30MP A 030 6 0 - 0 0 0 0 5

30MP – Aquasnap® Liquid Chiller with ComfortLink™ Controls

Condenser Option

A – Chiller without Condenser (Air-Cooled)

W – Chiller with Condenser (Water-Cooled)

Unit Size Nominal Tons (kW)

015

– 15

(54)

040 – 40 (138)

020

– 20

(71)

045 – 45 (161)

030

– 30

(108)

 

 

 

 

 

Voltage Options 1 575-3-602 380-3-60

5 208/230-3-60

6 460-3-60

Sound/Mounting Options

0 – None

1 – Sound Enclosure Panels 3 – Height Adjustment Kit

4 – Height Adjustment Kit, Sound Enclosure Panels 9 – Mobility Kit (Wheels)

B – Mobility Kit (Wheels), Sound Enclosure Panels D – Height Adjustment Kit, Mobility Kit (Wheels)

F – Height Adjustment Kit, Mobility Kit (Wheels), Sound Enclosure Panels

Packaging Options

5 – Bag

B – Export Crate

Controls/Interface Options

0 – Scrolling Marquee Display (Std) 5 – Scrolling Marquee Display, EMM

Disconnect Options

0 – Standard (Terminal Block)

1 Non-Fused Disconnect Switch

Capacity Control Options

0– Standard

1– Hot Gas Bypass

Comfort Cooling/Medium Temp Brine Options 0 – Comfort Cooling Duty (32-60 F) (Std)

7 – Medium Temperature Brine (15-32 F)

Design Revision Level

-– Initial Release

LEGEND

a30-5038

EMM — Energy Management Module

LON — Local Operating Network

UPC — Unitary Protocol Controller

Fig. 3 — 30MP Model Number Nomenclature

INSTALLATION

Location — Do not store units in an area exposed to weath- er because of sensitive control mechanisms and electronic devices. Locate unit indoors. See Fig. 4 and 5 for unit dimen- sional details.

When considering location, consult National Electrical Code (NEC) and local code requirements. Allow sufficient space for wiring, piping, and service. Install unit in an area where it will not be exposed to ambient temperatures below 50 F (10 C).

Allow 36 in. (914 mm) in front of the unit for control box access door. Additional clearance may be required per local codes. Prior to installation determine which direction compres- sor will be removed, and leave 3 to 4 ft (914 to 1219 mm) clearance for removal.

On all units leave 3 ft (0.9 m) of clearance behind the unit to make water/brine connections to the evaporator, accessing the TXV (thermostatic expansion valve), fluid thermistors, and proof of flow switch.

On all units, leave 2 ft (610 mm) on one side for making re- frigeration connections (30MPA) or fluid connections (30MPW) to condenser. See Fig. 4 and 5.

The floor must be strong enough to support the unit operat- ing weight (see Tables 1A and 1B and Fig. 4-6). If necessary, add a supporting structure (steel beams or reinforced concrete slabs) to the floor to transfer weight to nearest beams.

Additional weight of factory-installed sound enclosure op- tion is 75 lb (34 kg).

CAUTION

Be sure interconnecting piping and electrical conduits are suspended freely, and are not in contact with any adjacent walls. Be sure unit capillaries are not rubbing against anything. Damage to unit or walls may result.

Step 1 — Inspect Shipment — Inspect unit for dam- age or missing parts. If damaged, or if shipment is incomplete, file a claim immediately with the shipping company.

CAUTION

Unit is top heavy. Unit may tip if handled without care. Damage to unit or injury may result.

Step 2 — Position the Unit — The unit may be moved by means of rollers under the rails or a forklift truck.

If accessory mobility kit is to be used, install this accessory after bringing unit into building and before moving the unit to its final location per installation instructions provided with the accessory. The factory-installed mobility kit option consists of 4 swivel-type wheels that are field-mounted to the legs of the unit. See Fig. 7.

NOTE: The wheels are equipped with a thumb-screw brake.

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Carrier 30MPA installation instructions A30-5038, 30MP Model Number Nomenclature

30MPA specifications

The Carrier 30MPA is a prominent industrial chiller unit known for its outstanding performance and efficiency in cooling applications. Designed for mid-sized commercial and industrial facilities, it exemplifies cutting-edge technology and engineering.

One of the main features of the Carrier 30MPA is its advanced scroll compressor technology. This innovative design allows for improved efficiency and reduced energy consumption compared to traditional chiller units. The compressors are known for their reliability and quiet operation, making the 30MPA ideal for environments where noise is a concern.

The unit employs a high-efficiency economizer mode, which optimizes energy use during cooler ambient conditions. By utilizing outside air for cooling, the economizer significantly reduces the chiller's energy demand, promoting sustainability and cost savings.

Additionally, the 30MPA is equipped with a microprocessor-based control system. This intelligent control technology allows for precise monitoring and adjustment of system performance, enhancing both comfort and efficiency. The controls come with various customizable settings, enabling users to tailor the chiller's operation to meet specific needs.

The 30MPA also stands out with its robust construction and design. It features a compact footprint, allowing for easy installation in confined spaces. Its weather-resistant casing and corrosion-resistant components ensure durability and long service life, even in harsh environments.

Moreover, the Carrier 30MPA incorporates an environmentally friendly refrigerant, which complies with global regulations aimed at reducing ozone depletion and greenhouse gas emissions. This commitment to environmental responsibility aligns with Carrier's goal of promoting sustainable building practices.

Another important characteristic is its flexible configuration options. The unit can accommodate different system designs and requirements, making it suitable for a wide range of applications, from chilled water systems in hospitals to comfort cooling in office buildings.

In summary, the Carrier 30MPA chiller combines innovative technology, energy efficiency, and robust design, making it a standout choice for commercial and industrial cooling applications. Its advanced features and sustainable approach not only ensure reliable performance but also contribute to lower operational costs and reduced environmental impact.