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JST262000型起動機性能測試臺
起動機出廠性能測試裝置是為生產(chǎn)線進行產(chǎn)品出廠檢查而設(shè)計制造的。
該測試裝置功能：
·起動機開關(guān)的吸合試驗（吸合電壓、吸合電流）；
·起動機開關(guān)的釋放試驗（釋放電壓、釋放電流）；
·起動機的動態(tài)嚙合試驗（判斷起動機嚙合時是否會銑齒）；
·空載試驗（空載轉(zhuǎn)速、空載電流）；
·負(fù)載試驗（起動機在設(shè)定負(fù)載點的電壓、電流、轉(zhuǎn)速、轉(zhuǎn)矩，可設(shè)兩個負(fù)載點）；
·電流紋波試驗（測試起動機的換向器紋波大小，并繪制紋波圖）；
·制動試驗（制動電壓、電流、轉(zhuǎn)矩）；
·斷電試驗（在制動狀態(tài)下斷開開關(guān)電路，判斷起動機開關(guān)觸點是否粘連）；
·運轉(zhuǎn)試驗（做完制動試驗后再做一次空載）；
·超速試驗（提高起動機電壓，測試超速狀態(tài)下起動機性能）；
·單向器試驗（在指定轉(zhuǎn)矩下，測試單向器的耐久性能）。
以上試驗項目可任意組合。
采用工控計算機進行數(shù)據(jù)采集、處理、存儲。起動機出廠性能測試裝置能夠根據(jù)試驗標(biāo)準(zhǔn)對試驗結(jié)果進行判定，試驗的數(shù)據(jù)可以存儲和打印。自動繪制起動機性能曲線。試驗過程自動控制。測試臺的機械、負(fù)荷裝置等裝置采用先進的技術(shù)和零部件制造。
起動機試驗用模擬蓄電池特性電源采用大功率開關(guān)電源技術(shù)，模擬精度高、效率高，紋波小。
此測試裝置采用電機負(fù)載，負(fù)載穩(wěn)定性極好，噪音小、壽命長。
This device is specially designed and developed for the factory quality inspection in its production-line.
Functions:
Starter current 0-2000 Amps, 0. 5%
Starter voltage 0-30 Volts, 0.5%
Starter speed 0-20,000 RPM, 1%
Starter torque 0-120NM
Solenoid current 0-150 Amps, 0.5%
Contact voltage drop 0-2.5 Volts, 0.5%
Starter efficiency 0-100%
Starter output power 0-10 kW, 0.5%
Starter input power 0-36 kW, 0.5%
The pull-in test of the starter switch(which includes the pull-in voltage and the pull-in current )
The release test of the starter switch(which includes voltage release and current release)
The dynamic mesh test of the starter(which judges whether mill or not optional)
Free spin test (which includes no-load speed and no-load current)
Load test (which tests the voltage, current, speed and torque on the set-up point and draw the full performance curve )
The Current ripple test (which tests the ripple size and draws the picture)
The brake test (which includes the brake voltage, current and torque)
The turn off test(which turn off the S terminal then judges the adhesion of the switch contacts )
The running test(after a high load test, then test a no-load test too)
The high-speed test (which tests the starter performance in a speeding state by increasing the voltage)
The one-way clutch test (which tests the one-way clutch performance of the one-way clutch in a fixed torque )
Available working voltages 380V 50HZ (other voltages optional)
All the tests can be arbitrarily combined.
This device adopts the industrial computers to carry out the data acquisition, processing and storage.Then, according to the experimental standard,the device could do a judgement of the test result. Moreover, we can also have the data stored or printed, the starter performance curve can be drawn too. And the whole process is what we call automation. Moreover,all machines and load devices are produced by the
parts with advanced technology.
In addition, it adopts the high-power switching power technology which is in high-precision, efficient and has small ripples.
More over,it adopts the motor load which possesses the excellent load stability, low-noise and long life.
