MT-6917 Motor Stator Testing System (17 Channel)

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Product Details:

Usage & Applications Industrial
Accuracy High %
Frequency (MHz) 50 Hertz (HZ)
Size 435x190x522mm
Weight 15 Kilograms (kg)
Warranty Yes
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MT-6917 Motor Stator Testing System (17 Channel) Price And Quantity

Minimum Order Quantity 1 Unit

MT-6917 Motor Stator Testing System (17 Channel) Product Specifications

Warranty Yes
Size 435x190x522mm
Weight 15 Kilograms (kg)
Usage & Applications Industrial
Frequency (MHz) 50 Hertz (HZ)
Accuracy High %

MT-6917 Motor Stator Testing System (17 Channel) Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 100 Unit Per Month
Delivery Time 7 Days
Main Domestic Market All India

Product Description

17 Channels
Hipot/Leakage Current
Insulation Resistance
Winding Layer short Test
Three-Phase Current Balance Test(Option)
Steering test
Inductance Test
It can test multiple sets of DUTs simultaneously
4-Wire DC Resistance measurement will be more accurate than others
The Impulse/Surge with waveform comparison is a non-destructive analysis
Chinese/English screen could be switched arbitrarily

SPEC

Model	MT-6917	MT-6913	MT-6913L	MT-6910
Test Channel	17	13	13	8
DCR Range	0.1m-100k	0.1m-100k	0.1m-150	0.1m-100k
DCR Accuracy	Low Resistance 0.1m-1 (0.2%1m)	Low Resistance 0.1m-1 (0.2%1m)	Low Resistance 0.1m-200m (0.1%0.5m)	Low Resistance 0.1m-1 (0.2%1m)
DCR Accuracy	High Resistance 1-100K 0.1%	High Resistance 1-100K 0.1%	High Resistance 200m-1 (0.1%2m 1-150 0.5%	High Resistance 1-100K 0.1%

SPEC

Model	MT-6917
DC Resistance Test (6917)
DCR Range	0.1m-100k
Measuring Mode	4-Wire
Safety Hi pot Test (7605)
AC Output Voltage	100V-3000V
AC Leakage Current	0.001mA-10mA
AC Arcing Detection	Detect gears from 0-9
DC Output Voltage	100V-3000V
DC Leakage Current	0.001mA-5mA
DC Arcing Detection	Detect gears from 0-9
IR Output Voltage	100V-1000V
Insulation Resistance	1-9999M
Measuring Time	0.1-99.9s Continuously adjustable
Voltage Accuracy	(3% of setting+5V)
Impulse Winding Test (6917)
Impulse Voltage (programmable)	200V-3000V
Impulse Voltage Accuracy	2%
Total area comparison	When layer short happened, the loss of power on coil increase, the resonance damping coefficient increase, resonance amplitude decrease, the total area decrease. These are the basic parameters we check layer short. By calculating and comparing the deference of area between golden sample and DUT. Show by percentage Analysis the power loss by this data.
Differential area comparison	Add up the difference between normal wave and DUT wave call Area differential. When layer short happened, the inductance reduce(similar the transformer). The wave phase change and the area differential also change. This will show fail on the instrument. However, the parameter might cause deviation because of the deviation of inductance, resonance phase shift. (Silicon steel product such as motor and traditional transformer is not suitable) By calculating and comparing the deference of area between golden sample and DUT. To determine the degree of waveform overlap. Compare the inductance by this.
Wave comparison	Set a acceptable wave range, if the DUTs wave is in this range shows pass otherwise, fail This parameter can judge both amplitude and phase of resonance wave. This can increase the detection capability of layer short.
Corona comparison	In pulse test, the insulation defect will cause discharge and create corona. This function is able to count the times that corona happened base on the degree of deviation. Detect the discharge phenomenon on the coil.
Flat comparison	If the layer short happened, the waveform will tremble. Therefore, the instrument will quantize and compared it.
Inductance Measurement (Option LCR Meter 6365)
Inductance Ranges	0.1nH - 99.999KH
Test Frequency	10Hz-200kHz
Frequency Output Accuracy	0.01%
Frequency Resolution	5 Digits
AC Drive Level	10mV to 2Vrms (1m Vrms resolution)
Basic Accuracy	0.1%
Three-phase Inductance Balance Test	Comparison Mode The absolute value of the difference between the two sets of coil inductance The ratio of the absolute value of the difference between the two sets of coil inductance to the standard value The ratio of the absolute value of the difference between the inductance of the two sets of coils and the average value of the measured resistance of the three sets of coils

SYSTEM

Test fixture	According to the test requirements
Indicator	Pass/Fail Screen Diaplay/Sound
Built-in Storage	Storage of 100 rewritable data sets
Operation	Manual, RS-232
Power Supply	Voltage	90-132Vac or 198-264Vac
Power Supply	Frequency	50/60Hz
Power consumption	300VA
Environment	Temperature	10-40
Environment	Humidity	20-90%RH
Display	6917	5.7" dot-matrix display (320*240)
	7605	4.3" TFT LCD (480*272)
	6365	7.0" TFT (800*480)
Dimension (WHD)	6917	435x190x522mm
	7605	435x145x522mm
	6365	435x145x522mm
Weight	6917	15 Kg
	7605	14 Kg
	6365	3 Kg
Interface	RS-232

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