Programmable Servo Drive
48V 8A with CAN or CAT

Series PRO-A08V48 Operating Voltage 12 to 48 VDC Peak Output 20 Amps (peak of sine) Continuous Output 8 Amps (peak of sine) Commmunications RS-232, CANbus or EtherCAT® Form Factor PCB mount or stand-alone Data Sheet PRO-A08V48A-PE-CAN Datasheet (US)
PRO-A08V48B-SA-CAN Datasheet (US)
PRO-A08V48B-SA-CAT Datasheet (US)

Product Details

Overview & Features

The PRO Series is ElectroCraft’s most advanced, high-performance drive platform with built-in programmable motion control, compatible with Brushless DC Motors, PMDC Brush Motors, and Hybrid Stepper Motors. The PRO Series embeds a sophisticated motion controller and drive into a single unit, allowing intelligent control by executing motion profiles stored in non-volatile memory. The PRO Series can also be configured as an intelligent slave, executing motion sequences received via CAN bus, EtherCAT or RS-232.

The PRO Series includes powerful setup, configuration, and programming tools with ElectroCraft’s MotionPRO Suite, Windows-based software.

The PRO Series can tackle a wide range of motion control applications from simple to complex and is available in multiple sizes and configurations, including chassis mount enclosures or PCB assemblies. Check out the full list of features in our downloadable PDF data sheet.

PRO-A08V48A-PE-CAN (PCB Mount, CAN)

Motor – sensor configurations

Sensor Motor PMSM BLDC DC
BRUSH 		STEP
(2-ph) 		STEP
(3-ph)
Incr. Encoder ✓ ✓ ✓
Incr. Encoder + Hall ✓ ✓
Analog Sin/Cos encoder ✓
Linear Halls ✓
Tacho ✓
Open-loop (no sensor) ✓ ✓

Features

  • Motor supply: 11-50V. Logic supply: 9-36V
  • Output current: 8A cont. (BLDC mode); 20APEAK , up to 100KHz PWM
  • Digital Hall sensor interface (single-ended and open collector)
  • Incremental encoder interface (single-ended, open collector and differential)
  • Linear Hall sensors interface
  • Analogue sin/cos encoder interface (differential 1Vpp)
  • 8 digital inputs, 5-36V, NPN: Enable, 2 for limit switches, 5 general-purpose
  • 5 digital outputs, 5-36V, 0.5A, NPN O.C.: Ready, Error, 3 general-purpose
  • 2 analogue inputs: 12-bit, 0-5V: Reference, Feedback or general-purpose
  • RS-232 serial & CAN-bus 2.0B interfaces with h/w selectable addresses
  • MPLCAN and CANopen (CiA 301v4.2 and 402v3.0) protocols
  • 2K × 16 SRAM for data acquisition
  • 4K × 16 E2ROM to store MPL motion programs and data
  • Hardware Protections: short-circuit between motor phases and from motor phases to GND, over-voltage, under-voltage and I2t
  • Firmware: F508M+ or F523E+

Electrical characteristics

All parameters measured under the following conditions (unless otherwise specified):

  • VLOG = 24 VDC; VMOT = 48VDC
  • Supplies start-up / shutdown sequence: -any-
  • Load current (sinusoidal amplitude / continuous BLDC, DC, stepper) = 8A
Operating Conditions Min. Typ. Max. Units
Ambient temperature 0 401 °C
Ambient humidity Non-condensing 0 90 %Rh
Altitude / pressure2 Altitude (vs. sea level) -0.1 0 ÷ 2.5 2 Km
Ambient Pressure 02 0.75 ÷ 1 10.0 atm
Storage Conditions Min. Typ. Max. Units
Ambient temperature -40 TBD °C
Ambient humidity Non-condensing 0 100 %Rh
Ambient Pressure 0 10.0 atm
ESD capability
(Human body model)		 Not powered; applies to any accessible part ±0.5 kV
Original packaging ±15 kV
Mechanical Mounting Min. Typ. Max. Units
Airflow natural convection3, closed box
Spacing required for vertical mounting Between adjacent drives 30 mm
Between drives and nearby walls 30 mm
Between drives and roof-top 20 mm
Spacing required for horizontal mounting Between adjacent drives 4 mm
Between drives and nearby walls 5 mm
Space needed for drive removal 10 mm
Between drives and roof-top 15 mm
Insertion force Using recommended mating connectors 31 55 N
Extraction force Using recommended mating connectors 8 16 N
Environmental Characteristics Min. Typ. Max. Units
Size
(Length x Width x Height)		 Without mating connector 56 x 44 x 6.9 mm
Without mating connector ~2.2 x 1.73 x 0.27 inch
With recommended mating vertical connector. Height above PCB surface. 56 x 48.1 x 8.9 mm
With recommended mating vertical connector. Height above PCB surface. ~2.2 x 1.89 x 0.35 inch
With recommended mating horizontal connector. Height above PCB surface. 56 x 56.4 x 9.4 mm
With recommended mating horizontal connector. Height above PCB surface. ~2.2 x 2.22 x 0.37 inch
Weight 16 g
Cleaning agents Dry cleaning is recommended Only Water- or Alcohol- based
Protection degree According to IEC60529, UL508 IP00 –
Logic Supply Input (+VLOG) Min. Typ. Max. Units
Supply voltage Nominal values 9 36 VDC
Absolute maximum values, drive operating but outside guaranteed parameters 8 40 VDC
Absolute maximum values, continuous -0.6 42 VDC
Absolute maximum values, surge (duration ≤ 10ms)† -1 +45 V
Supply current +VLOG = 7V 125 320 mA
+VLOG = 12V 85 220 mA
+VLOG = 24V 50 145 mA
+VLOG = 40V 40 120 mA
Utilization Category Acc. to 60947-4-1 (IPEAK ≤ 1.05*INOM)    DC-1
Motor Supply Input (+VMOT) Min. Typ. Max. Units
Supply voltage Nominal values 11 50 VDC
Absolute maximum values, drive operating but outside guaranteed parameters 9 52 VDC
Absolute maximum values, continuous -0.6 54 VDC
Absolute maximum values, surge (duration ≤ 10ms)† -1 TBD V
Supply current Idle 1 5 mA
Operating -20 ±8 +20 A
Absolute maximum value, short circuit condition (duration ≤ 10ms)† 26 A
Utilization Category Acc. to 60947-4-1 (IPEAK ≤ 4.0*INOM) DC-3
Motor Outputs (A/A+, B/A-, C/B+, BR/B-) Min. Typ. Max. Units
Nominal output current, continuous for DC brushed, steppers and BLDC motors with Hall-based trapezoidal control 8 A
for PMSM motors with FOC sinusoidal control (sinusoidal amplitude value) 8
for PMSM motors with FOC sinusoidal control (sinusoidal effective value) TBD
Motor output current, peak maximum 2.5s -20 +20 A
Short-circuit protection threshold ±26 TBD A
Short-circuit protection delay 5 10 µs
On-state voltage drop including typical mating connector contact resistance ±0.3 ±0.5 V
Off-state leakage current ±0.5 ±1 mA
Motor inductance
(phase-to-phase)		 Recommended value, for current ripple max ±5% of full range; +VMOT = 36V FPWM µH
20 kHz 330
40 kHz 150
60 kHz 120
80 kHz 80
100 kHz 60
Minimum value, limited by short-circuit protection; +VMOT = 36V 20 kHz 120 µH
40 kHz 40
60 kHz 30
80 kHz 15
100 kHz 8
Motor electrical time-constant
(L/R)		 Recommended value for ±5% current measurement error 20 kHz 250 µs
40 kHz 125
60 kHz 100
80 kHz 63
100 kHz 50
Current measurement FS = Full Scale accuracy ±4 ±8 %FS
  1. Operating temperature at higher temperatures is possible with reduced current and power ratings
  2. The drive can be operated in vacuum (no altitude restriction), but at altitudes over 2,500m, current and power rating are reduced due to thermal dissipation efficiency.
  3. In case of forced cooling (conduction or ventilation) the spacing requirements may drop substantially down to zero as long as the ambient temperature is kept below the maximum operating limit
  4. “FS” stands for “Full Scale”