起動機出廠性能測試裝置是為生產(chǎn)線進行產(chǎn)品出廠檢查而設(shè)計制造的。
該測試裝置功能：
·起動機開關(guān)的吸合試驗（吸合電壓、吸合電流）；
·起動機開關(guān)的釋放試驗（釋放電壓、釋放電流）；
·起動機的動態(tài)嚙合試驗（判斷起動機嚙合時是否會銑齒）；
·空載試驗（空載轉(zhuǎn)速、空載電流）；
·負(fù)載試驗（起動機在設(shè)定負(fù)載點的電壓、電流、轉(zhuǎn)速、轉(zhuǎn)矩，可設(shè)兩個負(fù)載點）；
·電流紋波試驗（測試起動機的換向器紋波大小，并繪制紋波圖）；
·制動試驗（制動電壓、電流、轉(zhuǎn)矩）；
·斷電試驗（在制動狀態(tài)下斷開開關(guān)電路，判斷起動機開關(guān)觸點是否粘連）；
·運轉(zhuǎn)試驗（做完制動試驗后再做一次空載）；
·超速試驗（提高起動機電壓，測試超速狀態(tài)下起動機性能）；
·單向器試驗（在指定轉(zhuǎn)矩下，測試單向器的耐久性能）。
以上試驗項目可任意組合。
采用工控計算機進行數(shù)據(jù)采集、處理、存儲。起動機出廠性能測試裝置能夠根據(jù)試驗標(biāo)準(zhǔn)對試驗結(jié)果進行判定，試驗的數(shù)據(jù)可以存儲和打印。自動繪制起動機性能曲線。試驗過程自動控制。測試臺的機械、負(fù)荷裝置等裝置采用先進的技術(shù)和零部件制造。
起動機試驗用模擬蓄電池特性電源采用大功率開關(guān)電源技術(shù)，模擬精度高、效率高，紋波小。
此測試裝置采用電機負(fù)載，負(fù)載穩(wěn)定性極好，噪音小、壽命長。
This device is specially designed and developed for the factory quality inspection in its production-line.
Functions:
Starter current 0-2000 Amps, 0. 5%
Starter voltage 0-30 Volts, 0.5%
Starter speed 0-20,000 RPM, 1%
Starter torque 0-120NM
Solenoid current 0-150 Amps, 0.5%
Contact voltage drop 0-2.5 Volts, 0.5%
Starter efficiency 0-100%
Starter output power 0-10 kW, 0.5%
Starter input power 0-36 kW, 0.5%
The pull-in test of the starter switch(which includes the pull-in voltage and the pull-in current )
The release test of the starter switch(which includes voltage release and current release)
The dynamic mesh test of the starter(which judges whether mill or not optional)
Free spin test (which includes no-load speed and no-load current)
Load test (which tests the voltage, current, speed and torque on the set-up point and draw the full performance curve )
The Current ripple test (which tests the ripple size and draws the picture)
The brake test (which includes the brake voltage, current and torque)
The turn off test(which turn off the S terminal then judges the adhesion of the switch contacts )
The running test(after a high load test, then test a no-load test too)
The high-speed test (which tests the starter performance in a speeding state by increasing the voltage)
The one-way clutch test (which tests the one-way clutch performance of the one-way clutch in a fixed torque )
Available working voltages 380V 50HZ (other voltages optional)
All the tests can be arbitrarily combined.
This device adopts the industrial computers to carry out the data acquisition, processing and storage.Then, according to the experimental standard,the device could do a judgement of the test result. Moreover, we can also have the data stored or printed, the starter performance curve can be drawn too. And the whole process is what we call automation. Moreover,all machines and load devices are produced by the
parts with advanced technology.
In addition, it adopts the high-power switching power technology which is in high-precision, efficient and has small ripples.
More over,it adopts the motor load which possesses the excellent load stability, low-noise and long life.
