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TA-CLASS AIR-COOLED CHILLERS

GLOBAL #1 IN OIL-FREE CHILLERS

AE RANGE

Smardt TA-class Air-cooled Chillers

This publication contains information proprietary and confidential to Smardt Chiller Group Inc. and its subsidiary companies

(“Smardt”). Any reproduction, disclosure or unauthorized use of this publication is expressly prohibited without written permission from

Smardt. Smardt reserves the right to make changes to the product or component design as and when warranted and without notice, in

line with user needs or evolution in engineering and manufacturing technologies.

Smardt has exercised its best efforts to ensure that the information contained in this publication is correct at time of printing. However,

no warranty, reliability or accuracy is given with respect to the information contained herein, and Smardt is not and shall not be

responsible for any error or omission, or liable for the correctness or suitability of the information given. All brand names and product

names used in this publication are trademarks, registered trademarks, or trade copyrights of Smardt.

T-CLASS CHILLERS

Contents

AE TA-CLASS OVERVIEW ..........................................................................................................................5

FEATURES AND BENEFITS ........................................................................................................................6

Oil-Free Compressor Technology................................................................................................................ 6

High Efficiency .............................................................................................................................................. 6

Corrosion Protection ..................................................................................................................................... 6

Environmentally Responsible........................................................................................................................ 6

Adaptable by Design ................................................................................................................................... 6

Durable Frame Construction ........................................................................................................................ 7

Control System.............................................................................................................................................. 7

Web-based Control Panel ........................................................................................................................... 7

Serviceability................................................................................................................................................. 7

Reliability & Redundancy............................................................................................................................. 7

Packaged Construction ................................................................................................................................ 7

HTML INTERFACE ......................................................................................................................................8

Remote Connectivity..................................................................................................................................... 8

CAPACITY RANGE - R134A......................................................................................................................9

CAPACITY RANGE - R1234ZE................................................................................................................10

Options .....................................................................................................................................................11

Economizers................................................................................................................................................ 13

Alternative Insulation .................................................................................................................................. 13

Passive Noise Insulation............................................................................................................................. 13

High Static Fans .......................................................................................................................................... 13

Rapid Restart ............................................................................................................................................... 13

High-Level Communications...................................................................................................................... 13

Power Monitoring ...................................................................................................................................... 13

Active Noise Control .................................................................................................................................. 13

Coil Construction ........................................................................................................................................ 14

Flanged Connections.................................................................................................................................. 14

Condenser Access Hatches ....................................................................................................................... 15

Stainless Steel Enclosures........................................................................................................................... 15

SMARDT Lift ................................................................................................................................................ 16

Frame Construction..................................................................................................................................... 16

PHYSICAL DATA.......................................................................................................................................17

APPLICATION CONSIDERATIONS.........................................................................................................18

Appropriate Climate................................................................................................................................... 18

Chilled Water Requirements ...................................................................................................................... 18

Evaporator Water Circuits.......................................................................................................................... 18

Flow Safety Interlocks................................................................................................................................. 18

INSTALLATION REQUIREMENTS ...........................................................................................................19

Site Clearances........................................................................................................................................... 19

Mounting Requirements.............................................................................................................................. 19

ENGINEERING SPECIFICATIONS......................................................................................................... 20

CHILLER NOMENCLATURE.................................................................................................................... 22

Smardt TA-class Air-cooled Chillers

[This Page is Intentionally Left Blank]

AE TA-CLASS OVERVIEW

Smardt’s range of AE TA-class air-cooled chillers has

been designed to reliably deliver high efficiencies

across a wide range of operating conditions.

It features a base range of models, each with

extendable condensers and performance options,

creating a multitude of combinations to suit any

project requirement.

•Smardt has brought its extensive experience in oil-free

chiller development, sales and service into designing the

AE TA-class – a range of air-cooled chillers that delivers

the highest level of reliability, outstanding efficiency and

the lowest total cost of ownership.

