User Manual

Exclusive SHConDEMAND
®
• Provides hot water, as high as 135
o
F, utilizing R-410A refrigerant
• Built in modulating head pressure control
Simultaneous Heating and Cooling Heat
Pump
SHC onDemand
®
modular chiller helps reduce
energy consumption and the environmental impact of
heating and cooling equipment by harnessing energy
that is already being produced but not used. The
simultaneous modular system eliminates the need to
have separate equipment for heating and cooling while
saving installation cost, overall operating cost and
reducing the physical footprint. The SHC onDemand
allows dramatic energy savings to be achieved, by more
than 50%, when compared to conventional systems.
onDemand Operation Allows any module to be
indexed for heating or cooling regardless of its position
in the bank, providing optimum module/compressor run
time equalization. Integral motorized isolation valves
and dual independent refrigeration circuits per module
provide true mechanical redundancy.
UCA SHC - INTEGRAL 4 HEADER SIMULTANEOUS HEATING & COOLING HEAT PUMP BANK LAYOUT
This document is the sole property of ClimaCool Corp.
Distribution of this document is forbidden without the
written consent of ClimaCool Corp. Design changes to any
portion of this document may occur without notice.
CHILLER LAYOUT: SIMULTANEOUS HTG & CLG HEAT PUMP BANK
PROJECT: UCA SHC - INTEGRAL 4 HEADER SIMULTANEOUS HEATING & COOLING HEAT PUMP BANK LAYOUT
CC P/N's: UCA020, UCA030, UCA070
SIZE DGW. NO.
UCA SHC - INTEGRAL 4 HEADER SIMULTANEOUS HEATING & COOLIN G HEAT PUMP BANK LAYOUT
SCALE: NONE DATE: 11/09/2012 SHEET: 1 of 1 REV. A
Load Cooling
Load Heating
Module 1
Cooling
V
V
V
V
V
V
Module 2
Standby
Module 3
Heating
Airflow Airflow
* Simplified single line water circuit shown; V=motorized isolation and control valve
Figure shows a bank of three modules:
Module 1 in Cooling
Module 2 in Standby
Module 3 in Heating
UCA SHC - INTEGRAL 4 HEADER SIMULTANEOUS HEATING & COOLING HEAT PUMP BANK LAYOUT
This document is the sole property of ClimaCool Corp.
Distribution of this document is forbidden without the
written consent of ClimaCool Corp. Design changes to any
portion of this document may occur without notice.
CHILLER LAYOUT: SIMULTANEOUS HTG & CLG HEAT PUMP BANK
PROJECT: UCA SHC - INTEGRAL 4 HEADER SIMULTANEOUS HEATING & COOLING HEAT PUMP BANK LAYOUT
CC P/N's: UCA020, UCA030, UCA070
SIZE DGW. NO.
UCA SHC - INTEGRAL 4 HEADER SIMULTANEOUS HEATING & COOLIN G HEAT PUMP BANK LAYOUT
SCALE: NONE DATE: 11/09/2012 SHEET: 1 of 1 REV. A
Load Cooling
Load Heating
Module 1
Cooling
V
V
V
V
V
V
Module 2
Standby
Module 3
Heating
Airflow Airflow
* Simplified single line water circuit shown; V=motorized isolation and control valve
Figure shows a bank of three modules:
Module 1 in Cooling
Module 2 in Standby
Module 3 in Heating
Simplicity Patent Pending, four (4) header
design simplies installation, design and controls.
Simultaneously, the SHC satises required heating
and cooling demands without the use of inter-module/
external header isolation valves, controls, associated
logic, piping or wiring. Innovative engineering simplies
the simultaneous heating and cooling process, taking
multitasking to a whole new level.
Ultimate Eciency The CoolLogic Control System
provides advanced algorithms for maintaining precise
leaving chilled and hot water temperatures. Integral
motorized valves allow for variable pumping on heating
and cooling water loops. High eciency design oers
a minimum of 10 EER cooling eciencies with typical
heating eciencies around 3.0 COP.
on
DEMAND
®
SIMULTANEOUS HEATING AND COOLING
95B0059N01