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YZ Engineering Guide

Form: 161.01-EG1 (0618)

14

SHIPMENT

Each unit can be broken down into several form shipment configurations for ease of transportation and installation. For
all broken down shipment options, the unit is first factory assembled, refrigerant piped, wired and leak tested; then
disassembled according to the shipment option selected.

Protective covering is furnished on the OptiView

™ and VSD. Water nozzles are capped with fitted plastic enclosures.

Then the entire unit is protected with industrial-grade, reinforced shrink-wrap covering.

Form 1

–

Unit is shipped as one assembly with refrigerant charge inside the unit.

Form 2

– Unit is shipped as one assembly with refrigerant charge shipped separately.

Form 3

– Driveline separate from shells. Shipped as three major subassemblies with refrigerant charge shipped

separately. This form is best used when height is a limiting dimension to enter the installation site.



Driveline (motor/compressor assembly)



Evaporator/Condenser shell assembly

– not skidded



Variable Speed Drive

Form 7

– Driveline separate from split shells. Shipped as four major subassemblies, with refrigerant charge shipped

separately. This form is best used when the chiller must fit through a tight space, limited by multiple dimensions.



Driveline (motor/compressor assembly)



Evaporator

– not skidded



Condenser

– not skidded



Variable Speed Drive

Form 11

– Unit shipped as two major subassemblies, with refrigerant charge shipped separately. This form is best used

when width is a limiting dimension to enter the installation site.



Condenser side assembly (Condenser/OptiView

™/Variable Speed Drive) – not skidded



Evaporator side assembly (Evaporator/Driveline/Magnetic Bearing Controller)

– not skidded

Codes and Standards

Chiller standards and codes vary based on factory source. Any of the standards and codes listed below can be met when
ordering the YZ chiller. Work with your local sales contact for a unit that will meet your local codes and standards.

PERFORMANCE & ENERGY STANDARDS



ASHRAE 90.1



AHRI Standard 550/590



IECC

– International Energy Conservation Code



GBCI

– Green Business Certification Inc.



Eurovent (EN14511, EN14825)



GB 18430.1



GB 19577/GB 50189



GB/T 50378



MEPS

– Minimum Energy Performance Standards



ECBC

– Energy Conservation Building Code



Greenmark

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Содержание YZ

Страница 1: ...ENGINEERING GUIDE YORK YZ Centrifugal Chiller Form 161 01 EG1 0618 MODEL YZ MAGNETIC BEARING CENTRIFUGAL CHILLER Style A 580 through 3500 kW 165 through 1000 Tons Utilizing R 1233zd...

Страница 2: ...01 EG1 0618 2 Table of Contents Nomenclature 3 Introduction 4 Unit Components 6 Equipment Overview 8 Codes and Standards 14 Chiller Options 16 Application Data 17 Unit Weights Dimensions 22 Visit YORK...

Страница 3: ...no filter H harmonic filter VSD Cooling Product Family Motor Name Compressor Name Unit Mod Level VSD Name Motor Family Motor Size Code Motor Configuration Level Compressor Family Compressor Size Code...

Страница 4: ...ximum chiller efficiency under actual not just theoretical operating conditions Now with the YORK YZ efficiency is improved up to an impressive 7 at part load and as much as an additional 5 at full lo...

Страница 5: ...ice design principles that are consistent with our family of centrifugal chillers We made sure that this chiller and specifically the driveline was field serviceable by a single source supplier who al...

Страница 6: ...YZ Engineering Guide Form 161 01 EG1 0618 6 Unit Components Suction Line Endsheet OptiView Control Panel Condenser Sight Glass Lockout Handle Variable Speed Drive Discharge Line...

Страница 7: ...YZ Engineering Guide Form 161 01 EG1 0618 7 Unit Components Continued VSD Coolant Reservoir Refrigerant Purge Unit Compact Waterbox Evaporator Direct Drive Compressor Motor...

Страница 8: ...trol is achieved by the combined use of variable speed control and mechanical flow regulation to provide fully modulating control from maximum to minimum load For normal air conditioning applications...

Страница 9: ...and voltage of the electrical power to the motor The capacity control logic shall automatically adjust motor speed and compressor diffuser geometry for maximum part load efficiency by analyzing infor...

Страница 10: ...the OptiView control panel OPTIVIEW CONTROL CENTER Note Please refer to the YZ Operations Maintenance Manual 161 01 OM1 for a complete description of features and functionality The YORK OptiView Cont...

Страница 11: ...sheets drilled and reamed to accommodate the tubes are welded to the end of each shell Intermediate tube supports are fabricated from carbon steel plates and drilled and reamed to eliminate sharp edg...

Страница 12: ...Flow Control Refrigerant flow to the evaporator is controlled by the YORK variable orifice control system Liquid refrigerant level is continuously monitored to provide optimum subcooler condenser and...

Страница 13: ...rt Equipment by Johnson Controls allows the connection of data streams from equipment to the cloud providing unprecedented insights into operations Smart Equipment helps maximize system control for gr...

Страница 14: ...m 7 Driveline separate from split shells Shipped as four major subassemblies with refrigerant charge shipped separately This form is best used when the chiller must fit through a tight space limited b...

Страница 15: ...7012 KHK High Pressure Gas Control Law ELECTRICAL CODES c U L Underwriters Laboratory N E C National Electrical Code CE Directive 93 68 EEC IP Ingress Protection GB 5226 1 ETL Electrical Testing Labs...

Страница 16: ...psig DWP Corrosion protection None Internally epoxy coated waterboxes and tubesheets sacrificial anodes Unit Configuration Ability to isolate refrigerant charge in the condenser None Isolation valves...

Страница 17: ...ther valve while the unit is fully charged The purpose of the relief valves is to quickly relieve excess pressure of the refrigerant charge as a safety precaution in the event of an emergency such as...

Страница 18: ...many cases but do require more sophisticated control and flow monitoring YZ chillers will operate successfully in VPF systems With a minimum allowable evaporator tube velocity of 0 5m s 1 5 fps for s...

Страница 19: ...tube freeze up A flow switch is factory installed in the evaporator nozzle and connected to the OptiView panel which assures adequate chilled water flow during operation Condenser Water The chiller is...

Страница 20: ...to the desired temperature Figure 2 Series Parallel Arrangement Series Counter Flow Arrangement Chillers may be applied in pairs with chilled water circuits connected in series and with the condenser...

Страница 21: ...0 380 342 423 50 Hz 415 415 374 456 400 400 360 440 380 380 342 423 Copper Conductors Only copper conductors should be connected to compressor motors and starters Aluminum conductors have proven to be...

Страница 22: ...YZ Engineering Guide Form 161 01 EG1 0618 22 Unit Weights Dimensions B Min of 915 mm 3 ft Min of 610 mm 2 ft Service Clearance C A Min of 610 mm 2 ft D...

Страница 23: ...3314 2 9 m 9 4 2 4 m 7 9 4 3 m 14 4 3 m 14 11750kg 25900 lb FA3914 CA3314 3 1 m 10 0 2 4 m 7 9 4 3 m 14 4 3 m 14 12800 kg 28200 lb FA3916 SA3916 3 3 m 10 7 2 6 m 8 5 4 9 m 16 4 9 m 16 16050 kg 35350 l...

Страница 24: ...VE OUR NATURAL RESOURCES THINK BEFORE YOU PRINT Copyright by Johnson Controls 2017 Form 161 01 EG1 Issue Date June 2018 Supersedes 161 01 EG1 1217 Subject to change without notice ALL RIGHTS RESERVED...

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