Factory directly supply Panasonic Rotary Compressor - Scroll ZR Series EMERSON Refrigeration Copeland compressor ZR94KCE-TFD-522 – Hengyi
Factory directly supply Panasonic Rotary Compressor - Scroll ZR Series EMERSON Refrigeration Copeland compressor ZR94KCE-TFD-522 – Hengyi Detail:
Model
|
Volt support :V/Phase
|
Displace
-ment:cc/rev |
Horse Power:HP
|
Cooling capacity:Btu
|
Input Power:W
|
Rated Load Amps:A
|
Locked
Rotor Amps:A |
Replacement Oil Charge: L
|
ZR61KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
82.6
|
5
|
61880
|
5400
|
11
|
63
|
1.95
|
ZR72KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
98.1
|
6
|
73500
|
6250
|
13
|
75
|
1.77
|
ZR81KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
107.8
|
6.8
|
82000
|
6950
|
15
|
100
|
1.77
|
ZR84KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
113.6
|
7
|
85500
|
7300
|
15
|
100
|
2.51
|
ZR94KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
127.2
|
7.8
|
96500
|
8200
|
16
|
95
|
2.51
|
ZR108KC-TFD-522
|
380V/460V50-60Hz;3P
|
142.9
|
9
|
109000
|
9200
|
17
|
114
|
3.25
|
ZR125KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
167.2
|
10
|
128000
|
10900
|
19
|
125
|
3.25
|
ZR144KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
190.9
|
12
|
146000
|
12300
|
22
|
125
|
3.25
|
ZR160KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
209.1
|
13
|
160000
|
13900
|
28
|
138
|
3.25
|
ZR190KC-TFD-522
|
380V/460V50Hz/60Hz;3P
|
249.2
|
16
|
190000
|
16800
|
34
|
173
|
3.25
|
ZR250KC-TWD-522
|
380V/460V50Hz/60Hz;3P
|
325.2
|
20
|
249900
|
21700
|
30
|
225
|
4.67
|
ZR310KC-TWD-522
|
380V/460V50Hz/60Hz;3P
|
410.6
|
25
|
306000
|
27100
|
38
|
272
|
6.80
|
ZR380KC-TWD-522
|
380V/460V50Hz/60Hz;3P
|
502.7
|
32
|
379000
|
32700
|
45
|
310
|
6.30
|
Compressor of the Future
The future of HVACR is full of uncertainties: new regulations, new products and new realities. Developing HVAC and refrigeration systems that meet new efficiency and refrigerant regulations can present a new set of complex challenges. Our next-gen Copeland scroll technology has been designed for maximum efficiency and a full range of low-GWP refrigerants and comes complete with smart features like plug-and-play electronics to provide the performance and flexibility you need for regulation-ready system design. Beyond our next-gen Copeland compressors that live at the heart of HVAC and refrigeration systems that homeowners, businesses and industries have depended on, our industry-leading expertise and training programs can help you determine what upcoming changes mean for your business while helping you get prepare for tomorrow’s challenges today.
How does a scroll compressor work?
Copeland scroll compressors work with one scroll orbiting in a path defined by a matching fixed scroll. The fixed scroll is attached to the compressor body while the orbiting scroll is coupled to the crankshaft. The orbiting motion creates a series of gas pockets traveling between the two scrolls. On the outer portion of the scrolls, the pockets draw in gas then move it to the center of the scroll where it’s discharged. As the gas moves into the scroll’s center, the temperature and pressure increase to the desired discharge pressure.
Product detail pictures:
Related Product Guide:
It really is our obligation to satisfy your requirements and efficiently serve you. Your fulfillment is our great reward. We're hunting forward to your check out for joint development for Factory directly supply Panasonic Rotary Compressor - Scroll ZR Series EMERSON Refrigeration Copeland compressor ZR94KCE-TFD-522 – Hengyi , The product will supply to all over the world, such as: luzern , Sierra Leone , Philippines , We adopt advanced production equipment and technology, and perfect testing equipment and methods to ensure our product quality. With our high-level talents, scientific management, excellent teams, and attentive service, our products are favored by domestic and foreign customers. With your support, we will build a better tomorrow!
By Nicola from Jordan - 2018.09.21 11:44
This is a honest and trustworthy company, technology and equipment are very advanced and the prodduct is very adequate, there is no worry in the suppliment.
By Genevieve from Norway - 2017.11.11 11:41