PRO-A08V48B-SA-CAN (Stand-alone, CAN)

Motor – sensor configurations

Sensor Motor PMSM BLDC DC
BRUSH 		STEP
(2-ph) 		STEP2
(3-ph)
Incr. Encoder ✓ ✓ ✓ ✓
Incr. Encoder + Hall ✓ ✓
Analog Sin/Cos encoder ✓ ✓ ✓ ✓ ✓
SSI ✓ ✓ ✓ ✓ ✓
BiSS-C ✓ ✓ ✓ ✓ ✓
EnDAT1 ✓ ✓ ✓ ✓ ✓
Linear Halls3 ✓
Tacho ✓
Open-loop (no sensor) ✓ ✓
  1. Available starting with F514K firmware version
  2. Sensor used only for step loss detection
  3. For more details please contact Technosoft

Features

  • Motion controller and drive in a single compact unit based on MotionChip™ technology
  • Universal solution for control of rotary and linear brushless, brushed and 2 or 3-phase step motors
  • Advanced motion control capabilities (PVT, S-curve, electronic cam)
  • Motor supply: 11-50V. Logic supply: 9-36V
  • Output current: 8A cont. (BLDC mode); 20APEAK, up to 100KHz PWM
  • Separate ENABLE circuit: connect both ENA1 and ENA2 inputs to +24V, to allow motor PWM output operation
  • Feedback Devices (dual-loop support)
    1st feedback devices supported:
    • Incremental encoder interface (single ended or differential)
    • pulse & direction interface (single ended) for external (master) digital reference
    • Analogue sin/cos encoder interface (differential 1Vpp)
    • Digital Hall sensor interface (single-ended and open collector)
    2nd feedback devices supported:
    • Incremental encoder interface (differential)
    • pulse & direction interface (differential) for external (master) digital reference
    • SSI/BISS-C/EnDAT1 encoder interface
  • 6 digital inputs, 12-36V, PNP/NPN programmable: 2 for limit switches, 4 general-purpose
  • 5 digital outputs, 5-36V, 0.5A, NPN open-collector: Ready, Error, 3 general-purpose
  • 2 analogue inputs: 12-bit, 0-5V: Reference, Feedback or general purpose
  • RS-232 serial & CAN-bus 2.0B interfaces
  • 16 h/w addresses selectable by h/w rotative hex switch
  • MPLCAN and CANopen (CiA 301v4.2 and 402v3.0) protocols selectable by h/w switch
  • 16k x 16 SRAM memory for data acquisition
  • 16k x 16 E2ROM to store setup data, MPL motion programs, cam tables and other user data
  • Operating ambient temperature: 0-40°C (over 40°C with derating)
  • NTC/PTC analogue Motor Temperature sensor input

Electrical characteristics

All parameters measured under the following conditions (unless otherwise specified):

