M1

A solução de unidades CA integradas

A integração de sistemas na EtherCAT® resulta num design da máquina mais flexível e eficiente, poupança de espaço e configuração integrada através da ferramenta de software

Controlo do motor IM e PM em OLV e CLV (200% de binário a 0 Hz).
Controlo de binário para IM em OLV/CLV, PM em CLV.
Funções de velocidade, posição e transmissão.
Configuração EtherCAT flexível: topologia padrão e em anel.
1 entrada de contador de impulsos/encoder integrada
Paragem segura 0 (STO SIL3 PLe) com fios e FSoE.
Função dedicada de poupança de energia.
M1 STD com Modbus integrado e M1 ECT com EtherCAT integrada
Software de configuração: Sysmac Studio IDE
PCB revestida para resistência ao pó e à humidade.
Operação contínua sem manutenção durante 10 anos.
CE,UKCA, cULus, KC, RCM e RoHS.

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Especificações e info encomendas

Filtros de produto

Repor filtros

Funções comuns

Drive control method Open loop V/f, Open loop vector, Vector control, V/f control, Closed loop V/f, Closed loop vector
Built in EMC filter FALSE
Degree of protection (IP) IP20
Compatible motor type Permanent magnet motor, Induction or asynchronous motor
Finless type FALSE

Drive supply voltage (3)

230 V single phase ()
230 V three phase ()
400 V three phase ()

Communication port(s) (4)

EtherCAT Slave ()
MODBUS Slave ()
Serial RS-485 ()
USB ()

