Product Description

Product Gain:
Specialised for CNC
· Common Mechatrolink II and Mechatrolink III buses, completely adapted to LNC, Syntec, HUST and other CNC systems
· Kalman observer algorithm for quicker servo reaction
· Load perturbation compensation algorithm for smoother processing
· Quadrant bump suppression algorithm for CZPT processing
· Turret control function
Intelligent
· Potent inner position mode permits for ongoing multi-path plHangZhou for wealthy movement manage supports up to 32 information sets for plHangZhou, every single established of data can be set to the amount of pulses or angle needed, and internal situation mode can be established for velocity, acceleration, deceleration and emergency deceleration
· Automated determination of load inertial mechanical properties, placing best gain and shortening system commissioning time
Stable
· Mechanical resonance frequency evaluation, configuration of 2 sets of lure filters, adjustable frequency (fifty~5000Hz) and lure depth, properly defeat minimal frequency resonance and mechanical stop vibration,can established the vibration frequency (1~100Hz) and vibration damping
· Frictional torque compensation minimizes the result of static friction during mechanical commutation and improves command subsequent overall performance at lower speeds

Naming:

Requirements:

Series				iK2
Output power (unit: kW)				two.two	three	5
Output present				12A	sixteen	25
Type of encoder				17 bit absolute value encoder
Regeneration resistance				Built-in or external connection
	Control mode			IGBT PWM management sinusoidal present travel method
Homes	Speed control variety			1:ten thousand (The reduce limit of the velocity control range is secure procedure CZPT creep in circumstance of rated load)
	Fluctuation ratio of speed		Load fluctuation	0 to one hundred% load: ±0.01% max. (at rated pace)
			Voltage fluctuation	Rated voltage: ±10%:% (at rated velocity)
			Temperature fluctuation	25±25°C: ±0.1% max. (at rated pace)
	Torque control accuracy (repeatability)			1%
	Soft boot-time setting			0 ~ ten seconds (acceleration and deceleration can be established independently)
Interaction	RS-485 Communic ation		Communication protocol	Modbus
			1 N communication	Up to N = 127 stations
			Axis handle placing	Set by parameter
Enter/output sign	Frequency-dividing pulse output of encoder			A-stage, B-stage, and C-phase: linear travel output number of divided pulses: can be set arbitrarily
	Sequential management enter signal			7 channels
				Functions: Origin return deceleration change signal (/DEC), exterior latch sign (/EXT 1 to 2), ahead rotation prohibition (P-OT), reverse rotation prohibition (N-OT), forward rotation torque limit (/P -CL), reverse rotation torque limit (/N-CL). Changes in the positive/negative logic of the above signal can be performed.
	Sequential management output signal			5 channels
				Functions: Servo CZPT (ALM), positioning completion (/COIN), speed coincidence detection (/V-CMP), brake (/BK), servo motor rotation detection (/TGON), servo all set (/S- RDY), torque restrict detection (/CLT), encoder zero output (PGC). Alterations in the optimistic/unfavorable logic of the over sign can be performed.
Instruction				CHARGE indicator
Regeneration handling				Built-in regenerative resistor or exterior regenerative resistor (optional)
Over travel handling				Dynamic brake (DB) stops, deceleration stops or totally free operating stops during P-OT and N-OT input procedure
Protection capabilities				Over current, more than voltage, underneath voltage, overload, regeneration abnormality, and many others.
Accessibility…				Gain adjustment, CZPT recording, jog operation, and so forth.
Panel procedure		Display		7-phase 5-digit red nixie tube
		Key		5 jog keys
Communication		Communication protocol		MECHATROLINK-II
		Transfer Charge		10 Mbps
		Transmission cycle		250 microseconds, .5 to 4. milliseconds (multiples of .5 milliseconds)
		Link transfer terms		Switch at seventeen bytes/station, 32 bytes/station
		Station handle placing		41H to 5FH (highest variety of linked substations: thirty)
Command manner		Instruction specification		Position control, velocity manage and torque manage by means of MECHATROLINK bus
		Command input		MECHATROLINK commands (this sort of as sequential control, motion, data placing/reference, checking, adjustment, and other guidelines)

             
Top quality management Program

1.Procurement Manage Methods

Select certified suppliers to make sure that material good quality can satisfy usage ask for.

 2.Production Procedure Circulation

Each personnel is essential to move the qualification test for the job place and operate in rigid accordance with the method paperwork.

 3.High quality Handle Techniques

A vast variety of measure are applied to handle top quality and they are:manufacturing unit audit,signing top quality agreement with suppliers,incoming components inspection,initial product affirmation,inspection for the duration of production,ultimate inspection,production procedure analysis and improvement,corrective and preventive steps.

Application:

· 3C electronic gear

· Packaging products

· Printing gear

· CNC Machine equipment

· Textile industry

Firm:

Laboratory:

Society:

Award:Won the 2018 annual user satisfaction brand in the field of motion control!

Certificate:

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