Heating system design - Import export

Knight Optical can offer KG1 Filters for use in Heat Sensitive Systems. We supply a range of KG1 Filters for a range of applications. All individually QA checked and metrology tested for quality to ensure parts meet customer specification. Supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. Knight Optical supply precision optical components to customers in Heat Sensitive Systems. KG1 Filters are designed to transmit visible wavelengths to absorb heat causing infrared wavelengths preventing it from reaching your system. Care has to be taken in the design of systems using KG1 as the material is an absorptive blocker and will heat up with use. To help alleviate the heating issue, our KG1 filters are thermally toughened For more information read PDF …..

Knight Optical can offer Heat Filters for use in Heat Sensitive Systems. We supply a range of heat Filters for a range of applications. All individually QA checked and metrology tested for quality to ensure parts meet customer specification. Supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. Knight Optical supply precision optical components to customers in Heat Sensitive Systems. Heat Filters are designed to transmit visible wavelengths to absorb or reflect heat causing infrared wavelengths preventing it from reaching your system. Care has to be taken in the design of systems using heat filters. Absorptive blockers will heat up with use and could result in damage to the filter. Reflective blockers will redirect the heat to another location in your system. For more information read PDF ….

Knight Optical can offer Hot Mirrors for use in Heat-Sensitive Systems. We supply a range of hot mirrors for a variety of applications – all individually QA checked and metrology tested for quality to ensure parts meet customers’ specs. What’s more, our Hot Mirrors are supplied in a range of sizes and shapes with custom coatings tailored to meet your individual applications. Knight Optical supply precision optical components to customers working with Heat-Sensitive Systems. Hot Mirrors are designed to transmit visible wavelengths and to reflect heat, causing infrared wavelengths. Hot mirrors have a sharp cut-off between Infrared (IR) and visible because they have a dielectric coating that can be controlled for different AOIs (most commonly 0°). For systems that require heat shielding while still needing visibility, hot mirrors can be used. These can attenuate IR radiation and allow visible light, which permits your temperature-sensitive equipment to be visible.

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

We have all types of industrial heat exchangers, including: plate and frame shell and plate shell and tube fin/fan They’re refinery-grade, thoroughly cleaned, pressure tested and certified contaminant-free before each use. Capable of handling temperatures from -50ºC to +300ºC, they can also accept volatile gases and liquids, high pressures (up to 40 barg), hydrocarbons, sea water, effluent and brine. With a wide range of supporting ancillaries we can connect our heat exchanger units into any system design with minimum disruption. Heat exchanger hire with expert service support – every time Whether you’re facing emergency bottlenecks, turnarounds or seasonal cooling needs, our process engineers will work closely with you to find the best solution. They’ll visit your site, assess your needs, then design and size your project using their experience, simulation software and stream physical properties. We can also assess the performance of existing heat exchanger

In heating mode 1, it has a capacity of 49.10kW and an efficiency of COP 5.21 at 35°C hot water output at 7°C water supply. In heating mode 2, it has a capacity of 54.50kW and an efficiency of COP 4.62 at a hot water output of 45°C at a water supply of 12°C. Capacity 50kW Circulation Pump Built-in Compressor: Panasonic Scroll Operating Modes: Heating, Hot Water Power Supply: 380V Refrigerant: R407C Product Dimensions W/D/Y: 710/710/1020 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

"In heating mode 1 it has 22.75kW capacity at 7°C water supply, 35°C hot water outlet and COP 5.24. In heating mode 2, 12°C water supply, 45 It has a capacity of 25.12kW at a hot water output of °C and an efficiency of COP 4.60. Capacity: 25kW Circulation Pump: External Compressor: Panasonic Scroll Operating Modes: Heating, Hot Water Power Supply: 380V Refrigerant: R407C Product Dimensions W/D/H: 710/710/1020 Usage areas Hotel: It is designed to be integrated into pool heating systems. Home: Designed to be integrated into residential plumbing systems. Greenhouse: It is designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems."

In heating mode 1, it has a capacity of 17.62kW and an efficiency of COP 5.21 at 35°C hot water output at 7°C water supply. In heating mode 2, it has a capacity of 19.65kW and an efficiency of COP 4.26 at a hot water output of 45°C at a water supply of 12°C. Capacity 17kW Circulation Pump External Compressor: Panasonic Scroll Operating Modes: Heating, Hot Water Power Supply: 380V Refrigerant: R407C Product Dimensions W/D/Y: 710/710/1020 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

"In heating mode 1 it has 13.60kW capacity at 7°C water supply, 35°C hot water outlet and COP 5.23 efficiency. 45° at 12°C water supply in heating mode 2 It has a capacity of 15.32kW at a hot water output of C and an efficiency of COP 4.69. Capacity: 13kW Circulation Pump: External Compressor: Panasonic Scroll Operating Modes: Heating, Hot Water Power Supply: 380V Refrigerant: R407C Product Dimensions W/D/H: 710/710/1020 Usage areas Hotel: It is designed to be integrated into pool heating systems. Home: Designed to be integrated into residential plumbing systems. Greenhouse: It is designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems."