•All Smardt chillers are designed to optimize the superior

performance of oil-free compressors from Danfoss

Turbocor® and the AE TA-class is no exception. These

compressors, coupled with our extendable condenser

design and high efficiency evaporator, result in the

highest efficiency air-cooled chiller.

•Our class leading performance and quality design

ensures the best results for total equipment life cycle

operation and reliability.

•The AE TA-class range comes with the same benefits as

all Smardt chillers, such as ease of installation, simplicity

of operation and maintenance, and lower operating and

maintenance costs.

• ADAPTABLE BY DESIGN - A BASE RANGE

WITH OPTIONS TO SUIT ANY AIR-COOLED

APPLICATION

• DESIGNED FOR EASE OF MAINTENANCE

AND SERVICEABILITY

• ADVANCED CORROSION PROTECTION ON

CRITICAL OPERATING SURFACE AREAS

• ACCURATELY DESIGNED FOR TROUBLEFREE AND SUSTAINED OPERATION

ACROSS THE ENTIRE CHILLER LOAD RANGE

• MANUFACTURED GLOBALLY, ACCEPTANCE

TESTED AND PRE-COMMISSIONED PRIOR

TO DELIVERY ENSURING TROUBLE-FREE

COMMISSIONING AND START-UP ON

EVERY PROJECT

HIGHLIGHTS

6 Smardt TA-class Air-cooled Chillers

CORROSION PROTECTION

The TA-class chiller range has been designed with hostile

environmental conditions in mind, utilizing a range of

corrosion-resistant materials and industry-leading coatings.

It is intended that this manual be used with the applicable

installation drawings and wiring diagrams supplied with

your chiller. The information provided is general in nature

and is subject to change as part of Smardt’s commitment

to continuous product improvement. For specific

application information, contact your nearest Smardt sales

representative.

ENVIRONMENTALLY RESPONSIBLE

All TA-class chillers utilize non-toxic refrigerants with zero

ozone-depletion potential. Additionally a range of low

GWP HFO refrigerants are available, compliant with long

term EU F-gas regulations.

ADAPTABLE BY DESIGN

The configuration of each AE TA-class base model is

extremely flexible in performance and footprint, and can

be adapted to suit any air-cooled application.

The AE TA-class extendable condenser design allows

for a range of different efficiency options based on job

location, application and critical operating environment.

In addition, an extensive range of performance, functional

and connectivity options are offered - all specific to project

application and customer requirements.

The AE TA-class chiller range features a highefficiency extendable condenser, with multiple

performance options, packaged on a compact, yet

robust structural frame.

OIL-FREE COMPRESSOR TECHNOLOGY

At the core of all Smardt chillers is an oil-free Danfoss

Turbocor® compressor, featuring magnetic bearing

technology. With no oil to compromise heat exchanger

performance, and no friction losses associated with

conventional compressor bearings, Smardt chillers are

able to achieve exceptional full- and part-load efficiencies.

This ultra high speed technology eliminates up to 99% of

compressor induced vibrations, and dramatically reduces

the sound levels emitted by the chiller.

HIGH EFFICIENCY

In addition to its compressor technology, the AE TA-class

utilizes high performance aluminum/copper coils and

industry-leading EC fan technology as standard to deliver

a highly-efficient refrigeration circuit. All Smardt chillers use

premium flooded shell and tube heat exchangers which

have superior efficiency and reliability to plate and frame

or DX heat exchangers.

FEATURES AND BENEFITS

DURABLE FRAME CONSTRUCTION

An all-new space frame has been specially engineered as

the platform for the AE TA-class range of chillers. Substantial

reductions in embodied energy have been achieved

through a refined design, resulting in a rigid, yet lightweight

structure. This design provides a strong and durable frame

for worry-free lifting, installation and longevity.

CONTROL SYSTEM

Proven across years of industry experience in oil-free chiller

operation, Smardt’s advanced chiller controller is designed

to optimize the performance and capabilities of the AE

TA-class chiller range. Capacity can be reduced to as

little as 10% of full-load capacity. Simple integration with

building management systems via MODBUS is provided as

standard.