?起動機出廠性能測試裝置是為生產(chǎn)線進行產(chǎn)品出廠檢查而設(shè)計制造的。
該測試裝置功能：
·起動機開關(guān)的吸合試驗（吸合電壓、吸合電流）；
·起動機開關(guān)的釋放試驗（釋放電壓、釋放電流）；
·起動機的動態(tài)嚙合試驗（判斷起動機嚙合時是否會銑齒）；
·空載試驗（空載轉(zhuǎn)速、空載電流）；
·負(fù)載試驗（起動機在設(shè)定負(fù)載點的電壓、電流、轉(zhuǎn)速、轉(zhuǎn)矩，可設(shè)兩個負(fù)載點）；
·電流紋波試驗（測試起動機的換向器紋波大小，并繪制紋波圖）；
·制動試驗（制動電壓、電流、轉(zhuǎn)矩）；
·斷電試驗（在制動狀態(tài)下斷開開關(guān)電路，判斷起動機開關(guān)觸點是否粘連）；
·運轉(zhuǎn)試驗（做完制動試驗后再做一次空載）；
·超速試驗（提高起動機電壓，測試超速狀態(tài)下起動機性能）；
·單向器試驗（在指定轉(zhuǎn)矩下，測試單向器的耐久性能）。
以上試驗項目可任意組合。
采用工控計算機進行數(shù)據(jù)采集、處理、存儲。起動機出廠性能測試裝置能夠根據(jù)試驗標(biāo)準(zhǔn)對試驗結(jié)果進行判定，試驗的數(shù)據(jù)可以存儲和打印。自動繪制起動機性能曲線。試驗過程自動控制。測試臺的機械、負(fù)荷裝置等裝置采用先進的技術(shù)和零部件制造。
起動機試驗用模擬蓄電池特性電源采用大功率開關(guān)電源技術(shù)，模擬精度高、效率高，紋波小。
此測試裝置采用電機負(fù)載，負(fù)載穩(wěn)定性極好，噪音小、壽命長。
This device is specially designed and developed for the factory quality inspection in its production-line.
Functions:
Starter current 0-2000 Amps, 0. 5%
Starter voltage 0-30 Volts, 0.5%
Starter speed 0-20,000 RPM, 1%
Starter torque 0-120NM
Solenoid current 0-150 Amps, 0.5%
Contact voltage drop 0-2.5 Volts, 0.5%
Starter efficiency 0-100%
Starter output power 0-10 kW, 0.5%
Starter input power 0-36 kW, 0.5%
The pull-in test of the starter switch(which includes the pull-in voltage and the pull-in current )
The release test of the starter switch(which includes voltage release and current release)
The dynamic mesh test of the starter(which judges whether mill or not optional)
Free spin test (which includes no-load speed and no-load current)
Load test (which tests the voltage, current, speed and torque on the set-up point and draw the full performance curve )
The Current ripple test (which tests the ripple size and draws the picture)
The brake test (which includes the brake voltage, current and torque)
The turn off test(which turn off the S terminal then judges the adhesion of the switch contacts )
The running test(after a high load test, then test a no-load test too)
The high-speed test (which tests the starter performance in a speeding state by increasing the voltage)
The one-way clutch test (which tests the one-way clutch performance of the one-way clutch in a fixed torque )
Available working voltages 380V 50HZ (other voltages optional)
All the tests can be arbitrarily combined.
This device adopts the industrial computers to carry out the data acquisition, processing and storage.Then, according to the experimental standard,the device could do a judgement of the test result. Moreover, we can also have the data stored or printed, the starter performance curve can be drawn too. And the whole process is what we call automation. Moreover,all machines and load devices are produced by the
parts with advanced technology.
In addition, it adopts the high-power switching power technology which is in high-precision, efficient and has small ripples.
More over,it adopts the motor load which possesses the excellent load stability, low-noise and long life.