Intelligent Motion Systems IMS Microstepping Driver -- IM805 -- New Old Stock 7A

Description

Intelligent Motion Systems IMS Microstepping Driver
IM805
New
24-75 volt input
1-7Amps peak per phase, 5A RMS
From the Manufacturer:
FEATURES
• Low Cost
• Extremely Small
(2.7 x 3.0 x 1.3 inches)
(69.9 x 76.2 x 33 mm)
• Pin and Footprint Compatible
with the IM483
• High Input Voltage (+75 V)
• High Output Current
(5 Amps RMS, 7 Amps Peak)
• Advanced Surface Mount and
ASIC Technology
• Designed for High Per for mance,
Low Inductance Motors
• Single Supply
• Up to 10 MHz Step Clock Rate
• Opto-Isolated Inputs
• Fault Output
• Short Circuit Protection
• Up to 51,200 Steps/Rev
• 14 Selectable Microstepping
Resolutions May Be Changed
On-The-Fly Without Loss of
Motor Position
• 20 kHz Chopping Rate
• Automatically Switches Between
Slow and Fast Decay for
Un matched Performance
• Adjustable Automatic Current
Re duc tion
• At Full Step Output
• Fault and Power LEDs
This product has been discontinued.
The IM805 is a high performance, yet low cost microstepping driver that utilizes surface mount ASIC
technology. The IM805 is small, easy to interface and use, yet powerful enough to handle the most demanding applications.
The IM805 has 14 built-in microstep resolutions (both binary and decimal). The resolution can be changed at any time without the need to reset the driver. This feature allows the user to rapidly move long distances, yet precisely position the motor at the end of travel without the expense of high performance controllers.
With the development of proprietary and patented circuits, ripple current has been minimized to reduce motor heating common with other designs, allowing the use of low inductance motors to improve high speed performance and
system efficiency.
The IM805, because of its small size and low cost, can be used to increase accuracy and smoothness in systems using higher step angle motors. In many instances mechanical gearing can be replaced with microstepping, reducing
cost and eliminating potential maintenance.