IPSUM Optimization System Demand Controlled Ventilation - 16 Pages

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IPSUM Optimization System Demand Controlled Ventilation

Catalog excerpts

IPSUM Optimization System Demand Controlled Ventilation INNOVATIVE INTEGRATED INDUSTRIALIZED ENERGY EXPERTISE ENVIRONMENT Fläkt Woods has the capability to combine energy efficient (e3) products into fully integrated (i3) systems.

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IPSUM from Fläkt Woods IPSUM – a giant step forward! Demand Controlled Ventilation adjusts the level of air to the room's actual needs. This means that a high indoor climate quality can be achieved at the same time as energy consumption is kept to a minimum. Natural areas for demand controlled ventilation are rooms with sharply varying loads such as conference rooms and meeting rooms. However, even in modern office spaces loads vary a great deal. Many studies show that often no more than half of the workplaces in an office are in use at the same time. Fläkt Woods has long worked with simple...

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EMPA EMSS BMS/ SCADA Optimix Active air terminal device Occupancy detector Wega Power Occupancy detector Occupancy detector IPSUM from Fläkt Woods How it works System overview IPSUM optimises the pressure and temperature setpoints in the Air Handling Unit to achieve the lowest possible operating costs. In addition to the product dependent components necessary for a VAV system, the IPSUM system consists of three components. • IPSUM System Optimizer – Optimises operational data for the air handling unit. • IPSUM System Router – Links rooms, floors and zones. • IPSUM Connection Unit – Connects...

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IPSUM from Fläkt Woods IPSUM easily links and optimises your ventilation system System level Air and waterborne products can be used in the same system Zone level Waterborne climate control system Wega/Nova/Stella chilled beam Room level Waterborne climate control system Wega/Nova/Stella chilled beam

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IPSUM can be connected to different types of Air Handling Units Packaged Air Handling Unit eQ e3coStar Small packaged Recovery Units Modular Air Handling Unit eQ/eQL Airborne climate control system Optivent Plus with an active Optimix air terminal device Airborne climate control system Optivent Plus with an active Optimix air terminal device IPSUM System Optimizer The IPSUM System Optimizer is positioned close to the air handling unit. Each air handling unit needs its own Optimiser. The Optimizer can manage up to 30 Routers. IPSUM System Router The IPSUM System Router can manage up to 30...

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IPSUM from Fläkt Woods IPSUM monitors and optimises your system Full control Open communication Cost-effective Built-in web Combining water and air Both commissioning and in-service monitoring is easy with the unique smart functions and integrated web server. Good room comfort is combined with optimal operating economy. The supply air temperature is adjusted to reduce the need for external heating and cooling air flow. Functions The IPSUM System Optimizer is in communication with all zone dampers and room products. It also communicates with the air handling unit in order to minimize...

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■ IPSUM System Optimizer ■ IPSUM System Router ■ IPSUM Connection Unit Tip: Simplify the routing of cables with the IPSUM System Router ing automation system (BMS/SCADA) via BACnet IP, BACnet MS/TP, Modbus RTU or Modbus TCP, as support for these protocols is provided as standard. The air handling unit is easily connected to the IPSUM System Optimizer via open Modbus communication. Exis- ting Ethernet network can be used for communication between the air handling unit, IPSUM System Optimizer and IPSUM System Router. The optimisation signals are also available via 0...10VDC for extraneous...

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IPSUM from Fläkt Woods Examples of room solutions Room level Optivent Standard Flow control takes place using the EMSS flow variator. Heating and cooling are controlled in sequence. Room controller EMSS flow variator Thermal actuator for heating Supply air terminal device Connection Unit External temperature sensor Occupancy detector Window contact CO2 sensor Room level Optivent BASIC Flow control takes place using the active Optimix supply air terminal device. Thermal actuator for/or heating and cooling. Room controller Active Optimix supply air terminal device Thermal actuator for heating...

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Room level Optivent Plus Flow control takes place using the EMSS flow variator. In addition a constant throw length is obtained using the active Optimix supply air terminal device to ensure room comfort. Heating and cooling are controlled in sequence. Room controller Thermal actuator for heating EMSS flow variator Active Optimix supply air terminal device Connection Unit External temperature sensor Occupancy detector Window contact CO2 sensor Room level Wega/Nova/Stella with VAV function Flow control takes place using the built-in function in the chilled beam – MEC. Heating and two stage...

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IPSUM from Fläkt Woods Examples of room and zone solutions EMSS STRA-04 IPSUM Connection Unit STRA-04 IPSUM Connection Unit EMSS/D IPSUM Connection Unit IPSUM Connection Unit Optivent Standard or Plus – central extract air The room contains an active Optimix air terminal device to provide a variable constant throw length, or alternatively a standard air terminal device and a transfer air terminal device for extract air. Cooling, heating and ventilation are controlled by the STRA-04 room controller with accessories such as occupancy detectors and CO2 sensors. The STRA-04 room controller is...

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IPSUM from Fläkt Woods Examples of room and zone solutions EMSS IPSUM Connection Unit IPSUM Connection Unit IPSUM Connection Unit Chilled beams with a VAV function – central extract air Optivent Standard or Plus – balanced ventilation at the room level The room contains a Wega/Nova/Stella with a motorized VAV function (MEC) for regulating the supply air flow and a transfer air terminal device for the extract air. Cooling, heating and ventilation are controlled by the STRA14 room controller with accessories such as occupancy detectors and CO2 sensors. The STRA-14 room controller is connected...

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