  • VLOG = 24 VDC; VMOT = 48VDC
  • Supplies start-up / shutdown sequence: -any-
  • Load current (sinusoidal amplitude / continuous BLDC, DC, stepper) = 8A
Operating Conditions Min. Typ. Max. Units
Ambient temperature 0 401, 3 °C
Ambient humidity Non-condensing 0 90 %Rh
Altitude / pressure2 Altitude (vs. sea level) -0.1 0 ÷ 2.5 2 Km
Ambient Pressure 02 0.75 ÷ 1 10.0 atm
Storage Conditions Min. Typ. Max. Units
Ambient temperature -40 105 °C
Ambient humidity Non-condensing 0 100 %Rh
Ambient Pressure 0 10.0 atm
ESD capability
(Human body model)		 Not powered; applies to any accessible part ±0.5 kV
Original packaging ±15 kV
Mechanical Mounting Min. Typ. Max. Units
Airflow natural convection3, closed box
Environmental Characteristics Min. Typ. Max. Units
Size
(Length x Width x Height)		 Without mating connectors 88.5 x 77 x 16.4 mm
Without mating connectors ~3.48 x 3.03 x 0.65 inch
With recommended mating connectors. 98 x 85 x 19.5 mm
With recommended mating connectors. ~3.86 x 3.35 x 0.77 inch
Weight Without mating connectors 107 g
Power dissipation Idle (no load) 1.7 W
Operating 4.3 W
Efficiency 98 %
Cleaning agents Dry cleaning is recommended Only Water- or Alcohol- based
Protection degree According to IEC60529, UL508 IP20 -
Logic Supply Input (+VLOG) Min. Typ. Max. Units
Supply voltage Nominal values 9 36 VDC
Absolute maximum values, drive operating but outside guaranteed parameters 8 40 VDC
Absolute maximum values, continuous -0.6 42 VDC
Absolute maximum values, surge (duration ≤ 10ms)† -1 +45 V
Supply current +VLOG = 12V 130 mA
+VLOG = 24V 90 280 mA
+VLOG = 40V 85 mA
Motor Supply Input (+VMOT) Min. Typ. Max. Units
Supply voltage Nominal values 11 50 VDC
Absolute maximum values, drive operating but outside guaranteed parameters 9 52 VDC
Absolute maximum values, continuous -0.6 54 VDC
Absolute maximum values, surge (duration ≤ 10ms)† -1 57 V
Supply current Idle 1 5 mA
Operating -20 ±8 +20 A
Absolute maximum value short-circuit condition (duration ≤ 10ms)† 26 A
Motor Outputs (A/A+, B/A-, C/B+, BR/B-) Min. Typ. Max. Units
Nominal output current, continuous4 for DC brushed, steppers and BLDC motors with Hall-based trapezoidal control 8 A
for PMSM motors with FOC sinusoidal control (sinusoidal amplitude value) 8
for PMSM motors with FOC sinusoidal control (sinusoidal effective value) 5.66
Motor output current, peak maximum 2.5s -20 +20 A
Short-circuit protection threshold ±22 ±26 ±30 A
Short-circuit protection delay 5 10 µs
On-state voltage drop Nominal output current; including typical mating connector contact resistance ±0.3 ±0.5 V
Off-state leakage current ±0.5 ±1 mA
Motor inductance
(phase-to-phase)		 Recommended value, for current ripple max ±5% of full range; +VMOT = 36V FPWM µH
20 kHz 330
40 kHz 150
60 kHz 120
80 kHz 80
100 kHz 60
Minimum value, limited by short-circuit protection; +VMOT = 36V 20 kHz 120 µH
60 kHz 40
40 kHz 30
80 kHz 15
100 kHz 8
Motor electrical time-constant
(L/R)		 Recommended value for ±5% current measurement error 20 kHz 250 µs
40 kHz 125
60 kHz 100
80 kHz 63
100 kHz 50
Current measurement FS = Full Scale accuracy ±4 ±8 %FS
  1. The digital inputs are software selectable as PNP or NPN
  2. For full RS-422 compliance, 120Ω termination resistors must be connected across the differential pairs, set SW2 pins 3, 4 and 5 to ON.
  3. Encoder2 differential input pins have internal 120 termination resistors connected across
  4. For many applications, a 120Ω termination resistor should be connected across SIN+ to SIN-, and across COS+ to COS- (set SW2 switches 3 and 4 to ON). Please consult the feedback device datasheet for confirmation.
  5. “FS” stands for “Full Scale”

PRO-A08V48B-SA-CAT (Stand-alone, CAT)

Motor – sensor configurations

Sensor Motor PMSM BLDC DC
BRUSH 		STEP
(2-ph) 		STEP
(3-ph)
Incr. Encoder ✓ ✓ ✓ ✓
Incr. Encoder + Hall ✓ ✓
Analog Sin/Cos encoder ✓ ✓ ✓ ✓ ✓
SSI ✓ ✓ ✓ ✓ ✓
BiSS-C ✓ ✓ ✓ ✓ ✓
EnDAT1 ✓ ✓ ✓ ✓ ✓
Linear Halls3 ✓
Tacho ✓
Open-loop (no sensor) ✓ ✓
  1. Available starting with F515K firmware version
  2. Sensor used only for step loss detection
  3. For more details please contact Technosoft

Features

  • Motor supply: 11-50V. Logic supply: 9-36V
  • Output current: 8A cont. (BLDC mode); 20APEAK, up to 100KHz PWM
  • Feedback Devices (dual-loop support)
    1st feedback devices supported:
    • Incremental encoder interface (single ended or differential)
    • pulse & direction interface (single ended) for external (master) digital reference
    • Analogue sin/cos encoder interface (differential 1Vpp)
    • Digital Hall sensor interface (single-ended and open collector)
    2nd feedback devices supported:
    • Incremental encoder interface (differential)
    • pulse & direction interface (differential) for external (master) digital reference
    • SSI/BISS-C/EnDAT1 encoder interface
  • Separate ENABLE circuit: connect both ENA1 and ENA2 inputs to +24V to allow motor PWM output operation
  • 6 digital inputs, 12-36V, PNP/NPN programmable: 2 for limit switches, 4 general-purpose
  • 5 digital outputs, 5-36V, 0.5A, NPN open-collector: Ready, Error, 3 general-purpose
  • 2 analogue inputs: 12-bit, 0-5V: Reference, Feedback or general purpose
  • RS-232 serial & dual 100Mbps RJ45 EtherCAT® interfaces
  • EtherCAT® with CAN application protocol over EtherCAT (CoE)
  • 127 h/w addresses selectable by h/w rotary hex switches
  • 16k x 16 SRAM memory for data acquisition
  • 16k x 16 E2ROM to store setup data, MPL motion programs, cam tables and other user data
  • Operating ambient temperature: 0-40°C (over 40°C with derating)
  • NTC/PTC analogue Motor Temperature sensor input

