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TomCat460 Evo

Overview Technical Data Software
Technical Data

Description

The TMC460Evo® series by HDT includes a complete range of digital servo drives in single-axis execution for operation on 400VAC networks with current sizes up to 3A corresponding to nominal powers up to 2W.
TMC460Evo® allows the motor control of brushless, asynchronous, DC PM and linear servomotors.Piloting both from analog reference and from EtherCat, ProfiNet, CanOpen and Modbus protocol.
Feedback from incremental encoders, SSI absolute encoder and resolver.
TMC460Evo® integrates speed, torque, positioner, electric axis, electronic cam and pressure control as standard.
An Ethernet port allows connection to the corporate network and also remote monitoring.
Easy to program, they connect via the USB port to the fast Caliper management software..

Main Features

Control method
Digital regulation loop for torque, speed and position.

- for AC brushless synchronous motor,rotary and linear: FOC control, SVM modulation, with feedback or sensorless.
- for rotary asynchronous motor: V/Hz and FOC control, SVM modulation with feedback or sensorless.
- for DC synchronous rotary brushless motor: trapezoidal modulation when using a feedback only from HALL sensors.
- for permanent magnet DC motor (rotary) with encoder feedback.
Main reference
Analog

±10V differential speed and torque 12Bit
Auxiliary reference
Analog

0/+10V single ended - 12Bit
Frequency reference

Speed and position

- Pulses and direction ( 2MHz )
- Incremental encoder A/B( 2MHz )
- CW/CCW ( 2MHz )
Optional fieldbuses
 

- Modbus RTU
- CanOpen Cia402
- EtherCat CoE ( DS402)
- ProfiNet RT ( CC-A, CC-B ) - IRT ( class AC1 - AC3 - AC4)
- EtherNet IP (CiP Protocol)
Main feedback

Hall's sensor

- with sequence at 120° angle

Encoder

- Incremental 5V Line Drive with/without Hall sensors ( adjustable power supply from 5 to 9)
- Absolute Enc.32 Bit  SSI (Bin ) (adjustable power supply from 5 to 9V)
- Absolute Enc.32 Bit, Biss (B-C) (adjustable power supply from 5 to 9V)
- Absolute Enc. EnDat 2.1 -2.2 ( adjustable power supply from 5 to 9V)

Sensorless

- Sensorless control for asynchronous FOC and V / Hz control
Second optional feedback

Resolver

- 2 poles Resolver. A/D converter at 16 Bit with simjulated encoder ouput 5V Line Drive.
Encoder output

Simulated encoder

- Incremental Enc. 5V Line Drive  (only for resolver): possibility to select 256, 1024, 4096 or 16384ppr
Repetition

- ABZ channels repetiotion of the main feedback
- Frequency reference repetition
Control mode

Speed

- Speed with/without torque limiti. Adjustable trapezoidal or "S" ramps.
Torque

- Torque control
Position

- Multi-positioner: Single target, from cyclic/acyclic table, analog
- Electronic gearbox: refercences from CW-CCW, A/B channels and puse/direction
- Electronic cam: references from da CW-CCW e A/B channels
Pressure

- Pressure control
Configurable inputs and outputs

Input

- 6 digital inputs  NPN/PNP  (2 Touch Probe)
- 2 analog inputs
Output

- 3 digital inputs NPN/PNP
Digital filters

- Observer on motor feedback.
- Notch filter on current reference.
- Iq filter on motor quadrature current.
- Low-pass filter on digital and analog iputs.
Drive and motor protection function
 

- Shortcircuit
- Over/Undervoltage
- Missing phase and AC power supply
- Missing of I/O Power
- Overtemperature of the heatsink(dynamic management of ventilation)
- Motor thermal image
- PTC management
- Tjermal image of braking resistor
- Resolver or Encoder/Hall's sensor breakdown
- Current limit
Drive interface
 

- 3 LEDs on the drive for signaling status and alarms. Complete information via fieldbus.
Hardware Safety Functions
 

- STO : safety input Safe Torque Off according to IEC61800-5 - SIL3 Cat.0: EN61508
Software Safety Functions
 

- Emergency or Fault reaction stops: By inertia - in Ramp - in Torque Limit
- Braking in torque limit in cases of Limit Switch in mechanical stop
Braking management
 

- Integrated brake management with immediate or ramp stop
- DC braking for asynchronous motors*
Drive parametrization
 

- Via CALIPER 4.0 software through the microUSB 2.0 port
Additional features
 

- Motor autophasing procedure available for every type of feedback.
- Cogging compensation for brushless motors.

Current Sizes

Sizes ( current )  U.m. 1.5 3
Power supply VAC 400VAC 3Ph
Min/Max supply voltage VDC 400VAC ±15% - 50/60Hz
DC Min/Max supply voltage VDC 400 VDC ÷ 700 VDC
Rated current Arms  1.5  3
Peak current for 2” Arms  3  6
Max output power
 KW  0.9  1.8
Max output power (DC brushed) KW 0.75 1.15
Control method   IGBT / PWM, sinusoidal or trapezoidal for synchronous motors for DC motors with permanent magnets and asynchronous motors.
Internal braking resistor W NO
Output for external braking resistor
   YES
Suggested external braking resistor (optional)
   R90W 100R
EMC filter   EXTERNAL OPTION ( according to EMC 61800-3 cat.C2 e C3 )
Logic supply VDC 24VDC ± 20%
Dynamic forced ventilation   NO YES
Dimensions   T0
Weight Kg 1 1.2
Safety functions   STO - Safe Torque Off: IEC61800-5-2:2007 - SIL3 Cat.0: EN61508:2001 ( EN954-1:1996 )
*= ( according to EMC 61800-3 cat.C3)

Dimensions

Technical Data