Universal DC Motor Drive
48V 6A/6A with USB, USB+CAN

CPP-B06V48 Motor Drive
CPP-B06V48 Motor Drive
CPP-B06V48 Motor Drive
CPP Family of Motor Drives
Series CPP-B06V48 Peak Output Power 249 Watts Operating Voltage 12 to 48 VDC Peak Output 6 Amps (peak of sine) Continuous Output 6 Amps (peak of sine) Commmunications USB, USB+CAN

Product Details

Overview & Features

Optimize your motor’s performance with an ElectroCraft Universal Drive, the latest addition to the ElectroCraft CompletePower™ Plus family of DC motor drives. Takes performance, efficiency, and flexibility to the next level, utilizing state-of-the-art digital drive technology combined with an intuitive and highly configurable user interface. more ▸

Compatible with a variety of motor architectures, including Brushless DC Motors, PMDC Brush Motors and DC Stepper Motors, the Universal Drive is perfect for a wide variety of applications.

There are five standard capacities available in the model lineup with customized versions available for large volume OEM requirements. Now available with CAN Bus! ◂ less

  • Driven by design to be one of the most space efficient, low voltage, digital servo drives available.
  • Utilizes the latest in digital drive architecture to provide software selectable control mode operation.
  • Compatible with Brushless motors, PMDC Brush motors, and Stepper motors (Open-Loop and Closed-Loop) from 12 to 48 VDC and up to 6A continuous, 6A peak current.
  • Modes of operation include speed, torque, or position control.
  • Sine-wave commutation for brushless motors using either hall sensors or encoder feedback.
  • Advanced Field Oriented Control (FOC) of Brushless and Closed-Loop Stepper motors provides high dynamic response resulting in a robust motor controller with low torque ripple that produces smoother, more efficient motion!
  • Open-loop stepper motor control supports single step up to 256 micro-steps (1MHz max step rate @50% ± 10% duty-cycle).
  • Hall sensor feedback with compensation function for 3-phase brushless motor commutation.
  • Digital encoder feedback for precise speed and position control.
  • Easy setup and configuration via USB interface with ElectroCraft Complete Architect™ - Windows-based software.

Models & Performance



Model Names CPP-B06V48A-USB CPP-A06V48A-USB CPP-A12V80A-USB CPP-A24V80A-USB  
CPP-B06V48A-CAN CPP-A06V48A-CAN CPP-A12V80A-CAN CPP-A24V80A-CAN CPP-A40V24A-CAN
Features
Features 2 or 4 quadrant control
Sinusoidal or Trapezoidal Commutation Modes
Halls Only Operation Mode for Brushless Motor Speed Control
Encoder Feedback for Precision Speed or Positioning Control
Built-in Electromagnetic Brake Control with Adjustable Voltage Settings
Integrated Circuit for Regenerative Braking Control
Configurable Ramp for Current and Speed
Built-in Short Circuit, Over-Current, Over-Temperature, Voltage Detection
Software Selectable Protection Options
Electrocraft CompleteArchitect™ - Windows-based configuration software
Electrical Ratings
Input Voltage (VDC) 12 to 48 12 to 48 12 to 80 12 to 80 12 to 24
Output Voltage (VDC) 12 to 48 12 to 48 12 to 80 12 to 80 12 to 24
Peak Output Power (W) 249 620 2075 4150 2075
Peak Current - A (Arms) 6 (4.24) 15 (10.6) 30 (21.21) 60 (42.42) 100 (70.70)
Continuous Current - A (Arms) 6 (4.24) 6 (4.24) 12 (8.48) 24 (16.97) 40 (28.28)
PWM Output Frequency (kHZ) 20, 40, 80 (selectable)
Efficiency 97%
Control Methods
Analog Speed Control +/-10VDC
Analog Torque Control +/-10VDC
Digital Step & Direction Position Control 0 to 24VDC (1MHz @50% ± 10%)
Speed, Torque, Position Control via CAN Bus Available with -CAN Models
Supported Motors
Brushless DC (BLDC) Yes Yes Yes Yes Yes
Brush DC (PMDC) Yes Yes Yes Yes Yes
Stepper (Open and Closed Loop) Yes Yes Yes No No
Feedback
Hall Sensors 120°
Encoder 4MHZ, Differential or Single-ended
Current Resolution 12 bit
Speed Resolution 32 bit
Position Resolution 32 bit
Control Loops
Current Loop Update 20kHZ
Speed Loop Update Digitally adjustable up to 10kHZ
Position Loop Update Digitally adjustable up to 10kHZ
Control Inputs
Hall Inputs TTL, CMOS, Open Collector
Encoder Inputs TTL, CMOS, Open Collector
Digtial Inputs x7 (1 enable, 2 limits, 1 direction, 1 step, 1 brake, 1 general purpose or position capture)
Analog Input +/-10VDC (x1 command input, x1 configurable)
Control Outputs
Digtial Outputs x3 (1 ready, 1 fault, 1 general purpose or eBrake)
Analog Output +/-10VDC (x1 configurable)
Auxiliary Voltage for Feedback Device 5VDC / 250mA
Communication
USB I/F For Setup & Configuration (Standard on All Models)
CAN Bus For Monitoring & Control (Available with -CAN Option)
Display
LED's Green - Ready
Red - Fault
Environment
Ambient Temperature 0 to 40 C°
Humidity 5% to 95% RH, Non-Condensing