WEB-BASED CONTROL PANEL

The Smardt Control provides a web-based alternative to

traditional hardware controls. Using the HTML-based web

panel software in combination with the local touchscreen

interface display gives the customer both the ease-of-use

of a traditional control panel and the flexibility of a web

panel. The web panel software is installed on any digital

device (e.g., cell phone, tablet or computer) running a web

browser with access to the local network or via a secure

VPN connection. The interface software is installed on

the chiller controller. Switching between different control

panels is as easy as following a web link. Smardt offers

a modem connection option so any device connected to

the internet can remotely access the chiller via a secure

password protected connection.

SERVICEABILITY

All Smardt chillers are available with refrigerant isolation

valves on both sides of serviceable components, to

minimize ongoing maintenance requirements. This

facilitates servicing without the need to pump down the

entire unit, and in most cases can be undertaken while the

chiller remains operational. The majority of serviceable

components are readily accessible from the perimeter

of the unit, with each compressor easily accessible in

its weather resistant cover. The controller interface is

conveniently housed in a separate lockable enclosure

located between condenser coils where it is shielded from

rain and sun glare.

RELIABILITY & REDUNDANCY

With the experience of more than 8000 oil-free centrifugal

chillers now installed worldwide, Smardt chillers offer

outstanding reliability - unsurprising when an estimated

80% of all chiller field problems relate to failures in the

compressor oil-return. On multiple-compressor models,

mechanical and electrical isolation provides significant

redundancy and failsafes. In the event of a compressor

outage, Smardt’s controller will automatically adjust its

logic to continue serving the chilled water load with the

remaining available compressors. Should a compressor

require servicing, it can be quickly and easily isolated, even

removed, without stopping the chiller.

PACKAGED CONSTRUCTION

All Smardt chillers are factory assembled and tested,

ensuring trouble-free start-up and commissioning.

8 Smardt TA-class Air-cooled Chillers

HTML INTERFACE

LOCAL INTERFACE

SOFTWARE ON

CHILLER

CONTROLLER

HTML-BASED WEB

PANEL SOFTWARE

ON DEVICES

HTML-BASED

WEB PANEL APP

ON DEVICES

REMOTE CONNECTIVITY

All Smardt AE TA-class chillers feature an integrated

HTML server that can be configured to deliver real-time

monitoring of chiller performance on any web-enabled

device connected to the same local area network as the

chiller. Remote viewing of this data would also be made

possible with a secure VPN connection.

The HTML server features an inbuilt firewall which provides

security against unauthorized access to the chiller. The

firewall has been independently tested to OSSTMM;

which is internationally recognized as best practice in

vulnerability assessment and penetration testing.

CAPACITY RANGE - R134A

The AE TA-class range has been designed to meet a wide variety of applications, with full-load capacities ranging from 200

kW up to 1800 kW.

Note: Available cooling capacity will vary with operating conditions

and chiller configuration. Capacities shown are based on standard

AHRI conditions.

Base Models

Economized

Selectable Full-Load Range

Unloading Capacity

Cooling Capacity [kW]

10 Smardt TA-class Air-cooled Chillers

CAPACITY RANGE - R1234ZE

The AE TA-class range has been designed to meet a wide variety of applications, with full-load capacities ranging from 200

kW up to 960 kW.

Note: Available cooling capacity will vary with operating conditions

and chiller configuration. Capacities shown are based on standard

AHRI conditions.

Economized

Unloading Capacity

Selectable Full-Load Range

Cooling Capacity [kW]

Base Models

OPTIONS

12 Smardt TA-class Air-cooled Chillers

Options

AVAILABLE OPTIONS

Every project is unique, yet a wide range of available

options allows the AE TA- class chiller range to be adapted

to any air-cooled application.

ECONOMIZERS

Economizers are available on all models, which extend the

capacity of the chiller and/or further increase its operating

efficiency.

ALTERNATIVE INSULATION

All models are fitted with 19 mm closed-cell rubber,

wrapped in 3 mm thick UV stabilized insertion rubber,

as standard. 38 mm rubber, aluminum cladding, 50 mm

polystyrene and 50 mm polyurethane options are also

available.

