- 24V,36V @ 350Arms + 350Adc
- 48V @ 300Arms + 300Adc
- 72V,80V @ 225Arms +225Adc
CombiAC-1
The CombiAC-1 has proved to be a versitle product in the marketplace, as it is utilzed in pallet trucks, neighborhood electric vehicles, ground support equipment, boom lifts, and many other applications worldwide. Also, its relatively high amount of I/O allows the OEM the flexibility they need to incorporate many custom functions in their applications.
The CombiAC-1 is also available with ZAPI’s Sensorless or Sensecoil patented technology. This allows an OEM to remove the motor’s encoder, which increases reliability and reduces system cost by up to 10%.
ZAPI patented this sensorless technology in 1992, and has been implemented on thousands of OEM applications currently operating in the workplace. Since its first introduction, this ZAPI algorithm has been continually fined tuned to provide the best performance, especially when compared to other sensorless technologies in the marketplace.
| Attachment | Size |
|---|---|
| ZAPI CombiAC-1 manual.pdf | 1.88 MB |
| Product Page CombiAC-1.pdf | 880.1 KB |
Technical Specs
Power Section
Mechanics
- Dimensions: 150 x 230 x 125 mm
- Connector Type: Ampseal or AmpSaab
- Available with base plate or finned heat sink
I/O
- 10 digital inputs
- 3 analog inputs
- 1 incremental encoder port
- 8 outputs: driving to -Batt, 1.5A continuous
- 1 proportional output: driving to -Batt, current driven
Other Features
- Flash memory
- CANBUS interface
- Serial interface
- ZAPI patented Sensorless and Sensecoil technology
Recent News
Relocation Announcement
First of all, let me take this opportunity to thank you for your contribution to ZAPI’s resurgence in 2010. The market demand for ZAPI products is strong and the future of our business is bright.
In response to our recent and...
Quick Support
Technology Blog
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Written by Steven Gray in the Monday, April 5th, 2010 issue of TIME Magazine
In February, President Barack Obama told the crowd at a Henderson, Nev., high school that not so long ago, the U.S. made barely 2% of the advanced batteries used in the world's electric vehicles. Now, thanks to a...