Produto	Drive control method	Drive supply voltage	Max. motor output at constant torque	Max. motor output at variable torque	Built in EMC filter	Degree of protection (IP)	Compatible motor type	Communication port(s)	Finless type	Descrição
3G3M1-A2002	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	0.2 kW	0.4 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 0,2/0,4 kW (HD/ND), 1,6/2,0 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2002-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	0.2 kW	0.4 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 0,2/0,4 kW (HD/ND), 1,6/2,0 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2004	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	0.4 kW	0.75 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 0,4/0,75 kW (HD/ND), 3,0/3,5 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2004-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	0.4 kW	0.75 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 0,4/0,75 kW (HD/ND), 3,0/3,5 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2007	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	0.75 kW	1.1 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 0,75/1,1 kW (HD/ND), 5,0/6,0 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2007-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	0.75 kW	1.1 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 0,75/1,1 kW (HD/ND), 5,0/6,0 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2015	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	1.5 kW	2.2 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 1,5/2,2 kW (HD/ND), 8,0/9,6 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2015-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	1.5 kW	2.2 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 1,5/2,2 kW (HD/ND), 8,0/9,6 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2022	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	2.2 kW	3 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 2,2/3,0 kW (HD/ND), 11/12 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2022-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	2.2 kW	3 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 2,2/3,0 kW (HD/ND), 11/12 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2037	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	3.7 kW	5.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 3,7/5,5 kW (HD/ND), 17,5/19,6 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2037-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	3.7 kW	5.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 3,7/5,5 kW (HD/ND), 17,5/19,6 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2055	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	5.5 kW	7.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 5,5/7,5 kW (HD/ND), 25/30 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2055-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	5.5 kW	7.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 5,5/7,5 kW (HD/ND), 25/30 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2075	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	7.5 kW	11 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 7,5/11 kW (HD/ND), 33/40 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2075-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	7.5 kW	11 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 7,5/11 kW (HD/ND), 33/40 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2110	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	11 kW	15 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 11/15 kW (HD/ND), 47/56 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2110-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	11 kW	15 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 11/15 kW (HD/ND), 47/56 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2150	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	15 kW	18.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 15/18,5 kW (HD/ND), 60/69 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2150-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	15 kW	18.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 15/18,5 kW (HD/ND), 60/69 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A2185	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	18.5 kW	22 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 18,5/22 kW (HD/ND), 76/88 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A2185-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V three phase	18.5 kW	22 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 18,5/22 kW (HD/ND), 76/88 A (HD/ND), 200 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A4004	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	0.4 kW	0.75 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 0,4/0,75 kW (HD/ND), 1,8/2,1 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4004-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	0.4 kW	0.75 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 0,4/0,75 kW (HD/ND), 1,8/2,1 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A4007	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	0.7 kW	1.1 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 0,7/1,1 kW (HD/ND), 3,4/4,1 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4007-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	0.7 kW	1.1 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 0,7/1,1 kW (HD/ND), 3,4/4,1 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A4015	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	1.5 kW	2.2 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 1,5/2,2 kW (HD/ND), 4,8/5,5 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4015-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	1.5 kW	2.2 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 1,5/2,2 kW (HD/ND), 4,8/5,5 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A4022	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	2.2 kW	3 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 2,2/3,0 kW (HD/ND), 5,5/6,9 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4022-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	2.2 kW	3 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 2,2/3,0 kW (HD/ND), 5,5/6,9 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A4030	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	3 kW	4 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 3,0/4,0 kW (HD/ND), 7,2/8,8 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4030-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	3 kW	4 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 3,0/4,0 kW (HD/ND), 7,2/8,8 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A4040	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	4 kW	5.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 4,0/5,5 kW (HD/ND), 9,2/11,1 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4040-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	4 kW	5.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 4,0/5,5 kW (HD/ND), 9,2/11,1 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A4055	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	5.5 kW	7.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 5,5/7,5 kW (HD/ND), 14,8/17,5 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4055-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	5.5 kW	7.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 5,5/7,5 kW (HD/ND), 14,8/17,5 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-A4075	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	7.5 kW	11 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 7,5/11 kW (HD/ND), 18/23 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4075-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	7.5 kW	11 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 7,5/11 kW (HD/ND), 18/23 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590Hz
3G3M1-A4110	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	11 kW	15 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 11/15 kW (HD/ND), 24/31 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4110-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	11 kW	15 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 11/15 kW (HD/ND), 24/31 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590Hz
3G3M1-A4150	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	15 kW	18.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 15/18,5 kW (HD/ND), 31/38 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4150-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	15 kW	18.5 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 15/18,5 kW (HD/ND), 31/38 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590Hz
3G3M1-A4185	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	18.5 kW	22 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 18,5/22 kW (HD/ND), 39/45 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4185-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	18.5 kW	22 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 18,5/22 kW (HD/ND), 39/45 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590Hz
3G3M1-A4220	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	22 kW	30 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 22/30 kW (HD/ND), 45/60 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-A4220-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	400 V three phase	22 kW	30 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 22/30 kW (HD/ND), 45/60 A (HD/ND), 400 Vca, entrada 3~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590Hz
3G3M1-AB002	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	0.2 kW	0.4 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 0,2/0,4 kW (HD/ND), 1,6/1,9 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-AB002-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	0.2 kW	0.4 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 0,2/0,4 kW (HD/ND), 1,6/1,9 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-AB004	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	0.4 kW	0.55 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 0,4/0,55 kW (HD/ND), 3,0/3,5 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-AB004-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	0.4 kW	0.55 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 0,4/0,55 kW (HD/ND), 3,0/3,5 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-AB007	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	0.7 kW	1.1 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 0,7/1,1 kW (HD/ND), 5,0/6,0 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, STO (cableado), frecuencia de salida máx 590Hz
3G3M1-AB007-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	0.7 kW	1.1 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 0,7/1,1 kW (HD/ND), 5,0/6,0 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-AB015	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	1.5 kW	2.2 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 1,5/2,2 kW (HD/ND), 8,0/9,6 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-AB015-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	1.5 kW	2.2 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 1,5/2,2 kW (HD/ND), 8,0/9,6 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-AB022	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	2.2 kW	2.7 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 2,2/2,7 kW (HD/ND), 11/12 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, STO (cableado), frecuencia de salida máx. 590Hz
3G3M1-AB022-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	2.2 kW	2.7 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 2,2/2,7 kW (HD/ND), 11/12 A (HD/ND), 200 Vca, entrada 1~, control OLV/CLV, EtherCat, STO (FSoE + cableado), frecuencia de salida máx 590 Hz
3G3M1-AB037	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	3.7 kW	3.7 kW	No	IP20	Induction or asynchronous motor, Permanent magnet motor	MODBUS Slave, Serial RS-485, USB	No	Variador M1 AC, 3,7 kW (HD), 17,5 A (HD), 200 VAC, 1~ entrada, control OLV/CLV, STO (cableado), máx. salida freq. 590Hz
3G3M1-AB037-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	3.7 kW		No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 3.7kW (HD), 17,5 A (HD), 200 VAC, 1 ~ entrada, control OLV/CLV, EtherCAT, STO (FSoE + cableado), máx salida freq. 590Hz Versión EtherCAT
3G3M1-AB037-ECT	Closed loop V/f, Closed loop vector, Open loop V/f, Open loop vector, V/f control, Vector control	230 V single phase	3.7 kW		No	IP20	Induction or asynchronous motor, Permanent magnet motor	EtherCAT Slave, USB	No	Variador M1 AC, 3.7kW (HD), 17,5 A (HD), 200 VAC, 1 ~ entrada, control OLV/CLV, EtherCAT, STO (FSoE + cableado), máx salida freq. 590Hz Versión EtherCAT

