Universal Bus Ik3 Series 220V,5KW Servo Motor for Laminating Machine

Min.Order: 1

Product origin: Shanghai, China

Infringement complaint:

Complaint

US$ 120

Description

Universal Bus Ik3 Series 220V,5KW Servo Motor for Laminating Machine
Universal Bus Ik3 Series 220V,0.75KW Servo Drive

PRODUCT ADVANTAGES

· Current loop frequency response > 2.5 kHz: 16-bit current sampling accuracy; dual sampling and dual update algorithms
· Speed loop frequency response > 1.6 kHz: 23-bit absolute encoder; Kalman observation algorithm
· Bus synchronization accuracy < 0.1us: Multi-axis synchronization algorithm at current ring level
· Faster servo motor speed: weak magnetic observation and control function for the servo motor to reach the maximum
speed in an instant
Great Adaptability
· Standard EtherCAT communication protocol, which can be adapted to any EtherCAT bus controller
· With detailed functions such as active resonance suppression, end jitter suppression, friction compensation, groove
torque compensation, etc., the servo performance can be perfected under various mechanical structures
· Thickened three-proof paint process for better environmental (moisture, corrosion, etc.) adaptation
Safer
· With international standard security function, SS1/SS2/SBC, safe and reliable
Easy to Operate
· Optional hand-held operation panel is available for parameter setting and monitoring of servo and motor status,
making system debugging more convenient.
Specifications:

Quality management System

Procurement Control Procedures

Select qualified suppliers to ensure that material quality can satisfy usage request.

2. Production Process Flow

Each staff is required to pass the qualification test for the job position and work in strict accordance with the process documents.

3. Quality Control Procedures

A wide range of measure are applied to control quality and they are:factory audit,signing quality agreement with suppliers,incoming materials inspection,first product confirmation,inspection during production,final inspection,production process analysis and improvement,corrective and preventive actions.
Application:


Moudle
	IK3AS04	IK3AS08	IK3AS15	IK3AS22	IK3AS30	IK3AS50	IK3BS15	IK3BS25	IK3BS35	IK3BS55	IK3BS75
	0.4KW	0.75KW	1.5KW	2.2KW	3KW	5KW	1.8KW	3KW	3.8KW	5.5KW	7.5KW
Input Power
Control Mode	Three-phase PWM converter sine wave drive
Main Power	220V: Single-phase/three phase 220V AC(-15~+10%,50~60Hz)
	380V: Three-phase 380V AC(-15~+10%,50~60Hz)
Control power	220V: Single-phase 220V AC(-15~+10%,50~60Hz)
Rated current	220V:0.4kW/2.8A,0.75kW/5.5A,1.5kW/10A, 2.2kW/12A,3kW/16A,5kW/25A
	380V: 1.8kW/5A,3kW/8A,3.8kW/12A,5.5kW/16A, 7.5kW/20A
Encoder feedback	ABZ incremen encoder / absolute encoder
Environment
Working temperature	0~45°C
Storage temperature	-20~65°C
Working humidity	20~85%RH or less (non condensing)
Storage humidity	20~85%RH or less (non condensing)
Working and storage air	ndoor (no direct sunlight), non-corrosive gases, flammable gases, oil mist, dust
Altitude	Below 1000m
Vibration	5.8m/s² (0.6G) below 10~60Hz (Cannot be used continuously at resonant frequency)
Insulation and pressure resistance	Primary- between F and G, 1 minute under AC1500V
Control signals
Input	6-channel inputs (DC24V optocoupler isolation) Input function can be selected according to parameters
Output	4-channel optocoupler isolated output; output function can be selected according to parameters
Communications	EtherCAT, CANopen
Regenerative esistance	400W: without; over 750W: with
Position control modes
Control input	Servo on, positive rotation prohibited, negtive rotation prohibited, forward current limit, reverse current limit, forward limit switch, negative limit switch, zero return proximity switch, bus IO input, probe 1, probe 2, fault reset
Control Output	Servo return to zero completion, servo operation preparation completion, servo fault, position tracking over limit, target position arrival, STO enable flag, bus IO output, brake output
Pulse output
Output pulse patterns	Phase A, phase B, phase Z: differential output
Frequency dividing ratio	Arbitrary frequency division