Industrial Process Micro (IPM) and Industrial Process (IP) are the new gold standard in industrial water cooling.
The best that current technology has to offer to guarantee energy efficiency for OPTIMUM performance.
A COMPLETE SOLUTION TO MEET ALL YOUR REQUIREMENTS
Automotive Industry
Food Industry
Chemistry
Plastics Technology
Nuclear Energy
Textiles
Iron and Steel Industry
Surface Treatment
Wine Production
Pharmaceutical Industry
Electronics
Laser
A CONCENTRATION OF TECHNOLOGIES COMBINING ALL THE BEST ADVANTAGES
Easy to Install
Energy Revolution
The Combination of the Best Components
Easy Maintenance
Easy to Use – Plug and Play
THE COOLING UNIT THAT HAS REVOLUTIONIZED | THE PRODUCTION OF CHILLED WATER
External shell
Buffer tank
Elastic shell
Gas distributor
Feeding circuits
Return circuits
Inlet gas pipe
Outlet gas pipe
OPTIMUM ENERGY EFFICIENCY: For lower electricity consumption, compared with other machineson the market, IPM & IP produce the same cooling capacity.
NO FROST EXCHANGER: This tubular heat exchanger patented by CTA is submerged in the buffer tank that guarantees the non-freezing of this part.
SAVINGS: Owing the energy savings of the OPTIFLUX exchanger your chiller is quickly amortized.
A MACHINE THAT PAYS FOR ITSELF: Because of the energy saved, you recoup the cost of your machine quickly.
PROTECTING THE ENVIRONMENT: Owing to the use of environmentally friendly refrigerant, reduced electricity consumption and a closed water circuit.
ONLY THE BEST COMPONENTS SELECTED: CAREL microprocessor, Copeland SCROLL™ compressor.
MANUFACTURING QUALITY: CTA’s manufacturing process meets strict ISO 9001 certified specifications.
THE SOLUTION YOU CAN TRUST: We are committed to providing you with the best technical expertise from the moment you request information until your chiller is commissioned.
HELP TO PROTECT THE ENVIRONMENT
CTA is committed to caring for the environment.
IPM & IP comply with current regulations by using AN ENVIRONMENTALLY-FRIENDLY REFRIGERANT, R410A.
But IPM & IP go BEYOND LEGAL REQUIREMENTS:
the HYDRAULIC CIRCUIT IS CLOSED and therefore does not involve pumping or water discharge so there is NO RISK OF LEGIONELLOSIS.
the quality of the cooler can be attributed to OPTIMIZATION OF THE EXCHANGER combined with components selected for their ENERGY EFFICIENCY resulting in LOWER ELECTRICITY CONSUMPTION.
EASY TO INSTALL AND START-UP
Fully packaged in a single compact housing and designed with a condenser located on one side only, the IPM & IP chillers adapt to any installation components, both inside and outside. With its built-in hydraulic component, IPM & IP are ready to use. A kit is available to facilitate filling the unit with water. TOTAL ACCESSIBILITY AT THE FRONT: All the panels can be removed to facilitate maintenance. DOES NOT REQUIRE A LOT OF STORAGE SPACE: IPM & IP were designed to fit into even the smallest spaces.
REFRIGERATING CIRCUIT
*models IPM2 to IP351US contain only one refrigeration circuit
CP compressor
RM pressure relief valve
PA high pressure switch
MA high pressure gauge
V1 1st stage fan pressure controller
V2 2nd stage fan pressure controller
CD condenser
VE fan
TF relief valve
FI filter/dryer
IL sight glass
SL liquid solenoid valve
TM thermostatic expansion valve
EQ equalization
ES thermal bulb
EV NO FROST evaporator
PB low pressure switch
MB low pressure gauge
PO oil pressure switch
MO oil pressure gauge
VA air bleed valve
VB bypass valve
MH water pressure gauge
VH drain valve
SA anti-freeze sensor
SR regulating sensor
PD water pressure differential cut-out
VS water pressure relief valve
EP pump
SB tank
IPM & IP: The Choice of the Best Components
EXCHANGER: The OPTIFLUX exchanger, patented by CTA group, developed in partnership with Alfa Laval, the world leader in exchangers. The tube in flexible shell heat exchanger is integral to the buffer vessel and protects against damage which can occur with improper setup or maintenance.
BODY: It is made up of a frame in aluminum sections and panels in PVC plastic coated galvanized steel all mounted on a steel frame, epoxy paint. Option: aluminum or stainless steel panels.
FAN WITH STREAMLINED BLADES AND AIR-COOLED CONDENSER: Units are fitted with an axial cooling fan with balanced aluminum blades and an air-cooled condenser in copper pipes and aluminum vanes. This feature reduces noise levels and improves ventilation air flow.
