Zancot Electronics

SIMOTICS S-1FL6 Operating voltage 230 V 3 AC PN=0.4 kW; NN=3000 rpm M0=1.27 Nm; MN=1.27 Nm Shaft height 30 mm Encoder absolute 20-bit (12-bit multi-turn) with feather key Tolerance N with holding brake Degree of protection IP65 with sealing ring compatible with the converters SINAMICS V90The user-friendly servo drive system Sinamics V90 from Siemens is particularly suited as a solution for highly dynamic applications. The system comes not only in the form of a high-inertia variant with 400 volts (V) for applications requiring smooth operation, but also as a 200 V version with low inertia motors where highly dynamic performance is called for. Fitted with either Pulse Train (PTI) or Profinet, the motion/process data and diagnostic data can be transmitted in real time between Sinamics V90 and Simatic PLCs. The low inertia motor now features an additional absolute single-turn encoder with a resolution of up to 21 bits, allowing it to determine unequivocal position values and so ensure the great positioning accuracy in the applications.The presence of the additional absolute single turn encoder eliminates the need for advance referencing, as the values are available immediately after system start. The position tracking function allows you to generate a virtual multi turn encoder value from a single-turn encode and the position value to be stored in the drive. All of this takes place in running operation. It accelerates set-up times and reduces the time required for start-up after a machine stop. The Sinamics V90 is available in eight sizes and the SimoticsS-1FL6 in seven motor shaft heights, and covers the output range from 0.05 to 7.0 kilowatts for operation with single and three-phase supplies. Furthermore the design of the Simotics S-1FL6 high-inertia motor has been updated. The connections on the motor side are now angled, and connections on the cable side are standard connections. This makes the design of the motor more compact and the connectivity more convenient.It is particularly suited for motion control applications such as positioning and winding.

SIMOTICS S-1FL6-1FL6 Operating voltage 3AC 400 V Pn=7 kW; Nn=2000 rpm M0=40 Nm; MN=33.4 Nm Shaft height 90 mm, with angle plug; incremental encoder 2500 incr./rev. with feather key, tolerance with holding brake Degree of protection IP65 with sealing ring SINAMICS V70 & V90The user-friendly servo drive system Sinamics V90 from Siemens is particularly suited as a solution for highly dynamic applications. The system comes not only in the form of a high-inertia variant with 400 volts (V) for applications requiring smooth operation, but also as a 200 V version with low inertia motors where highly dynamic performance is called for. Fitted with either Pulse Train (PTI) or Profinet, the motion/process data and diagnostic data can be transmitted in real time between Sinamics V90 and Simatic PLCs. The low inertia motor now features an additional absolute single-turn encoder with a resolution of up to 21 bits, allowing it to determine unequivocal position values and so ensure the great positioning accuracy in the applications.The presence of the additional absolute single turn encoder eliminates the need for advance referencing, as the values are available immediately after system start. The position tracking function allows you to generate a virtual multi turn encoder value from a single-turn encode and the position value to be stored in the drive. All of this takes place in running operation. It accelerates set-up times and reduces the time required for start-up after a machine stop. The Sinamics V90 is available in eight sizes and the SimoticsS-1FL6 in seven motor shaft heights, and covers the output range from 0.05 to 7.0 kilowatts for operation with single and three-phase supplies. Furthermore the design of the Simotics S-1FL6 high-inertia motor has been updated. The connections on the motor side are now angled, and connections on the cable side are standard connections. This makes the design of the motor more compact and the connectivity more convenient.It is particularly suited for motion control applications such as positioning and winding.

SIMOTICS S-1FL6 Operating voltage 3AC 400 V Pn=0.75 kW; Nn=3000 rpm M0=3.5 Nm; MN=2.39 Nm Shaft height 45 mm, with angle plug; absolute encoder 20-bits (12-bit multi-turn) with feather key, tolerance N without holding brake Degree of protection IP65 with sealing ring compatible with the converters SINAMICS V70 & V90.The user-friendly servo drive system Sinamics V90 from Siemens is particularly suited as a solution for highly dynamic applications. The system comes not only in the form of a high-inertia variant with 400 volts (V) for applications requiring smooth operation, but also as a 200 V version with low inertia motors where highly dynamic performance is called for. Fitted with either Pulse Train (PTI) or Profinet, the motion/process data and diagnostic data can be transmitted in real time between Sinamics V90 and Simatic PLCs. The low inertia motor now features an additional absolute single-turn encoder with a resolution of up to 21 bits, allowing it to determine unequivocal position values and so ensure the great positioning accuracy in the applications.The presence of the additional absolute single turn encoder eliminates the need for advance referencing, as the values are available immediately after system start. The position tracking function allows you to generate a virtual multi turn encoder value from a single-turn encode and the position value to be stored in the drive. All of this takes place in running operation. It accelerates set-up times and reduces the time required for start-up after a machine stop. The Sinamics V90 is available in eight sizes and the SimoticsS-1FL6 in seven motor shaft heights, and covers the output range from 0.05 to 7.0 kilowatts for operation with single and three-phase supplies. Furthermore the design of the Simotics S-1FL6 high-inertia motor has been updated. The connections on the motor side are now angled, and connections on the cable side are standard connections. This makes the design of the motor more compact and the connectivity more convenient.It is particularly suited for motion control applications such as positioning and winding.

 SIMODRIVE 611 POWER MODULE, 1 AXIS, 25 A, INTERNAL COOLING, MOTOR RATED CURRENT: FEED = 9 A MAIN SPINDLE = 8 A

SIMODRIVE 611 universal” is a control board, which can be universally used in the modular SIMODRIVE 611 converter system as a result of its communication interfaces, the motors and encoder systems and option modules which can be used. Two independent drive controls are implemented on a 2--axis board. The closed--loop drive controls can be operated in the following operating modes with motor frequencies up to 1400 Hz: S Operating mode, ”speed/torque setpoint”: In this case, the board is used for closed--loop speed control, open-- loop torque control and/or torque reduction. S ”Positioning” mode: A maximum of 64 (256 from SW 10.1) traversing blocks can be selected and executed. Every traversing block can be freely parameterized, and in addition to the block number, it also contains additional data, e.g. target position, acceleration, velocity, command and block enable circuit.Optional TERMINAL module This module provides an additional 8 digital inputs and 8 digital outputs (e.g. necessary to select and start a traversing block in the ”positioning” mode).Optional PROFIBUS--DP module To integrate the system into distributed concepts, ”SIMODRIVE 611 universal” can be operated as slave on PROFIBUS--DP using this option module.The following encoders can be connected when using ”SIMODRIVE 611 universal”: -- Resolver with pole pair numbers 1, 2, 3, 4, 5 and 6 -- Incremental encoder with sin/cos 1Vpp up to 65535 pulses, e.g. ERN 1387 from Heidenhain -- Absolute encoder with sin/cos 1Vpp and interface with EnDat protocol, e.g. EQN 1325 from Heidenhain (EnDat protocol) -- from SW 8.1 incremental encoders with TTL signals with control board, Order No. 6SN1118--VNH01--0AAV, only for induction motors.SIMODRIVE 611 consists of several individual function modules. The mains connection is achieved using a power rated row of infeed modules, which provides the 600 V power DC link as well as the electronic power supply. Power modules rated to the size of the motor are then hooked-up to the 600 V DC link.