PASSIVE NOISE INSULATION

Virtually vibration-free, and featuring industry leading fan

technology, AE TA-class chillers are already amongst the

quietest air-cooled chillers on the market.

For noise-sensitive installations, where additional noise

dampening is required, Passive Noise measures can be

factory-fitted.

These measures provide a constant reduction in noise

levels without affecting the performance or efficiency of the

chiller.

FRAME - Stainless / Electro

HIGH STATIC FANS

High efficiency EC fans are installed as standard on all AE

TA- class models. Where increased condenser performance

is desired, or external static must be overcome, high static

fans enable continued efficient and reliable performance.

RAPID RESTART

Designed for critical installations, Rapid Restart allows

the chiller to resume operation in as little as 20 seconds

following power supply restoration.

HIGH-LEVEL COMMUNICATIONS

MODBUS RTU high-level communication is installed as

standard across all models. BACnet MSTP/IP, MODBUS

TCP/IP, and LON communication options are also

available.

POWER MONITORING

An integrated monitoring system, providing absolute power

usage and quality in real-time over HLI.

ACTIVE NOISE CONTROL

For installations where stringent time of use noise restrictions

apply, i.e. residential nighttime applications, an Active

Noise Control system allows the user to limit the chiller’s

noise levels throughout specific periods of operation.

14 Smardt TA-class Air-cooled Chillers

AVAILABLE OPTIONS (CONT’D)

COIL CONSTRUCTION

AE TA-class chillers are now available with two styles of

condenser heat exchanger construction:

•All-aluminum micro-channel: ideal for efficient and

economical operation.

•Tube and fin: ideal for hostile environments, featuring a

robust marine-grade aluminum frame, and available in a

number of materials and finishes:

• Aluminum or copper fins

• Hydrophobic + epoxy fin coating, or

• Nano hydrophyllic coating, or

• SBS electrophoretically dipped coating.

FLANGED CONNECTIONS

Chilled water connections may be customized to suit a

range of local standards, including:

• ANSI Class 150 (available globally)

• AS 2129 Table E (Asia-Pacific only)

• GB/T 9112 PN16 (China Only)

• DIN PN16 (available globally)

Enquire with your local Smardt sales representative for

requirements not listed above.

AVAILABLE OPTIONS (CONT’D).

CONDENSER ACCESS HATCHES

Complete access to the inside of each condenser module

allows faster and more complete maintenance of the

condenser coils and fans.

This option may be factory-fitted on all AE TA-class models.

STAINLESS STEEL ENCLOSURES

All AE TA-class electrical enclosures are powder-coated.

For additional protection, powder-coated stainless steel

enclosures are available.

16 Smardt TA-class Air-cooled Chillers

AVAILABLE OPTIONS (CONT’D).

SMARDT LIFT

Designed to monitor and actively support the compressor’s

liquid-cooling system, Smardt Lift allows AE TA-class chillers

to operate in previously prohibitive conditions.

Best utilized where chilled water temperatures approach

ambient conditions, Smardt Lift enables the chiller to

continue delivering full cooling load while enhancing the

system’s efficiency.

Smardt Lift can be included as a factory-fitted option on all

models, or retrofitted later in the field.

FRAME CONSTRUCTION

For premium protection in corrosive environments, the

AE TA-class chiller’s frame may be constructed entirely of

stainless steel, and assembled using only stainless steel

fasteners.

