Carrier 30HR Product Data
  1. Manuals
  2. Brands
  3. Carrier Manuals
  4. Chiller
  5. 30HR Series
  6. Product data
Carrier 30HR Product Data

Carrier 30HR Product Data

Reciprocating liquid chillers
Hide thumbs Also See for 30HR:
Table of Contents

Advertisement

Quick Links

See also: Wiring Diagram
Copyright 1994 Carrier Corporation
Product
Data
Reciprocating Liquid Chillers
70 to 160 Tons (250 to 560 kW)
The Flotronic™ Plus Chiller Com-
bines These Extra-Performance Fea-
tures for Increased Energy Savings:
• microprocessor-based control
• electronic expansion valve
• increased part-load efficiency
• multiple compressors — extra ca-
Features/Benefits
30HR,HS units are designed
for easy installation and
maintenance
Starting with installation, these ma-
chines keep costs low. Each is
completely factory engineered and
assembled to ensure a perfectly bal-
anced refrigeration system that can be
installed with minimal field labor.
Only external fluid and power connec-
tions need to be completed at the
jobsite to make the fluid-cooled (30HR)
units operational. Condenserless (30HS)
units require the addition of a remote
condenser.
unit complete with cooler, condensers,
compressors, controls, refrigerant
and oil charge, and internal piping and
wiring. The 30HS unit is a condens-
erless version of the basic 30HR,
shipped with a holding charge of refrig-
erant and specially designed for ap-
plications with remote fluid- or
air-cooled, or evaporative type, con-
densers. All the easy-rigging 30H
series chillers are extremely trim and
compact. They can pass easily
through standard doorways, and re-
quire minimal floor space on the job.
30HR,HS
Model E
Nominal Capacities:
Rated in accordance with
ARI Standard 590-92.
system
pacity steps
The 30HR model is a packaged
Form 30HR,HS-4PD

Advertisement

Table of Contents
loading

Related Manuals for Carrier 30HR

Summary of Contents for Carrier 30HR

  • Page 1 field labor. Only external fluid and power connec- tions need to be completed at the jobsite to make the fluid-cooled (30HR) units operational. Condenserless (30HS) units require the addition of a remote condenser.

  • Page 2: Table Of Contents

    fluid temperature based on an exter- nals to and from the microprocessor. nal temperature sensor. (Accessory Time schedule — The Flotronic Plus The 30HR,HS control system is self thermistor required.) control system has an integral func- contained and can operate on a...
  • Page 3 Increased part-load perfor- 50% unit capacity, optimizing evapo- gases during unloader operation. This rating and condensing temperatures. substantially reduces part-load power mance reduces operating Since the chiller normally works at consumption. costs part load for 97% of its operating Liquid refrigerant subcooling — Multiple compressors —...

  • Page 4: Features/Benefits

    Features/Benefits (cont) Safety features provide erant metering provided by the EXV Motor overtemperature protec- reduces compressor motor temperature tion — Servicing dollars are saved protection and increase and extends motor life. because the compressor motors are reliability thoroughly protected against overheat- Filter drier —...

  • Page 5: Physical Data

    ODM — Outside Diameter Male *Includes refrigerant operating charge. †The 30HR unit is shipped with full operating charge; 30HS unit is shipped with holding charge only (cooler operating charge shown — condenser and interconnecting piping charge must be added for total system charge).
  • Page 6 The 4-in. condenser connections are equipped with welding neck flanges bolted to the condensers and designed for field welding of field-supplied 4-in. schedule 40 pipe. 2. Standard 30HR,HS160 unit is supplied with 3-pass condensers. To convert from 3 to 6 pass, proceed as follows: a. Remove 4-in. outlet flanges.
  • Page 7 ODM — Outside Diameter Male *Includes refrigerant operating charge. †The 30HR unit is shipped with full operating charge; 30HS unit is shipped with holding charge only (cooler operating charge shown — condenser and interconnecting piping charge must be added for total system charge).
  • Page 8 The 4-in. condenser connections are equipped with welding neck flanges bolted to the condensers and designed for field welding of field-supplied 4-in. schedule 40 pipe. 2. Standard 30HR,HS160 unit is supplied with 3-pass condensers. To convert from 3 to 6 pass, proceed as follows: a. Remove 4-in. outlet flanges.

  • Page 9: Accessories (Field Installed)

    Accessories (field installed) Condenser manifold package — This accessory is avail- able for all 30HR models except the size 160 unit. The manifold provides common fluid inlet and outlet connec- tions and consists of 2 steel manifolds, each in 2 sections.

