Automatic Control & Measuring System
ACS2010 Automatic Control System
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ACS 2010 Automatic Control System

Lead time: 30 days


Control System Parameters: 
Charging voltage:                                            Charging time:           
Setting range 0~200.0kV                               Setting rang 20~190s
Operating space 10.0~200.0kV                   Setting resolution 1s
Setting deviation ≤±1%                                 Alarm time-delay 2s
Instability ≤±1%                           
Setting resolution 0.1kV
Raise voltage times:
Setting rang: 1~999
Protection setting: 
Over-Current protection Settable
Over-Voltage protection Settable
Trends Charging Protection Selectable
Static Charging Protection Settable
Trigger pulse >15kV, raising time <100ns, polarity is switchable.
Output impulse stability >99%

ACS2010 Automatic Control System, Impulse Voltage Generator ACS2010 Automatic Control System, Impulse Voltage Generator

ACS2010 Automatic Control System, Impulse Voltage Generator ACS2010 Automatic Control System, Impulse Voltage Generator

Main Functions: 
ACS2010 controller can realize manual control, automatic control and programmed control,main function are like following:
Measuring display:                                          State display:
DC charging voltage                                        Main power connector switching state
Transformer primary current                         Ground device switching state
Generator sphere gap distance                   Generator sphere gaps trigger state
Generator charging voltage polarity state

Control: 
1) Control system can realize manual control, automatic control and programmed control, each function is independent.
2) Adopt controllable silicon regulating method, has charging voltage feedback measuring system
3) Sparking sphere gap and chopped gap distance is adjustable manually or automatically, and display on the interface.
4) Equips time-delay adjustable chopping gap trigger pulse, and generator spark trigger feedback system
5) Adopt functions controlled constant current charging methods, charging voltage stability can reach 0.5%.
6) Liquid crystal display panel can indicate generator’s charging voltage and charging process, accuracy is 1%.
7) Can direct input charging voltage and time from liquid crystal display panel
8) Equips charging abnormal protection function, the trigger spark pulse can be generate manually or automatically
9) Generator working status indication, such as: spontaneous combustion, not trigger, charging abnormal, charging stable, and so on.
10) System generator and charging parts ground and ground decontrol
11) The charging voltage polarity can be changed by press the bottom in the controller.
12) The charging process can be controlled manually or automatically
13) Alarm bell (manual or automatic)
14) Protection and interlock:
15) Over-current protection
16) Over-voltage protection
17) Abnormal discharge protection
18) Door open/close interlock
19) Ground facility interlock
20) Polarity reversal interlock
21) Operation indication:
22) Can supply different operation indication, when system error or disoperation, the interface will come up relative indication.
23) Dimension: 750x900x1250mm 

Measuring System: 
Amplitude measurement: Impulse peak voltmeter (Selectable)
Input range: 100V ~ 1000V (Impulse voltage)
Uncertainty of measurement: <1%
Waveform measurement: TDS3012 digital oscilloscope
Two channels, 100MS/S, 9bit(Resolution selectable, higher resolution will raise above price, if need please contact with Himalayal Sales.),
Windows 7/8/10 software,
19” LCD color monitor, mouse and keyboard
Waveform analysis: Grind China industrial control computer
(The price will change if config other oscilloscope or acquisition card, We supply wide selection. Please contact with sales.)

Related Standards: 
* IEC 60060-1-2010 High-voltage test techniques - Part 1: General definitions and test requirements
* IEC 60060-2-2010 High-voltage test techniques. Part 2: Measuring systems
* IEC 61083-1-2001 Instruments and software used for measurement in high-voltage impulse tests - Part 1: Requirements for instruments
* IEC 61083-2-1996 Digital recorders for measurements in high-voltage tests - Part 2: Evaluation of software
* ANSI/IEEE 4a-2001 Techniques of High-Voltage Testing
* ANSI/IEEE 376-1975 Measurement of Impulse Strength and Impulse Bandwidth
* ANSI/IEEE 1122-2007 Digit Recorders for Measurements in High-Voltage Impulse Tests

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