In heating mode, it has a capacity of 5.4-15.63kW and COP 4.72 efficiency at 35°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 4.6-11.8kW and an efficiency of EER 3.23 at 7°C water output in 35°C outdoor air. Capacity 16kW Circulation Pump Built-in Compressor: Panasonic-Sanyo Operating Modes: Cooling, Heating, Hot Water Power Supply: 220V Refrigerant: R32 Product Dimensions W/D/Y: 1215/500/830 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode, it has a capacity of 4.18-12.1kW and COP 4.68 efficiency at 35°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 3.74-9.6kW and an efficiency of EER 3.19 at 7°C water output in 35°C outdoor air. Capacity 12kW Circulation Pump Built-in Compressor: Panasonic-Sanyo Operating Modes: Cooling, Heating, Hot Water Power Supply: 220V Refrigerant: R32 Product Dimensions W/D/Y: 1215/500/830 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode, it has a capacity of 24.3-60.8kW and COP 4.64 efficiency at 35°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 13.4-47.1kW and an efficiency of EER 3.26 at 7°C water output in 35°C outdoor air. Capacity 65kW Circulation Pump External Compressor: Mitsubishi DC Scroll Operating Modes: Cooling, Heating, Hot Water Power Supply: 380V Refrigerant: R410A Product Dimensions W/D/Y: 1210/1090/1400 Total Weight (kg): 405 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 15.88kW and an efficiency of COP 4.36 at a hot water output of 35°C in 7°C outdoor air. In heating mode 2, it has a capacity of 14.98kW and COP 3.38 efficiency at 45°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 12kW and an efficiency of EER 2.56 at 7°C water output in 35°C outdoor air. Capacity 16kW Circulation Pump External Compressor: Panasonic Scroll Operating Modes: Heating-Cooling-Hot Water Power Supply: 380-420V Refrigerant: R407C Product Dimensions W/D/Y: 1360/500/1160 Total Weight (kg): 148 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 21.93kW and an efficiency of COP 4.30 at a hot water output of 35°C in 7°C outdoor air. In heating mode 2, it has a capacity of 20.44kW and an efficiency of COP 3.35 at 45°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 15.53kW and an efficiency of EER 2.56 at 7°C water output at 35°C outdoor air. Capacity 26kW Circulation Pump External Compressor: Panasonic Scroll Operating Modes: Cooling, Heating, Hot Water Power Supply: 380-420V Refrigerant: R407C Product Dimensions W/D/Y: 927/803/1003 Total Weight (kg): 210 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems,. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 38.01kW and an efficiency of COP 4.32 at a hot water output of 35°C in 7°C outdoor air. In heating mode 2, it has a capacity of 36.33kW and an efficiency of COP 3.38 at 45°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 26.75kW and an efficiency of EER 2.50 at 7°C water output in 35°C outdoor air. Capacity 46kW Circulation Pump External Compressor: Panasonic Scroll Operating Modes: Cooling, Heating, Hot Water Power Supply: 380-420V Refrigerant: R407C Product Dimensions W/D/Y: 1030/953/1003 Total Weight (kg): 310 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 12.30kW and an efficiency of COP 4.50 at 35°C hot water output at 0°C water supply. In heating mode 2, it has a capacity of 16.50kW and an efficiency of COP 5.84 at 35°C hot water output at 10°C water supply. Capacity 12kW Circulation Pump Built-in Compressor: BLDC Twin Rotary Operating Modes: Heating-Hot Water Mixing Valves: Internal Power Supply: 380V Refrigerant: R410A Product Dimensions W/D/Y: 710/710/1020 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 9kW and an efficiency of COP 4.71 at 35°C hot water output at 0°C water supply. In heating mode 2, it has a capacity of 12kW and an efficiency of COP 6.15 at 35°C hot water output at 10°C water supply. Capacity 9kW Circulation Pump Built-in Compressor: BLDC Twin Rotary Operating Modes: Heating-Hot Water Mixing Valves: Internal Power Supply: 380V Refrigerant: R410A Product Dimensions W/D/Y: 710/710/1020 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 6.96kW and an efficiency of COP 4.60 at 35°C hot water output at 0°C water supply. In heating mode 2, it has a capacity of 9.50kW and an efficiency of COP 6.05 at 35°C hot water output at 10°C water supply. Capacity 7kW