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Introduction
Ndrive HL User’s Manual
1-6
www.aerotech.com
1.5. Electrical Specifications
The electrical specifications for the Ndrive HL are listed in Table 1-2.
Table 1-2.
Electrical Specifications
Description
Units
20-40
10-40
10-80
Main Supply Input Voltage
VAC
100, 115, 200, 230
(model dependent)
Main Supply Input Frequency
Hz
50-60
Main Supply Inrush Current
A
23
23
23
Optional Supply Input Voltage
VAC
85-240
Optional Supply Input Frequency
Hz
50-60
Optional Supply Maximum Input Power
Watts
100
Voltage Output (brushless)
(1)
VDC
80
80
160
Output Voltage (brush)
VDC
40
40
80
Current Peak Output
(2)
A
pk
20 10 10
Current Continuous Output
(2)
A
pk
10 5 5
Power Peak Dissipation (per phase)
Watts
360
Power Peak Output
(3)
Watts
1,350
675
1,350
Power Continuous Output
Watts
675
337
675
Power Amplifier Gain (each phase)
A/V
2
1
1
Power Amplifier Bandwidth
(4)
kHz
2
Minimum Load Inductance
mH
0
Minimum Load Resistance (line-to-neutral)
Ohms
0.5
Operating Temperature
°
C
0 to 50
Storage Temperature
°
C
-30 to 85
Standard 22.0
(9.98)
Weight
–IOPSO or -IOPSOH option
lb (kg)
22.2 (10.07)
1. Ndrive HLs can drive each of its phases rail to rail since the drive supply for each phase is
not derived from the +/- bus voltages.
2.
Peak and continuous output current is load dependent, see Table 1-3.
3. This specification based on the output power transistors in the saturated (e.g., full on)
condition.
4.
Into an Aerotech BLM-203-A linear forcer (R
LL
= 4
Ω
, L
LL
= 3.2 mH)
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