Aaah, Fresh Air - Armcor Air Solutions · From the skyscraper to the school room every building needs fresh air. Our Purpose To integrate ideas into Fresh Air Solutions. Conditioning

Aaah, Fresh AirCompany Profile

Our PromiseWe will deliver state of the art, energy efficient solutions, to airconditioning consultants and contractors, that will reliabily and economically create happier, healthier environments at a price that reflects the engineering and efficiency of our systems.

Our StorySince we began 40 years ago our focus has been driven by connecting with people who appreciate healthy, fresh air in the places where they work, live, learn and play. Now more than ever, people are conscious of their wellbeing in a healthier environment.

This inspires our passion and commitment to integrate ideas into fresh air solutions reliably and economically. That is why at Armcor we strive to exceed our customer expectations by delivering state-of-the-art, Energy Efficient Air conditioning systems that bring fresh air indoors.

Armcor Air Soultions2

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LeadershipWe value leadership from every person at every level. Leadership takes responsibility to the next level.

Agility We value responsive actions to any demand. Agile organizations move quickly to provide solutions.

Teamwork We value people working together to achieve required outcomes. Teamwork amongst trained achievers delivers goals.

Industrious We value efficient hard work and encourage people to take initiative to exceed what they have been assigned. Industrious activity produces results.

Loyalty We value loyalty and put trust in people. Loyalty results in positive reciprocal outcomes across out business community.

Our VisionTo put Fresh Air into Every Building. From the skyscraper to the school room every building needs fresh air. Our Purpose To integrate ideas into Fresh Air Solutions.Conditioning fresh air is always an engineering challenge. You have the ideas? We integrate these into realisable solutions.

Our Values

Company Profile


Our TeamQualified, experienced, values driven people are at the heart of Armcor. From the first contact through to the final delivery of our energy efficient equipment, our people strive to exceed your expectations.

Our ServicesWe know that our customers primary call is ‘Help me to Deliver a Hassle Free Project’. Our Design, Engineering and Manufacturing expertise will do exactly that.

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Lindfield Learning Village

Company Profile

Projects From Darwin to Devonport and Bangkok to Bathurst, our projects embrace a multitude of diverse applications for Government, Industrial, Retail, Commercial and Institutional projects.


ERV-PAC Packaged Airconditioning

XEP Packaged Airconditioning Unit XEP 500 – 8000

The XEP series combines the efficiency of energy recovery integrated with a packaged air conditioning system to provide a total solution to temperature control for applications that require substantial or full fresh air. The unit configuration suits external rooftop or ground level applications and include energy saving EC Plug Fans and the option of enthalpy or sensible heat exchange media.

Standard capacities range from 500 l/sec to 8,000 l/sec with cooling capacity up to 160kw. Equipment can be specifically designed for larger applications up to 18,000 l/sec.

ERV PAC Packaged Airconditioning

XEPH High Efficiency Packaged Airconditioning Unit XEPH 500 – 8000

Armcor’s High Efficiency range of Package Air-conditioning ERV gives optimum efficiency using: Compressors(s) / Inverter Compressors with reheat capabilities for Humidity Control.

Project Applications— Commercial Public Activity Venues, Sporting

Complexes and Gymnasiums — Public Utility Buildings, Police, Ambulance Stations — Nursing Homes, Child Care, Education — Large Occupancy Buildings and Retail Showrooms — Professional Suites Options— Economy Cycle— Various control options

Chadstone Hotel

Company Profile / Our Products 7

ERV-Energy Recovery

XEM External Mount Unit XEM 500 – 8000

The XEM series is our standard heat recovery ERV solution for rooftop, ground level or plant oom applications. These units utilize the Xchange plate heat exchanger to recover energy from the exhaust air and transfer it to the incoming fresh air, resulting in significant energy savings. Both enthalpy and sensible heat exchange media are available.

The XEM Series is particularly suited to an optional economy bypass system. Forward curve centrifugal fans provide initial cost savings and are available in models up to 1500 L/sec. EC Plug fans provide speed control and add energy savings and are available in all models.