  • Page 10: Base Unit Dimensions

    Base unit dimensions — 30HR,HS070-090 CONDENSER SECTION — 30HR ONLY LEGEND — American Standards Association COMP — Compressor COND — Condenser CONN — Connection — Knockout — Mounting — Regulatory — Society of Automotive Engineers (U.S.A.) SCH 40 — Schedule 40 Pipe NOTES: 1.
  • Page 11 Base unit dimensions — 30HR,HS100-120 CONDENSER SECTION — 30HR ONLY LEGEND — American Standards Association COMP — Compressor COND — Condenser CONN — Connection — Knockout — Mounting — Regulatory — Society of Automotive Engineers (U.S.A.) SCH 40 — Schedule 40 Pipe NOTES: 1.

  • Page 12: Base Unit Dimensions

    Base unit dimensions — 30HR,HS140,160 DIMENSIONS UNIT ‘‘A’’ ‘‘B’’ ‘‘C’’ ‘‘D’’ ‘‘E’’ ‘‘F’’ ‘‘G’’ ‘‘H’’ 30HR, Ft-in. mm Ft-in. mm Ft-in. mm Ft-in. mm Ft-in. mm Ft-in. mm Ft-in. mm Ft-in. mm ⁄ 371 0-10 ⁄ 265 0-8 ⁄ 224 1-2 ⁄...

  • Page 13: Application Data

    Condenser fluid temperature 1. Maximum leaving condenser fluid temperature is RECIRCULATION FLOW 104 F (40 C) on all 30HR models (except 30HR160, which has a maximum temperature of 120 F [49 C]). 2. Minimum entering condenser fluid temperature without condenser flow regulation is 70 F (21 C).
  • Page 14 3. Do not manifold independent refrigerant circuits into a single condenser. 4. Condenser should not be located more than 50 ft (15 m) below chiller to maintain subcooling. 5. Design discharge and liquid piping according to Carrier System Design Manual.
  • Page 15 For 35% EG solution, Strainers Pressure Drop = 1.28 x 12.1 For 30HR units, a strainer with a minimum of 20 mesh = 15.5 ft of water should be installed in both the cooler and condenser fluid V Correct compressor power input (kW).
  • Page 16 Application data (cont) EXAMPLE — SI ETHYLENE GLYCOL PERFORMANCE I Determine concentration of inhibited ethylene CORRECTION FACTORS AND SOLUTION glycol (EG) solution required to protect the sys- CRYSTALLIZATION POINTS tem to −17.8 C (at zero flow). Correction factors apply to published chilled water From Solution Crystallization Point correction curve at performance ratings from 40 to 60 F right: 35% EG concentration is required for solution...

  • Page 17: Selection Procedure

    Selection procedure (with example) ENGLISH NOTE: Contact your local Carrier representative for a com- NOTE: Contact your local Carrier representative for a com- puter selection (based on the Reciprocating Chiller Selec- puter selection (based on the Reciprocating Chiller Selec- tion program of Carrier’s electronic catalog), or follow the tion program of Carrier’s electronic catalog), or follow the...

  • Page 18: Performance Data

    (3.9° C), the high flow rate will normally be accom- plished by excessive pressure drop. In these cases, con- LCWT CORRECTION tact your local Carrier representative for selection of a ENGLISH cooler with suitable baffle spacing. Combining 30HS units with remote condensers which have greater than (less than) the 10°...
  • Page 19 COOLER PRESSURE DROP NOTE: Ft of water = 2.31 x change in psig. CONDENSER PRESSURE DROP NOTE: Ft of water = 2.31 x change in psig.
  • Page 20 Performance data (cont) ARI RATINGS COOLER CONDENSER CONDENSER CAPACITY COOLER FLOW INPUT PRESSURE DROP FLOW PRESSURE DROP UNIT POWER IPLV Ft of Ft of (kW) Tons Water Water HR070 69.4 244.1 60.1 166.3 10.49 25.7 208.2 13.14 20.9 13.9 17.5 HR080 77.2 271.5...
  • Page 21 Performance data 30HR Water-Cooled — English CONDENSER ENTERING WATER TEMPERATURE (F) 75.0 80.0 85.0 90.0 30HR LCWT Cooler Cond Cooler Cond Cooler Cond Cooler Cond UNIT Cap. Input Flow Flow Cap. Input Flow Flow Cap. Input Flow Flow Cap. Input...
  • Page 22 Performance data 30HS Condenserless — English SATURATED DISCHARGE TEMPERATURE (F) 95.0 110.0 120.0 135.0 30HS LCWT Cooler Cooler Cooler Cooler UNIT Cap. Input Flow Cap. Input Flow Cap. Input Flow Cap. Input Flow SIZE (Tons) Rate (Tons) (Tons) Rate (Tons) (Tons) Rate (Tons)
  • Page 23 Performance data 30HS/Air-Cooled Condenser Combinations — English Performance data for 30HS chillers in combination with remote air-cooled con- densers includes the following system combinations: CHILLER AIR-COOLED CONDENSER CHILLER AIR-COOLED CONDENSER 30HS070 09DK044/09DK034 30HS110 (2) 09DK064 30HS080 09DK054/09DK034 30HS120 (2) 09DK064 30HS090 09DK064/09DK034 30HS140...
  • Page 24 Performance data 30HS/Air-Cooled Condenser Combinations — English (cont) CONDENSER ENTERING AIR TEMPERATURE (F) 85.0 95.0 105.0 115.0 125.0 30HS LCWT Cooler Cooler Cooler Cooler Cooler UNIT Cap. Input Flow Cap. Input Flow Cap. Input Flow Cap. Input Flow Cap. Input Flow SIZE (Tons)
  • Page 25 Performance data 30HR Water-Cooled — SI CONDENSER ENTERING WATER TEMPERATURE (C) 25.0 30.0 35.0 40.0 30HR LCWT Cooler Cond Cooler Cond Cooler Cond Cooler Cond UNIT Cap. Input Flow Flow Cap. Input Flow Flow Cap. Input Flow Flow Cap. Input...
  • Page 26 Performance data 30HS Condenserless — SI SATURATED DISCHARGE TEMPERATURE (C) 35.0 45.0 50.0 55.0 30HS LCWT Cooler Cooler Cooler Cooler UNIT Cap. Input Flow Cap. Input Flow Cap. Input Flow Cap. Input Flow SIZE (kW) Rate (kW) (kW) Rate (kW) (kW) Rate (kW)
  • Page 27 Performance data 30HS/Air-Cooled Condenser Combinations — SI Performance data for 30HS chillers in combination with remote air-cooled con- densers includes the following system combinations: CHILLER AIR-COOLED CONDENSER CHILLER AIR-COOLED CONDENSER 30HS070 09DK044/09DK034 30HS110 (2) 09DK064 30HS080 09DK054/09DK034 30HS120 (2) 09DK064 30HS090 09DK064/09DK034 30HS140...
  • Page 28 Performance data 30HS/Air-Cooled Condenser Combinations — SI (cont) CONDENSER ENTERING AIR TEMPERATURE (C) 30.0 35.0 40.0 45.0 50.0 30HS LCWT Cooler Cooler Cooler Cooler Cooler UNIT Cap. Input Flow Cap. Input Flow Cap. Input Flow Cap. Input Flow Cap. Input Flow SIZE (kW)