Circulation Pump Built-in Compressor: BLDC Twin Rotary Operating Modes: Heating-Hot Water Mixing Valves: Internal Power Supply: 380V Refrigerant: R410A Product Dimensions W/D/Y: 710/710/1020 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 5.20kW and efficiency of COP 4.50 at 35°C hot water output at 0°C water supply. In heating mode 2, it has a capacity of 6.90kW and an efficiency of COP 5.80 at 35°C hot water output at 10°C water supply. Capacity 5kW Circulation Pump Built-in Compressor: BLDC Twin Rotary Operating Modes: Heating-Hot Water Mixing Valves: Internal Power Supply: 380V Refrigerant: R410A Product Dimensions W/D/Y: 710/710/1020 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 31.67kW and an efficiency of COP 4.28 at a hot water output of 35°C in 7°C outdoor air. In heating mode 2, it has a capacity of 30.04kW and COP 3.32 efficiency at 45°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 22.39kW and an efficiency of EER 2.49 at an outdoor air temperature of 35°C and a water output of 7°C. Capacity 39kW Circulation Pump External Compressor: Panasonic Scroll Operating Modes: Cooling, Heating, Hot Water Power Supply: 380-420V Refrigerant: R407C Product Dimensions W/D/Y: 1030/953/1003 Total Weight (kg): 270 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 12.32kW and an efficiency of COP 4.25 at a hot water output of 35°C in 7°C outdoor air. In heating mode 2, it has a capacity of 12.02kW and COP 3.25 efficiency at 45°C hot water output at 7°C outdoor air. In cooling mode, it has a capacity of 9.28kW and an efficiency of EER 2.53 at 7°C water output in 35°C outdoor air. Capacity 13kW Circulation Pump External Compressor: Panasonic Scroll Operating Modes: Cooling, Heating, Hot Water Power Supply: 380-420V Refrigerant: R407C Product Dimensions W/D/Y: 717/753/803 Total Weight (kg): 135 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 12.92kW and an efficiency of COP 4.34 at a hot water output of 35°C in 7°C outdoor air. In heating mode 2, it has a capacity of 12.56kW and COP 3.43 efficiency at 45°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 9.57kW and an efficiency of EER 2.77 at 7°C water output in 35°C outdoor air. Capacity 12kW Circulation Pump External Compressor: Copeland Scroll Operating Modes: Heating-Cooling-Hot Water Power Supply: 380-420V Refrigerant: R407C Product Dimensions W/D/Y: 1360/500/1160 Total Weight (kg): 138 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode 1, it has a capacity of 12.60kW and an efficiency of COP 4.31 at a hot water output of 35°C in 7°C outdoor air. In heating mode 2, it has a capacity of 12.20kW and an efficiency of COP 3.36 at 45°C hot water output in 7°C outdoor air. In cooling mode, it has a capacity of 9.35kW and an efficiency of EER 2.55 at 7°C water output in 35°C outdoor air. Capacity 12kW Circulation Pump External Compressor: Panasonic Scroll Operating Modes: Heating-Cooling-Hot Water Power Supply: 380-420V Refrigerant: R407C Product Dimensions W/D/Y: 1360/500/1160 Total Weight (kg): 138 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode, it has a capacity of 13.6-39.8kW and COP 4.62 efficiency in 7°C outdoor air and 35°C hot water output. In cooling mode, it has a capacity of 12.1-31.3kW and an efficiency of EER 3.23 at 7°C water output in 35°C outdoor air. Capacity 40kW Circulation Pump External Compressor: Mitsubishi DC Scroll Operating Modes: Heating-Cooling-Hot Water Power Supply: 380V Refrigerant: R410A Product Dimensions W/D/Y: 1210/1090/1400 Total Weight (kg): 400 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.

In heating mode, it has a capacity of 7.2-21.8kW and COP 4.61 efficiency in 7°C outdoor air and 35°C hot water output. In cooling mode, it has a capacity of 6.4-16.7kW and an efficiency of EER 3.24 at 7°C water output in 35°C outdoor air. Capacity 22kW Circulation Pump External Compressor: Mitsubishi DC Scroll Operating Modes: Cooling, Heating, Hot Water Power Supply: 380V Refrigerant: R410A Product Dimensions W/D/Y: 1200/540/1750 Total Weight (kg): 210 Areas of Use Hotel Designed to be integrated into pool heating systems. House: Designed to be integrated into residential plumbing systems. Greenhouse: Designed to be integrated into fancoil systems. Building: Designed to be integrated into underfloor heating systems.