035-16192-001-A-1001

INSTALLATION

LIMITATIONS

These units must be installed in accordance with all national and local safety codes. If no local codes apply, installation must conform with the appropriate national codes. See Table 1 for unit application data. Units are designed to meet National Safety Code Standards. If components are to be added to a unit to meet local codes, they are to be installed at the dealer's and/or the customer's expense.

TABLE 1 - UNIT APPLICATION DATA

APPLICATION LIMITATIONS

MIN

MAX

Voltage Variation (208/230-3-60) - Volts2

187

253

Voltage Variation (460-3-60) - Volts2

414

506

Ambient Air on Outdoor Coil (Cooling Cycle) - °F

45

115

 

 

 

Ambient Air on Indoor Coil (Cooling Cycle) - °F

68

86

 

 

 

Ambient Air on Outdoor Coil (Heating Cycle) - °F

01

70

Ambient Air on Indoor Coil (Heating Cycle) - °F

60

80

1Rated in accordance with ARI Standard 110, utilization range “A”.

2Below 0 °F, the control circuit will lock out the compressor and allow the electric heat accessory to cycle at its standby capacity.

LOCATION

Use the following guidelines to select a suitable location for these units.

1.The outdoor units must be installed outside the building. The outdoor fans are the propeller type and are not suitable for use with duct work.

2.The outdoor and indoor units should be installed as close together as possible and with a minimum number of bends in the refrigerant piping. Refer to REFRIGERANT PIPING for additional information.

3.The outdoor unit should not be installed beneath windows or between structures where normal operating sounds may be objectionable.

These beams can usually be set directly on the roof. Flashing is not required.

NOTE: On bonded roofs, check for special installation re- quirements.

GROUND LEVEL LOCATIONS

The units must be installed on a substantial base that will not settle. Any strain on the refrigerant lines may cause a refriger- ant leak. Aone-piece concrete slab with footers that extend be- low the frost line is recommended. The slab should not be tied to the building foundation because noise and vibration will tele- graph.

A unit can also be supported by concrete piers. These piers should: (1) extend below the frost line, (2) be located under the unit's four corners and (3) be sized to carry the entire unit weight. Refer to Figure 1 and Table 2 for the center of gravity and unit weight.

A gravel bed or some other means of handling the condensate that will drop from the underside of the unit coil during the heat-

APPRXIMATE

 

 

 

ing and defrost cycles may have to be provided.

CENTEROFGRAVITY

 

 

BACK

B

76-7/8

 

FRONT

A (COILEND)39-7/8

 

Unit

Dim. (in.)

 

 

A

B

 

 

 

 

 

15 Ton

16

38

 

 

20 Ton

16

38

 

WARNING: The outdoor unit should not be installed in an area where mud and/or ice could cause personal injury. Remember that condensate will drip from the un- derside of the unit coils during heat and defrost cy- cles and that this condensate will freeze when the temperature of the outdoor air is below 32￿F.

4.All units require certain clearances for proper operation and service.

On either rooftop or ground level installations, rubber padding can be applied between the base rails and their supports to lessen any transmission of vibration.

ROOF-TOP LOCATIONS

Be careful not to damage the roof. Consult the building contrac- tor or architect if the roof is bonded. Choose a location with ade- quate structural strength to support the unit.

The unit must be mounted on solid level supports. The sup- ports can be channel iron beams or wooden beams treated to reduce deterioration.

A minimum of two (2) beams are required to support each unit. The beams should: (1) Be positioned perpendicular to the roof joists. (2) Extend beyond the dimensions of the unit to distribute the load on the roof, (3) Be capable of adequately supporting the entire unit weight. Refer to Figure 1 and Table 2 for load dis- tribution and weights.

FIG. 1 - CENTER OF GRAVITY

CAUTION: Care should be taken to protect the unit from tampering and unauthorized persons from injury. Screws on access panels will prevent casual tampering. Additional safety precautions such as fences around the unit or locking devices on the panels may be advisable. Check local authori- ties for safety regulations.

RIGGING AND HANDLING

Exercise care when moving the unit. Do not remove any pack- aging until the unit is near the place of installation.

Rig the unit by attaching chain or cable slings with hooks to the round lifting holes provided in the base rails.

CAUTION: Spreaders, longer than the largest dimension across the unit, MUST be used across the top of the unit. See Figure 2.

WARNING: BEFORE LIFTING A UNIT, MAKE SURE THAT ITS WEIGHT IS DISTRIBUTED EQUALLY ON THE CABLES SO THAT IT WILL LIFT EVENLY.

Units may also be moved or lifted with a fork-lift from the front, rear or the compressor end only through the slotted openings provided in the base rails.

Unitary Products Group

3

Page 3
Image 3
York E1FB240, E1FB180 installation manual Installation, Limitations, Location, Rigging and Handling

E1FB240, E1FB180 specifications

The York E1FB180 and E1FB240 are part of York's advanced series of commercial heating and cooling systems, specifically designed to meet the dynamic needs of modern edifices. These models stand out due to their balance of efficiency, reliability, and innovative technology, making them ideal solutions for a myriad of industrial and commercial applications.

One of the main features of the York E1FB series is its impressive energy efficiency. Both the E1FB180 and E1FB240 incorporate high-efficiency compressors that significantly reduce electricity consumption while providing optimal performance. This energy efficiency is crucial not only for reducing operational costs but also for ensuring compliance with increasingly stringent environmental regulations.

In terms of technology, the E1FB series utilizes advanced inverter-driven technology. This feature allows the system to adjust its cooling and heating output based on real-time demand, enabling it to operate at varying speeds. Consequently, this results in quieter operation and a reduction in wear and tear on the components, prolonging the lifespan of the equipment.

Moreover, both models possess robust construction to withstand the rigors of commercial environments. They are built using high-quality materials that ensure durability and reliability even in challenging conditions. This is complemented by an array of corrosion-resistant features, making them suitable for installation in diverse geographical locations, including coastal areas where salt and moisture are prevalent.

The York E1FB180 and E1FB240 also come equipped with sophisticated control systems. These smart controls allow for easy integration into building management systems, enabling real-time monitoring and management. This integration facilitates better energy management practices, yielding further operational savings and improved efficiency.

Additionally, the E1FB series incorporates environmentally friendly refrigerants that align with global initiatives for reducing greenhouse gas emissions. This commitment to sustainability is a cornerstone of York’s design philosophy and is increasingly important for businesses seeking to enhance their green credentials.

In summary, the York E1FB180 and E1FB240 are exemplary models that reflect the brand's commitment to efficiency, durability, and advanced technology. Their innovative features make them a preferred choice for businesses looking to invest in reliable HVAC solutions that not only meet but exceed contemporary performance and environmental standards.