Industrial Heat Pump Recirculation Inverter Free Cooling Tica Screw Chiller Unit Conditioning Commercial Air Cooled Chiller

• Type: Air-Cooled
• Cooling Method: Screw
• Unit Structure: Split
• Selected Voltage: 380-415V 3n-50Hz
• Compressor Number: 2 or 4
• Noise Level: Ultra Low
• Application Fields: Food Processing
• Certification: CE
• Condition: New
• Maximum Power Input: 30.2-55 Kw
• Maximum Input Current: 50-100 a
• Starting Current: 125-300 a
• Energy Regulation: 0-50-100 %
• Evaporator Water Flow: 11.4-22.4 M3/H
• Evaporator Water Pressure Drop: 30-60 Kpa
• Fan Air Flow: 28000-48000 M3/H
• Compressor: Evi Compressor
• Transport Package: Heat Pump Chiller Machine for Central Air Conditio
• Trademark: TICA
• Origin: China

Product Description

Heat Pump Air Cooled Chiller For Central Air Conditioner
 

Company Profile

TICA R&D INSTITUTE JAPANw

Products Line

TASD Series

R134a,Air-cooled screw chiller

Selective cooling parts and control components provided by world-famous manufacturers, together with the most cutting-edge intelligent control system, contribute to the high efficiency,energy conservation, stability and reliability of this air-conditioning.

Specification

Unit Model TASD-AC			110.1	145.1	170.1	210.2	230.2	260.2	285.2	345.2	405.2
Nominal Cooling Capacity		kW	385	505	601	730	808	909	1001	1210	1425
		Kcal/h	331100	434300	516860	627800	695880	781740	860860	1040600	1225500
Cooling Rated Power Input		kW	123	159	189	233	254	285	319	379	464
Cooling Rated Current		A	219	288	341	419	479	507	578	690	840
Max.Strater Current		A	615	845	845	965	1102	1264	1358	1358	1486
Max.Running Current		A	419	513	523	521	900	932	1026	1026	1042
Power Supply			380-415V 3N~ 50Hz
Evaporator	Type		Tube-and-shell evaporator
	Flow Rate	m^3/h	66	87	103	126	139	156	172	208	245
	Inlet/Outlet DN	DN	125	125	125	150	150	150	150	200	200
	Pressure Drop	kPa	40	53	56	57	68	72	73	70	68
	Max.Pressure	MPa	1.0
Compressor	Type		Semi-hermetical screw compressor
	Energy Adjusting		25%-100% four step control				12.5%-100% eight step control
	Starter Mode		Y- △
Fan	Air Flow Rate	m^3/h	150000	200000	250000	250000	350000	350000	400000	400000	500000
	Quantity	Piece	6	8	10	10	14	14	16	16	20
Refrigerant	Type		R134a
	System Quantity		1				2
Dimension	Length	mm	3787	4792	5797	5797	8707	8707	9712	9712	11700
	Width	mm	2250
	Height	mm	2420				2480
Hydraulic Module (Option)	Built-in Hydraulic Module (Option)		Water pump, expansion tank, filter, satety valve, pressure gauge, butterfly valve etc.
	Water Pump Type		Centrifugal single pump or twin pump (option)
Net Weight		kg	4350	4690	5500	6050	7850	7980	9200	9550	11800
Running Weight		kg	4550	4910	5750	6340	8190	8340	9590	9980	12400

 

Out Advantages

STABLE AND RELIABLE OPERATION                      MODULAR DESIGN                                                 THROTTLE APPARATUS

HIGH-EFFICIENCY COMPRESSOR                            LOW-NOISE OPERATION                              UNIT MICROCOMPUTER CONTROL CENTER

HIGH-EFFICIENCY HEAT EXCHANGER

Install

CONVENIENT INSTALLATION

* The unit can be directly installed outdoors without the cooling tower. The compact structure of the unit takes small space and is cost-saving.
* The lifting lug design makes the hoisting process simple and safe.
* The water pipe of the water-side heat exchanger has been equipped with the water flow switch and is ready to use, which saves the on-site installation time.
* Inlet and outlet pipes are clamped, which makes the on-site installation easier.
* The unit comes with the startup cabinet and control cabinet and has been filled with refrigerant and refrigeration oil before delivery. Only the water pipe and power supply need to be connected upon installation on site. The unit can be put into use after the initial on-site commissioning by the after-service personnel of TICA.
* The built-in hydraulic module of the unit is optional. This module integrates all necessary hydraulic components such as the water pump, filter, expansion tank, flow switch, safety valve, pressure gauge, and drainage valve. Customers can debug the
running after connecting the water pipes at ends.

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