GSK Servo Drive GR2045 Controller for CNC Lathe and Milling Machine

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Product Overview

Description





Products Description








Widely used in:
Metal cutting machine tools, laser processing machine tools, woodworking machine tools and other processing machinery and automation equipment.
○Adapt to 220V, 380V, 440V power supply voltage to meet different power grid needs
○200W~45kW, to meet the needs of various power grades of machine tools
○Wide speed adjustment range to meet various processing needs
○Synchronous motor maximum 35000rpm, asynchronous motor maximum 60000rpm
○The feed motor comes standard with a 25b encoder (33 million lines)
○Support a variety of encoder protocols: HEIDENHAIN EnDat22, Henstler BISS-C, Tamagawa SMART
○Integrated direct drive control technology, suitable for linear motors, torque motors, high-speed motorized spindles



Communication bus
GS-Link Fieldbus
Working Mode
Manual, inching, speed, position, torque, speed / position, speed / torque, position / torque
position control
Command range: -2^31 ~ 2^31-1 command unit: 1 position feedback input pulse equivalent;
Position command electronic gear ratio: (1 ~ 32767) / (1 ~ 32767)
speed control
Command range: -2^31 ~ 2^31-1 command unit: 0.01rpm
speed command electronic gear ratio: (1 ~ 1024) / (1 ~ 1024)
Speed regulation range: 1-35000rpm (synchronous servo);
1-60000rpm (asynchronous servo) orientation function: orientation at any angle
Torque control
Command range: -2^31 ~ 2^31-1 command unit: 0.0001N·m
First position feedback
The feed servo is equipped with a 25bit multi-turn absolute encoder as standard, and supports BISS-C and Tamagawa SMART
communication protocols. Optional HEIDENHAIN encoder with EnDat2.2 communication protocol.
The spindle servo is equipped with a standard 5000p/incremental encoder, A/B/Z three pairs of differential signal inputs, and is
suitable for 100-16383p/incremental encoders.
Second position feedback
Feed servo optional interface, spindle servo standard interface. A/B/Z differential signal input, suitable for incremental encoder
and grating ruler; support BISS-C, Tamagawa SMART communication protocol. Optional HEIDENHAIN encoder and grating ruler adopting
EnDat 2.2 communication protocol; optional sine and cosine encoder.
*The GR2024 has no second position feedback input interface, and does not support incremental encoders. It is equipped with a built-in braking resistor as standard.




Drive unit model
GR2024
GR2030
GR2045
GR2050
GR2075
GR2100
GR2148
GR2200
Rated output current
7A
12A
14A
22A
32A
43A
43A
63A
Max instantaneous output current
13A
17A
25.5A
28.3A
42.4A
56.6A
84A
113A
Braking resistor
Built-in braking resistor (optional external braking resistor)
External braking resistor


Drive unit model
GR3048
GR3050
GR3075
GR3100
GR3148
GR3150
GR3198
GR3300
Rated output current
13A
14.1A
26A
42.4A
42.4A
48A
58A
102A
Max instantaneous output current
28.3A
28.3A
42.4A
56.6A
84.9A
84.9A
113A
168A
Braking resistor
External braking resistor




Product Model
A
B
C
D
F
E
GR2024
55
175
179
165±0.25
43±0.25
φ6
GR2030/GR2045
91.6
190
182
178±0.25
78±0.2
φ6
GR2050/GR3048
112
230
182
218±0.25
100±0.2
φ6
GR2075/GR3050
120
270
218
258±0.25
108±0.2
φ6
GR2100/GR3075/GR2148
130
305
248.5
293±0.25
118±0.2
φ6
GR3100/GR3148/GR2200
160
305
273.5
293±0.25
148±0.2
φ6
GR3150/GR3198
172
350
288
334±0.25
155±0.2
φ7








List of GR series servo drives adapted to SJT series servo motors
Motor Specifications
Encoder
Adapter drive model
Motor model
Rated power kW
Rated torque N·m
Rated speed rpm
Rated current A
A9II
1
80SJTA-M024C
0.5
2.4
2000
2.5
GR2024-LA1
2
80SJTA-M024E
0.75
2.4
3000
3.8
3
80SJTA-M032C
0.66
3.2
2000
3.2
4
130SJT-M040D
1.0
4
2500
4
5
80SJTA-M032E
1.0
3.2
3000
5.5
GR2030-LA1
GR2030-LA2
6
110SJT-M040D
1.0
4
2500
4.5
7
110SJT-M040E
1.2
4
3000
5
8
130SJT-M050D
1.3
5
2500
5
9
130SJT-M060D
1.5
6
2500
6
10
130SJT-M100B
1.5
10
1500
6
11
110SJT-M060D
1.5
6
2500
7
GR2045-LA1
GR2045-LA2
12
110SJT-M060E
1.8
6
3000
8
13
130SJT-M050E
1.57
5
3000
7.2
14
130SJT-M060E
1.88
6
3000
7.8
15
130SJT-M075D
1.88
7.5
2500
7.5
16
130SJT-M075E
2.36
7.5
3000
9.9
GR2050-LA1
GR2050-LA2
17
130SJT-M100D
2.5
10
2500
10
18
130SJTB-M150B
2.4
15
1500
10
19
175SJT-M150B
2.4
15
1500
11
20
175SJT-M120E
3
9.6
3000
13
GR2075-LA1
GR2075-LA2
21
175SJT-M150D
3.1
12
2500
14
22
175SJT-M180B
2.8
18
1500
15
23
130SJTE-M150D
3.9
15
2500
19.5
GR2100-LA1
GR2100-LA2
24
175SJT-M180D
3.8
14.5
2500
16.5
25
175SJT-M220B
3.5
22
1500
17.5
26
175SJT-M220D
4.5
17.6
2500
19
27
175SJT-M300B
4.7
30
1500
24
28
175SJT-M300D
6
24
2500
27.5
GR2148-LA1
GR2148-LA2
29
175SJT-M380B
6
38
1500
29
30
130SJTG-M040GH
1.7
4
4000
4.8
GR3048-LA2
31
130SJTG-M050GH
2.1
5
4000
6
32
130SJTG-M060GH
2.5
6
4000
7.2
33
130SJTG-M075GH
3.1
7.5
4000
7.5
34
130SJTG-M100GH
4.2
10
4000
10
GR3050-LA2
35
175SJTG-M120EH
3.8
12
3000
10.5
36
175SJTG-M150EH
4.7
15
3000
12.5
GR3075-LA2
37
175SJTG-M180EH
5.7
18
3000
15.5
38
175SJT-M380BH
6
38
1500
15
39
175SJTG-M220EH
6.9
22
3000
18.5
GR3100-LA2
40
175SJT-M500BH
7.8
50
1500
20
41
175SJTG-M300EH
9.4
30
3000
25
GR3148-LA2
42
175SJTG-M380EH
11.9
38
3000
32
43
175SJT-M380DH
7.9
38
2500
26
44
175SJT-M500DH
10.5
40
2500
33
Note 1: A 9Ⅱ: 25bit multi-turn absolute type, an external battery is required, and the position information is memorized when the power is turned off.
Note 2: GR2024 has no second position feedback input interface, and does not support incremental encoders. It comes standard with built-in braking resistors.
Note 3: GR2030, GR2045, GR2050 and other specifications are equipped with built-in braking resistor as standard.


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