The examples and the Application Note show you how the NanoJ Library simplifies the use of the CiA 402 Power State Machine. The functions of the library are contained in a single header file, which you can easily add to your NanoJ project in Plug & Drive Studio.
CL3-E-1-0F – Motor controllers / drives
Under „Downloads“ you will find the technical manual that corresponds with the stock firmware. Please refer to the new technical manual and the document “Instructions for Firmware Update to Version FIR-v2039” when using Plug & Drive Studio 2.
Technical Data
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Interface USB
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Rated Current (RMS) 3 A
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Matching Motors Brushless DC motors, Stepper Motors
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Type of Digital Inputs 5 V
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Type of Analog Input 0 - 10 V, 0 - 20 mA / 0 - 10 V switchable
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Type of Digital Output open-drain (max. 24 V/100 mA)
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Encoder Signal Type incremental
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Weight 0.02 kg
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Operating Voltage 12 VDC - 24 VDC
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Peak Current (RMS) 3 A
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Number of Digital Inputs 5
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Number of Analog Inputs 2
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Number of Digital Outputs 3
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Encoder Input
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Brake Output
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Temperature Range -10 °C - 40 °C
Dimensions
Downloads
Manuals
- Modbus Registers Application Note (pdf, 237 KB)
- Functional Description Plug & Drive-Interface (pdf, 316 KB)
- Instructions for Firmware Update to Version FIR-v2039 (pdf, 624 KB)
- CL3-E CANopen/USB/Modbus RTU Technical Manual (pdf, 5 MB)
- CL3-E CANopen/USB/Modbus RTU Quick Guide (pdf, 573 KB)
- CL3-E CANopen/USB/Modbus RTU Technical Manual Stock Firmware (pdf, 4 MB)
- CL3-E CANopen/USB/Modbus RTU Online Manual
Conformity
Accessories
ZK-PD4-C-CAN-4-500-S | CAN in/out cable 0.5m |
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ZK-GHR13-500-S-GHR | Encoder cable NME1 0.5m |
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ZK-MCM-12-500-S-JGH | Encoder cable NME2/3 0.5m |
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ZK-GHR10-500-S-GHR | Encoder cable NOE 0.5m |
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ZK-TM4-10-500-S-JGH | Encoder cable NTO3 0.5m |
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ZK-JZH-8-500-S-JGH | Encoder cable WEDL 0.5m |
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ZK-GHR12-500-S | IO cable 0.5m |
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ZK-MICROUSB | Micro USB cable 1.5m |
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ZK-XHP4-300 | Motor cable 0.3m |
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ZK-GHR3-500-S | RS232 cable 0.5m |
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ZK-XHP2-500-S | Power cable 0.5m |
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Knowledge Base
Our example programs show you how to use NanoJ code templates for the individual configuration of Nanotec motor controllers.
To reduce the length of the wiring harnesses in vehicles and save on weight, the Bosch company developed the so-called CAN bus for networking control units in 1987. CAN is the abbreviation for "Controller Area Network" and is often used in combination with "bus" (Binary Unit System) to describe a system for the transmission of data between different devices on a shared transmission path.