Complexes and Gymnasiums— Public Utility Buildings, Police, Ambulance Stations— Nursing Homes, Child Care, Education — Large Occupancy Buildings and Retail Showrooms— Professional Suites

Options— Enthalpy or Sensible Media— Hot and Chilled Water Coils— Economy Cycle— Various control options

ERV External MountCentennial Park, Jubilee Chapel


ERV-Energy Recovery

XEC Chilled/Hot Water Coils XEC 500 – 8000

The XEC series combines ERV with inbuilt chilled water and/or hot water coils to condition the air following the heat recovery process. The unit configuration suits external rooftop or plant room applications and is available with forward curved centrifugal fans or energy saving EC Plug Fans and an option of enthalpy or sensible plate heat exchange media.


Complexes and Gymnasiums — Public Utility Buildings, Police, Ambulance Stations — Nursing Homes, Child Care, Education — Large Occupancy Buildings and Retail Showrooms — Professional Suites

ERV Hot Water Coil

Options— Enthalpy or

Sensible Media— Hot & Chilled Water Coils

— Economy Cycle— Various control

options

Monash Uni, Caulfield Campus


ERV-PAC Packaged Airconditioning

XES Swim Pool Unit XES 300 – 8000

The XES series is a packaged air conditioning system with energy recovery that is particularly suited for applications where there is the requirement to provide full fresh to indoor swimming pool areas. Designed with the specific need to overcome condensation and the corrosive nature of the chlorine laden air, the XES PAC unit includes EC Plug Fans and polypropylene plate heat exchange media. The cabinet and components are lined with a corrosion resistant coating. An optional economy system is easily accommodated to allow bypass for both fresh and exhaust air.

Project Applications— Aquatic Centres and Sporting Complexes — Private/Residential Indoor Pool Areas — Hydrotherapy Pools — Apartments, Hotels with Indoor Pools

Options— Economy Cycle — Various control options

ERV Swim Pool

Skyone Apartments Australia 108


ERV-Energy Recovery

REM Rotary Wheel Unit REM 500 – 8000

The REM series is the ultimate in High Efficiency Heat Recovery utilizing a rotary heat exchanger to recover the energy from the exhaust air and transfer it to the incoming fresh air. With efficiencies up to 85%, this unit configuration suits external rooftop or plant room applications and includes energy saving EC Plug Fans, in-built bag filters and an option of enthalpy or sensible rotary heat wheels. With the low resistance through the media, economy cycle is affected through stopping the rotary heat wheel.

Project Applications — Commercial Venues,

Sporting Complexes and Gymnasiums

— Public Utility Buildings, Police, Ambulance, Nursing Homes

— Education Facilities— Auditoriums, Theatres

ERV Rotary Heat Wheel

Options— Enthalpy or Sensible

Media— Economy Cycle— Various control options— DX Package Units— Chilled/Hot Water Coils

Thermal efficiency over 145%To reach the maximum efficiency units are designed to recover the energy in two steps:— 1st step recovery by enthalpy rotary heat exchanger— 2nd step recovery by reversible heat pump.

Outdoor: +10°C / 80% RH Indoor: +20°C / 40% RH

85% Rotary heat exchanger recovery

60% Heat pump recovery



The Hedburg



ERV-Energy Recovery

XCM Ceiling Mount Unit XCM 80 – 1200

The XCM series is a compact, horizontal low-profile heat recovery unit designed for installation within a roof space. These ERV units utilize the Xchange plate heat exchanger to recover the energy from the exhaust air into the incoming fresh air, resulting in significant energy savings. Both enthalpy and sensible heat exchange media are available. The option of EC Plug Fans makes this our star achiever in energy savings and controllability.

Project Applications — Commercial Offices, Child care and Education — Apartment Bathroom Exhaust — Residential Damp and Mould Control— Public Occupancy Buildings — Professional Suites

XCC Ceiling Mount Fan Coil UnitXCC 300 – 1200

The XCC series is a low-profile energy recovery ventilator with the addition of an add-on-coil. Designed for installation in a roof space, these ERV units utilize the Xchange plate heat exchanger with either enthalpy or sensible media. DX coils are designed to match with standard commercially available condensers. Hot water and chilled water coils can also be used. EC Plug Fans and in-built panel filters are standard making this solution a very flexible way to incorporate heat recovery into a ceiling mounted fan coil.

