Variable Air-Volume (VAV) Terminals At Johnson Controls, we offer Variable-Air Volume Terminals with an incredible variety of unique configurations, like single-duct, series-flow, and parallel-flow HVAC VAV Boxes, which are standard and low-height. Our VAV Units can also be configured with heating options like electric and hot water, factory-assembled piping packages, and control options like analog electric, pneumatic, and consigned DDC – all factory-mounted. Variety of VAV terminal configurations: Single-duct: standard and low-height Series-flow: fan-powered, standard and low-height Parallel-flow: fan-powered, standard and low-height Heating options - Electric and hot water are available Piping packages - Factory-assembled piping packages available Control options - Control options include analog electric, pneumatic, and consigned DDC, all of which are factory-mounted Opening of the new headquarters of Robur s.r.o. Opening ceremony of the new headquarters of Robur s.r.o. - Robur SpA distributor in Czech and Slovak Republic

Mostra Convegno Expocomfort 2016 From the 15th to the 18th of March, 2016 at Fiera Milano. Robur will exhibit at Pavillion 5, stand C19-D20. What are some of the advantages of a Robur unit? The CBM (BACnet Main Plant) range of controllers are ideally suitable for main plant control, including AHUs, Boilers, Rooftop Units, Lighting, etc. BACnet Router / Modbus Gatewayfurnace blower motor fasco The CBR (BACnet Router) range of products connects any BACnet MS/TP network to a BACnet/IP network and optionally acts as a Modbus gatewaybard wall mount ac unit The CBT14 is a fully programmable Advanced Application Controller designed to meet the needs of the most demanding control applications3 ton r22 ac condenser unit The CBT12 is a fully programmable Advanced Application Controller designed to meet the needs of the most demanding control applications

BACnet Controller w/ Actuator The CBT12iVAV is a fully programmable Advanced Application Controller designed to meet the needs of the most demanding control applications Terminal Room & Zone Controllers The TRC/TZC product line includes devices tailored specifically for control of a broad set of equipment such as fan coil units, heat pumps, variable air volume (VAV) terminal units, and packaged HVAC and AHU units BACnet Application Selectable Controller NB-ASC(e) controllers are designed to be employed in generic and light-duty custom control applications using one of three available modes (Rooftop, Heatpump, and Multi-Speed Fancoil) BACnet Advanced Application Controllers The NB-GPC range of devices are fully programmable, networkable, and expandable BACnet Advanced Application Controllers (B-AAC) used in applications that require stand-alone control and peer-to-peer capabilities with devices on a BACnet network BACnet Rooftop & Zone Controllers

The NB-V3T range of controllers are bypass rooftop (NB-V3Tb) and zone damper (NB-V3Td) digital controllers that enable constant volume air handler units (AHU) to supply variable volumes of air BACnet Variable Air Volume Controllers The NB-VAV range of terminal box digital controllers are designed to function in numerous scenarios that require variable / constant air volume, and CO2 measurement along with flexible mounting options Maximum flexibility in design - highest efficiency in operation: Great flexibility for your planning work, easy handling for transport and assembly, along with maximum efficiency for the operator: The KG Top series of devices represent efficient air-conditioning technology tailored to every building project. The novel design of the air-handling units combines many new ideas in perfect cooperation. Thanks to the push-together frame design, the whole installation can be dismantled to simplify transport, delivery, assembly and servicing.

The new method of construction using the latest components also brings maximum energy efficiency, lowering life-cycle costs. Due to the high-quality materials, the devices satisfy all the needs of operational safety. All Wolf devices, for instance, can also be supplied in versions that satisfy the Atex explosion protection directive. The 50 mm casing panels are insulated with high grade, non-flammable mineral wool (A1). All air-conducting surfaces are galvanised, provided with additional powder coating or made of stainless steel. All gaskets are closed cell, non-moisture absorbent and resistant to disinfectants and ageing. All surfaces that come into contact with the air are made of materials that do not emit any hazardous substances or offer any breeding ground for micro-organisms.Chilled beams are predominantly used for cooling and ventilating spaces, where a good indoor environment and individual space control is valued. Chilled beams use water to remove heat energy from a room and are located in the room space.

Chilled beams are primarily used in locations where the humidity can be controlled. Chilled beams provide excellent thermal comfort, energy conservation and efficient use of space due to the specific heat capacity of water being so good when used as heat transfer medium (typically four times better than air). Chilled beam operation is simple and trouble free due to having minimum maintenance requirements. Chilled beams also supplement the flexible use of available space, at the same time as the high temperature cooling and low temperature heating maximizing the opportunity for free cooling and heating. Operation of the chilled beams is used where the internal humidity loads are moderate, the primary air is dehumidified and any infiltration through the building is limited and controlled. Active Chilled beams are connected to both the ventilation supply air ductwork and the chilled water supply. If required, low temperature hot water (LTHW) can be used in this system for heating.

The main air handling unit supplies primary air into the various rooms through the chilled beam. An active chilled beam uses the primary air supply to induce warm room air into the beams cooling battery (heat exchanger). In order to cool or heat the room either cold or warm water is circulated through the beams battery. Active chilled beams are able to induce and condition 4-5 times as much room air as fresh air supplied. The re-circulated air and the primary air are mixed prior to being reintroduced into the room by nozzles or slots along the beam. Best practice for active chilled beam systems is to have highly efficient chilled beams, that can achieve the sensible cooling requirements on the chilled waterside circuit when the corresponding amount of primary fresh air is selected to only handle the latent gains and meet typical respiratory requirements of 12lts/sec/person. Typically a building with an occupancy density of 1 person in every 8m2 the amount of primary air should equate to around 1.5lts/sec/m2.

Passive Convective Chilled Beams Passive Chilled beams comprise of a heat exchanger for cooling. Traditional passive chilled beam operation is based on natural convection. As the warm room air comes in contact with the cooled surface of the chilled beam it flows downwards through the beam into the room. Passive beams are not connected to the ventilation system. The primary air is supplied to the space using separate diffusers either in the ceiling or wall, or alternatively through the raised floor. A recommended maximum cooling of up to 200 W/m applies to passive convective chilled beams (Circa 95% convective elements) based upon the comfort criteria recommended with BS EN ISO 7730 (PPD <15 per cent). Passive Radiant/Convective Chilled Beams Chilled beams have been around for many years however during the last decade, the technology has been further developed and more widely applied in the space conditioning industry. The latest development in passive chilled beam technology employs both convective and radiant principles which are designed to deliver high cooling duties with minimal air movement within the occupied zone.

The radiant quotient now available on the market is typically 40% of the total cooling effect (the other 60% of cooling generated by convection). Therefore, the ability to cool by radiation means that this new technology can provide 40% more cooling at the same air movement velocities when compared to traditional finned coiled batteries. This is ideal for use with offices where there is a requirement to provide the best possible occupancy comfort levels and excellent energy efficiency is required. Radiant/convective passive chilled beams are designed to be installed free-hanging from the soffit, positioned above a perforated metal ceiling system or as Multi Service Chilled Beam (MSCB’s). Furthermore, a passive radiant/convective chilled beam also offers effective cooling when used with a ceiling system or underplate which is perforated to just 30% free area. Therefore, cooling of up to 270-300 W/m applies to the latest passive radiant/convective chilled beams (60% convective 40% Radiant elements) based upon the comfort criteria recommended with BS EN ISO 7730 CAT B (PPD <20 percent).