Drawings & CAD

CAD Download

Dimensional Drawing

Technical Drawings

Connector Pinouts

Connector Locations and Pin Numbers

-USB Drive Connector Layout

-CAN Drive Connector Layout

J1 Supply Connector Pinout

Pin # Name I/O Description
1 Gnd Input DC Power Input - Power supply return
2 Power Input DC Power Input - Power supply
3 PE - Connected to drive chassis


J2 Motor Connector Pinout

Pin # Name I/O Description
1 A / A+ Output BLDC Motor Phase A or Stepper Motor Phase A+ / PMDC motor +
2 B / A- Output BLDC Motor Phase B or Stepper Motor Phase A- / PMDC Motor -
3 C / B+ Output BLDC Motor Phase C or Stepper Motor Phase B+
4 Brake / B- Output Braking Resistor or Stepper Motor Phase B-
5 Frame - Connected to drive chassis


J3 Hall Connector Pinout

Pin # Name I/O Description
1 Hall 1 Input Hall Signal A; Internal pull up to +5Vdc.
2 Hall 2 Input Hall Signal B; Internal pull up to +5Vdc.
3 Hall 3 Input Hall Signal C; Internal pull up to +5Vdc.
4 Temp+ Input Motor Temperature Sensor Positive; Analog input.
5 Frame - Connected to drive chassis
6 +5VOUT Output +5 Volts DC Power; Internally generated.
7 Gnd - Digital Ground; Return for hall signals.
8 Temp- Input Motor Temperature Negative; Return for Motor Temperature Sensor.


J4 Encoder Connector Pinout

Pin # Name I/O Description
1 +5VOUT Output +5 Volts DC Power; Internally generated.
2 +5VOUT Output +5 Volts DC Power; Internally generated.
3 A+ Input Encoder "A+" Signal; 0 to +5 Volt digital signal.
4 B+ Input Encoder "B+" Signal; 0 to +5 Volt digital signal.
5 Z+ Input Encoder "Z+" Signal; 0 to +5 Volt digital signal.
6 Frame - Connected to drive chassis
7 Gnd - Digital Ground; Return for encoder signals.
8 A- Input Encoder "A-" Signal; 0 to +5 Volt digital signal.
9 B- Input Encoder "B-" Signal; 0 to +5 Volt digital signal.
10 Z- Input Encoder "Z-" Signal; 0 to +5 Volt digital signal.


J5 I/O Connector Pinout

Pin # Name I/O Description
1 Frame - Connected to drive chassis
2 A In+ Input Analog In+; Differential analog input.
3 Step / A In2+ (note) Input Step; Digital input / Analog In+ 2; Differential analog input
4 Limit+ Input Limit Switch, Positive Direction; Digital input.
5 Enable Input Enable; Digital input. User selectable polarity.
6 Out0 / eBrake (note) Output Digital ouput
7 Fault Output Fault; Digital output.
8 +5VOUT Output +5 Volts DC Power; Internally generated.
9 A Out Output Analog Out; Analog output referenced to analog ground.
10 A In- Input Analog In-; Differential analog input.
11 Dir / A In2- (note) Input Direction; Digital input / Analog In- 2; Differential analog input
12 Limit- Input Limit Switch, Negative Direction; Digital input.
13 Brake Input Brake; Digital input.
14 In0 / Capture (note) Input Digital Input
15 Ready Output Ready; Digital Output.
16 Gnd - Digital Ground; Return for digital I/O pins.
Note: Second analog input, eBrake output and Capture input are available with -CAN configuration only
Pins 3 & 11 are configurable in ElectroCraft CompleteArchitect™ to be either digital or analog inputs.