XCM and XCC units supplied standard with 50mm G4 Panel Filters and Hanging Brackets

Ceiling Mount Fan Coil Unit

Ceiling Mount ERV


Indirect Evaporative Cooling

INDEC Evaporative Cooling Unit INDEC 1000 – 12,000

INDEC Indirect Evaporative Cooling unit provides cool and fresh air in the hottest of climates, with radically reduced energy costs.The new generation INDEC uses a patented indirect polymer heat transfer core that delivers cool, 100% fresh outside air with very low energy consumption. Incoming fresh air passes through the primary heat exchange core which has a series of wet and dry channels allowing natural evaporation to cool the air. Warm moist air is expelled, while cool air, without added moisture is delivered into the building. Through this evaporation process the outlet air temperature becomes lower than the wet bulb temperature of the ambient air. A secondary direct evaporative pad further reduces the outlet air temperature to as low as 15°C.

Where should Indirect Evaporative Cooling be installed? Indirect Evaporative Cooling can be used in most Australian conditions. Typically the performance of INDEC unit excels in hot, dry ambient conditions ideally where the relative humidity is less than 50%.

VERY HOT, HUMIDWARM, HUMIDVERY HOTHOT, DRYTEMPERATECOOL, TEMPERATE

INDEC Indirect Evaporative Cooling

Project Applications— Data Centres— Fast Food and Kitchen Exhaust— Factory Areas and Generator Rooms— Commercial Venues, Sporting Complexes & Gymnasiums— Mining— Public Utility Buildings, Police, Ambulance and

Nursing Homes— Education Facilities

See our INDEC Selection Program on our website www.armcor.com.au/indec


Dehumidification

DHP Dehumidification PAC Unit DHP 500 – 6000

The DHP series are packaged dehumidification units designed to provide an economical and practical solution for humidity control. Reduction in moisture content is achieved by a combination of a plate heat exchanger and a packaged air conditioning system. The solution is achieved through a 3-stage process where the air is cooled and dehumidified through the sensible heat exchanger; further cooled and dehumidified through the cooling coil; then passing back through the opposite air flow path of the sensible heat exchange media to be reheated to the required supply air set point temperature. The standard equipment configuration includes EC plug fans, sensible heat exchange media, stainless steel drain tray and associated controls. The Armcor design engineering team can assist with a solution from our range of capacities of 500 – 6000 L/sec with up to 200kw cooling capacity.

Project Applications— Data Centres — Libraries, Archive Storage, Public Buildings,

Surgery and Laboratories— Apartment Lobby Ventilation

DHP Dehumidification DHP Dehumidification

Equinex Data Centre


HTC-DX Unit

Dehumidification

HTC Humidity and Temperature Control

The HTC series are available in multiple configurations for specific applications and design conditions. They effectively control the relative humidity to a specific moisture content and control the dry bulb temperature to a specific set point.

HTC options include:

HTC-IC Humidity Temperature Control with Indirect Evaporative Cooling for applications requiring 100% fresh air, where supply air conditions are 12°C – 22°C.

The HTC-IC has a three-stage process:1. The Armcor Indirect Evaporative Heat Exchanger

uses water to reduce the temperature of the outdoor air. eg. reduce the ambient air from 35°C – 23°C without adding any moisture content.

2. A DX Coil controls the humidity by further reducing the temperature to achieve a specified moisture content – eg. further reduce the air to 12°C giving 0.009 kg/kg moisture content.

3. A condenser coil tempers and reheats the air to the required supply air temperature.

HTC-DX - Humidity Temperature Control with DX Cooling for applications requiring 50% – 100% fresh air intake where supply air conditions are 12°C – 20°C. The HTC-DX has a two-stage process:1. A DX Coil controls the humidity by reducing the

temperature to achieve a specified moisture content – eg. reduce the air to 12°C giving 0.009 kg/kg moisture content.

