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Ensemble™ >HPe/HLe/CP/CL/MP Specifications

 

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HPe/HLe/CP/CL/MP
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HPe/HLe/CP/CL/MP
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HPe/HLe/CP/CL/MP
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HPe/HLe/CP/CL/MP
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Ensemble HPe

Units

10
20
30
50
75
100
150
Output Voltage(1)
VDC
10-320(2)
Peak Output Current (1 sec)
Apk
10
20
30
50
75
100
150
Continuous Output Current(3)
Apk
5
10
15
25
37
50
75
Power Amplifier Bandwidth
kHz
Selectable Through Software
PWM Switching Frequency
kHz
20
Minimum Load Inductance
mH
0.1 @ 160 VDC (1.0 mH @ 320 VDC)
Operating Temperature
°C
0 to 50
Storage Temperature
°C
-30 to 85
Weight
kg (lb)
2.36 (5.2)
6.64 (14.6)
11.06 (24.4)
Maximum Shunt Regulator Dissipation
W
40 (Optional)
40
440
440
440
440
Power Input
VAC
Single- or Three-Phase 7-240 VAC, 50-60 Hz(4)
Encoder Input Frequency
kHz
200 kHz Amplified Sine (For Onboard Multipliers), 40 MHz TTL Square Wave
Current Loop Update Rate
kHz
20 kHz
Servo Loop Update Rate
kHz
1 to 20 kHz
Keep Alive/Auxiliary Power Supply(5)
Optional
Brake Output
Optional
Position Synchronized Output
Single Axis Standard; Two/Three Axis Optional
Digital Inputs
6 Optically Isolated (2 High Speed)
Digital Outputs
4 Optically Isolated
Analog Inputs
One 16-Bit Differential
Analog Outputs
One 16-Bit Single-Ended
Additional IO(6)
16/16 Digital; 3/3 In/Out
MXH
Up to x65536
Ethernet
Optional
Emergency Stop Sense Input (ESTOP)(7)
Yes
Resolver Interface
Optional(8)
Shared Bus for Regen
No
Yes
Notes:
1. Output voltage dependent upon input voltage.
2. 10-120 VDC bus requires external transformer and auxiliary power option for logic power.
3. Peak value of the sine wave; rms current for AC motors is 0.707(Apk).
4. Optional three-phase input available on Ensemble HPe models.
5. Auxiliary power option requires single phase 115-240 VAC 50-60 Hz.
6. Requires IO option.
7. Requires external relay to remove AC power.
8. One- or two-channel input.


Ensemble HLe

Units

10-40
20-40
10-80
Output Voltage(1)
VDC
±40
±40
±80
Peak Output Current (1 sec)(8)
Apk
10
20
10
Continuous Output Current(2,8)
Apk
5
10
5
Power Amplifier Bandwidth
kHz
Selectable Through Software
Minimum Load Inductance
mH
0
Operating Temperature
°C
0 to 50
Storage Temperature
°C
-30 to 85
Weight
kg (lb)
10.36 (22.8)
Maximum Shunt Regulator Dissipation
W
N/A
Power Input
VAC
Single-Phase 7-240 VAC, 50-60 Hz
Encoder Input Frequency
kHz
200 kHz Amplified Sine (For Onboard Multipliers), 40 MHz TTL Square Wave
Current Loop Update Rate
kHz
20 kHz
Servo Loop Update Rate
kHz
1 to 20 kHz
Keep Alive/Logic Power Input(4)
Optional
Brake Output
Optional
Position Synchronized Output
Single Axis Standard; Two/Three Axis Optional
Digital Inputs
6 Optically Isolated (2 High Speed)
Digital Outputs
4 Optically Isolated
Analog Inputs
One 16-Bit Differential
Analog Outputs
One 16-Bit Single-Ended
Additional IO(5)
16/16 Digital; 3/3 In/Out
MXH
Up to x65536
Ethernet
Optional
Emergency Stop Sense Input (ESTOP)(6)
Yes
Resolver Interface
Optional(7)
Notes:
1. Output voltage dependent upon input voltage.
2. Peak value of the sine wave; rms current for AC motors is 0.707(Apk).
3. 10-120 VDC bus requires external transformer and auxiliary power option for logic power.
4. Auxiliary power option requires single phase 115-240 VAC 50-60 Hz.
5. Requires IO option.
6. Requires external relay to remove AC power.
7. One- or two-channel input.
8. Load dependent.