J6 USB Communications Connector Pinout

Pin # Name I/O Description
- USB In/Out USB 2.0 compatible communications interface for drive configuration.


J7 CAN Communications Input Pinout (available with -CAN configuration only)

Pin # Name I/O Description
1 CAN-H In/Out CAN high differential signal
2 CAN-L In/Out CAN low differential signal
3 GND - CAN GND (digital GND)
4 EN In+ Input Isolated, digital input high side for CAN eanble
5 EN In- input Isolated, return for Enable In+
6 Shield - CAN Shield (pass thru to J8 pin 6)
7 GND - CAN GND (digital GND)
8 CAN V+ - Pass thru (no connection)


J8 CAN Communications Input Pinout (available with -CAN configuration only)

Pin # Name I/O Description
1 CAN-H In/Out CAN high differential signal
2 CAN-L In/Out CAN low differential signal
3 GND - CAN GND (digital GND)
4 +5Vout Output +5 Volts DC Power; Internally generated
5 EN out Output Digital output for CAN enable
6 Shield - CAN Shield (pass thru to J8 pin 6)
7 GND - CAN GND (digital GND)
8 CAN V+ - Pass thru (no connection)


Accessories

Photo Model Number Description
2000685 Compact braking module with internal capacitance and internal braking resistor with an external resistor option available to increase braking power. Wide range of power supply voltages from 11 – 70Vdc. Nominal current up to 30 Amps when heat sunk.
44-0000060 Power Connector Harness Kit for CPP-B06V48A-SA-USB
44-0000055 Universal Drive I/O Harness Kit
178-0000032 CPP Quick Start Kit
44-0001099 CAN Wire Harness for CPP-A06V48 and CPP-B06V48
44-0001103 CAN Terminator module for CPP-A06V48 and CPP-B06V48

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 (-CAN) PRO (-CAT) CPP-Universal CPP-EZ
RPX16-005V12 TBD TBD 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX16-005V24 TBD TBD 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX16-005V48 TBD TBD 48 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
LRPX16-005V12 TBD TBD 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX16-005V24 TBD TBD 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
LRPX16-005V48 TBD TBD 48 PRO-A08V48B PRO-A08V48B CPP-B06V48A CPP-A06V48A
RPX16-007V12 TBD TBD 12 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX16-007V24 TBD TBD 24 PRO-A08V48B PRO-A04V36A CPP-B06V48A CPP-A06V48A
RPX16-007V48 TBD TBD 48 PRO-A08V48B PRO-A08V48B 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
  1. Note1: PRO-A20V80A maximum continuous & peak currents = 14.1Arms & 28.3Arms
  2. Note2: CPP-A24V48A maximum continuous current = 17 Arms
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
RapidPower - RP Imperial Metric PRO (-CAN) PRO (-CAT) 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
  1. Note1: CPP-A40V24A maximum continuous & peak currents = 28.3Arms & 70.7Arms. Maximum output voltage = 24VDC
  2. Note2: CPP-A24V48A maximum continuous current = 17 Arms
  3. Note3: PRO-A20V80A maximum continuous & peak currents = 14.1Arms & 28.3Arms. Maximum output voltage = 80VDC
  4. Note4: CPP-A24V80A maximum continuous & peak currents = 17Arms & 42.4Arms. Maximum output voltage = 80VDC
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
RapidPower Plus - RPP Imperial Metric PRO (-CAN) PRO (-CAT) 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 (-CAN) PRO (-CAT) 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
  1. Note1: CPP-A40V24A maximum continuous current = 28.3Arms, maximum peak current = 70.7Arms
  2. Note2: CPP-A24V48A maximum continuous current = 17 Arms
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
MP, MPP, MPS Imperial Metric PRO (-CAN) PRO (-CAT) 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
  1. Note1: CPP-A24V48A maximum continuous current = 17 Arms
  2. Note2: PRO-A20V80A maximum continuous & peak currents = 14.1Arms & 28.3Arms
  3. Note3: CPP-A40V24A maximum continuous current = 28.3Arms, maximum peak current = 70.7Arms
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
MP, MPP, MPS Imperial Metric PRO (-CAN) PRO (-CAT) 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
  1. Note1: CPP-A40V24A maximum continuous current = 28.3Arms, maximum peak current = 70.7Arms
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
DirectPower - DP Imperial Metric PRO (-CAN) PRO (-CAT) 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
  1. Note1: PRO-A20V80A maximum peak current = 28.2Arms
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
DirectPower Plus - DPP Imperial Metric PRO (-CAN) PRO (-CAT) 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
  1. Note1: PRO-A20V80A maximum peak current = 28.2Arms
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
Hansen PMDC Imperial Metric PRO (-CAN) PRO (-CAT) 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
  1. Note1: PRO-A20V80A maximum peak current = 28.2Arms
Motor Series Motor P/N Cont Stall
Current
(ARMS)		 Peak
Current
(ARMS)		 Voltage Drive Model
TorquePower - TP Imperial Metric PRO (-CAN) PRO (-CAT) 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 (-CAN) PRO (-CAT) 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 (-CAN) PRO (-CAT) 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