Electrical characteristics

All parameters measured under the following conditions (unless otherwise specified):

  • VLOG = 24 VDC; VMOT = 48VDC
  • Supplies start-up / shutdown sequence: -any-
  • Load current (sinusoidal amplitude / continuous BLDC, DC, stepper) = 8A
Operating Conditions Min. Typ. Max. Units
Ambient temperature 0 401, 3 °C
Ambient humidity Non-condensing 0 90 %Rh
Altitude / pressure2 Altitude (vs. sea level) -0.1 0 ÷ 2.5 2 Km
Ambient Pressure 02 0.75 ÷ 1 10.0 atm
Storage Conditions Min. Typ. Max. Units
Ambient temperature -40 105 °C
Ambient humidity Non-condensing 0 100 %Rh
Ambient Pressure 0 10.0 atm
ESD capability
(Human body model)		 Not powered; applies to any accessible part ±0.5 kV
Original packaging ±15 kV
Mechanical Mounting Min. Typ. Max. Units
Airflow natural convection3, closed box
Environmental Characteristics Min. Typ. Max. Units
Size
(Length x Width x Height)		 Without mating connectors 103 x 71 x 16.4 mm
~4.06 x 2.8 x 0.65 inch
With recommended mating connectors. 109 x 79 x 19.5 mm
~4.3 x 3.1 x 0.77 inch
Weight Without mating connectors 125 g
Power dissipation Idle (no load) 3.4 W
Operating 8.5 W
Efficiency 98 %
Cleaning agents Dry cleaning is recommended Only Water- or Alcohol- based
Protection degree According to IEC60529, UL508 IP20 -
Logic Supply Input (+VLOG) Min. Typ. Max. Units
Supply voltage Nominal values 9 36 VDC
Absolute maximum values, drive operating but outside guaranteed parameters 8 40 VDC
Absolute maximum values, surge (duration ≤ 10ms)† -1 +45 V
Supply current No Load on Digital Outputs +VLOG = 9V 400 mA
+VLOG = 12V 300
+VLOG = 24V 150
+VLOG = 39V 90
Motor Supply Input (+VMOT) Min. Typ. Max. Units
Supply voltage Nominal values 11 50 VDC
Absolute maximum values, drive operating but outside guaranteed parameters 9 52 VDC
Absolute maximum values, continuous -0.6 54 VDC
Absolute maximum values, surge (duration ≤ 10ms)† -1 57 V
Supply current Idle 1 5 mA
Operating -20 ±8 +20 A
Absolute maximum value short-circuit condition (duration ≤ 10ms)† 26 A
Motor Outputs (A/A+, B/A-, C/B+, BR/B-) Min. Typ. Max. Units
Nominal output current, continuous4 for DC brushed, steppers and BLDC motors with Hall-based trapezoidal control 8 A
for PMSM motors with FOC sinusoidal control (sinusoidal amplitude value) 8
for PMSM motors with FOC sinusoidal control (sinusoidal effective value) 5.66
Motor output current, peak maximum 2.5s -20 +20 A
Short-circuit protection threshold ±22 ±26 ±30 A
Short-circuit protection delay 5 10 µs
On-state voltage drop Nominal output current; including typical mating connector contact resistance ±0.3 ±0.5 V
Off-state leakage current ±0.5 ±1 mA
Motor inductance
(phase-to-phase)		 Recommended value, for current ripple max ±5% of full range; +VMOT = 36V FPWM µH
20 kHz 330
40 kHz 150
60 kHz 120
80 kHz 80
100 kHz 60
Minimum value, limited by short-circuit protection; +VMOT = 36V 20 kHz 120 µH
60 kHz 40
40 kHz 30
80 kHz 15
100 kHz 8
Motor electrical time-constant
(L/R)		 Recommended value for ±5% current measurement error 20 kHz 250 µs
40 kHz 125
60 kHz 100
80 kHz 63
100 kHz 50
Current measurement FS = Full Scale accuracy ±4 ±8 %FS
  1. Operating temperature at higher temperatures is possible with reduced current and power ratings
  2. The drive can be operated in vacuum (no altitude restriction), but at altitudes over 2,500m, current and power rating are reduced due to thermal dissipation efficiency.
  3. In case of forced cooling (conduction or ventilation) the maximum ambient temperature can be increased substantially.
  4. @20Khz FPWM
  5. The digital inputs are software selectable as PNP or NPN

Dimensional Drawing

Technical Drawing

Motor Compatibility

Brushless DC Motors

PMDC Motors

Stepper Motors

Linear Actuators

Please contact ElectroCraft if the motor you are searching for is not included in the charts below.

Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
RPX, LRPX Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
RPX16-007V12 1.6 3.7 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX16-007V24 0.8 1.9 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX16-007V48 0.4 0.9 48 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX16-013V12 2.4 6.6 12 PRO-A08V48B PRO-A04V36A CPP-A06V48A CPP-A06V48A
RPX16-013V24 1.2 3.3 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX16-013V48 0.6 1.7 48 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX16-013V12 (4:1 to 23:1) 2.4 to 2.5 5.3 to 6.8 12 PRO-A08V48B PRO-A04V36A CPP-A06V48A CPP-A06V48A
LRPX16-013V12 (31:1 to 941:1) 0.6 to 2.3 0.9 to 4.1 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX16-013V24 (all ratios) 0.3 to 1.2 0.5 to 3.3 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX16-013V48 (all ratios) 0.2 to 0.6 0.2 to 1.7 48 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX22-042V12 5.0 10.8 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
RPX22-042V24 2.5 5.5 24 PRO-A08V48B PRO-A04V36A CPP-A06V48A CPP-A06V48A
RPX22-042V48 1.3 2.8 48 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
LRPX22-042V12 (3:1 to 66:1) 3.5 5.0 to 10.8 12 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX22-042V12 (81:1 ) 3.2 4.0 12 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
LRPX22-042V12 (94:1 to 624:1) 0.7 to 2.8 0.9 to 3.5 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX22-042V24 (3:1 to 19:1) 1.8 5.5 24 PRO-A08V48B PRO-A04V36A CPP-A06V48A CPP-A06V48A
LRPX22-042V24 (27:1 to 624:1) 0.4 to 1.8 0.4 to 4.2 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX22-042V48 (3:1 to 624:1) 0.2 to 0.9 0.2 to 2.8 48 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
RPX32-090V12 7.6 23.5 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A12V48A
RPX32-090V24 3.8 11.8 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A06V48A
RPX32-090V48 1.9 5.9 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX32-090V12 (3:1 to 19:1) 4.2 23.5 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A06V48A
LRPX32-090V12 (24:1 to 28:1) 4.2 16.6 to 19.6 12 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A06V48A
LRPX32-090V12 (33:1) 4.2 14.0 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A06V48A
LRPX32-090V12 (50:1 to 60:1) 4.2 15.5 to 18.3 12 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A06V48A
LRPX32-090V12 (76:1) 4.2 12.1 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A06V48A
LRPX32-090V12 (90:1 to 192:1) 4.0 to 4.2 4.8 to 10.2 12 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX32-090V12 (246:1 to 291:1) 2.9 to 3.4 3.5 to 4.2 12 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
LRPX32-090V12 (344:1 to 999:1) 0.8 to 2.5 0.9 to 3.0 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX32-090V24 (3:1 to 19:1) 2.1 11.8 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A06V48A
LRPX32-090V24 (24:1 to 28:1) 2.1 8.3 to 9.8 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX32-090V24 (33:1 to 107:1) 2.1 4.3 to 7.0 24 PRO-A08V48B PRO-A04V36A CPP-A06V48A CPP-A06V48A
LRPX32-090V24 (116:1 to 999:1) 0.4 to 2.1 0.5 to 4.0 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX32-090V48 (3:1 to 24:1) 1.1 4.9 to 5.9 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX32-090V48 (192:1 to 999:1) 0.2 to 1.0 0.2 to 4.1 48 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
RPX32-150V12 12.6 36.8 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RPX32-150V24 6.7 19.6 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
RPX32-150V48 3.3 9.8 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RPX40-125V12 6.6 19.7 12 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
RPX40-125V24 3.3 9.8 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RPX40-125V48 1.6 4.9 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RPX40-250V12 10.9 33.3 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RPX40-250V24 5.5 16.7 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
RPX40-250V48 2.7 8.3 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX40-250V12 (3:1 to 63:1) 6.8 21.6 to 33.3 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A12V48A
LRPX40-250V12 (69:1 to 93:1) 6.8 14.4 to 19.5 12 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
LRPX40-250V12 (103:1 to 126:1) 6.8 10.7 to 13.1 12 PRO-A10V80A PRO-A10V80A CPP-A12V80A CPP-A12V48A
LRPX40-250V12 (170:1 to 232:1) 4.3 to 5.3 6.4 to 7.9 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
LRPX40-250V12 (257:1 to 346:1) 2.9 to 3.9 4.3 to 5.8 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX40-250V12 (383:1 to 941:1) 1.1 to 2.6 1.6 to 3.9 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX40-250V24 (3:1 to 46:1) 3.4 14.5 to 16.7 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A06V48A
LRPX40-250V24 (57:1 to 63:1) 3.4 10.8 to 11.9 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A06V48A
LRPX40-250V24 (69:1 to 126:1) 3.4 5.4 to 9.7 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX40-250V24 (170:1 to 941:1) 0.5 to 2.6 0.8 to 4.0 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX40-250V48 (3:1 to 76:1) 1.7 4.4 to 8.3 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
LRPX40-250V48 (93:1 to 941:1) 0.3 to 1.7 0.4 to 3.6 48 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
RPX40-325V12 10.2 31.0 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RPX40-325V24 5.1 15.5 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
RPX40-325V48 2.6 7.7 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RPX52-300V12 20.0 36.8 12 PRO-A20V80A PRO-A20V80A CPP-A40V24A CPP-A24V48A
RPX52-300V24 10.0 17.4 24 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RPX52-300V48 5.0 8.6 48 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
RPX52-600V12 24.0 56.3 12 PRO-A20V80A PRO-A20V80A CPP-A40V24A CPP-A24V48A
RPX52-600V24 12.0 26.5 24 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RPX52-600V48 6.0 12.9 48 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
RPX52-750V24 14.1 55.8 24 PRO-A08V48B PRO-A08V48B CPP-A40V24A CPP-A24V48A
RPX52-750V48 7.1 28.6 48 PRO-A08V48B PRO-A08V48B CPP-A24V80A CPP-A12V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
RapidPower - RP Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
RP17-12V24 RP17M-8V24 4.2 7.6 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RP17-12V48 RP17M-8V48 2.1 3.8 48 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
RP17-12V60 RP17M-8V60 1.7 3.0 60 PRO-A10V80A PRO-A10V80A CPP-A06V48A CPP-A06V48A
RP17-22V24 RP17M-16V24 3.6 9.9 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RP17-22V48 RP17M-16V48 1.8 4.9 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RP17-22V60 RP17M-16V60 1.4 3.9 60 PRO-A10V80A PRO-A10V80A CPP-A06V48A CPP-A06V48A
RP17-36V24 RP17M-25V24 3.7 10.4 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RP17-36V48 RP17M-25V48 1.4 5.2 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RP17-36V60 RP17M-25V60 1.4 4.2 60 PRO-A10V80A PRO-A10V80A CPP-A06V48A CPP-A06V48A
RP17-45V24 RP17M-32V24 3.6 10.9 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A06V48A
RP17-45V48 RP17M-32V48 1.8 5.5 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RP17-45V60 RP17M-32V60 1.4 4.4 60 PRO-A10V80A PRO-A10V80A CPP-A06V48A CPP-A06V48A
RP23-26V12 RP23M-18V12 5.3 11.0 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
RP23-26V24 RP23M-18V24 4.6 9.0 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
RP23-26V48 RP23M-18V48 2.6 6.5 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RP23-34V12 RP23M-24V12 8.6 17.5 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RP23-34V24 RP23M-24V24 4.5 10 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
RP23-34V48 RP23M-24V48 2.5 7.0 48 PRO-A08V48B PRO-A08V48B CPP-A06V48A CPP-A06V48A
RP23-54V12 RP23M-38V12 8.7 15.9 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RP23-54V24 RP23M-38V24 5.7 18.5 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
RP23-54V48 RP23M-38V48 4.2 11.1 48 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A06V48A
RP23-73V24 RP23M-52V24 8.3 25.3 24 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A12V48A
RP23-73V48 RP23M-52V48 4.7 14.4 48 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
RP34-112V24 RP34M-79V24 24.4 85.2 24 N/A N/A CPP-A40V24A CPP-A24V48A
RP34-112V48 RP34M-79V48 12.1 42.4 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RP34-112V90 RP34M-79V90 6.1 21.2 90 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A12V48A
RP34-217V24 RP34M-153V24 22.3 76.0 24 N/A N/A CPP-A40V24A CPP-A24V48A
RP34-217V48 RP34M-153V48 16.9 59.1 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RP34-217V90 RP34M-153V90 8.9 31.1 90 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RP34-313V24 RP34M-221V24 22.7 68.1 24 N/A N/A CPP-A40V24A CPP-A24V48A