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Características

Otimização do design da máquina

A EtherCAT integrada permite-lhe incorporar a série M1 em qualquer rede EtherCAT, poupando nos custos totais de engenharia.

Ligação flexível

A topologia EtherCAT permite um design variável da máquina e a topologia em anel contribui para um fabrico robusto

Opções de motores

A série M1 expande as opções dos motores que podem ser utilizados para o sistema de acionamento. São suportados motores de indução padrão, motores de íman permanente, motores PM de acionamento direto (até 128 polos) e motores especiais, nomeadamente motores de tambor. Os parâmetros do motor podem ser ajustados através da função de ajuste automático presente no Sysmac Studio.

Eficiência de montagem e configuração
Utilização melhorada

Um software para programação, configuração, simulação e monitorização. GUI intuitiva e útil para configuração da unidade através do Sysmac Studio Drive Edition.

Configuração integrada
Configuração e ajuste
Assistentes
Monitor de rastreamento de dados
Teste de funcionamento
Ajuste automático

Reduza a cablagem e aumente a eficiência

A cablagem fácil por EtherCAT permite uma instalação rápida e menos erros. A pequena dimensão também reduz o tamanho do quadro elétrico.

Fabrico seguro e fiável

Ambiente de trabalho seguro

A segurança está sempre em primeiro lugar. As soluções de segurança escaláveis da OMRON permitem-lhe projetar a segurança das máquinas de acordo com as necessidades dos clientes. A série M1 expande a flexibilidade da sua solução de segurança

Produção fiável

As linhas de produção modernas devem ser simultaneamente seguras e fiáveis. A solução de segurança integrada da OMRON proporciona aos trabalhadores um ambiente de trabalho seguro e uma elevada disponibilidade operacional de cada máquina.

Motion e unidades de transmissão

A série M1 aumenta a possibilidade de compatibilidade com vários tipos de máquinas que requerem um nível elevado de segurança.

STO (ISO 13849-1 Cat. 3/PLe)
FSoE
Entrada de segurança (2 canais) e saída EDM

Fabrico sustentável

Digitalização do sistema

O sistema em rede aproxima a máquina da tecnologia IoT. As informações de cada dispositivo podem ser recolhidas a partir do controlador da camada superior e apresentadas como informações úteis para compreender o estado da linha de produção. As informações podem ser apresentadas na fábrica ou monitorizadas remotamente a partir de uma localização diferente, não só informando sobre as condições atuais, como também sendo úteis para a manutenção preventiva.

Poupança de energia

Quase metade do consumo mundial de energia elétrica provém de motores. Selecionar o motor correto e otimizar o motion é a forma mais eficaz de poupar energia. A série M1 dispõe de capacidade de adaptação a vários tipos de motores, bem como de capacidade para os acionar.