 

CP Electrical Specifications

Logic Input Voltage
VAC
85 to 240
Bus Input Voltage
VAC
14 to 240
Output Voltage
VDC
20 to 320
Peak Output Current
Apk
10 to 30
Continuous Output Current
A
5 to 15
PWM Switching Frequency
kHz
20
Power Amplifier Bandwidth
kHz
Software Selectable
Minimum Load Inductance
mH
0.1 @ 160 VDC (1 mH @ 320 VDC)
Digital Inputs and Outputs
Standard
4 opto inputs; 2 high-speed opto inputs; 4 opto outputs
Optional
16 additional opto inputs; 16 additional opto outputs
Analog Inputs and Outputs
Standard
1 (±10 VDC, 16-bit) input; 1 (±10 VDC, 16-bit) output
Optional
1 additional (±10 VDC, 12-bit) input; 1 additional (±10 VDC, 16-bit) output
Encoder Inputs
TTL RS-422 standard, and auxiliary encoder input; optional amplified sine encoder input on primary encoder channel; programmable resolution up to 1024 times the analog encoder resolution; 250 kHz amplified sine primary
Operating Temperature
°C
0 to 50
Storage Temperature
°C
-30 to 85
Weight
kg (lb)
1.6 (3.6)

 

CL Electrical Specifications

Logic Input Voltage
VAC
85-240
Bus Input Voltage
VAC
56 VAC (center tapped transformer; two 28 VAC windings)
Output Voltage
VDC
±40
Peak Output Current
Apk
10 (load dependent)
Continuous Output Current
A
5 (load dependent)
Power Amplifier Bandwidth
kHz
Software Selectable
Minimum Load Inductance
mH
0
Digital Inputs and Outputs
Standard
4 opto inputs; 2 high-speed opto inputs; 4 opto outputs
Optional
16 additional opto inputs; 16 additional opto outputs
Analog Inputs and Outputs
Standard
1 (±10 VDC, 16-bit) input; 1 (±10 VDC, 16-bit) output
Optional
1 additional (±10 VDC, 12-bit) input; 1 additional (±10 VDC, 16-bit) output
Encoder Inputs
TTL RS-422 standard, and auxiliary encoder input; optional amplified sine encoder input on primary encoder channel; programmable resolution up to 1024 times the analog encoder resolution; 250 kHz amplified sine primary
Operating Temperature
°C
0 to 50
Storage Temperature
°C
-30 to 85
Weight
kg (lb)
3.8 (8.4)


MP Electrical Specifications

Logic Input Voltage
VDC
24 to 80
Bus Input Voltage
VDC
10 to 80
Output Voltage
VDC
10 to 80
Peak Output Current
Apk
10
Continuous Output Current
A
5
PWM Switching Frequency
kHz
20
Power Amplifier Bandwidth
kHz
Software Selectable
Minimum Load Inductance
mH
0.1 @ 80 VDC
Digital Inputs and Outputs
Standard
None
Optional
8 opto inputs; 8 opto outputs
Analog Inputs and Outputs
Standard
1 (±10 VDC, 16-bit) input
Optional
1 additional (±10 VDC, 12-bit) input; 1 (additional ±10 VDC, 16-bit) output
Encoder Inputs
TTL RS-422 standard, and auxiliary encoder input; optional amplified sine encoder input on primary encoder channel; programmable resolution up to 1024 times the analog encoder resolution; 250 kHz amplified sine primary
Operating Temperature
°C
0 to 50
Storage Temperature
°C
-30 to 85
Weight
kg (lb)
0.45 (1.0)

CP/CL/MP Features

Details

Axes Up to 10 axes of coordinated motion
Axis Loop Type/Update Rate PID loop with up to 20 kHz servo update rate with feedforward; four user-configurable digital filters (e.g., notch, low pass)
On-Board Memory Program Storage 2 MB flash memory for user programs, parameters, miscellaneous storage
Program Execution 8 MB RAM
Driver Type Compatibility Brushless (linear or rotary) servo with on-board commutation DC brush servo Stepper/microstepper (on-board commutation)
Position Feedback Encoder interface, differential RS-422 signal, sine, cosine, and marker; 32 MHz input data rate; optional onboard analog encoder interpolation (of up to 1024-times encoder multiplication)
Position Modes Absolute, incremental, dynamic trajectory correction
Motion Types Independent Motions Point-to-point incremental; target position or velocity; velocity profiles; time based; free run
Coordinated Motions Advanced queuing and deferred execution features for simultaneous command execution
Interpolated Motions Up to 10-axis linear and circular interpolation
Digitally Geared Motions Gearing with optional auxiliary encoder input
Advanced Features Automatic PID loop gain computation (autotuning)
Contouring Cubic spline curve-fitting; velocity profiling
Error Mapping 2D error mapping, backlash compensation
Acceleration Profiles Linear and jerk limiting parabolic; independent acceleration and deceleration profiles possible
Acceleration Ramp Rate, time, or distance based; independent acceleration and deceleration capability
Programmable Multitasking Up to 5 independent tasks
Programming Command Set AeroBasicTM, LabVIEW®, VB.Net, C#
Command Execution Modes AUTO Program runs complete upon startup
SINGLE Full debug capability to step, step over, step into individual program lines
IMMEDIATE Commands are executed upon entry
REMOTE Command execution controlled by remote host through Ethernet, RS-232, or IEEE-488 communications port via ASCII strings
Process Time Command execution up to 1000 lines of code per 1 ms (from command sent to motion start); read request @ 1 ms; average is 7 µs per program line (e.g., c = a + b)
Additional Interfaces Serial 10/100 Base-T Ethernet communication interface for system setup, application networking, embedded programming, immediate commands, and Modbus over TCP; USB communication interface for system setup, application networking, Windows® PC control interface
Machine Control Estop discrete input to stop all axes