RP34-313V48 RP34M-221V48 17.0 59.5 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
RP34-313V90 RP34M-221V90 11.3 39.7 90 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
RapidPower Plus - RPP Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
RPP23-64V48 RPP23M-45V48 3.0 11.0 48 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A06V48A
RPP23--98V48 RPP23M-69V48 4.5 15.0 48 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
RPP23-118V48 RPP23-83V48 6.0 20.0 48 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
RPP23-154V48 RPP23M-108V48 7.3 25.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A12V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
MPW Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
MPW52-300V24 6.4 17.4 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A CPP-A12V48A
MPW52-300V48 3.4 8.6 48 PRO-A08V48B PRO-A08V48B CPP-A06V80A CPP-A06V48A
MPW52-600V24 11.4 26.5 24 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
MPW52-600V48 5.6 12.9 48 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
MPW86-120V24 (10:1) 22.0 80.0 24 N/A N/A CPP-A40V24A CPP-A24V48A
MPW86-120V48 (10:1) 15.0 40.0 48 N/A N/A CPP-A24V80A CPP-A24V48A
MPW86-185V24 (10:1) 30.0 73.0 24 N/A N/A CPP-A40V24A CPP-A24V48A
MPW86-185V48 (10:1) 16.0 29.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
MPW86-120V24 (20:1) 21.0 47.0 24 N/A N/A CPP-A40V24A CPP-A24V48A
MPW86-120V48 (20:1) 13.0 23.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
MPW86-185V24 (20:1) 24.0 43.0 24 N/A N/A CPP-A40V24A CPP-A24V48A
MPW86-185V48 (20:1) 10.0 17.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
MPW140H-900V24-E 8.84 23.56 24 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
MPW140H-900V48-E 4.42 11.78 48 PRO-A08V48B PRO-A08V48B CPP-A12V80A CPP-A12V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
MP, MPP, MPS Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
All MP24
(24V windings, all ratios)		 up to 23.5 58.5 24 N/A N/A CPP-A40V24A CPP-A24V48A
All MP24
(48V windings, all ratios)		 up to 11.8 29.3 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
All MPP24
(24V windings, all ratios)		 up to 30.0 65 24 N/A N/A CPP-A40V24A CPP-A24V48A
All MPP24
(48V windings, all ratios)		 up to 15.0 32.5 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A CPP-A24V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
MP, MPP, MPS Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
All MP26, MP36
(24V windings, all ratios)		 up to 25.0 80.0 24 N/A N/A CPP-A40V24A
All MPP26, MPP36
(24V windings, all ratios)		 up to 30.0 100.0 24 N/A N/A CPP-A40V24A
MPS Series
(24V windings, all models)		 up to 28.0 80.0 24 N/A N/A CPP-A40V24A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
DirectPower - DP Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
DP20-10V12 DP20M-07V12 3.8 11.5 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A
DP20-10V24 DP20M-07V24 1.9 5.7 24 PRO-A08V48B PRO-A04V36A CPP-A06V48A
DP20-15V12 DP20M-11V12 4.0 13.5 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A
DP20-15V24 DP20M-11V24 2.0 6.7 24 PRO-A08V48B PRO-A04V36A CPP-A06V48A
DP20-20V12 DP20M-14V12 4.3 11.5 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A
DP20-20V24 DP20M-14V24 2.1 2.7 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A
DP25-30V12 DP25M-21V12 9.0 32.0 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DP25-30V24 DP25M-21V24 5.0 16.0 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A
DP25-35V24 DP25M-25V24 5.0 20.0 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A
DP25-45V12 DP25M-32V12 8.0 30.0 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DP25-45V24 DP25M-32V24 4.0 16.0 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A
DP30-60V12 9.0 27.0 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DP30-60V24 4.0 14.0 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A
DP30-75V12 7.0 14.0 12 PRO-A10V80A PRO-A10V80A CPP-A12V80A
DP30-75V24 3.0 7.0 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A
DP30-85V12 5.0 15.0 12 PRO-A20V80A PRO-A20V80A CPP-A12V80A
DP30-85V24 3.0 6.0 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
DirectPower Plus - DPP Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
DPP240(T)-29V48 DPP240M(T)-20V48 2.0 16.0 48 PRO-A20V80A PRO-A20V80A CPP-A12V80A
DPP240(T)-29V60 DPP240M(T)-20V60 2.0 14.0 60 PRO-A10V80A PRO-A10V80A CPP-A12V80A
DPP242(T)-44V48 DPP242M(T)-31V48 4.0 27.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP242(T)-44V60 DPP242M(T)-31V60 3.0 21.0 60 PRO-A20V80A PRO-A20V80A CPP-A12V80A
DPP243(T)-52V48 DPP243M(T)-36V48 5.0 32.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP243(T)-52V60 DPP243M(T)-36V60 4.0 25.0 60 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP642(T)-100V48 DPP642M(T)-70V48 6.0 25.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP642(T)-100V60 DPP642M(T)-70V60 5.0 20.0 60 PRO-A20V80A PRO-A20V80A CPP-A12V80A
DPP643(T)-165V48 DPP643M(T)-116V48 6.0 30.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP643(T)-165V60 DPP643M(T)-116V60 6.0 23.0 60 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP644(T)-210V48 DPP644M(T)-148V48 7.0 28.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP644(T)-210V60 DPP644M(T)-148V60 5.0 22.0 60 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP681(T)-90V48 DPP681M(T)-64V48 7.0 30.0 48 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP681(T)-90V60 DPP681M(T)-64V60 6.0 25.0 60 PRO-A20V80A PRO-A20V80A CPP-A24V80A
DPP701-150V60 DPP701M-106V60 4.0 27.0 60 PRO-A20V80A PRO-A20V80A CPP-A24V80A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
Hansen PMDC Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
111-2121623 1.1 2.0 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A
111-2123223 1.8 4.9 12 PRO-A08V48B PRO-A04V36A CPP-A06V48A
111-2124823 1.9 7.8 12 PRO-A08V48B PRO-A08V48B CPP-A06V48A
111-2241623 0.5 1.0 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A
111-2243223 0.7 2.0 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A
111-2244823 1.0 3.9 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A
116-1121627 1.7 3.7 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A
116-1123227 2.2 8.4 12 PRO-A08V48B PRO-A08V48B CPP-A06V48A
116-1124827 2.8 13.3 12 PRO-A08V48B PRO-A08V48B CPP-A12V80A
116-1241627 0.9 2.1 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A
116-1243227 1.2 4.6 24 PRO-A08V48B PRO-A04V36A CPP-A06V48A
116-1244827 1.5 9.1 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A
116-1121632 2.1 6.1 12 PRO-A08V48B PRO-A04V36A CPP-A06V48A
116-1123232 3.2 16.7 12 PRO-A20V80A PRO-A20V80A CPP-A12V80A
116-1124832 3.9 24 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A
116-1241632 1.0 3.1 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A
116-1243232 1.6 7.5 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A
116-1244832 2.0 12.7 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A
121-1121636 4.0 9.0 12 PRO-A08V48B PRO-A08V48B CPP-A06V48A
121-1123236 4.9 19.0 12 PRO-A20V80A PRO-A20V80A CPP-A12V80A
121-1124836 5.4 28.0 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A
121-1241636 1.9 5.0 24 PRO-A08V48B PRO-A04V36A CPP-A06V48A
121-1243236 2.7 12.0 24 PRO-A08V48B PRO-A08V48B CPP-A12V80A
121-1244836 3.1 20.0 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A
121-1121646 4.6 15.0 12 PRO-A20V80A PRO-A20V80A CPP-A12V80A
121-1123246 5.9 26.0 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A
121-1124836 5.9 32.0 12 PRO-A20V80A PRO-A20V80A CPP-A24V80A
121-1241646 2.4 9.0 24 PRO-A08V48B PRO-A08V48B CPP-A06V48A
121-1243246 3.9 19.0 24 PRO-A20V80A PRO-A20V80A CPP-A12V80A
121-1244836 5.3 33.0 24 PRO-A20V80A PRO-A20V80A CPP-A24V80A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
TorquePower - TP Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
TP23-150A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TP23-150A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TP23-150A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP23-150A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP23-210A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TP23-210A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP23-210A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP23-48A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TP23-48A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TP23-48A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP23-48A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP23-72A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TP23-72A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TP23-72A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP23-72A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-235A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-235A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-235A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-235A60 0 PRO-A10V80A PRO-A10V80A CPP-A12V80A
