ENTEK C6622HS 6600/EC6622HS

Company Information:

AMIKON specializes in sales of industrial automation components. Products include DCS control system cards, programmable PLC module SPS, CNC panel controllers, inverters, server drivers and various robots parts.

Hongkong, Hong Kong

Distributor

+8618020776786
+865925165561

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Company Postings:

(6095) products in the catalog

Name:	ENTEK C6622HS 6600/EC6622HS
Category:	Industrial Automation
Offered by:	Amikon Automation Equipment Co., LTD

ENTEK C6622HS 6600/EC6622HS Description:

Sales Manager: Nancy Lin

Email: info@amikon.cn

Skype: onlywnn_1
Mobile(Whatsapp): (+86)-18020776786

Amikon :

Shipping Term : TNT,DHL,FEDEX,ETC

Payment Term : T/T

Warranty: 12 month

Amikon supply： New+original+factory sealed+high quality

Service: quotation will be sent in 9 hours

Skype + whatsapp + mobile = 24 hours /day Oneline.

1.Q:What about your shipping terms ?

A: We can ship by DHL,UPS,FEDEX,ARAMAX,TNT,and so on

2.We're in this field more than 12 years. If there's any problem, please contact with us,we'll provide suggestion from our engineer to help you solve problem.

3.Q:How long warranty does Amikon can provide ?

A: Amikon can provide 1 year warranty !

Our services
Packing & Delivery
1)100% full New! - Original Factory Seal !
2)Warranty: 12 months!
3)Package: Original packing with cartons.
4)Delivery time: Shipped in 3 days after payment
Best Quality Assurance:
1. We only provide the original new items, 100% make sure the best quality!
2.1 year warranty GUARANTEE OF QUALITY (After Our Delivery Date).

ENTEK C6622HS 6600/EC6622HS

Thermodynamic Principles
A schematic diagram for a simple-cycle, singleshaft
gas turbine is shown in Figure 2. Air enters
the axial flow compressor at point 1 at ambient
conditions. Since these conditions vary from
day to day and from location to location, it is
convenient to consider some standard conditions
for comparative purposes. The standard
conditions used by the gas turbine industry are
59 F/15 C, 14.7 psia/1.013 bar and 60% relative
humidity, which are established by the
International Standards Organization (ISO)
and frequently referred to as ISO conditions.

Air entering the compressor at point 1 is compressed
to some higher pressure. No heat is
added; however, compression raises the air
temperature so that the air at the discharge of
the compressor is at a higher temperature and
pressure.
Upon leaving the compressor, air enters the
combustion system at point 2, where fuel is
injected and combustion occurs. The combustion
process occurs at essentially constant pressure.
Although high local temperatures are
reached within the primary combustion zone
(approaching stoichiometric conditions), the
combustion system is designed to provide mixing,
burning, dilution and cooling. Thus, by the
time the combustion mixture leaves the combustion
system and enters the turbine at point
3, it is at a mixed average temperature.
In the turbine section of the gas turbine, the
energy of the hot gases is converted into work.
This conversion actually takes place in two
steps. In the nozzle section of the turbine, the
hot gases are expanded and a portion of the
thermal energy is converted into kinetic energy.
In the subsequent bucket section of the turbine,
a portion of the kinetic energy is transferred to
the rotating buckets and converted to work.
Some of the work developed by the turbine is
used to drive the compressor, and the remainder
is available for useful work at the output
flange of the gas turbine. Typically, more than
50% of the work developed by the turbine sections
is used to power the axial flow compressor.
As shown in Figure 2, single-shaft gas turbines
are configured in one continuous shaft and,
therefore, all stages operate at the same speed.
These units are typically used for generatordrive
applications where significant speed variation
is not required.