1 high, 6 low 7 T-HL-TP-0210 Low temperature, TMP, 2 high, 1 low 8 T-HL-TP-0220 Low temperature, TMP, 2 high, 2 low 9 T-HL-TP-0230 Low temperature, TMP, 2 high, 3 low 10 T-HL-TP-0240 Low temperature, TMP, 2 high, 4 low 11 T-HL-TP-0250 Low temperature, TMP, 2 high, 5 low 12 T-HL-TP-0310 Low temperature, TMP, 3 high, 2 low 13 T-HL-TP-0320 Low temperature, TMP, 3 high, 2 low 14 T-HL-TP-0330 Low temperature, TMP, 3 high, 3 low 15 T-HL-TP-0340 Low temperature, TMP, 3 high, 4 low 16 T-HL-TP-0410 Low temperature, TMP, 4 high, 1 low 17 T-HL-TP-0420 Low temperature, TMP, 4 high, 2 low 18 T-HL-TP-0430 Low temperature, TMP, 4 high, 3 low 19 T-HL-TP-0510 Low temperature, TMP, 5 high, 1 low 20 T-HL-TP-0520 Low temperature, TMP, 5 high, 2 low 21 T-HL-TP-0610 Low temperature, TMP, 6 high, 1 low J - Thermostatic Mixing Boards (Thermostatic Mixing Pump) 1 T-LO-TP-0010 Low temperature, TMP, 1 Zone 2 T-LO-TP-0020 Low temperature, TMP, 2 Zone 3 T-LO-TP-0030 Low temperature, TMP, 3 Zone 4 T-LO-TP-0040 Low temperature, TMP, 4 Zone K - Isolation (Thermostatic Mixing Pump) ,000 BTU 1 T-LO-TP-HX05 Low temperature, TMP, 1 Zone, heat exchanger 2 T-LO-TP-HX10 Low temperature, TMP, 1 Zone, heat exchanger L - Isolation (Standard Pump) ,000 BTU 1 T-LO-0P-HX05 Low temperature pump, 1 Zone, heat exchanger 2 T-LO-0P-HX10 Low temperature pump, 1 Zone, heat exchanger M - Expansion Modules 200,000 BTU 1 T-EX Expansion: 1 high, 0 low, 1 injection 2 T-EX Expansion: 2 high, 0 low, 1 injection 3 T-EX Expansion: 3 high, 0 low, 1 injection 4 T-EX Expansion: 2 high, 1 low, 1 injection 5 T-EX Expansion: 1 high, 2 low, 1 injection 6 T-EX Expansion: 1 high, 1 low, 1 injection 7 T-EX Expansion: 0 high, 2 low, 1 injection 8 T-EX Expansion: 0 high, 3 low, 2 injection N - Expansion Modules 300,000 BTU 1 T-EX Expansion: 1 high, 0 low, 1 injection 2 T-EX Expansion: 2 high, 0 low, 1 injection 3 T-EX Expansion: 3 high, 0 low, 1 injection 4 T-EX Expansion: 2 high, 1 low, 1 injection 5 T-EX Expansion: 1 high, 1 low, 1 injection 6 T-EX Expansion: 0 high, 2 low, 1 injection 7 T-EX Expansion: 0 high, 3 low, 2 injection O - Staging Modules (2 stages) 200,000 BTU 1 T-ST Stage: 0 high, 0 low, 1 injection 2 T-ST Stage: 1 high, 0 low, 1 injection 3 T-ST Stage: 0 high, 1 low, 1 injection P - Staging Modules (2 stages) 300,000 BTU 1 T-ST Stage: 0 high, 0 low, 1 injection 2 T-ST Stage: 1 high, 0 low, 1 injection 3 T-ST Stage: 0 high, 1 low, 1 injection Q - High Zone Pump (Condensing boiler) 1 T-HI-0P-0200-SB Condensing Boiler: 2 high, small zone board 2 T-HI-0P-0300-SB Condensing Boiler: 3 high, small zone board 3 T-HI-0P-0200 Condensing Boiler: 2 high 4 T-HI-0P-0300 Condensing Boiler: 3 high 5 T-HI-0P-0400 Condensing Boiler: 4 high R - High Zone Valve 1 T-HI-0V-0500 Boiler: 5 high, zone valve 2 T-HI-0V-0600 Boiler: 6 high, zone valve 3 T-MX-IP-1020 Boiler: 2 low, zone pump S - Solar Systems 1 T-SL Single pump solar panel 2 T-SL Tube solar panel with mounting hardware (sloped roof kit) 3 T-SL Tube solar panel with mounting hardware (sloped roof kit) 4 T-SL-01 Single solar vacuum tube 5 T-SL-20MF 20 Tube (manifold only) 6 T-SL-30MF 30 (Tube manifold only) 7 SL-200 Solar glycol feed system (max 40 PSI) 11