TP34-420A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-420A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-420A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-420A60 0 PRO-A10V80A PRO-A10V80A CPP-A12V80A
TP34-620A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-620A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-620A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP34-620A60 0 PRO-A10V80A PRO-A10V80A CPP-A12V80A
TP42-1440A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP42-1440A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP42-1440A50 0 PRO-A08V48B PRO-A08V48B CPP-A12V80A
TP42-2100A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP42-2100A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP42-2100A50 0 PRO-A08V48B PRO-A08V48B CPP-A12V80A
TP42-810A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP42-810A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TP42-810A50 0 PRO-A08V48B PRO-A08V48B CPP-A12V80A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
TorquePower Plus - TPP Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
TPP11M-10A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP11M-10A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP11M-10A05 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP11M-14A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP11M-14A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP11M-14A05 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP11M-18A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP11M-18A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP11M-18A05 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-29A10 TPP17M-21A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-29A15 TPP17M-21A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-29A20 TPP17M-21A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-47A10 TPP17M-33A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-47A15 TPP17M-33A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-47A20 TPP17M-33A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-58A10 TPP17M-41A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-58A15 TPP17M-41A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP17-58A20 TPP17M-41A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP23-150A10 TPP23M-106A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP23-150A20 TPP23M-106A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP23-150A30 TPP23M-106A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP23-240A10 TPP23M-170A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP23-240A20 TPP23M-170A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP23-240A30 TPP23M-170A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP23-90A10 TPP23M-64A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP23-90A20 TPP23M-64A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPP23-90A30 TPP23M-64A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP34-1190A20 TPP34M-840A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP34-1190A30 TPP34M-840A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP34-1190A50 TPP34M-840A50 0 PRO-A08V48B PRO-A08V48B CPP-A12V80A
TPP34-396A20 TPP34M-280A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP34-396A30 TPP34M-280A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP34-396A50 TPP34M-280A50 0 PRO-A08V48B PRO-A08V48B CPP-A12V80A
TPP34-793A20 TPP34M-560A20 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP34-793A30 TPP34M-560A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPP34-793A50 TPP34M-560A50 0 PRO-A08V48B PRO-A08V48B CPP-A12V80A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
TorquePower Enhanced - TPE Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
TPE17-45A10 TPE17M-32A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE17-45A15 TPE17M-32A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE17-45A20 TPE17M-32A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE17-63A10 TPE17M-44A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE17-63A15 TPE17M-44A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE17-63A20 TPE17M-44A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE17-78A10 TPE17M-55A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE17-78A15 TPE17M-55A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE17-78A20 TPE17M-55A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE23-100A10 TPE23M-71A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE23-100A20 TPE23M-71A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE23-100A30 TPE23M-71A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPE23-166A10 TPE23M-117A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE23-166A20 TPE23M-117A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE23-166A30 TPE23M-117A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
TPE23-294A10 TPE23M-208A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE23-294A20 TPE23M-208A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
TPE23-294A30 TPE23M-208A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
AxialPower Enhanced - APES Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
APES11M-8A05 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES11M-8A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES11M-8A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES11M-11A05 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES11M-11A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES11M-11A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-45A10 APES17M-45A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-45A15 APES17M-45A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-45A20 APES17M-45A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-63A10 APES17M-63A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-63A15 APES17M-63A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-63A20 APES17M-63A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-78A10 APES17M-78A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-78A15 APES17M-78A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES17-78A20 APES17M-78A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES23-100A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES23-100A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES23-100A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
APES23-100A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
APES23-166A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES23-166A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES23-166A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
APES23-166A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
APES23-294A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES23-294A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APES23-294A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
APES23-294A40 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
AxialPower Plus - APPS Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
APPS11M-7A05 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS11M-7A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS11M-7A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS11M-10A05 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS11M-10A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS11M-10A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-29A10 APPS17M-21A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-29A15 APPS17M-21A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-29A20 APPS17M-21A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-47A10 APPS17M-33A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-47A15 APPS17M-33A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-47A20 APPS17M-33A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-58A10 APPS17M-41A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-58A15 APPS17M-41A15 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS17-58A20 APPS17M-41A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS23-90A10 APPS23M-64A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS23-90A20 APPS23M-64A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS23-90A30 APPS23M-64A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
APPS23-150A10 APPS23M-106A10 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS23-150A20 APPS23M-106A20 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
APPS23-150A30 APPS23M-106A30 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
L3 Imperial Metric PRO (-CAT) PRO (-CAN) CPP-Universal CPP-EZ
L3SAF-M200 0 PRO-A08V48B PRO-A04V36A CPP-B06V48A
L3SAF-M300 0 PRO-A08V48B PRO-A08V48B CPP-B06V48A
L3SAF-M500 0 PRO-A08V48B PRO-A08V48B CPP-A12V80A