PHYSICAL DATA

BASE MODEL PASS

COUNT

FANS

QTY

COMP

QTY

OVERALL LENGTH

'L' (MM)

OPERATING

WEIGHT* (KG)

SHIPPING

WEIGHT** (KG)

AE022.1F 3 4 1 2610 2064 2009

3 6 1 3600 2459 2399

AE028.1B 3 4 1 2610 2064 2009

3 6 1 3600 2459 2399

4 4 1 2610 1994 1924

4 6 1 3600 2489 2414

AE030.1A 3 6 1 3600 2300 2256

3 8 1 4800 2650 2611

AE040.1E 3 6 1 3600 2300 2256

3 8 1 4800 2650 2611

4 6 1 3600 2300 2257

4 8 1 4800 2650 2607

AE044.2F 2 8 2 4800 2805 2749

2 10 2 6000 3480 3446

AE054.2B 2 8 2 4800 2805 2749

2 10 2 6000 3480 3446

AE060.2A 2 10 2 6000 3545 3492

2 12 2 7200 3890 3832

AE065.2E 2 10 2 6000 3545 3492

2 12 2 7200 3890 3823

AE066.3F 2 12 3 7200 4475 4397

2 14 3 8400 4815 4737

AE080.2E 2 12 2 7200 4350 4280

2 14 2 8400 4350 4280

AE086.3B 2 12 3 7200 4475 4397

2 14 3 8400 4815 4737

AE090.3A 2 16 3 9600 5450 5348

AE120.3E 2 14 3 9600 5450 5348

* Operating weights provided in the table above include standard-fitted features only. Additional options and extras may change these values. Please consult Smardt for more information.

** Shipping weights provided include refrigerant, which may be excluded from shipping where requested.

18 Smardt TA-class Air-cooled Chillers

APPLICATION CONSIDERATIONS

APPROPRIATE CLIMATE

Humidity has little effect on the efficiency of an air-cooled

chiller, therefore giving the AE TA-class the greatest

advantage in high-humidity environments.

For applications involving lower humidity, consider

Smardt’s EE range of E-Class high efficiency, oil-free,

purpose built evaporative chillers.

CHILLED WATER REQUIREMENTS

All external pipework must be self-supporting, and aligned

to prevent strain and distortion on the chiller’s headers and

couplings.

EVAPORATOR WATER CIRCUITS

The chiller performance and efficiency can be adversely

affected by contaminants in the water circuit. As such,

strainers should be located on the inlet side of the

evaporator.

The water circuit should be arranged so that the pumps

discharge through the evaporator, with the return water

to the chiller connected to the lower connection of the

evaporator.

FLOW SAFETY INTERLOCKS

Differential pressure (DP) transmitters enable the chiller

to shutdown in the event of low or high flow through

the evaporator and are fitted as standard on all Smardt

chillers.

An additional field-supplied chilled water pump interlock,

or a VSD interlock signal s required on all installations.

If the chiller is intended for an application using variable

chilled water flow, please confirm the appropriate cut off

point with Smardt.

SUPPLIED

EXTERNAL

INSTALLATION REQUIREMENTS

SITE CLEARANCES

A nominal clearance of 2000 mm is required around

all four (4) sides of AE TA-class chillers, and 3660 mm

between adjacent chillers.

A clearance equal to the length of the evaporator is

recommended at either end of the vessel for service access

requirements.

Installations with a raised platform that permits freeflowing fresh air supply to the chiller may achieve smaller

clearances. Contact Smardt for advice on restrictive

installations needs, please contact a Smardt representative

at sales@smardt.com.

MOUNTING REQUIREMENTS

The chiller shall be installed on a flat surface, with a

minimum of 75 mm flange width around the perimeter of

the base frame. Refer to individual product information for

these dimensions.

Waffle pads can be used in place of spring mounts for most

installations requiring structural isolation.

All enclosures are NIP54 (NEMA 3R equivalent) rated and

contain high quality components, thus providing you with

a reliable and safe product. Please note that access to the

electrical enclosures are restricted to qualified personnel

only.

20 Smardt TA-class Air-cooled Chillers

ENGINEERING SPECIFICATIONS

DESCRIPTION

Microprocessor controlled, electric water chiller using non-toxic

and zero ozone-depletion potential refrigerant, oil-free, two

stage centrifugal variable speed compressor and high efficiency

corrosion-resistant condenser.

QUALITY ASSURANCE

Construction shall comply with relevant country codes; vessels

shall be manufactured in accordance with ASME code or

AS1210. Selected units can be run tested at the factory prior to

shipment (optional).