2. A condenser coil tempers and reheats the air to the required supply air temperature.

HTC- EX - Humidity Temperature Control with Plate Heat Exchange Recovery for applications requiring 100% fresh air intake where supply air conditions are 20°C – 24°C. It is not suitable for low temperature supply air applications (below 20°C). The HTC-EX has a three-stage process:1. A Plate Heat Exchanger initially reduces the

temperature of the outdoor air – eg. reduce the ambient air from 35°C to 30°C.

2. A DX Coil controls the humidity by further reducing the temperature to achieve a specified moisture content – eg. further reduce the air to 12°C giving 0.009 kg/kg moisture content.

3. The air passes again through the Plate Heat Exchanger to temper and reheat the air to the required supply air temperature. A modulating damper control the volume of air passed through the heat exchanger which effectively controls the supply air temperature.


AHU Unit

Australian Consolidated Milk

Air Handling

AHU Air Handling Unit AHU 500 – 25,000

Air handling units (AHU) are used to condition and circulate air as part of a heating, ventilating and air-conditioning (HVAC) system. The air entering an AHU passes through air filters and across the heating/cooling coil. The supply air fan, provides the correct volume and pressure of conditioned air to the ductwork system. AHUs can incorporate a hot water coil, a chilled water coil, a DX refrigerant coil or a combination of these. Condensate drains capture the condensation formed through the cooling process. Specific controls are needed for AHUs and these are often integrated with Building Management Systems (BMS). The Armcor AHU design suits rooftop or plant room applications and are fully factory assembled, internally wired, and fitted with large access doors allowing for service, cleaning and maintenance. Options— Hot water, Chilled

water or DX coils— Air filters

— Economy cycle dampers


Economy Cycle

Economy cycle operation is designed to take advantage of favorable ambient air conditions to enhance equipment performance and provide additional efficiencies. Economy cycle operation is sometimes referred to as ‘free cooling’.

Armcor economy cycle systems use 4 opposed blade dampers controlled by modulating motors which open/close upon demand from ambient temperature sensor.

In a typical summer operation, if the ambient temperature is less than the indoor set point, dampers will open to allow fresh air to bypass and enter directly into the supply air ductwork.

Economy Damper

Economy Cycle


Control Systems

Low Level Terminals

Low level terminal strips are supplied standard if the unit is ordered without any control system. The low level connections are can be easily integrated into any third party control system. The terminals include: 24v Active, 24v Common, 24v Fan Stop/Start, 24v Compressor Stop/Start, 24v Reversing Valve Stop/Start, 0-10v dc for Fabs, Compressor Fault VFC, Fan Fault 24v Output.

Optional connections are available if purchased separately.

0-10v dc compressor capacity controls, economy cycle dampers, return air by-pass dampers, fan status.

Inbuilt Low Level Controls

Inbuilt controllers can be installed into any unit with up to 3 compressors, including: — 365 Day Time Clock— Compressor capacity control stage one— Economy cycle operation — Fix speed fan control (pots provided for

commissioning)— Remote sensors, outdoor sensors where

required for economy cycles— Wall mounted on/off remote controller where

required — Commissioning before despatch.

High Level Interface

Armcor can provide high level interface control system with BACnet interface as follows: — Inbuilt controller with screen and manual

adjustments— Room sensors, duct sensors provided as required — Readback to main BMS for fan status and faults — Ethernet Router— Onsite Programming and Commissioning can be

provided as an optional extra.

Armcor provides three options of control systems that can be integrated into our units as factory built.

Control Systems

19Company Profile

Our Projects

Willinga Park Equestrian Education Centre

Laundy Hotel & Brewery

Japara Aged Care

Fresh Air Indoors

For more information W: armcor.com.auE: [email protected]: (03) 8301 9200

109–111 Northcorp BlvdBroadmeadows Vic 3047

Documents

Aaah, Fresh Air - Armcor Air Solutions · From the skyscraper to the school room every building needs fresh air. Our Purpose To integrate ideas into Fresh Air Solutions. Conditioning