Type code | CMMT-AS |
---|---|
Fieldbus interface, function | Bus connection, incoming/forwardingPROFINET slave |
Fieldbus interface, transmission rate | 100 Mbit/s |
Mounting position | Free convectionVertical |
Information on max. installation height | 1% power reduction/100 m above 1000 m. |
Ethernet interface, protocol | TCP/IP |
Ethernet interface, function | Parameterization and commissioning |
Encoder interface, function | EnDat® 2.1 encoderNikonSIN/COS encoderEnDat® 2.2 encoderHiperface encoderIncremental encoder |
Fieldbus interface, connection technology | RJ45 |
Mains types | TNITTT |
Protection class | I |
Encoder interface 2, function | SIN/COS encoderIncremental encoder |
Fieldbus interface, protocol | PROFINET IRTPROFINET RT |
Overvoltage category | III |
Synchronization interface, function | CW/CCW counting signalsEncoder input A/B/ZEncoder emulation A/B/ZPulse/direction signals CLK/DIR |
Fieldbus interface, connection type | 2x socket |
Number of high-speed switching outputs | 2 |
Number of floating switching outputs | 1 |
Number of inputs for motor temperature sensor | 1 |
Number of diagnostic outputs | 2 |
Max. current of the floating switching outputs | 50 mA |
Max. continuous output of the external braking resistor (IEC) | 1200 W |
Pulse energy for braking resistor | 850 Ws |
Number of high-speed logic inputs | 2 |
System voltage to EN 61800-5-1 | 300 V |
Max. short circuit protection of mains | 10 kA |
Braking resistor nominal power (IEC) | 58 W |
Max. voltage drop from logic supply to brake output | 1 V |
Number of safe 2-pin inputs | 2 |
Time resolution of high-speed logic inputs | 1 µs |
Max. current consumption for logic supply with parking brake | 1.9 A |
Time resolution of high-speed switching outputs | 1 µs |
Max. installation height | 2000 m |
Active PFC | no |
Controller operating mode | Reference travelPI current regulator for F or MInterpolating mode via fieldbusProfile operation with block mode and direct modeSynchronous operating modesCascade controlPI speed controllerP position controllerAutotuningSetup mode |
Mode of operation | Vector modulation with 3rd harmonicSampling rate 16 kHz1x SYNC interface for encoder emulation or encoder input2x position sensor inputPWM with 8 or 16 KHz2x output trigger (x, v, F)2x input capture (x, v, F)Field-oriented regulationReal-time data acquisitionPosition resolution 24 bit/rev. |
Line filter | Integrated |
Safety function | Safe brake control (SBC)Safe stop 1 (SS1)Safe torque off (STO) |
Safety integrity level (SIL) | Safe brake control (SBC)/SIL 3/SILCL 3Safe torque off (STO)/SIL 3/SILCL 3 |
Performance Level (PL) | Safe torque off (STO)/category 4, performance level eSafe brake control (SBC)/category 3, performance level e |
Display | LED green/yellow/red |
Control elements | Optional: CDSB operating unit |
Output frequency | 0 Hz … 599 Hz |
Output voltage range AC | 3x (0 – input) V |
Braking resistor, external | 80 Ohm … 130 Ohm |
Braking resistor, integrated | 130 Ohm |
Diagnostic coverage | 0.97 |
Characteristics of digital logic outputs | Diagnostic outputs in some casesNot galvanically isolatedFreely configurable in some cases |
Hardware fault tolerance | 1 |
Impedance of setpoint input | 70 kOhm |
Pulse power of braking resistor | 5 kVA |
Max. current of digital logic outputs | 20 mA |
Max. length of motor cable without ext. mains filter | 50 m |
Max. peak current duration | 2 s |
Max. DC link voltage | 800 V |
Nominal operating voltage AC | 400 V |
Input voltage range AC | 200 V … 480 V |
Controller nominal power | 2500 VA |
Nominal voltage, logic supply DC | 24 V |
Nominal voltage, load supply DC | 560 V |
Nominal current load supply | 0.25 |
Nominal current per phase, effective | 0.208333333333333 |
Mains frequency | 48 Hz … 62 Hz |
Nominal operating voltage phases | 3-phase |
SFF safe failure fraction | 0.99 |
Peak power | 7500 VA |
Peak current, load supply | 18 A |
Peak current per phase, effective | 15 A |
Surge resistance | 6 kV |
Max. current consumption for logic supply without clamping brake | 0.5 A |
Max. current consumption for logic supply with clamping brake and I/O | 2.7 A |
Contamination level | 2 |
Load supply permissible range | ± 10 % |
Permissible range of logic voltage | ± 20 % |
Permissible voltage fluctuations | +/- 10 % |
Certificate issuing authority | UL E33113001/205/5640.00/18 |
CE marking (see declaration of conformity) | as per EU machinery directiveAs per EU EMC directiveAs per EU RoHS directiveAs per EU low voltage directive |
Storage temperature | -25 °C … 55 °C |
Relative air humidity | Non-condensing5 – 90 % |
Degree of protection | IP20 |
Ambient temperature | 0 °C … 50 °C |
Note on ambient temperature | Above an ambient temperature of 40 °C, the power must be reduced by 3%/°C. |
UL-ambient temperature | 0 °C … 40 °C |
Certification | c UL us – Listed (OL)RCM compliance mark |
Product weight | 2200 g |
Number of analog setpoint inputs | 1 |
Number of digital logic outputs 24 V DC | 6 |
Number of digital logic inputs | 12 |
Communication profile | PROFIenergyPROFIdrive |
Process interfacing | AC4: Synchronous Servo ApplicationAC1: Adjustable-Speed DrivesAC3: Drive with Positioning Function |
Logic input specification | Based on IEC 61131-2, type 3 |
Work range of logic input | -3 V … 30 V |
Work range of setpoint input | ± 10 V |
Operating range of analog inputs | ± 10 V |
Encoder interface output, characteristics | max. 16348 ppr1 MHz maximum output frequency |
Encoder interface input, characteristics | 1 MHz maximum output frequencymax. 16348 ppr |
Characteristics of setpoint inputs | Configurable for rotational speedConfigurable for current/forceDifferential inputs |
Characteristics of logic input | Not galvanically isolatedFreely configurable in some casesSafety inputs in some cases |
Input switching logic | PNP (positive switching) |
Switching logic at outputs | PNP (positive switching) |
Fieldbus coupling | PROFINET |
Type of mounting | Mounting plate, screwed on |
Note on materials | RoHS-compliantContains paint-wetting impairment substances |
CMMT-AS-C5-11A-P3-PN-S1
$2,079.68
Compact servo drive for point-to-point and interpolating motion, suitable for various Ethernet-based bus systems and can be integrated directly into system environments of different control manufacturers.
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