  • Page 29: Electrical Data

    Electrical data COMPLETE UNIT 06E COMPRESSOR NOMINAL 208/230-3-60 460-3-60 575-3-60 USAGE† VOLT- Circuit A Circuit B Supply 187-253 414-508 518-632 Range* Compressor Number UNIT 30 Fuse Fuse Fuse Amps Amps Amps 73.4 2150 A150 6175 82.3 6175 A150 6175 — 91.2 6175 F175...

  • Page 30: Typical Field Control Wiring

    CHILLED FLUID PUMP RELAY CONTACTOR COIL FOR CONDENSER FLUID PUMP OR FOR FAN MOTORS CHILLED FLUID PUMP STARTER AUXILIARY CONTACTS CONNECTIONS FOR EXTERNAL CARRIER COMFORT NETWORK (CCN) COMMUNICATIONS (RS485) FIELD-SUPPLIED TEMPERATURE RESET TWO-STAGE DEMAND LIMIT REMOTE ALARM LEGEND — Common CR —...

  • Page 31: Controls

    Standby — During unit off cycle when the RUN/STANDBY SEQUENCE A SEQUENCE B switch is in the STANDBY position, the crankcase heaters Oper Cylinders Oper Cylinders UNIT CONTR and the control system are energized. 30HR, Ckt A Ckt B Ckt A Ckt B STEPS 30HS Disp. Disp.

  • Page 32: Typical Piping And Wiring

    2. All wiring must comply with applicable local and national codes. Power Wiring 3. All piping must follow standard piping techniques. Refer to Carrier System Design Manual Control Wiring for details.

  • Page 33: Guide Specifications

    Guide specifications — 30HR Fluid-Cooled Reciprocating Liquid Chiller 6. Motor speed shall not exceed 1750 rpm (29.2 r/s). 7. Equipped with electrically-actuated suction cut-off HVAC Guide Specifications cylinder unloaders. Size Range: 70 to 160 Tons (250 to 560 kW) 8. Same manufacturer as chiller.
  • Page 34 Guide specifications — 30HR (cont) F. Controls, Safeties and Diagnostics: 3) Electrical overload through the use of con- tactors and calibrated, ambient compen- 1. Controls: sated, magnetic trip circuit breakers. Cir- Unit controls shall include the following mini- cuit breakers shall open all 3 phases in the...
  • Page 35 Size Range: 70 to 160 Tons (250 to 560 kW) 2. Single fluid pass type with multiple internal polypro- Carrier Model Number: 30HS070-160 pylene baffles. Part 1 — General 3. Design shall be dual independent, direct expan- sion, refrigerant circuit type.
  • Page 36 Carrier Corporation • Syracuse, New York 13221 12-94 Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations.

This manual is also suitable for:

30hs

Table of Contents