EQUIPMENT

Fully integrated, factory assembled, air-cooled packaged liquid

chiller fitted with oil-free magnetic bearing compressors, variable

speed EC fans, and all factory wiring, piping, controls and

refrigerant. Chiller shall be certified in accordance with AHRI

Standard 550/590 (I-P).

COMPRESSOR

The compressor(s) shall be an oil-free semi-hermetic two stage

direct driven variable speed centrifugal. Compressor(s) shall be

equipped with discharge and suction shutoff (isolating) valves for

mechanical isolation as standard.

Capacity control shall be provided by VSD (variable speed

drive) and inlet guide vanes, capable of reducing unit capacity to

below 15% of full-load.

Compressor shall start unloaded and current inrush shall be

limited by control to less than 5 Amps.

Motor cooling shall be provided by an integrated liquid

refrigerant injection system controlled by the compressor(s). The

compressor(s) shall require no oil lubrication.

Compressors shall be housed in UV-stabilized HMWPE plastic

enclosures with quick release covers which when removed

provide full access for servicing requirements.

EVAPORATOR

Provide shell and tube design evaporator with seamless copper

tubes mechanically expanded into boiler quality mild steel tube

sheets with mild steel water boxes. Form the evaporator shell from

carbon steel plate, designed, tested and stamped in accordance

with AS1210 or ASME safety codes for unfired pressure vessels.

Rate the water tubes to a pressure to suit the installation but in any

case be not less than 1000 kPa.

Insulate the evaporator with 19 mm closed cell PVC nitrile rubber

sponge and further wrap with 3 mm thick stabilized insertion

rubber.

• In corrosive environments: vertically-finned coils shall be

post-coated with an electrophoretic process to achieve

precise and consistent coating across entire coil including

fin edge seal. Finished surface includes oven bake curing

and UV protective top coating. The coil coating shall be salt

spray certified to ASTM B117-97/DIN 53167 for 6,000 hrs.

Structural panels shall be shrouded with full size covers made of

HMWPE (high molecular weight polyethylene) with added UV

and colour stabilizers.

All fixings shall be of stainless steel.

REFRIGERATION COMPONENTS

Pressure relief valves shall be provided on the evaporator in a

paired assembly to allow for either to be isolated without the

introduction of any safety hazard.

Each compressor shall be fitted with discharge and suction

isolation valves.

Electronic expansion valves shall be provided.

Electronic level sensors shall be provided to allow for accurate

expansion valve control.

Evaporator shall be fitted with a sight glass to allow for visual

inspection of the tubes.

There shall be isolation valves within the refrigeration pipework to

allow for rapid serviceability of individual components. Isolatable

components shall be accompanied by a service port to allow for

localized refrigerant reclaim.

STANDARD CONTROLS, INTERLOCKS & SAFETIES

Provide and mount in the chiller set control cubicle the interlocks,

time delays, relays, surge controls, capacity control, safety

controls, relays, connections for interlocks with external pumps

and flow switches etc. necessary for safe and satisfactory

operation and for restarting the chiller set immediately upon

restoration of interrupted power supply.

Unit controls shall include the following minimum components:

• Microprocessor control with non-volatile memory

• Power and control circuit terminal blocks

• ON/OFF control switch

• Temperature sensors installed to measure cooler entering

and leaving fluid temperatures

• Sensors for suction and discharge pressures

• Sensors for suction and discharge temperatures

Unit controls shall include the following functions as standard:

•Capacity control based on leaving or entering chilled water

temperature with set point offset load compensation.

•Rate of change control at start-up to prevent overshoot.

•Control of condenser fans to optimize condensing pressure

and maximize efficiency.

•Auto restart after power failure.

•The control panel shall include a clear backlit, colour LCD

touchscreen with menu driven user interface for setting of

user set points and options, and for providing operating

information descriptions.

Unit controls shall include the following display variables as part

of the user interface:

• General operational data including: entering and leaving

chilled water temperatures, chilled water set point, ambient

air temperature, time and date, active timers, system

demand, chiller status, active faults and alarms.