SCROLL COMPRESSOR: IP features Copeland Scroll compressors as standard on models IP15 to 1502US. Scrolls minimize power consumption, noise, vibration and moving parts while maximizing reliability and resistance to liquid refrigerant returns.
HYDRAULIC KIT: It is made up of a generously sized storage tank, avoiding the risk of compressor short cycles, and a centrifugal pump as standard on all sizes, with a pressure gauge and pressure differential cut-out on the water circuit. An adjustable by-pass valve allows the pressure of the water supply flowing out of the unit to be regulated.
CAREL REGULATION: Operation is controlled by miroprocessor according to the starting temperature of the water, monitored by sensors. The digital interface continuously indicates the water outlet temperature. It also displays the operating instructions and the various adjustment parameters.
ACCESSORIES:
Rubber anti-vibration mountings (supplied loose)
Modulating fan speed condensing control
Fan speed control
Crankcase heater
Remote control
Sequence phase relay
Refrigerant gauges (standard on models IP251US and above)
Electromechanical flow switch
REAR VENTILATION GRILLE
A Complete Range
HIGH CAPACITY
HEAT RECOVERY
FREE COOLING PACKAGED
MULTIPLE CIRCUIT
FREE COOLINGY
And many other possibilities
Stainless steel circuit
Cooling towers
Dry fluid coolers
Heat exchangers
Heat recovery
Different gas like R134a, R407C, R404a, R290
LPEO : plus and process solution
Double pump/Hydraulic Skid
Product Selections
Model
Water
Inlet &
Outlet
(NPT)
Cooling
Capacity (1)
Total
Installed
Power (2)
(kW)
Water
Pump
Tank
Capacity
(Gal)
Dimensions
(Inches)
Approx.
Weight
(Lbs)
BTU/H
Tons
HP
L
D
H
IPM2US
½
6,824
0.6
1.3
0.5
6
29
22
35
187
IPM4US
½
12,966
1.1
2.1
0.5
6
29
22
35
220
IPM6US
½
19,108
1.6
2.9
0.5
6
29
22
35
238
IP15US
½
23,885
2
4.3
0.8
8
33
26
55
352
IP20US
½
32,893
2.7
5.4
0.8
8
33
26
55
374
IP31US
1
43,675
3.6
6.6
0.8
16
39
31
70
550
IP51US
1
56,983
4.6
8.4
0.8
16
39
31
70
594
IP61US
1
65,854
5.5
9.4
0.8
42
50
39
81
990
IP81US
1½"
73,702
6.1
10.5
1.5
42
50
39
81
1,078
IP101US
1½"
100,999
8.4
13.8
1.5
42
50
39
85
1,122
IP121US
1½"
123,520
10.3
16.7
1.5
42
50
39
85
1,144
IP151US
1½"
146,040
12.2
19
1.5
42
50
39
85
1,177
IP201US
1½"
201,999
16.8
26.5
3
77
76
39
85
1,562
IP251US
1½"
247,039
20.6
33.3
3
77
76
39
85
1,892
IP351US
2"
292,079
24.3
37.9
3
122
102
39
85
2,222
IP401US
2"
335,755
28
45.3
4
122
102
39
85
2,464
IP502US
3"
379,430
31.6
51.7
4
132
139
39
88
3,960
IP602US
3"
477,700
39.8
63.9
5.4
132
139
39
88
4,136
IP652US
3"
552,767
46.1
73.9
5.4
132
139
39
91
4,224
IP802US
4"
671,510
56
87.5
5.4
243
154
79
76
4,840
IP1002US
4"
758,860
63.2
100.6
10
243
154
79
76
4,840
IP1202US
4"
955,400
79.6
124
10
264
197
79
88
5,676
IP1402US
4"
1,105,534
92.1
147.4
10
264
197
79
88
5,940
IP1502US
4"
1,255,668
104.6
159.4
10
264
197
79
88
6,028
For larger sizes and other voltages, consult factory.
Notes:
(1) Assumes 45°F cooling water supply, 55°F cooling water return and 95°F, ambient temperature. For all other conditions refer to the correction factors.
(2) Total nominal absorbed power by (all) compressor(s) at rated inlet conditions using 230/1/60 or 460/3/60 power supply as applicable.
(3) All models are 60 Hz.
(4) To be used as a guide only. All applications should be confirmed by CTA.
(5) Assumes no change to condenser inlet water temperature.
(6) Assumes no change to evaporator outlet water temperature.
Standard water temperature control is +/- 3°F. Close temperature control is available.
