Sumitomo CYCLO Service Manual

1716
6. Wiring
6-5 Motor Wiring
Shows the pages for motor wiring diagrams.
Table 6-2 Without Brake
Motor type
Number of
poles
Capacity (kW)
Number of lead
wires
Page
Direct
input from
commercial
power source
Inverter drive
3-phase motor
Standard
4P 0.1–0.55 3 P18 P19
4/8P All 6 P18 -
Increased
safety,
explosion proof
4P
0.1–7.5
11–55
3
6
P18 -
6P
7.5
11–55
3
6
P18 -
Flameproof
4P
0.1–22
30–37
3
6
P18 -
4P
0.75-3.7
5.5-55
3
6
P18 -
Premium-
eciency,
3-phase motor
Standard
4P
0.75–3.7
5.5–55
3
6
P18 P19
6P 15-55 6 P18 P19
Increased
safety,
explosion proof
4P
0.75-3.7
5.5-11
3
6
P18 -
AF motor for
inverter
Standard
4P
0.1–0.4
30–45
3
11
- P19
6P 18.5–45 11 - P19
Flameproof 4P
0.2–15
22
30-55
3
6
11
- P19
Premium-eciency, 3-phase
motor for inverter
4P
0.75–3.7
5.5–55
3
6
- P19
High-eciency, 3-phase motor 4P 0.2–0.4 3 P18 P19
Table 6-3 With Brake
Motor type
Number of
poles
Capacity (kW) Brakes
Number of lead
wires
Page
One-direction
rotation
Plugging
rotation
Inverter drive
3-phase motor 4P
0.1 FB-01A1
5 P20 P24 P28
0.2 0.25 FB-02A1
0.4 FB-05A1
0.55 FB-1D
Premium-eciency,
3-phase motor
4P
0.75 FB-1E
5 P20 P24 P28
1.1 FB-1HE
1.5 FB-2E
2.2 FB-3E
3.0 FB-4E
3.7 FB-5E
5.5 FB-8E
8
P21 P25
P29
7.5 FB-10E
11 FB-15E
15 FB-20
P22 P26
18.5 22 30 FB-30
37 45
ESB-250
ESB-250-2
P23 P27 P30
6P
15 18.5 22 FB-30
8
P22
P23
P26
P27
P29
P30
30 37
ESB-250
ESB-250-2
AF motor for inverter

4P
0.1 FB-02A1
5
- -
P280.2 FB-05A1
0.4 FB-1D
30 37
ESB-250
ESB-250-2
13 P31
6P 18.5 22 30
ESB-250
ESB-250-2
13 P31
Premium-eciency,
3-phase motor for inverter

4P
0.75 FB-1E
5
- -
P28
1.5 FB-2E
2.2 FB-3E
3.7 FB-5E
5.5 FB-8E
8
P29
7.5 FB-10E
11 FB-15E
15 FB-20
18.5 22 30 FB-30
37 45
ESB-250
ESB-250-2
P30
High-eciency,
3-phase motor
4P
0.2 FB-05A1
5 P20 P24 P28
0.4 FB-1D
Note : 1. Brake type may dier depending on specication. Check the nameplate.
2. For motors with standard Japanese domestic specications. Please consult with us for motors with overseas specications.

Sumitomo CYCLO Specifications

General

Control Method	PWM (Pulse Width Modulation)
Cooling Method	Forced air cooling
Protection Features	Overcurrent Protection, Overvoltage Protection, Overtemperature Protection, Short Circuit Protection
Operating Temperature	0°C to 40°C
Humidity	20% to 90% (non-condensing)
Dimensions	Varies by model
Weight	Varies depending on model (Consult specific datasheet)
Storage Temperature	-20°C to +60°C