14 Featured Products: Stainless Steel Panel Line Additions to the Tamas Hydronic panel line include the T-HL-TP-0440-S stainless steel panel, the T-BO-VD-1140-S stainless steel panel, and the T-LO-TP-0010-S / T-LO-TP-0020-S stainless steel panels. The stainless steel units offer increased flow rate, as well as providing a durable product with improved longevity. Panel configurations offer an aesthetically pleasing option for boiler rooms, complete with an exterior cover. Custom units are also available, and can be built to suit. T-BO-VD-1140-S T-LO-TP-0010-S T-LO-TP-0020-S T-HL-TP-0440-S High/Low Panel (Stainless Steel Line) The Tamas T-HL-TP-0440-S is specifically designed to accommodate multiple temperature applications up to 8 zones. This versatile panel can also be used with a dedicated condensing boiler. The 3-speed pumps used will accommodate the flow requirements for most warm and hot water requirements. A DHW priority configuration is also an option for this panel. Dimensions ( ) W-21.5 H-27 D-12 Dimensions (mm) W-546 H-686 D-305 Panel Enclosure Powder Coated Steel Flow Range (15-58) GPM Head Range (15-58) 0-19 feet Max. Operating 95 C / 203 F Max. Operating 10 Bar / 145 PSI 12

15 Limited Warranty Tamas Hydronic Systems Inc. warrants each of its products to be free from defects in workmanship and materials under normal use and service for a period of 36 months from date of manufacture or 24 months from date of purchase from a Tamas Hydronic Systems Inc. authorized Dealer, if within the above documented period after date of manufacture. If the product proves to be defective within the applicable warranty period, Tamas Hydronic Systems Inc. on its sole discretion will repair or replace said product. Replacement product may be new or refurbished of equivalent or better specifications, relative to the defective product. Replacement product need not be of identical design or model. Any repair or replacement product pursuant to this warranty shall be warranted for not less than 90 days from date of such repair, irrespective of any earlier expiration of original warranty period. When Tamas Hydronic Systems Inc. Provides replacement, the defective product becomes the property of Tamas Hydronic Systems Inc. Warranty Service, within the applicable warranty period, may be obtained by contacting your nearest Tamas Hydronic Systems Inc. office via the original Authorized Agent and requesting a Return Material Authorization Number (RMA #). Proof of purchase in the form a dated invoice/receipt must be provided to expedite the issuance of a Factory RMA. After an RMA number has been issued, the defective product must be packaged securely in the original or other suitable shipping package to ensure that it will not be damaged in transit. The RMA number must be visible on the outside of the package and a copy included inside the package. The package must be mailed or otherwise shipped back to Tamas Hydronic Systems Inc. with all costs of mailing/shipping/insurance prepaid by the warranty claimant. Any package(s) returned to Tamas Hydronic Systems Inc. without an approved and visible RMA number will be rejected and shipped back to purchaser at purchaser s expense. Tamas Hydronic Systems Inc. reserves the right, if deemed necessary, to charge a reasonable levy for costs incurred, additional to mailing or shipping costs. Limitation of Warranties If the Tamas Hydronic Systems Inc. product does not operate as warranted above the purchasers sole remedy shall be, at Tamas Hydronic Systems Inc. s option, repair or replacement. The foregoing warranties and remedies are exclusive and in lieu of all other warranties, expressed or implied, either in fact or by operation of law, statutory or otherwise, including warranties of merchantability and fitness for a particular purpose/application. Tamas Hydronic Systems Inc. neither assumes nor authorizes any other person to assume for it any other liability in connection with the sale, installation maintenance or use of Tamas Hydronic Systems Inc. products. Tamas Hydronic Systems Inc. shall not be liable under this warranty; if its testing and examination discloses that the alleged defect in the product does not exist or was caused by the purchasers or third persons misuse, neglect, improper installation or testing, unauthorized attempts to repair or any other cause beyond the range of intended use, or by accident, fire, lightning or other hazard. Limitation of Liability In no event will Tamas Hydronic Systems Inc. be liable for any damages, including loss of data, loss of profits, costs of cover or other incidental, consequential or indirect damages arising out of the installation, maintenance, commissioning, performance, failure or interruption of a Tamas Hydronic Systems Inc. product, however caused and on any theory of liability. This limitation will apply even if Tamas Hydronic Systems Inc. has been advised of the possibility of such damage. Local Law This limited warranty statement gives the purchaser specific legal rights. The purchaser may also have other rights which vary from state to state in the United States, from Province to Province in Canada and from Country to Country elsewhere in the world. To the extent this Limited Warranty Statement is inconsistent with local law, this statement shall be deemed modified to be consistent with such local law. Under such local law, certain disclaimers and limitations of this statement may not apply to the purchaser. For example, some states in the United States, as well as some governments outside the United States (including Canadian Provinces), may: 1. Preclude the disclaimers and limitations in this statement from limiting the statutory rights of a consumer (e.g. United Kingdom); 2. Otherwise restrict the ability of a manufacturer to enforce such disclaimers or limitations; or 3. Grant the purchaser additional warranty rights which the manufacturer cannot disclaim, or not allow limitations on the duration of implied warranties. 13

16 Tamas Hydronic Systems Inc th Avenue SE, Calgary, AB T2C 2K2 Telephone: (403) Fax: (403) Web: tamashydronic.com