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+86 186 5927 5869
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Keywords:Panasonic A6 Servo Motor, Panasonic A6 Servo Motor Driver, Panasonic A6 Servo Motor setting instruction
This driver is designed to be used in a combination with the motor which are specified by us. Check the series name of the motor, rated output torque, voltage specifications and encoder specifications.
Remarks → Do not use in other combinations than those listed below.
| Motor | Driver | |||||
|---|---|---|---|---|---|---|
| Power supply | Type | Rated rotational speed | Model *1 | Rated output | Model of type *1 | Frame |
| Single 100V | MSMF Low inertia | 3000 r/min | MSMF5AZL1☐☐☐ | 50 W | MADL☐01S☐ | A frame |
| MSMF011L1☐☐☐ | 100 W | MADL☐11S☐ | ||||
| MSMF021L1☐☐☐ | 200 W | MBDL☐21S☐ | B frame | |||
| MSMF041L1☐☐☐ | 400 W | MCDL☐31S☐ | C frame | |||
| Single/3-phase, 200V | MSMF5AZL1☐☐☐ | 50W | MADL☐05S☐ | A frame | ||
| MSMF012L1☐☐☐ | 100W | |||||
| MSMF022L1☐☐☐ | 200W | MADL☐15S☐ | ||||
| MSMF042L1☐☐☐ | 400W | MBDL☐25S☐ | B frame | |||
| MSMF082L1☐☐☐ | 750W | MCDL☐35S☐ | C frame | |||
| MSMF092L1☐☐☐ | 1.0kW | MDDL☐45S☐ | D frame | |||
| MSMF102L1☐☐☐ | 1.0kW | MDDL☐55S☐ | D frame | |||
| MSMF152L1☐☐☐ | 1.5kW | |||||
| 3-phase, 200V | MSMF202L1☐☐☐ | 2.0kW | MEDL☐83S☐ | E frame | ||
| MSMF302L1☐☐☐ | 3.0kW | MFDL☐A3S☐ | F frame | |||
| MSMF402L1☐☐☐ | 4.0kW | MFDL☐B3S☐ | ||||
| MSMF502L1☐☐☐ | 5.0kW | |||||
| Single 100V | MQMF Middle inertia | 3000 r/min | MQMF011L1☐☐☐ | 100W | MADL☐11S☐ | A frame |
| MQMF021L1☐☐☐ | 200W | MBDL☐21S☐ | B frame | |||
| MQMF041L1☐☐☐ | 400W | MCDL☐31S☐ | C frame | |||
| Single/3-phase, 200V | MQMF012L1☐☐☐ | 100W | MADL☐05S☐ | A frame | ||
| MQMF022L1☐☐☐ | 200W | MADL☐15S☐ | ||||
| MQMF042L1☐☐☐ | 400W | MBDL☐25S☐ | B frame | |||
| Single/3-phase, 200V | MDMF Middle inertia | 2000 r/min | MDMF102L1☐☐☐ | 1.0kW | MDDL☐45S☐ | D frame |
| MDMF152L1☐☐☐ | 1.5kW | MDDL☐55S☐ | ||||
| 3-phase, 200V | MDMF202L1☐☐☐ | 2.0kW | MEDL☐83S☐ | E frame | ||
| MDMF302L1☐☐☐ | 3.0kW | MFDL☐A3S☐ | F frame | |||
| MDMF402L1☐☐☐ | 4.0kW | MFDL☐B3S☐ | ||||
| MDMF502L1☐☐☐ | 5.0kW | |||||
| Single/3-phase, 200V | MGMF Middle inertia | 1500 r/min | MGMF092L1☐☐☐ | 850W | MDDL☐45S☐ | D frame |
| MGMF182L1☐☐☐ | 1.3kW | MDDL☐55S☐ | ||||
| 3-phase, 200V | MGMF182L1☐☐☐ | 1.8 kW | MEDL☐83S☐ | E frame | ||
| MGMF242L1☐☐☐ | 2.4kW | MEDL☐93S☐ | ||||
| MGMF292L1☐☐☐ | 2.9kW | MFDL☐B3S☐ | F frame | |||
| MGMF442L1☐☐☐ | 4.4kW | |||||
| Single 100V | MHMF High inertia | 3000 r/min | MHMF5AZL1☐☐☐ | 50W | MADL☐01S☐ | A frame |
| MHMF011L1☐☐☐ | 100W | MADL☐11S☐ | ||||
| MHMF021L1☐☐☐ | 200W | MBDL☐21S☐ | B frame | |||
| MHMF041L1☐☐☐ | 400W | MCDL☐31S☐ | C frame | |||
| Single/3-phase, 200V | MHMF5AZL1☐☐☐ | 50W | MADL☐05S☐ | A frame | ||
| MHMF012L1☐☐☐ | 100W | |||||
| MHMF022L1☐☐☐ | 200W | MADL☐15S☐ | ||||
| MHMF042L1☐☐☐ | 400W | MBDL☐25S☐ | B frame | |||
| MHMF082L1☐☐☐ | 750W | MCDL☐35S☐ | C frame | |||
| MHMF092L1☐☐☐ | 1.0kW | MDDL☐55S☐ | D frame | |||
| MHMF102L1☐☐☐ | 1.0kW | MDDL☐45S☐ | ||||
| MHMF152L1☐☐☐ | 1.5kW | MDDL☐55S☐ | ||||
| 3-phase, 200 V | MHMF202L1☐☐☐ | 2.0kW | MEDL☐83S☐ | E frame | ||
| MHMF302L1☐☐☐ | 3.0kW | MFDL☐A3S☐ | F frame | |||
| MHMF402L2☐☐☐ | 4.0kW | MFDL☐B3S☐ | ||||
| MHMF502L1☐☐☐ | 5.0kW | |||||
Note → *1 Suffix of "☐" in the applicable model repressents the structure.
Related page → • For details of cable and connector kit, refer to P.7-108 the Options of Supplement.
SW257C
Unit: mm
| X1 | X2 | X3 | X4 | Y | YM1 | YM2 | Z | L | W | H | Payload | 300 | 100 | 0 | 0 | 695 | 215 | 480 | -45°~+45° | 650 | 650 | 1450 | 2kg |
|---|
EOAT Assembly Demonstration -- One Cavity Car Threshold Strip Picking EOAT
Product Descriptions
What Would be a Preferable Mould Layout Design for a Petri Dish Packing System?
SWITEK is now providing two kinds of solutions for Petri dish packing, one is a packing system with top entry picking robot and the other is a system with a side entry picking robot. The petri dish producer can decide which solutions is better according to the layout design of the workshop.
Traditionally the mould layout design for the Petri dish production will have the top and base integrated into the same mould which could be 2 + 2, 4 + 4 or 8 + 8 with the cover to the top of the mould. The cover on top design is preferable to an automation system of Petri dish packing.
For an automation system of Petri dish packing, the best is to have a turn-key solutions of Petri dish packing of which SWITEK will have the whole system well tested before delivery to ensure that the automation system which you received is a ready to work one to reduce the cost of sytem start up.