• Compressor data including: communication integrity, active

alarms, actual compressor(s) demand, impeller speed, IGV

position, active pressure ratio, suction pressure, discharge

pressure, active power input, desired power input, 3 phase

Amps, surge RPM, choke RPM.

• Trending Data including: entering and leaving chilled water

temperatures, input kW, % of design chilled water flow, %

of design capacity, system refrigerant level, EXV position,

suction and discharge pressures, saturated suction

temperatures, saturated discharge temperatures, system

demand, number of compressors running.

• The control system shall allow software upgrade without the

need for new hardware.

• The control system shall allow software upgrade without the

need for new hardware.

• Controller shall include contacts for interfacing to the

building management system via high level standard

communication protocol interface: Modbus™, TCP/IP native,

Modbus™, RTU RS485, LonTalk®, FT-10 module, BacNet™,

MSTP, BacNet™,IP, for the following functions: Summary

fault, Start/Stop, Chilled water flow interlock, Chiller water

reset and Demand limit.

Unit(s) shall be equipped to provide the following protection:

•Loss of refrigerant charge

•Low chilled water temperature

•Power supply error

•Compressor motor thermal or electrical overload

•Phase loss

•High pressure

•Low pressure

•Loss of chilled water flow.

OPERATING CHARACTERISTICS

Unit shall be capable of starting up with 35 °C entering fluid

temperature to the cooler and sustained operation in ambient air

on conditions exceeding 40 °C.

ELECTRICAL

• Unit primary electrical power supply shall enter the unit at a

single location

• Unit shall operate on 3-phase power at local voltage and

frequency

• Control voltage shall be 24 VDC

• Unit shall be shipped with factory installed control and

power wiring.

• Power factor shall be greater than 0.9 (compressors only) at

full design load

• Provide EMI filtration for high frequencies EMC compliance

• High impedance reactors providing enhanced low

frequency harmonic mitigation

UNIT OPTIONS

• Remote monitoring via HTML

• Smardt Lift for enhanced operating range and efficiency

• Economizers for extended full-load operating range/

efficiency

• Passive or Active Noise Control strategies

• High static fans

• Hydrophobic + epoxy-coated condenser coil fins – 1000

hrs salt

spray rating

• Nano-coated condenser coils – dust repellent with a 5000

hrs salt spray rating

• Premium frame construction, manufactured entirely of

stainless steel

• Alternative evaporator insulation

• Stainless steel electrical enclosures

• Flanged chilled water connections

• Rapid Restart.

22 Smardt TA-class Air-cooled Chillers

CHILLER NOMENCLATURE

[This Page is Intentionally Left Blank]

24 Smardt TA-class Air-cooled Chillers

CHILLER GROUP

ASIA PACIFIC

CHINA

Mei Xing Industrial Park

No. 30 Dong Zhong Road ETDD

Hangzhou

T +86 20 8205 7161

E info@smardtchina.com

SINGAPORE

438A Alexandra Road #08-11

Alexandra Technopark 119967

T +65 6273 1120

E sales.as@smardt.com

AUSTRALIA

144 Colchester Road

Bayswater North VIC 3153

T +61 3 9761 7905

E sales.au@smardt.com

AMERICAS

CANADA

1800 Trans Canada Highway

Dorval Quebec H9P1H7

T +1 514 426 8989

E sales@smardt.com

USA

22 Colorado Street Bldg2815

Plattsburgh NY 12903

T +1 518 324 5741

E sales@smardt.com

BRAZIL

Smardt-Transcalor

Av. Eldorado, 187 – Jardim Ruyce – Diadema

SP – Brasil – CEP: 09961-470

T +55 11 4351-4089 / 4351-3803

E contato@transcalor.com.br

EUROPE, MIDDLE EAST, AFRICA

GERMANY

Bahnhofstraße 74 D73240 Wendlingen

T +49 7024 79429 0

E info.eu@smardt.com

02/19 Metric

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