INVT/INVT spindle servo drive DSV200 High performance and high precision

Product introduction: DSV200 is a new generation of high-performance servo spindle drive: using high-performance closed-loop vector control, it can provide more stable, reliable and accurate speed control and position control, support a variety of encoders, provide a variety of bus communication interfaces, and strengthen the environmental adaptability of the product and customized and industrial design, with better functions and more flexible applications.

INVT/INVT DSV200

　　Servo spindle standard configuration:

Servo configuration	drive	Servo spindle motor	Resistance (100% braking)
2.2kW	DSV200-2R2G-4-□□	ISM-380-□-□-□-2R2-□-□-□	80Ω/600W
4kW	DSV200-004G-4-□□	ISM-380-□-□-□-004-□-□-□	60Ω/1000W
5.5kW	DSV200-5R5G-4-□□	ISM-380-□-□-□-5R5-□-□-□	50Ω/1000W
7.5kW	DSV200-7R5G-4-□□	ISM-380-□-□-□-7R5-□-□-□	40Ω/1500W
11kW	DSV200-011G-4-□□	ISM-380-□-□-□-011-□-□-□	40Ω/2000W
15kW	DSV200-015G-4-□□	ISM-380-□-□-□-015-□-□-□	27Ω/2000W

　　Specifications:

Description of the function		Specifications
Power input	Input Voltage (V)	AC 3PH 380V(-15%)~440V(+10%) Rated voltage: 380V
Power input	Input Frequency (Hz)	50Hz or 60Hz, allowable range 47~63Hz
Power output	Output Voltage (V)	0~Input voltage
Power output	Input Frequency (Hz)	0~600Hz
Technical control performance	Control mode	There is PG vector control mode; No PG vector control mode; Space voltage vector control mode
	Motor type	Asynchronous AC servo motor, permanent magnet synchronous motor electric spindle
	Speed ratio	There is PG vector control: 1:1000 No PG vector control: asynchronous machine 1:200; Synchronous machine 1:20
	Speed control accuracy	With PG vector control: ±0.02% Without PG vector control: ±0.2%
	Fluctuations in speed	With PG vector control: ±0.1% Without PG vector control: ± 0.3%
	Torque response	<10ms (with PG vector control) <20ms (without PG vector control)
	Torque control accuracy	5% (with PG vector control) 10% (without PG vector control)
	Starting torque	PG vector control: 0Hz/200%; No PG vector control: asynchronous machine: 0.25Hz/150%; Synchronizer: 2.5 Hz/150%
	Overload capacity	150% rated current for 1 minute, 180% rated current for 10 seconds, 200% rated current for 1 second
Operational control performance	Frequency setting method	Digital setting, analog setting, pulse frequency setting, MODBUS, EtherCAT, ProfiNET communication setting, etc. Realize the combination of settings and the switching of setting channels.
	Automatic voltage adjustment function	When the grid voltage changes, it can automatically keep the output voltage constant
	Fail-safe function	Provide more than 30 kinds of fault protection functions: over-current, over-voltage, under-voltage, over-temperature, phase loss, overload and other protection functions
	Speed tracking restart function	Shock-free smooth start of rotating motors
Peripheral interfaces	Resolution of terminal analog input quantity	Not more than 22ms
	Resolution of terminal switching input quantity	Not more than 2ms
	Analog inputs	AI1：-10~+10V；AI2：0~10V/0~20mA
	Analog output	2 channels (AO1, AO2) 0~10V /0~20mA
	Digital inputs	7 normal inputs, maximum frequency 1kHz, internal impedance: 3.3kΩ, 1 high-speed input, maximum frequency 50kHz
	Digital output	1 high-speed pulse output, maximum frequency 50kHz; 2 Y-terminal open collector outputs
	Relay output	Two programmable relay outputs; RO1A normally open, RO1B normally closed, RO1C common end; RO2A normally open, RO2B normally closed, RO2C common end; Contact capacity: 3A/AC250V, 1A/DC30V
Machine-specific features	The spindle stops on time	It is suitable for spindle positioning operation and control timing; Built-in 7 indexes and 4 zero positions
	Location reference point	Support external zero detection switch positioning; Support encoder Z-phase positioning
	Servo controlled	Burst given: Position control at any position
	Crossover output	Encoder pulse division output
	Speed/position mode	Terminal switching is supported
	encoder	Incremental encoders (maximum pulse frequency 400kHz), singleturn absolute encoders (17bit), resolvers, and sine and cosine encoders are supported.
	Positioning performance	Support Z-pulse and photoelectric switch positioning, accurate positioning without overshoot
other	Installation:	Support wall-mounted, flanged mounting
	Operating ambient temperature	-10~50°C, derating above 40°C
	Mean time between failures	100,000 hours (25 degrees ambient)
	Cooling method	Forced air cooling
	Brake unit	Built
	EMC filters	Optional external filter: meets the requirements of IEC61800-3 C2 class

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INVT/INVT spindle servo drive DSV200 High performance and high precision

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