Equipped with DeviceNet communication function type servo unit (external power supply drive type)
Maximum applicable motor capacity: 1.5kw.
Power supply voltage: three phase AC200V.
Interface: instruction selection and installation (linear servo motor).
Matching (hardware): base mounting type (standard).
Matching (software): standard.
Matching (parameter): standard.
Optional modules: DeviceNet module (external power driver) + full closed loop module.
Communication specifications for DeviceNet based on open field network.
The combination of the DeviceNet controller and the V can be used to implement motion control in a simple way.
Can make use of the city''s rich DeviceNet support software.
Can use the upper controller to manage the servo information.
Through the network from the host controller to monitor the running status of the servo drive, alarm information.
Using the upper controller to manage the servo information, which can improve the maintenance (shorten the debugging time, improve the efficiency of maintenance operations).
Save wiring, reduce the cost and improve the reliability.
Because the upper controller and the servo unit are connected through the communication network, the connection is greatly saved.
Built in rich positioning function.
Can be from the upper controller (PLC or computer) to carry out a variety of simple positioning action.
Equipped with simple positioning, continuous rotation, and return to the origin of continuous rotary motion positioning, running and other rich positioning function.
Sigma -V series servo motor SGMAV.
Rated output: 1.0kw.
Power supply voltage: AC200V.
Serial encoder: 20 bit absolute value (standard).
Design sequence: standard.
Shaft end: straight shaft with keyway, with screw (optional).
Optional: no matching.
Super power rate.
Small capacity.
Ultra low inertia
Instantaneous maximum torque (rating 300%) SGDV120AE5A000000601.
Equipped with a high resolution serial encoder (20 bit)
SGDV120AE5A000000601
Max speed up to 6000r\/min.
Variety is complete (50W ~ 1.0kw, with hold brake).
Use example:
Semiconductor manufacturing equipment,
Placement machine,
Punch printed circuit board,
Robot,
Handling machinery,
Food processing machinery.
Rating and specifications:
Rated time: continuous.
Vibration level: V15 SGDV120AE5A000000601.
Insulation resistance: DC500V, 10M, or above.
Using ambient temperature: 0 ~ 40 degrees C.
Excitation mode: permanent magnet type.
Installation method: flange type.
Heat resistance grade: B.
Insulation withstand voltage: AC1500V1 minutes.
Protection mode: fully enclosed self cooling type IP65 (except shaft through part).
The use of environmental humidity: 20 ~ 80% (not dew).
Connection mode: direct connection SGDV120AE5A000000601.
Rotation direction: clockwise direction (CCW) rotation at the load side under the direction of rotationSecurity module.
Maximum applicable motor capacity: 15kw.
Power supply voltage: three phase AC400V.
Interface: MECHATROLINK- II communication command type (linear servo motor).
Design sequence: A.
Hardware specifications: shelf installation type + paint.
Matching (software): no matching (standard).
Matching (parameters): no matching (standard).
Optional module: security module.
European EC standards: Based on the integration of mechanical instructions standard ISO13849-1 EN,
Security module with individual standard 61800-5-2 IEC specified security function.
Through the combination of the SGDV servo unit, the best safety design of the mechanical system is realized.
Suitable for AC servo drive, with the following safety features specified in the international standard IEC61800-5-2 (Japan''s first).
Can easily achieve the best security design of mechanical syystems SGDV120AE5A000000601.
Torque Off Safe (STO)
Stop Safe 1 (SS1)
Stop Safe 2 (SS2)
Limited Speed Safely (SLS)
Equipped with 2 security functions, can be set (distribution) security functions.
In addition, the monitoring time and other itemms can be changed through the parameter SGDV120AE5A000000601.
With the use of the servo unit with a security module, so that the system can be simplified and miniaturized.