CSH01.2C-PL-ENS-NNN-CCD-NN-S-NN
Description
1. Model Code Definition
CSH01.2C: CSH advanced series, hardware version V1.2, expandable single-axis controller
PL: PROFIBUS DP fieldbus interface for industrial network connection
ENS: Single encoder port, supports Hiperface, 1Vpp and TTL signals
NNN: No memory expansion module
CCD: High-performance cross communication interface for multi-axis high-speed data exchange and synchronization
NN: No integrated safety functions or STO
S: Standard front panel with single-line LED and 4 push buttons
NN: No optional accessories
No FW: Firmware not pre-installed; required to flash separately before use
2. Technical Specifications
Controlled axis: 1 high-performance servo axis
Control cycle: Current loop 62.5 μs, velocity loop 125 μs, position loop 250 μs
Power supply: DC 24V ±10%, power consumption 7.5 ~ 10 W
Onboard I/O: 7DI / 3DI/O / 1 relay output; 1AI / 2AO
Communication: PROFIBUS DP, RS232 debug port, service Ethernet, CCD cross communication
Encoder: Single ENS port for semi-closed loop control
Safety: No dedicated safety functions
Dimensions: 241 × 103 × 49.5 mm
Weight: Approx. 0.85 kg
Compatible power units: HCS02, HCS03, HCS04 series
3. Key Features
Single ENS encoder interface offers broad compatibility with mainstream encoders for reliable semi-closed loop operation.
Built-in PROFIBUS DP enables seamless connection with upper control systems for networked automation.
CCD cross communication supports fast data sharing and precise synchronization between multiple servo axes.
Standard operation panel facilitates on-site parameter configuration and status monitoring.
Without extra expansion modules, the design is compact and cost-effective. Firmware needs manual loading on site.
4. Applications
Automated production lines and machinery adopting PROFIBUS network
Equipment requiring multi-axis synchronization and linkage control
Standard machine tools and single-axis positioning devices with semi-closed loop control
Retrofit and spare part replacement for IndraDrive CSH series systems without high safety requirements
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