Documents & Downloads

Download Description
CPP-B06V48-CAN Data Sheet (US) CAN Data Sheet (PDF)
CPP-B06V48-USB Data Sheet (US) USB Data Sheet (PDF)
CPP-B06V48A-SA-CAN Drive User Manual CAN Drive User Manual (PDF)
CPP-x06V48A-SA-USB Drive User Manual USB Drive User Manual (PDF)
CompleteArchitect Universal Drive Configuration Software User Manual Software User Manual (PDF)
ElectroCraft CAN Reference Manual CAN Reference Manual (PDF)
ElectroCraft CompleteArchitect™ Configuration Software


Description
ElectroCraft CompleteArchitect™ is a Windows-based software tool that is used to setup, configure, monitor, test, and perform diagnostics on ElectroCraft CompletePower™ Plus Universal Drive products.

Compatible Operating Systems
• Windows 7
• Windows 10

Communication
USB Interface (cable not included)

PC Side: USB Type A-Male
Drive Side: USB Mini Type B – Male (for -USB models).
USB Micro Type B – Male (for -CAN models)
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ElectroCraft Rapid Delivery Program

Some versions of this product are available via ElectroCraft's Rapid Delivery Program. Lead times for these products are given in working days and stated below. Please note, these lead times may be exceeded during holiday periods or due to unforeseen circumstances. Always contact your local ElectroCraft representative for confirmation of availability.

Rapid delivery products are stocked in locations all over the World. If the product you require is not stocked in your region, you may request accelerated delivery from other areas. Please consult your local representative for more information.

Customers are responsible for all freight charges.

Rapid Delivery to:

Select the region where the product would be delivered to.

The Americas - View Cart

Part Number Description Add to Cart
CPP-B06V48A-SA-USB Universal Drive, compatible with Brushless DC, PMDC Brush, Open and Closed-Loop Stepper Motors, 6A peak, 6A continuous, 12 to 48 VDC, +/- 10VDC analog speed/torque control or step/direction positioning Buy Now
2000685 2000685: CompletePower Braking Module With External Bus Capacitance (13W, 4.7 Ohm) Buy Now
44-0000055 44-0000055: Universal Drive I/O Harness Kit Buy Now
44-0000060 44-0000060: Power Connector Harness Kit for CPP-A06V48A-SA-USB and CPP-B06V48A-SA-USB Buy Now
CPP-B06V48A-SA-CAN Universal Drive, compatible with Brushless DC, PMDC Brush, Open and Closed-Loop Stepper Motors, 6A peak, 6A continuous, 12 to 48 VDC, speed, torque, position control, CAN bus communications Buy Now
44-0001099 CAN Wire Harness for CPP-A06V48 and CPP-B06V48 Buy Now
44-0001103 CAN Terminator module for CPP-A06V48 and CPP-B06V48 Buy Now

Europe, the Middle East and Africa

Part Number Description Typical Lead Time
CPP-B06V48A-SA-USB Universal Drive, compatible with Brushless DC, PMDC Brush, Open and Closed-Loop Stepper Motors, 6A peak, 6A continuous, 12 to 48 VDC, +/- 10VDC analog speed/torque control or step/direction positioning 2 days
CPP-B06V48A-SA-CAN Universal Drive, compatible with Brushless DC, PMDC Brush, Open and Closed-Loop Stepper Motors, 6A peak, 6A continuous, 12 to 48 VDC, speed, torque, position control, CAN bus communications 2 days

Asia

Part Number Description Typical Lead Time
CPP-B06V48A-SA-USB Universal Drive, compatible with Brushless DC, PMDC Brush, Open and Closed-Loop Stepper Motors, 6A peak, 6A continuous, 12 to 48 VDC, +/- 10VDC analog speed/torque control or step/direction positioning 2 days
CPP-B06V48A-SA-CAN Universal Drive, compatible with Brushless DC, PMDC Brush, Open and Closed-Loop Stepper Motors, 6A peak, 6A continuous, 12 to 48 VDC, speed, torque, position control, CAN bus communications 2 days