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GK800Z Frequency Inverter For Sync Injection Molding Machine

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    Negotiable

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  • Delivery term:

    The date of payment from buyers deliver within days

  • seat:

    Guangdong

  • Validity to:

    Long-term effective

  • Last update:

    2017-08-18 01:01

  • Browse the number:

    187

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Company Profile
Jiangsu Gtake Electric Co.,Ltd
By certification [File Integrity]
Contact:

jitaike(Mr.)  

Email:

Telephone:

Area:

Guangdong

Address:

Building 10, Zhong-yun-tai Industrial Park, Tangtou Road No.1, Bao'an District, Shenzhen, China, 518108

Website: http://www.variable-frequency-inverter.com/ http://jitaike.maoyitrader.com/
Product details


GK800Z AC Motor Drives for Sync Injection Molding Machine



GTAKE GK800Z Series Electro-hydraulic Servo Drives are dedicated AC Motor Drives for Synchronous Injection Molding Machine with dedicated expansion board EPC-PG4 available.



1. Product Model and Technical Data














































































































































Drive Model




Power Level(kW)




Output Current (A)




Input Current (A)




Applicable Motor (kW)




Braking Unit




GK800Z-4T1.5B




1.5




3.8




6.2




1.5




Standard built-in




GK800Z-4T2.2B




2.2




5.5




9.2




2.2




GK800Z-4T3.7B




3.7




9




14.9




3.7




GK800Z-4T5.5B




5.5




13




21.5




5.5




GK800Z-4T7.5B




7.5




17




27.9




7.5




GK800Z-4T11B




11




24




39




11




GK800Z-4T15B




15




30




50.3




15




GK800Z-4T18.5B




18.5




39




60




18.5




GK800Z-4T22B




22




45




69.3




22




GK800Z-4T30B




30




60




86




30




GK800Z-4T37B




37




75




104




37




GK800Z-4T45B




45




91




124




45




GK800Z-4T55B




55




112




150




55




GK800Z-4T75B




75




150




201




75




GK800Z-4T90




90




176




160*




90




External




GK800Z-4T110




110




210




192*




110




GK800Z-4T132




132




253




232*




132




GK800Z-4T160




160




310




285*




160




GK800Z-4T185




185




350




326*




185




GK800Z-4T200




200




380




354*




200




GK800Z-4T220




220




430




403*




220




GK800Z-4T250




250




470




441*




250




GK800Z-4T280




280




520




489*




280




GK800Z-4T315




315




590




571*




315




GK800Z-4T355




355




650




624*




355




GK800Z-4T400




400




725




699*




400



* The input current after the direct current reactor is  equipped, equip the external direct current reactor when the products of  GK800Z-4T90 and above leave the factory. Please connect the electric reactor  for use; otherwise the product will not work normally.



2. Technical Specification of GK800-Z AC Motor Drives















































Power input




Rated voltage




3- phase AC380V/AC400V/AC415V/AC440V/AC460V/AC480V




Rated input current




Please see section 2.3




Frequency




50Hz/60Hz with the fluctuation range of ±5%




Allowable voltage range




Continuous voltage fluctuation of ±10%, transit fluctuation of -15%~+10%, i.e.    323V~528V;




Voltage unbalance rate <3% and the distortion rate meets the requirement of    IEC61800-2.




Power output




Standard application motor (kW)




Please see section 2.3




Rated current (A)




Please see section 2.3




Output voltage(V)




3-phase: 0~rated output voltage and the error is less than ±3%




Output frequency (Hz)




0.00~600.00Hz, with the unit of 0.01Hz




Overload capacity




150% 1min




180% 10s




200% 0.5s




Running control characteristics




Control pattern




V/f control




Sensor-less vector control 1




Sensor-less vector control 2




Close-loop vector control




Range of speed regulation




1:100 (V/f control and sensor-less vector control 1




1:200 (sensor-less vector control 2)




1:1000(Close-loop vector control)




Speed control precision




±0.5% (V/f control)




±0.2% (sensor-less vector control 1 and 2)




±0.02%(Close-loop vector control)




Speed fluctuation




±0.3% (sensor-less vector control 1 and 2)




±0.1% (Close-loop vector control)




Torque response




<10ms(sensor-less vector control 1 and 2)




<5ms (Close-loop vector control)



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