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| All Advanced Control
Systems Corporation Motor Drivers, Servo Amplifiers,
Interface Modules and Controllers are designed,
developed, manufactured and assembled with great quality
and efficiency in our facilities in the United States of
America. |
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The Step-Pak Modular Motion Control System |
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Step-Pak™
Bi-Polar Stepping Motor Driver Modules
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Step-Pak™ SPD-6B Bi-Polar
Stepping Motor Driver Module
The
Step-Pak™
SPD-6B Stepping Motor Driver
is a
high efficiency, high
performance motor driver. The
engineered bi-polar, bi-level
design provides absolutely
minimum motor and driver losses
which result in cool running
motors and drivers, enabling
high density packaging of
equipment. Low DC voltage is
applied to the motor windings
when the motor is positioned.
High voltage is applied
synchronously with motor steps
for fast acceleration and high
running torque. Most of the
switching losses inherent in
chopper type drives is
eliminated resulting in cooler
running motors. The bi-level
motor drive produces very low
levels of radiated electrical
noise which is critical during
scientific data collection. When
the motor is held at position,
no currents are interrupted,
therefore there are no radiated
electromagnetic fields to
interfere with measurements.
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Step-Pak™ SPD-6B Bi-Polar
Driver Module Specifications |
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Form Factor |
Step-Pak Module, 43.18mm W x
177.80mm H 330.00mm D |
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Module Connections |
80 Pin PCB Edge Card
Connector |
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Power Connections |
48VAC from SPT-8(R)
Transformer |
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Motor Connections |
4, 6 or 8 Lead Stepping
Motors
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Limit
Inputs
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Two Inputs, Front Panel
Limits Status Display |
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Home Inputs |
One Input, Front
Panel Home Status
Display
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Idle Current
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InternalLow Voltage Jumper
Setting |
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Nominal Low Voltages
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4, 6, 8, 10 (Volts) |
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Running Current |
Selectable 0.5, 1, 2, 3, 4,
5, 6 Amps/Winding |
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Status Output |
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Step-Pak™ SPD-32M Bi-Polar
Mini-Stepping Motor Driver
Module
The
Step-Pak™
SPD-32M Stepping Motor Driver
is
bi-polar, low noise,
chopper type driver with
mini-stepping
capability. The
two-phase, bi-level
design is highly
efficient and promotes
cool running of motors
and drivers, enabling
high density packaging
of equipment. Motor
windings are compared to
preset values. When
motor current reaches
the preset value, it is
turned off and starts
decaying to a preset low
value when it is turned
on again. When the motor
is held in position,
some low level switching
electrical noise is
generated.
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Step-Pak™ SPD-32M Bi-Polar
Mini-Stepping Driver Module
Specifications |
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Form Factor |
Step-Pak Module, 43.18mm W x
177.80mm H 330.00mm D |
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Module Connections |
80 Pin PCB Edge Card
Connector |
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Power Connections |
48VAC |
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Motor Connections |
4 or 8 Lead Stepping Motors
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Ministep Selector |
Front Panel BCD Switch |
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Ministep Resolution |
Full Step, 2, 3, 4, 5, 6, or
8 Mini-steps Per Full Motor
Step |
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Limit
Inputs
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Two Inputs, Front Panel
Limits Status Display |
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Home Inputs |
One Input, Front
Panel Home Status
Display
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Idle Current
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InternalLow Voltage Jumper
Setting |
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Nominal Low Voltages
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4, 6, 8, 10 (Volts) |
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Running Current Selector |
Front Panel Hex Switch |
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Running Current |
Selectable 0.05, 0.1, 0.2,
0.3, 0.4, 0.5, 0.6, 0.7,
0.8, 0.9, 1, 1.5, 2, 2.5, 3,
3.5 Amps/Winding |
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Automatic Current Reduction |
Internal Jumper Selection
10%, 25%, 50% or 75% |
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Motor Current OFF |
Front Panel Slide Switch |
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Status Output |
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Step-Pak™ SPD-35 Bi-Polar
Stepping Motor Driver Module
The
Step-Pak™
SPD-5F Stepping Motor Driver
is a high
efficiency, high
performance motor
driver. The SPD-5F
can drive any 3, 4
or 5 phase motor.
The engineered uni-polar,
bi-level design
provides absolutely
minimum motor and
driver losses which
result in cool
running motors and
drivers, enabling
high density
packaging of
equipment. Low DC
voltage is applied
to the motor
windings when the
motor is positioned.
High voltage is
applied
synchronously with
motor steps for fast
acceleration and
high running torque.
Most of the
switching losses
inherent in chopper
type drives is
eliminated resulting
in cooler running
motors. The bi-level
motor drive produces
very low levels of
radiated electrical
noise which is
critical during
scientific data
collection. When the
motor is held at
position, no
currents are
interrupted,
therefore there are
no radiated
electromagnetic
fields to interfere
with measurements.
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Step-Pak™ SPD-35 Bi-Polar
Driver Module Specifications |
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Form Factor |
Step-Pak Module, 43.18mm W x
177.80mm H 330.00mm D |
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Module Connections |
80 Pin PCB Edge Card
Connector |
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Power Connections |
48VAC from SPT-8(R)
Transformer |
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Motor Connections |
5
or 10 Lead Stepping
Motors
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Resolution |
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Limit
Inputs
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Two Inputs, Front Panel
Limits Status Display |
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Home Inputs |
One Input, Front
Panel Home Status
Display
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Idle Current
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InternalLow Voltage Jumper
Setting |
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Nominal Low Voltages
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4, 6, 8, 10 (Volts) |
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Running Current |
Selectable 0.5, 1, 2, 3, 4,
5, 6 Amps/Winding |
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Status Output |
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