Documents & Downloads

Download Description
ElectroCraft MotionPRO Suite Configuration and Programming Software with Quick Start Guide Download Software (ZIP)
PRO-A08V48A-PE-CAN Datasheet (US) Download Data Sheet (PDF)
PRO-A08V48B-SA-CAN Datasheet (US) Download Data Sheet (PDF)
PRO-A08V48B-SA-CAT Datasheet (US) Download Data Sheet (PDF)
PRO-A08V48A-PE-CAN Drive Technical Reference (PCB Mount, CAN) Technical Reference Manual (PDF)
PRO-A08V48B-SA-CAN Drive Technical Reference (Stand-alone, CAN) Technical Reference Manual (PDF)
PRO-A08V48B-SA-CAT Drive Technical Reference (Stand-alone, CAT) Technical Reference Manual (PDF)
PRO Series EtherCAT® XML File Download XML File (ZIP)
EtherCAT® CoE Programming Manual User Manual (PDF)
PRO Series CANopen EDS File Download EDS File (ZIP)
PRO-A08V48A-PE-CAN Connection Diagram Download (PDF)
PRO-A08V48B-SA-CAN Connection Diagram Download (PDF)
PRO-A08V48B-SA-CAT Connection Diagram Download (PDF)
MotionPro Suite II - Quick Setup and Programming Guide 0424 Download (PDF)

Accessories

Photo Model Number Description
2000694 PRO-A08V48A-PE-CAN Evaluation Kit (PCB Mount, 48V, 8A, 385W, Enc., CAN)
2000697 PRO-A08V48B-SA-CAN Evaluation Kit (Stand-alone, 48V, 8A, 385W, Enc., CAN)
178-0000020 PRO-A08V48B-SA-CAT Evaluation Kit (Stand-alone, 48V, 8A, 385W, Enc., CAT)