York WR300, WR240 warranty Minimum Clearances, Unit Dimensions WR180, 240 & 300 Rainhood

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262292-YTG-B-0107

TABLE 35: MINIMUM CLEARANCES

LOCATION

CLEARANCE

Front

36”

Rear

24” (Less Economizer)

49” (With Economizer)

 

 

 

Left Side (Filter Access)

24” (Less Economizer)

36” (With Economizer)3

Right Side (Cond. Coil)

36”

Below Unit1

0”

Above Unit2

72” With 36” Maximum

Horizontal Overhang (For

 

Condenser Air Discharge)

 

 

1.Units may be installed on combustible floors made from wood or class A, B, or C roof covering material.

2.Units must be installed outdoors. Overhanging structures or shrubs should not obstruct condenser air discharge outlet.

3.If economizer is factory installed, the unassembled rain hood must be removed from its ride along position in front of evapora- tor coil, or in the outdoor air compartment, prior to final installa- tion.

 

 

ECONOMIZER

 

 

MOTORIZED

SUPPLY AIR

POWER EXHAUST

DAMPER

RAIN HOOD

RAIN HOOD

COMPARTMENT

(on Return Air Compartment)

(on Outdoor Air Compartment)

 

NOTE: ELEC / ELEC Models: Units and ductwork are approved

for zero clearance to combustible material when equipped with electric heaters.

GAS / ELEC Models: A 1” clearance must be provided between any combustible material and the supply air ductwork for a distance of 3 feet from the unit.

The products of combustion must not be allowed to accumulate within a confined space and recirculate.

Locate unit so that the vent air outlet hood is at least:

Three (3) feet above any force air inlet located within 10 horizontal feet (excluding those integral to the unit).

Four (4) feet below, four horizontal feet from, or one foot above any door or gravity air inlet into the building.

Four (4) feet from electric and gas meters, regulators and relief equipment.

ECONOMIZER / MOTORIZED DAMPER

AND POWER EXHAUST RAIN HOODS

FIXED

OUTDOOR AIR INTAKE HOOD (located on Return Air Compartment)

36-5/8”

16-1/8”

5”

28-3/16”92”

1“ CONDENSATE DRAIN

(Must be trapped)

REAR VIEW

LH VIEW

DETAIL “Y”

UNIT WITH RAIN HOODS

FIGURE 14:UNIT DIMENSIONS WR180, 240 & 300 (RAINHOOD)

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Unitary Products Group

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Contents Warranty DescriptionTable of Contents Product Nomenclature Ton Sunline MagnaDRY Model Number NomenclatureFeatures Normal Mode Unit CutawayAlternate Mode Reheat Control BoardReheat Controls Part FACTORY-INSTALLED Options Single Input Electronic EnthalpyMotorized Outdoor AIR Intake Damper Phenolic Coated EVAPORATOR, REHEAT,FIELD-INSTALLED Accessories Power exhaust is not available as a field installed option Sound Power RATING1 Capacity Ratings ARIGAS Heat Ratings Cooling Capacities for WR180 MBH104 151 16.9 142 118 101 147 15.2 Cooling Capacities for WR240 240 21.3 101 225 23.1 100 5000 221 21.0 140 Cooling Capacities for WR300 281 26.6 128 Cooling Capacities for WR180 Alternate Reheat Mode Cooling Capacities for WR240 Alternate Reheat Mode Cooling Capacities for WR300 Alternate Reheat Mode EV+U Lbs/Hr Lbs/Hr Altitude Correction Factors AIR Temp Altitude Feet$OWLWXGH7HPSHUDWXUH&RQYHUVLRQDFWRU ESP CFM RPM BHP Scfm Scfm Scfm Scfm Ton Standard Drive, Gas Heat, Bottom Connection VP68 x BK100 HP motor 10 HP motor 7.5 HP motor YTG-B-0107 12000 11000 8000 Ton High Static Drive, Cooling Only, Bottom Duct Connection Ton High Static Drive, Gas Heat, Bottom Duct Connection Power Exhaust Performance Blower Motor and Drive DataStatic RESISTANCES1 BRKR1 78.8 100 97.3 125 E18 13.5 37.5 86.5 100 88.8 107.3 125 E18 13.5 37.5 Physical Data Models WR180 WR240 WR300Hole Rear View Dimensions Unit Dimensions WR180, 240 & 300 Rainhood Minimum ClearancesUnit Center of Gravity Four and SIX Point Loads Unit Roof Curb Dimensions Typical Field Wiring Guide Specifications Indoor Evaporator FAN AssemblyUnit Cabinet Outdoor Condenser FAN Assembly Refrigerant ComponentsUnit Controls GAS Heating Section WR***N ModelsUnit Operating Characteristics Other PRE-ENGINEERED Accessories AvailableOther Factory Installed Options Electrical RequirementsLOW Speed Drive WR240 & WR300 only

WR240, WR300 specifications

The York WR300 and WR240 are advanced water-cooled screw chillers that embody innovation, efficiency, and sustainability. These chillers are part of York’s renowned product line and are designed for a variety of commercial applications, ranging from large office buildings to industrial processes.

One of the standout features of the WR300 and WR240 models is their energy efficiency. Both units utilize the latest in variable-speed drive technology, which allows for precise control of the compressor speed based on the cooling demand. This results in lower energy consumption, especially in part-load conditions, making the chillers not only eco-friendly but also cost-effective over their lifespan.

The WR300 is designed to provide cooling capacities of up to 300 tons, while the WR240 offers capacities of up to 240 tons. These substantial capacities make them suitable for larger applications where dependable cooling is essential. The units are compact in design, allowing for flexible installation options, even in properties with space constraints.

Another key characteristic of the York WR chillers is their advanced refrigerant technology. Utilizing R-134a refrigerant, these chillers comply with global environmental standards and regulations, contributing to reduced greenhouse gas emissions. This makes the WR300 and WR240 not only high-performing but also aligned with a sustainable future.

The chillers are equipped with a robust control system that enhances operational performance and reliability. Features such as the advanced York YZ controller facilitate remote monitoring and diagnostics, allowing facility managers to optimize chiller performance and enhance maintenance processes. This advanced control capability minimizes downtime and maximizes productivity.

Noise reduction is also a significant consideration with these units. The WR series incorporates sound-dampening technology, making it an ideal choice for installations in noise-sensitive environments, such as schools or hospitals.

Furthermore, the construction of these chillers emphasizes durability and ease of maintenance. The components are engineered to withstand harsh operating conditions, and the design allows for straightforward access to key components, thereby simplifying service tasks.

In summary, the York WR300 and WR240 chillers stand out due to their energy efficiency, advanced refrigerant technology, robust control systems, and durability. These features make them ideal solutions for modern HVAC needs, supporting businesses while prioritizing environmental stewardship.